Best XVR Devices 2026: Future-Proofing Your Security with Top Hybrid Recorders

Introduction: The Evolving Landscape of Surveillance and the XVR’s Crucial Role

The world of security surveillance is in constant flux, with new technologies emerging at a rapid pace. While IP cameras offer superior resolution, advanced features, and network flexibility, the vast installed base of traditional analog systems still represents a significant investment for countless businesses and homeowners worldwide. Ripping out perfectly functional coaxial cabling and analog cameras to upgrade to a full IP system can be prohibitively expensive and disruptive.

This is precisely where the eXtended Video Recorder (XVR) becomes indispensable – a powerful bridge allowing seamless integration of traditional analog cameras (AHD, TVI, CVI, CVBS) and modern IP cameras. As we approach 2026, the capabilities of XVR devices have evolved dramatically. They are no longer just simple recorders but sophisticated security hubs, incorporating cutting-edge AI for proactive threat detection, enhanced cybersecurity protocols, and greater scalability to meet growing demands. This deep-dive article will serve as your authoritative guide to navigating the best XVR devices available today and in the near future, ensuring you make an informed decision to future-proof your security infrastructure and maximize your return on investment.

1. Understanding XVR Technology: Bridging Analog and IP in 2026

What is an XVR and Why Does it Matter Now More Than Ever?

• Definition and Core Functionality (Multi-format compatibility): An XVR is a type of digital video recorder (DVR) that stands for “eXtended Video Recorder.” Its defining characteristic is its universal compatibility, meaning it can simultaneously record video streams from multiple camera formats: traditional analog (CVBS), high-definition analog (AHD, HD-TVI, HD-CVI), and IP network cameras. Unlike a traditional DVR (which only handles analog) or an NVR (Network Video Recorder, which only handles IP), an XVR offers unparalleled versatility.
• The “Hybrid Advantage”: Cost-effectiveness, flexibility, and gradual migration: The primary advantage of an XVR lies in its hybrid nature. It allows users to leverage their existing analog camera infrastructure, preserving initial investments, while gradually upgrading to higher-resolution IP cameras as needed. This phased migration strategy is significantly more cost-effective and less disruptive than a complete system overhaul. It offers the flexibility to mix and match camera types based on specific surveillance needs and budget constraints, making it an ideal solution for a vast range of applications.
• Market Relevance in 2026: Sustained demand for mixed environments: As we look towards 2026, the demand for XVRs remains robust. Many organizations and individuals still operate with a blend of older analog and newer IP cameras. Moreover, new installations often find XVRs beneficial for specific scenarios where analog’s simplicity and cost-effectiveness (e.g., shorter cable runs, specific camera types) complement IP’s advanced features. The continuous innovation in XVR capabilities ensures its enduring relevance in a diverse surveillance landscape.

Key Technological Shifts in XVR Devices by 2026

The XVR landscape is not static; it’s rapidly evolving to meet the demands of modern security.

• Enhanced Processing Power for AI and Analytics: The biggest shift is the integration of powerful chipsets capable of on-device AI processing. This means XVRs can now perform complex video analytics, object detection, and even facial recognition without relying solely on cloud computing or separate servers. This edge AI capability reduces latency, improves efficiency, and enhances privacy.
• Support for Higher Resolutions (Beyond 4K): While 4K (8MP) is becoming standard for IP cameras, 2026 XVRs are increasingly supporting higher resolutions, even up to 8K (33MP) for both IP and increasingly, advanced HD-over-Coax cameras. This ensures future compatibility with next-generation sensors and provides unparalleled detail for forensic analysis.
• Advanced Compression Standards (H.265+, H.266): Efficient video compression is crucial for managing bandwidth and storage. H.265+ (HEVC) is already a standard, but the industry is moving towards H.266 (Versatile Video Coding – VVC) or similar ultra-efficient codecs. These advanced standards can reduce file sizes by up to 50% compared to H.265, drastically cutting storage costs and network load without compromising video quality.
• Increased Focus on Cybersecurity and Data Integrity: With growing cyber threats, XVRs are incorporating more robust security features. This includes secure boot processes, end-to-end encryption for video streams and recorded data, multi-factor authentication (MFA), and regular, secure firmware update mechanisms. Data integrity checks and tamper detection are also becoming standard to ensure the authenticity of surveillance footage.

2. Essential Features for 2026 XVR Devices: A Buyer’s Checklist

Choosing the right XVR in 2026 requires a discerning eye. Here’s a comprehensive checklist of features you should prioritize:

Universal Compatibility and Resolution Support

• Comprehensive Multi-format Support (AHD, TVI, CVI, CVBS, IP): Ensure the XVR explicitly states support for all major analog HD formats (AHD, TVI, CVI) in addition to traditional CVBS (D1/960H) and, crucially, a flexible number of IP camera channels. This guarantees maximum compatibility with your existing and future cameras.
• High-Resolution Recording Capabilities (4K, 8K, and future-ready): Look for an XVR that can record at least 4K resolution on all its analog HD channels and support even higher resolutions (e.g., 8K) for its IP channels. This ensures crisp, detailed footage and readiness for future camera upgrades.
• Frame Rate Considerations for Smooth Playback and Detail: High resolution is important, but adequate frame rates are essential for smooth video and capturing fast-moving events. Aim for devices that offer 25/30 frames per second (fps) at higher resolutions, especially for critical areas.

Advanced AI and Video Analytics Integration

This is where 2026 XVRs truly shine, moving beyond passive recording to proactive intelligence.

• Real-time Object Detection and Classification (Human, Vehicle, Animal): The ability to differentiate between humans, vehicles, and animals significantly reduces false alarms triggered by environmental factors, focusing alerts on genuine threats.
• Perimeter Protection and Intelligent Intrusion Detection: Advanced analytics can define virtual perimeters, tripwires, and intrusion zones, alerting security personnel the moment an unauthorized entry occurs.
• Facial Recognition and LPR (License Plate Recognition) Capabilities: For specific applications, integrated facial recognition can identify authorized personnel or flag persons of interest, while LPR can track vehicle movements and manage access control.
• Behavioral Analytics (Loitering, Crowd Detection): These features can detect unusual patterns, such as individuals loitering in restricted areas or abnormal crowd gatherings, providing early warnings for potential incidents.
• AI-powered Search and Event Playback: Imagine searching hours of footage for “all red cars that passed this point between 2 PM and 3 PM.” AI makes this level of granular, intelligent search a reality, drastically cutting down investigation time.

Robust Storage and Data Management Solutions

• HDD Capacity and Expandability (Number of Bays, Max TB per HDD): Consider the number of hard drive bays (1, 2, 4, or more) and the maximum capacity supported per HDD (e.g., 16TB, 20TB). This directly impacts how much footage you can store before overwriting.
• RAID Configuration for Data Redundancy and Reliability: For critical applications, RAID (Redundant Array of Independent Disks) provides data redundancy, meaning if one hard drive fails, your recorded data is still safe on another. Look for RAID0, RAID1, RAID5 support depending on your needs.
• Cloud Backup and Hybrid Storage Options (Local + Cloud): The best XVRs offer seamless integration with cloud storage services (e.g., Dropbox, Google Drive, dedicated surveillance cloud platforms) for off-site backup of critical events or continuous recording, providing an extra layer of data security.
• Intelligent Storage Management (e.g., event-triggered recording): Features like intelligent recording only when motion is detected or an event is triggered, combined with pre-record and post-record buffers, optimize storage usage and ensure crucial moments are captured.

Network Performance and Remote Access

• High Bandwidth Throughput for IP Camera Integration: Ensure the XVR has sufficient network throughput (e.g., Gigabit Ethernet ports) to handle the combined bandwidth of multiple high-resolution IP cameras without bottlenecks.
• Encoding Efficiency (H.265+, H.266) for Bandwidth and Storage Savings: As mentioned, advanced compression significantly reduces the data footprint, which is vital for both storage and network performance, especially for remote access.
• P2P Cloud Services and Intuitive Mobile App Integration: Easy plug-and-play (P2P) cloud services simplify remote access setup, eliminating complex port forwarding. A well-designed, feature-rich mobile app is crucial for on-the-go monitoring, playback, and alert management.
• Multi-site Management and Centralized Monitoring Platforms: For businesses with multiple locations, the ability to manage and monitor all XVRs from a single centralized platform (VMS – Video Management Software) is a critical feature.

Cybersecurity and Data Privacy Protocols

In 2026, cybersecurity is non-negotiable for any connected device.

• End-to-End Encryption for Video Streams and Data: All video data, both in transit and at rest, should be encrypted to prevent unauthorized access and tampering. Look for AES 256-bit encryption.
• Secure Boot and Firmware Update Mechanisms: Secure boot ensures the device starts with trusted software, while encrypted and authenticated firmware updates prevent malicious injections.
• User Authentication and Granular Access Control: Robust user management with strong password policies, multi-factor authentication (MFA), and the ability to assign different levels of access (e.g., view-only, playback, configuration) is essential.
• Compliance with Data Protection Regulations (e.g., GDPR, CCPA): For businesses, ensuring the XVR and its associated software comply with relevant data privacy laws is crucial to avoid legal penalties. Features like data masking or privacy zones can help.

Scalability and Ease of Use

• Channel Expandability (Analog, IP): Consider if the XVR offers flexible channel allocation, allowing you to convert analog channels to IP channels as your system evolves, or if it supports additional IP channels beyond its primary analog count.
• Intuitive User Interface and Configuration Wizards: A user-friendly interface, both on the device and via web/mobile apps, makes setup, monitoring, and playback straightforward, reducing operational complexity.
• Integration with Third-Party Systems (e.g., Access Control, Alarm Systems): For comprehensive security, look for XVRs that can integrate with other security systems like alarm panels, access control, or even smart home platforms, creating a unified ecosystem.

3. Top XVR Devices of 2026: Category-Specific Recommendations

The market for XVR devices is diverse, with manufacturers like Hikvision, Dahua, Uniview, and others continually innovating. While specific model numbers evolve rapidly, we can identify categories and key characteristics to look for in 2026.

Best for Small to Medium Businesses (SMBs): Balancing Cost and Features

SMBs need reliable, scalable, and manageable security solutions that don’t break the bank. Look for XVRs that offer a good balance of essential features without the overkill of enterprise-grade systems.

• Key Characteristics: Typically 8-16 channel devices (with additional IP channels), supporting 4K resolution on all analog HD channels, H.265+ compression, basic AI analytics (human/vehicle detection), P2P cloud access, and 1-2 HDD bays. User-friendly interfaces are paramount.
• Practical Example: A retail chain upgrading security across multiple stores. They can leverage an SMB-focused XVR to integrate existing analog checkout cameras (e.g., 1080p CVI) with new 4K IP cameras for store entrances, high-value inventory areas, and external perimeter monitoring. The XVR’s AI can differentiate customers from staff and flag suspicious loitering, while cloud connectivity allows centralized management across all branches from a single platform. This phased approach minimizes disruption and maximizes budget efficiency.

Premium XVRs for Enterprise and Complex Deployments: Uncompromised Performance

For large organizations, critical infrastructure, and complex sites, performance, redundancy, and advanced capabilities are non-negotiable.

• Key Characteristics: 32-64+ channel devices (with significant IP camera capacity), 8K resolution support, multiple HDD bays with RAID configurations (RAID1, RAID5, RAID10), advanced AI suites (facial recognition, LPR, complex behavioral analytics), robust network throughput, integration with VMS, and enterprise-grade cybersecurity features.
• Case Study: A manufacturing plant utilizing a high-end XVR system for comprehensive perimeter security, integrating a diverse array of cameras. This includes existing analog cameras monitoring assembly lines, new 4K IP cameras for general surveillance, thermal cameras for furnace monitoring, and LPR cameras at entry/exit points. The XVR’s advanced AI monitors safety compliance (e.g., hard hat detection in specific zones), detects unauthorized vehicles, and flags unusual activity around sensitive equipment. RAID ensures data integrity, and integration with the plant’s access control system provides a unified security dashboard.

Best Value XVRs: Maximizing Security on a Budget

For homeowners or small businesses with tight budgets, value XVRs offer essential security features and reliable performance without compromising too much on quality.

• Key Characteristics: Typically 4-8 channel devices, supporting up to 4K on a limited number of analog channels or 1080p/4MP across all, H.265 compression, basic motion detection, one HDD bay, and simple mobile app integration. Focus is on core recording and remote viewing.
• Practical Example: A homeowner integrating existing analog doorbell cameras (CVBS) with new Wi-Fi enabled IP cameras for backyard surveillance and a 4K HD-TVI camera at the front door. An affordable, feature-rich XVR allows them to manage all these disparate cameras from a single interface, view live feeds on their smartphone, and receive motion alerts. This provides comprehensive home security without the need for multiple, incompatible recording solutions.

XVRs with Leading AI Integration: The Smart Surveillance Edge

These XVRs are at the forefront of intelligent surveillance, making AI and deep learning central to their functionality.

• Key Characteristics: Dedicated AI co-processors, advanced deep learning algorithms for superior accuracy in object classification, facial recognition, LPR, and custom behavioral analytics. Often feature edge AI capabilities to reduce server load and improve real-time responses.
• Case Study: A smart city initiative deploying XVRs with advanced facial and object recognition capabilities for public safety and traffic management. These XVRs are placed at key intersections and public spaces, integrating existing traffic cameras with new high-resolution IP sensors. The AI-powered XVRs analyze traffic flow, detect congestion, identify suspicious packages, and assist in locating missing persons through facial recognition alerts. This allows for efficient data analysis, proactive incident response, and improved urban management.

4. Optimizing Your XVR System: Installation, Integration, and Cybersecurity

Even the best XVR device will underperform without proper planning, installation, and ongoing maintenance. Here’s how to optimize your system.

Planning Your Surveillance System: A Strategic Approach

• Site Assessment and Camera Placement Strategy: Conduct a thorough walkthrough of your property. Identify critical areas (entrances, exits, valuables, blind spots), potential threats, and lighting conditions. Plan camera types (dome, bullet, PTZ, thermal) and their optimal placement for maximum coverage and detail.
• Channel Requirements (Analog vs. IP): Determine the exact number of analog cameras you plan to keep and the number of IP cameras you intend to add or upgrade to. Ensure your chosen XVR has sufficient channels and flexibility to accommodate this mix, plus room for future expansion.
• Bandwidth and Storage Calculations: Estimate the required bandwidth for your IP cameras (resolution, frame rate, compression) to ensure your network can handle the load. Calculate storage needs based on the number of cameras, recording resolution, frame rate, compression, and desired retention period. This prevents footage loss and ensures smooth operation.

Installation and Cabling Best Practices

• Coaxial Cable Considerations for Analog Cameras: For existing analog cameras, ensure coaxial cables (RG59 or RG6) are in good condition. For new analog installations, use high-quality copper coaxial cables for optimal signal transmission, especially for HD-over-Coax cameras.
• Ethernet Cabling for IP Cameras (PoE): Use Cat5e or Cat6 Ethernet cables for IP cameras. Power over Ethernet (PoE) is highly recommended for IP cameras, as it simplifies installation by delivering both data and power over a single cable, reducing wiring clutter and power outlet requirements.
• Power Supply and UPS Integration: Ensure all cameras and the XVR have a stable and sufficient power supply. Consider integrating an Uninterruptible Power Supply (UPS) for the XVR and critical cameras to maintain recording during power outages, providing continuous security.

Network Configuration and Remote Access Setup

• IP Addressing and Port Forwarding: Assign static IP addresses to your XVR for reliable network access. If using traditional remote access methods, configure port forwarding on your router for the necessary ports (HTTP, RTSP, mobile app port) while being mindful of security implications.
• DDNS and P2P Cloud Service Configuration: Dynamic DNS (DDNS) services are essential if you have a dynamic public IP address, allowing you to access your XVR via a consistent hostname. P2P (Peer-to-Peer) cloud services offered by manufacturers simplify remote access greatly, often requiring just a QR code scan.
• Router and Firewall Settings for Secure Remote Access: Configure your router’s firewall to allow only necessary traffic to and from the XVR. Disable Universal Plug and Play (UPnP) on your router if you’re manually configuring port forwarding, as UPnP can sometimes pose security risks.

Integrating with Existing Infrastructure and Third-Party Systems

• Migrating Legacy Analog Cameras: The beauty of an XVR is its ability to seamlessly integrate existing analog cameras. Simply connect them to the XVR’s BNC inputs. The XVR will auto-detect the signal type (CVBS, AHD, TVI, CVI) and resolution.
• Connecting to Alarm Panels and Access Control Systems: Many XVRs offer alarm input/output ports for integration with external sensors (PIR detectors, door contacts) or alarm sirens. Advanced XVRs can integrate with access control systems, linking video footage to specific entry/exit events.
• VMS (Video Management Software) Integration: For larger deployments, integrate your XVR with a robust VMS. This provides a unified platform for managing multiple recorders, advanced search, video walls, and custom automation rules.

Maintaining Cybersecurity and System Health

• Regular Firmware Updates and Patch Management: Always keep your XVR’s firmware updated to the latest version. Manufacturers frequently release updates to patch security vulnerabilities and add new features.
• Strong Password Policies and Multi-Factor Authentication: Enforce strong, unique passwords for all XVR user accounts. Enable Multi-Factor Authentication (MFA) whenever available for an extra layer of security against unauthorized access.
• Network Segmentation and Intrusion Detection Systems: Consider placing your surveillance network on a separate VLAN (Virtual Local Area Network) to segment it from your main corporate or home network. Deploying an Intrusion Detection System (IDS) can alert you to suspicious network activity originating from or targeting your XVR.
• Data Backup and Recovery Strategies: Beyond RAID, regularly back up critical footage to an external drive, NAS, or cloud storage. Have a clear recovery plan in case of hardware failure or data corruption.

5. Future-Proofing Your Security: Beyond 2026 with Advanced XVR Capabilities

The journey of security technology doesn’t stop at 2026. XVRs are poised to evolve further, becoming even more intelligent and integrated.

The Continued Evolution of AI and Edge Computing

• More Sophisticated On-device AI Analytics: Expect XVRs to house even more powerful AI chipsets, enabling highly complex analytics directly at the edge. This includes advanced gesture recognition, predictive analytics for anomaly detection, and real-time threat assessment with even higher accuracy.
• Integration with AI-powered Cloud Services: While edge AI will grow, the synergy with cloud AI will also deepen. XVRs will seamlessly offload complex, resource-intensive AI tasks (e.g., long-term behavioral pattern analysis, large-scale facial database matching) to the cloud, forming a powerful hybrid AI architecture.
• Distributed AI Architectures: Future systems may see AI processing distributed across cameras, XVRs, and cloud, creating a resilient and highly efficient intelligent surveillance network.

Cloud-Native XVRs and Hybrid Cloud Solutions

• Greater Reliance on Cloud for Storage, Analytics, and Management: The trend towards cloud-based solutions will continue. XVRs might become ‘thinner’ clients, relying more on robust cloud infrastructure for storage scalability, advanced analytics processing, and centralized management across geographically dispersed sites.
• Seamless On-premises and Cloud Integration: The most effective solutions will be hybrid, offering the best of both worlds: local recording and immediate edge AI for critical, low-latency needs, combined with the infinite scalability and advanced analytics power of the cloud.

IoT Convergence and Smart Building Integration

• XVRs as Central Hubs for Security and Smart Devices: XVRs are evolving beyond just video recording. They are becoming intelligent hubs that can integrate with a wider array of IoT sensors and smart building systems – from environmental sensors (temperature, humidity) to smart lighting, smart locks, and energy management systems.
• Enhanced Automation and Proactive Responses: Imagine an XVR detecting an unauthorized person in a restricted area, automatically triggering an alarm, locking nearby doors, adjusting lighting, and sending a detailed alert to security personnel, all while streaming live video. This level of proactive, automated response is the future.

Ethical Considerations and Data Governance

• The Growing Importance of Privacy-by-Design: As surveillance capabilities grow, so does the imperative for ethical considerations. Future XVRs will incorporate privacy-by-design principles, offering advanced features like automatic facial blurring, data anonymization, and granular access controls to protect individual privacy.
• Compliance with Evolving Data Protection Laws: Manufacturers will need to continually adapt to and build compliance features into their XVRs to meet evolving global data protection regulations, ensuring responsible and lawful deployment of surveillance technology.
• Responsible Use of AI in Surveillance: The industry will face increasing scrutiny regarding the responsible and unbiased use of AI. XVRs will likely incorporate mechanisms for audit trails and transparency in AI decision-making.

FAQ Section: Your Questions Answered

Q1: What is the fundamental difference between an NVR, DVR, and XVR?

A1: The key difference lies in camera compatibility. A DVR (Digital Video Recorder) only records video from traditional analog cameras (CVBS). An NVR (Network Video Recorder) exclusively records video from IP (Internet Protocol) cameras. An XVR (eXtended Video Recorder) is a hybrid device that can record from both traditional analog (CVBS), high-definition analog (AHD, TVI, CVI), and IP cameras simultaneously, offering the most flexibility.

Q2: Can I use my existing analog cameras with any new XVR device, regardless of brand?

A2: Most modern XVRs are designed for broad compatibility with various analog HD formats (AHD, TVI, CVI, and CVBS). While an XVR from one major brand (e.g., Hikvision) is generally compatible with analog HD cameras from another (e.g., Dahua), it’s always best to verify the specific formats and resolutions supported by the XVR and your existing cameras. For IP cameras, ONVIF (Open Network Video Interface Forum) compliance is a good indicator of interoperability, though direct brand matching often offers the best feature set.

Q3: How much hard drive storage do I realistically need for my XVR system in 2026?

A3: Storage needs vary significantly based on the number of cameras, their resolution, frame rate, compression codec (H.265+ is highly efficient), and desired recording duration. For a typical small business with 8 x 4K cameras recording 24/7 with H.265+ compression, you might need 8-12TB for a month’s footage. For home users with 4 x 2MP cameras, 2-4TB might suffice for a similar period. Use online storage calculators provided by camera manufacturers for a more precise estimate based on your exact setup.

Q4: What are the primary benefits of investing in an XVR with advanced AI capabilities?

A4: The primary benefits are significantly enhanced accuracy, proactive security, and reduced operational costs. AI-powered XVRs can differentiate between humans and animals, drastically reducing false alarms. They offer intelligent features like perimeter protection, facial recognition, and license plate recognition for automated alerts and access control. Furthermore, AI streamlines forensic investigations by allowing specific searches (e.g., “red car in parking lot on Tuesday”), saving countless hours compared to manual review.

Q5: Is it difficult for a non-expert to set up and configure an XVR system for remote viewing?

A5: Modern XVRs have made remote viewing setup much simpler than in the past. Many utilize P2P (Peer-to-Peer) cloud services, which often only require scanning a QR code with a mobile app to connect. While some basic network understanding can be helpful, the intuitive user interfaces and step-by-step wizards found in 2026 XVRs are designed to guide even non-experts through the process. Most manufacturers also provide comprehensive online guides and customer support.

Conclusion: Securing Your Tomorrow, Today

The XVR devices of 2026 represent a critical intersection of legacy investment and future innovation. They offer unparalleled flexibility, allowing businesses and homeowners alike to leverage existing analog infrastructure while seamlessly integrating the power of modern IP surveillance and advanced AI analytics. By understanding the essential features, making informed choices based on your specific needs, and adhering to best practices for installation and cybersecurity, you can build a robust, scalable, and future-proof security system.

Investing in the right XVR today means securing your tomorrow with intelligent, reliable, and adaptable surveillance. Don’t let outdated technology compromise your safety. Embrace the hybrid advantage and step confidently into the future of security.

Creating A New System

DW Spectrum is composed of two parts:

To ensure the best possible experience and to keep your systems secure and stable, we strongly recommend using a supported operating system. Please click on the link provided HERE for a list of supported operating systems by DW Spectrum.

Supported/Affected Devices

Installing DW Spectrum

To download the most recent version of DW Spectrum:

For instructions on how to install DW Spectrum on Ubuntu, please click HERE to be directed to the Ubuntu installation guide page.

For instructions on how to install DW Spectrum on Macintosh, please click HERE to be taken to the Windows installation guide page.

To obtain previous versions of DW Spectrum, go to https://support.digital-watchdog.com/kb/article/997-dw-spectrum-previous-build-list/ which provides links for downloading older versions of DW Spectrum.

Creating a New System

1. Launch DW Spectrum and create a New Server.

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**NOTE:  It is recommended to create a password that uses at least eight characters and contains at least two variations of lowercase letters, capitalized letters, numbers, or non-roman symbols.

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DW Spectrum – FQDN or Allowlist for DW Cloud Access

Port Configuration

Video management systems (VMS) will generate Internet traffic if a system is provided with Internet access.  Because of this, some port management may be needed to allow access through network security for systems to communicate with each other, especially if a DW Spectrum System is comprised of merged servers between different locations.

DW Cloud is part of a Peer-to-Peer (P2P) network that allows DW Spectrum users to easily connect with individual servers and merged systems but there may be instances where an enterprise Firewall prevents communication.

When a user attempts to connect with a camera remotely, the connection will first be routed to the DW Cloud server, which will then direct the connection to the DW Spectrum Server using the already established socket that was previously initiated.  Authentication and connection will then be established between the connecting DW Spectrum Client and DW Spectrum Server, providing access to the camera.

The presence of a firewall or SonicWall can interfere with this P2P communication.  This is why some network configuration may be required when using an Internet connection from behind a security wall.

This article will outline the relative port information required to allow access between DW Cloud and DW Spectrum systems.

**NOTE:  To check DW Cloud status, visit https://www.digital-watchdog.com/cloudstatus.

FQDN/Allowlisting – Firewall/SonicWall Pass List

To allow a remote connection through a firewall or SonicWall with DW Cloud or a DW Spectrum Client interaction, the routing and Internet security settings of your network may require you to use a specified address list.

When configuring a firewall or SonicWall, FQDN (Fully Qualified Domain Name) format should be used in order to successfully allowlist the specific services of DW Cloud and DW Spectrum, as some of the endpoints do not inherently resolve to static IP addresses.

**NOTE: Please note that it is important to add all the FQDNs that are listed below to your firewall pass list, not just the ones that are specific to your region. To learn more about how the DW Cloud connection service work, you may refer to the article DW Cloud Overview.

For DW Cloud Portal and Cloud Database (TCP Ports: 80, 443)

Required to connect with or to disconnect systems from DW Cloud and to maintain connections.

https://dwspectrum.digital-watchdog.com

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15.197.226.136

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3.33.243.34

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13.248.187.145

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76.223.54.46

For Relay – (TCP Ports: 80, 443, 3345; UDP Port: 3345)

Main

relay.vmsproxy.com

Americas

Ashburn 1, VA

relay-us-abn-1-prod-dp.vmsproxy.com (37.19.207.250)

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Chicago 1, IL

relay-us-chi-1-prod-dp.vmsproxy.com (143.244.60.94)

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Chicago 2, IL

relay-us-chi-2-prod-dp.vmsproxy.com (143.244.60.77)

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Dallas 1, TX

relay-us-dal-1-prod-dp.vmsproxy.com (95.173.216.240)

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Los Angeles 1, CA

relay-us-lax-1-prod-dp.vmsproxy.com (89.187.187.173)

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Los Angeles 2, CA

relay-us-lax-2-prod-dp.vmsproxy.com (89.187.185.106)

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Miami 1, FL

relay-us-mia-1-prod-dp.vmsproxy.com (121.127.41.217)

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New York 1, NY

relay-us-nyc-1-prod-dp.vmsproxy.com (79.127.243.103)

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New York 2, NY

relay-us-nyc-2-prod-dp.vmsproxy.com (79.127.243.102)

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Seattle 1, WA

relay-us-sea-1-prod-dp.vmsproxy.com (79.127.221.31)

Europe

Prague 1, Czech

relay-cz-prg-1-prod-dp.vmsproxy.com (143.244.58.97)

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Frankfurt 1, Germany

relay-de-fra-1-prod-dp.vmsproxy.com (87.249.129.114)

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Amsterdam 1, Netherlands

relay-nl-ams-1-prod-dp.vmsproxy.com (79.127.227.187)

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Stockholm 1, Sweden

relay-se-sto-1-prod-dp.vmsproxy.com (79.127.249.120)

Oceania

Sydney, Australia 1

relay-au-syd-1-prod-dp.vmsproxy.com (95.173.193.212)

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Melbourne, Australia 1

relay-au-mel-1-prod-dp.vmsproxy.com (79.127.130.34)

China

Used for China users only, excluding Hong Kong.

cn-north-1.relay.vmsproxy.cn (52.81.101.172)

APAC Region

Singapore 1

relay-sg-sin-1-prod-dp.vmsproxy.com (169.150.243.58)

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Singapore 2

relay-sg-sin-2-prod-dp.vmsproxy.com (169.150.207.238)

For Connection Mediator – (TCP Ports: 80, 443, 3345; UDP Port: 3345)

Americas

us-east-1.mediator.vmsproxy.com (52.7.195.88)

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us-east-2.mediator.vmsproxy.com (3.138.130.201)

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us-west-1.mediator.vmsproxy.com (54.193.142.173)

APAC

ap-southeast-1.mediator.vmsproxy.com (13.228.203.47)

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ap-southeast-2.mediator.vmsproxy.com (54.153.133.243)

Europe

eu-central-1.mediator.vmsproxy.com (3.79.106.55)

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me-south-1.mediator.vmsproxy.com (16.24.73.120)

For License Activation/Deactivation (TCP Ports: 80, 443)

Required to activate and manage licenses online.

licensing.vmsproxy.com (52.72.83.214)

For Update Notifications (TCP Ports: 80, 443)

updates.vmsproxy.com (18.239.83.45)

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beta.vmsproxy.com (131.226.218.124)

For Anonymous Reporting (TCP Ports: 80, 443)

Required to send anonymous usage statistics.

stats.vmsproxy.com (54.156.124.139)

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stats2.vmsproxy.com (34.232.222.180)

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crashes.vmsproxy.com

For Fetching Public IP (TCP Ports: 80, 443)

Required to allow Servers to fetch a public IP for use in directing System traffic.

tools.vmsproxy.com (108.61.82.62)

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tools-eu.vmsproxy.com (45.77.143.40)

For Speed Testing (TCP Port: 80)

speedtest.vmsproxy.com (18.197.17.126)

Refers to the following IPs, depending on the location of the client instance:

18.196.46.87

54.193.97.109

54.255.218.20

13.211.129.121

For Time Synchronization (TCP Ports: 37, 443)

Required to synchronize Server times with DW time servers.

time.rfc868server.com (13.57.241.111)

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us-west.rfc868server.com (13.57.241.111)

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frankfurt.rfc868server.com (3.65.25.111)

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singapore.rfc868server.com (13.229.145.75)

Refers to the following IPs, depending on the location of the client instance:

54.67.89.126

35.157.161.236

54.254.212.230

For DW Ai Server Licenses and Configuration Tool (TCP Port: 443)

Required for DW Blackjack Ai Servers using Ai Version 2.9 or older.

**NOTE: DW Ai Server version should be 2.10r3 (or newer) and Configuration Tool is 2.10.2 (or newer).

https://ivalicense.mydw.cloud

Additional Resources

**NOTE: If needed, the current tool provides the option to create a .csv file.

Hotspot Set Up

Camera Hotspots

A “Hotspot” is a DW Spectrum viewing feature where clickable icons are layered over the display of a camera. Each hotspot icon is linked to another camera, offering easy navigation to alternative views of the same area or a natural path to follow as a person or vehicle moves through your surveillance site.

Viewers can hover their mouse over a hotspot to see a preview of a linked camera or click on the hotspot to open the linked camera in the viewing grid. This provides an easy method to follow objects of interest as they travel through doorways, down hallways, in and out of view from cameras.

Description of Use

Administrators and Power Users can add hotspots to cameras and customize each setup as desired. Including color coding and directional indicators. They can be freely positioned over camera displays in fixed positions that are not affected by image controls or pan, tilt, zoom controls.

Meanwhile, all users who have permission to view the camera can toggle the hotspot overlay on and off, using them to navigate surveillance sites with ease.

Adding a Hotspot

To add a hotspot using the DW Spectrum Client:

By default, camera hotspots are disabled for all cameras. To create a hotspot, toggle the slider into the green ON position and click the Add button.

Using Camera Hotspots

When using the Hotspot feature:

Changing Server Port Spectrum’s Default Port

By default, Spectrum IPVMS uses port 7001.  In some cases where Spectrum detects another application using 7001,  it will add an integer of 10 until it finds an available port to use. (7011, 7021, 7031, etc.)

Changing the Port Number

If you find that you need to change the port number, or if Spectrum has changed its port and you would like to configure it to a desired port, you can change the port number via the server’s Web Page.

Troubleshooting: Finding the Port

If the server is not using default 7001 and you do not know the port, start by trying 7011 as this would be the most common port it would automatically change to.  If this fails:

Windows
On the server directly, navigate to the tray tool and select “server web page”.  This will automatically pull up the web page with the associated port number.

Linux

1.Open Terminal with 

2.Enter the command
sudo su
and press enter.  Type in the server’s password (default Dw5pectrum) and press enter.  Note that the password will not show characters for security.

3.Enter the command
netstat -ap | grep mediaserver
and press enter.

4.Look for the listening ports.  tcp and tcp6 should have the same port numbers listed.  This is your media server’s port in use.

Supported Operating Systems and Mobile Versions

What Operating Systems Are Supported by DW Spectrum IPVMS and DW Spectrum Mobile?

DW Spectrum IPVMS is a cross-platform software program, supported by all major operating systems.  The advantage of cross-platform functionality is that computers that are using different operating systems can work with other computers that are using a different OS.  For example, a Windows instance of the DW Spectrum Client software can work and communicate with an Ubuntu version of DW Spectrum Server software.

Official releases of DW Spectrum IPVMS and DW Spectrum Mobile end support for operating systems in accordance with the estimated end-of-support (EoS) dates that have been set by the OS manufacturers (Microsoft, Windows, etc.).

The EoS dates for operating systems as determined by the OS manufacturer are listed below.

**NOTE:  This article applies to the current release versions of DW Spectrum IPVMS and DW Spectrum Mobile. Prior versions of DW Spectrum IPVMS (4.2 and older) are now considered as outdated.

Supported Computer Operating Systems

Microsoft Windows OS

Microsoft Windows is supported by both DW Spectrum Server and DW Spectrum Client.

**NOTE:  DW Spectrum IPVMS for Windows can be installed as a single software bundle or the Server and Client software can be installed as individual programs.

Ubuntu (Debian-based Linux) OS

Ubuntu/Linux is supported by both DW Spectrum Server and DW Spectrum Client.

**NOTE:  DW Spectrum IPVMS for Ubuntu is only available for separate installations (not bundled).

Macintosh OS

macOS is supported only by the DW Spectrum Client.  DW Spectrum Server is not available for macOS.

**NOTE:  DW Spectrum IPVMS for macOS only supports the DW Spectrum Client.

Supported Mobile Operating Systems

Android Mobile

Android is supported only by the DW Spectrum IPVMS Mobile application.

Available on the Google Play Store

iOS Mobile

iOS is supported only by the DW Spectrum IPVMS Mobile application.

Available on the App Store

What Devices are Supported with DW NVRs?

Digital Watchdog NVRs are designed to integrate with a wide variety of surveillance cameras and devices to provide complete video management systems. The NVRs work with many types of cameras and other hardware to record, manage, and analyze security video feeds.

Supported/Affected Devices:

• VMAX® IP Plus Series

• DW Spectrum IPVMS

Supported Devices:

Digital Watchdog provides a list of compatible models that have been tested. However, if your device model is not listed, please note that Digital Watchdog supports third-party devices that comply with the ONVIF standard. ONVIF (Open Network Video Interface Forum) is an open standard that ensures compatibility and communication between IP-based physical security products, such as cameras and video management systems (VMS).

Note: Real-time streaming Protocols (RTSP) and HTTP streams can also be manually added to the NVR. This process allows the integration of the video feed from the RTSP or HTTP stream into the NVR’s interface.

Required Network Configurations for Remote Connection

DW Spectrum® Remote Access

To access your DW Spectrum® system from an external network, you will need to make your system available for access through the Internet.

To allow external network access to your DW Spectrum® system, there are 3 options that you may use; DW Cloud, Traditional Port Forwarding, and static block IP addressing.

DW Cloud

To use DW Cloud for Remote access, refer to our documentation related to DW Cloud setup.  If a firewall/Sonicwall is in use, refer to our Passlist documentation to allow communications to our cloud services.

Spectrum 3.2 and older
Servers and clients using DW Spectrum 3.2 and older are no longer supported with the use of DW Cloud.

Requirements:

– Not Applicable; Update as soon as possible.

Spectrum 4.0 – 4.2
Servers and clients are still able to function with DW Cloud, however DW Cloud services have been optimized for 5.0-6.0.

Requirements:

– Passlist (If firewall/Sonicwall is in use)

Spectrum 5.0 – 6.0

Servers and clients using 5.0 and newer function best with the current DW Cloud architecture, which includes additional security items.

Requirements:

– Passlist (If firewall/Sonicwall is in use)

– Installing necessary CA certificates (if not already installed).  Refer to our article on the necessary certificates if connection issues are found.

Traditional Port Forwarding

You will need to port forward the TCP port within your router (or firewall settings) to allow access from the Internet to your DW Media Server. By default, DW Spectrum uses TCP Port 7001.  If you want your server to be Internet accessible, you will need to forward this port value (7001).
When using traditional port forwarding, the router will require a port forwarding/application rule to forward traffic using the server’s port to the server.  More information can be found on our article explaining Port Forwarding.
There are different methods to connect to your server that will need to be taken into consideration:

Static Block IP Addressing
Similar to Router Public IP (Static Block) mentioned under port forwarding, a block of static IP addresses can be purchased from an ISP.  By applying a static address to the server directly, you can use the same IP address for the server anywhere.  This method is generally not recommended, as it would allow open and total communication to your server.

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IPC360 Home APP download

IPC360 Home supports Android and iPhone, you can download it from google play or app store.

Login IPC360 Home

To use the IPC360 Home camera, you need to register for an IPC360 Home account and log in.

If you are using the camera without internet you don’t need an account.

Connect IPC360 Home camera to wifi

1. Click Add Device or + , to enter the Add Camera screen. To have a better service, please confirm the country selected is your current location.

2. Scan the QR code of IPC360 Home camera, the QR code is on the camera, not on the manual.

If you can’t find the QR code of the camera or the QR code is corrupted, please click on ‘QR code cannot be found or missing?’ and select wifi camera.

3. Let the IPC360 Home camera connect to the power supply, if it is a bulb camera, please connect the lamp holder and start the power.

After the camera is powered on, wait for the camera to start up, about 30 seconds, if the red light does not flash rapidly, please reset the camera.

4. Click ‘My camera light flashes in red.’, then click Next.

5. Go to your phone’s wifi list, connect to IPC360 Home Camera’s hotspot wifi, the wifi name is “IPC365 AP-xxx” or “IPC360-xxx” , after connecting, return to APP, select your wifi, and enter the wifi password.

（If you can’t find “IPC365 AP-xxx” or “IPC360-xxx” wifi, please reset your camera.）

See also  IPC360 Home Camera FAQ and Troubleshooting

6. Wait for IPC360 Home camera to connect to your wifi, about 30-60 seconds, after successfully connecting, it will automatically enter the next step, and then set the name to start using it.

7. The first time you use IPC360 Home camera, you will get one month cloud storage for free, if you don’t need it, please click X, otherwise it may be deducted automatically after expiration.

Using the IPC360 Home camera without Internet

You can use this feature if you don’t have internet access or you don’t need to use IPC360 Home remotely.

1. Let the IPC360 Home camera connect to the power supply, if it is a bulb camera, please connect the lamp holder and start the power.

After the camera is powered on, wait for the camera to start up, about 30 seconds, if the red light does not flash rapidly, please reset the camera.

2. Download IPC360 Home APP, if you have logged in, please log out.
Connect the camera’s hotspot wifi in your mobile phone’s wifi list, the wifi name is “IPC365 AP-xxx” or “IPC360-xxx”, after connecting, go back to APP, click No Internet.

(If you can’t find “IPC365 AP-xxx” or “IPC360-xxx” wifi, please reset your camera.)

3. After entering the No Internet interface, you can start to use the IPC360 Home camera, it is recommended that you set a password for the camera’s wifi, otherwise anyone can connect to the camera.

4. After setting the password, the camera will reboot, reconnect the camera’s wifi, and enter the wifi password you set.

Share IPC360 Home Camera

An IPC360 Home camera can only be added by one account, to use multiple accounts at the same time, you need to share the camera to be able to.

1. Click Share or go to Share Device in the camera settings.

2. Click Share and enter your IPC360 Home account to share, you can share up to 5 accounts.

Sharing Notes:

See also  IPC360 Home For PC: Use the IPC360 Home camera on your PC!

Recording settings

To enable the IPC360 Home camera to record, you need a memory card to work, please first insert the memory card in the camera off state, the camera can be recognised normally.

1. After inserting the memory card into the MicroSD Card interface, check if the memory card status is Normal, if it shows abnormality, please try to format the memory card.

2. You can set the Record Storage Mode and Video Quality.

Viewing Memory Card Recordings

In the camera’s live video interface, click SD Card, you can view the video saved in the memory card.

The coloured time indicates the recording time, and the yellow time indicates the alarm recording.

Motion Detection Settings

IPC360 Home camera’s motion detection is always on and can’t be turned off, if you don’t want to receive alarm notifications, you can turn off Alarm Push Notifications in the Alarm interface.

You can set the alarm sensitivity and time. The camera also has Smart Al Detection and Human Detection, which require a subscription to activate.

You can also set up Alarm Soundhe and Alarm Light. With Alarm Soundhe set up, the camera will sound an alarm when it detects movement.

Setting Alarm Light will activate a white light when the camera detects motion. (This function is available only when white light is supported)

View Alarm Messages

You can view alarm messages in the Alarm interface, and if you have inserted a memory card, click on the message to view the recording.

Night vision light settings

You can set the IPC360 Home camera’s night vision operating mode in the Night Vision section of the Video screen or the Live Video screen.

Smart Mode: Switch to Smart Mode and enjoy black and white night vision. The camera delivers a vivid, full colour image when motion is detected.

Colorful: Camera provides colourful video in low light conditions. If abnormal video is displayed, please switch to black and white mode.

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See also  IPC360 Home Camera FAQ and Troubleshooting

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Black & White: Camera provides black and white video in low light conditions.

Sound Settings

In Sound Settings, you can turn off the IPC360 Home camera’s voice prompts, adjust the sound volume and turn off the microphone.

Turn off the indicator light

In Advanced, you can switch off the camera’s LEDs, Status Light is the switch for the LEDs.

Motion Tracking Settings

The IPC360 Home camera can follow the movement of an object, in the Live Video screen, click Trace to start motion tracking.

Pan-Tilt Control

In the Live Video interface, click Pan-Tilt to control the IPC360 Home camera to rotate up, down, left and right.

save location

You can save the current position of the camera, and later on you just need to click on the picture to make the camera start rotating to the specified position.

1. Click Collect, enter a name, and click Save.

2. Click on My Collections and the camera will rotate to show the view of your collected location.

3. Support timer. Once you have set a timer, the camera will automatically return to this position after manual adjustments or motion tracking.

How can I see multiple IPC360 Home cameras at once?

In the Live screen, click the first icon to enter multi-screen mode, click + to add another camera.

(Not available in no internet mode)

Why do I connect to IPC360 Home camera’s hotspot wifi, but the app doesn’t show the connection screen?

Reset IPC360 Home camera

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IPC360 Home Camera FAQ and Troubleshooting

Why is my IPC360 Home Camera offline?

1. Check the router network

To check if the router network is stable, use other mobile devices or laptops to connect with the same router and see how it works.

2. Re-powering the IPC360 Home Camera

Please re-power the camera and wait a minute to see if the camera comes back online.

3. Check the WiFi network signal

To avoid your IPC360 Home Camera going offline, move the camera closer to the router for a stable WiFi network.

4. Reset the camera

Please long-press the Reset button till the red status light flashes, then reset the camera again.

How to fix IPC360 Home Camera Connection Failed?

1. Check for the following problems, and then reset the camera to reconnect it.

.

See also  IPC360 Home For PC: Use the IPC360 Home camera on your PC!

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2. Reboot the router, sometimes the router malfunction cause not connect to the new device, reboot the router can be solved.

3. Keep the camera close to the router, so that the camera can receive strong wifi signal.

Why does IPC360 Home camera show offline after changing location?

After IPC360 Home camera power on, wait for 1-2 minutes, it takes time for the camera to connect to wifi.

If it shows offline for a long time, it means that the camera can not connect to wifi at the current location, please change the location.

How to reset IPC360 Home camera

When your IPC360 Home camera is abnormal or offline, you can try to reset the camera.

What is the hotspot wifi name for IPC360 Home camera?

The wifi name of the camera is “IPC365 AP-xxx” or “IPC360-xxx”, if you can’t find the wifi of the camera, please make sure the camera is powered on, then reset the camera.

What is the hotspot wifi name for IPC360 Home camera?

IPC360 Home camera’s hotspot wifi has no password by default, if it prompts for a password, it means you have set a password, please reset the camera if you forget the wifi password.

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See also  Set Up IPC360 Home Camera User Manual (Ultimate Guide)

Do IPC360 Home cameras support ONVIF or RTSP?

IPC360 Home all cameras do not support onvif or rtsp

Can I use the IPC360 Home camera without an internet connection?

Yes, the camera has a hotspot wifi, you can connect to the camera’s wifi to use the camera.
Please check the manual

Why do I connect to IPC360 Home camera’s hotspot wifi, but the app doesn’t show the connection screen?

IPC360 Home For PC: Use the IPC360 Home camera on your PC!

IPC360 Home is a security camera app, you need to work with the camera to use.

IPC360 Home only supports Android and iPhone, there is no computer client.
But, you can use IPC360 Home APP by installing Android emulator on your computer

How to Install IPC360 Home for PC

Download Bluestacks

You need to Download BlueStacks on Windows or Mac PC first. Afterward, you have to start the installation of BlueStacks on your computer.

It is similar to any other software installation procedure on a PC. Run the setup, Allow the software to make changes in your computer, and then it will start to install.

In the second step to get IPC360 Home Download for PC, users have to enter Google Account. After the installation of BlueStacks, you will see the emulator home screen. Locate the Google PlayStore and launch it.

First-time users have to enter Google Account which is already in existence. Or, users can create a new one if unavailable.

Here the final steps arrive, now users are ready to use IPC360 Home on Laptop or desktop. Users got 2 options to accomplish the task.

1. Visit the Google Play Store > Search for the IPC360 Home App > Install it.

2. Downlaod IPC360 Home APK on PC > Drag and Drop it inside BlueStacks > Allow the emulator to install.

That’s how you can install IPC360 Home for PC.

How to use IPC360 Home For PC

To use IPC360 Home For PC , and mobile phones are the same, you can check this manual.

“IPC360 camera setup for iPhone”, “IPC360 camera setup for Android”, “IPC360 camera setup without QR code”, “IPC360 camera motion detection sensitivity settings”, “IPC360 cloud recording subscription cost”, “IPC360 camera two-way audio not working”, “IPC360 night vision not clear”, “troubleshooting IPC360 camera wifi connection”, “how to reset IPC360 camera”, “IPC360 camera compatible with Alexa/Google Assistant”, “best IPC360 camera settings for home security”, “download IPC360 camera latest firmware”.

Upgrade your DVR Security System

If you have a camera security system that is wired for coaxial and you cannot run Ethernet, you can connect our Coaxial to Ethernet Converter Kit. This enables upgrading your analog system to IP while still using existing coaxial cabling. The converters are small, lightweight, easy to install, and do not need to be connected to an additional power adapter. There is no need to run new cabling, simply plug the converters in. Send data and power over coax up to 900 m (2,952 ft) reach (performance and supported length are subject to transmission coaxial cable and coupler quality). This is a cost-effective and useful solution for legacy DVR upgrades and future expansion.

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Coaxial to Ethernet Converters

To upgrade your wired system to an NVR with IP security cameras, you will need:

or

Features:

Easily Connect IP Cameras Over Existing Coaxial Cabling

Also Read : How to use Webcam on Surveillance Station on QNAP NAS?.

Installing your Coaxial to Ethernet Converters

Safety Precautions

Please read the following safeguards and warnings carefully before using the product in order to avoid damages or losses:

 WARNING: Do not use power line other than the one specified. Please use it properly. Otherwise, it may cause fire or electric shock.

Installation

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Product Overview & LED Indicators

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Mounting

The Coaxial to Ethernet Converter supports two installation modes: junction box or it can support DIN rail mount.

Note: Supports slide width of 28 mm (1.1”)

For full mounting instructions, please refer to the junction box’s Quick Start Guide on Lorex’s support page.

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Product Specifications

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PoE Power Supply Specifications (RG59 Coaxial Cable)

ePoE switch supply voltage 48V. / RG-59, max. DC resistance < 5 Ω / 100 m (328 ft)

ePoE switch supply voltage 53V. / RG-59, max. DC resistance < 5 Ω / 100 m (328 ft)

4K IP Wired Dome Security Camera with Smart Deterrence: Installation

This article provides instructions on how to install and connect 4K Smart Deterrence IP Dome Camera with Smart Motion Detection Plus (E893DD Series) to the NVR.

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Before Installing

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Installing 4K Smart Deterrence IP Dome Camera

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Connecting 4K Smart Deterrence IP Dome Camera

Connect the cameras and cables to your NVR using one of the following two setup methods.

1. Connect cameras directly to the NVR (recommended)

Connect the Ethernet cable to the camera and then connect the other end of the Ethernet cable to the NVR’s PoE ports. The camera may take a minute to power on after being connected.

Note: A 12V DC power adapter (model#: ACCPWR12V1, not included) is only required if connecting the camera’s Ethernet cable to a router or switch that does not support PoE.

Notes:

2. Connect cameras to a PoE switch or router on your network (not included)

Connect the Ethernet cable to the camera and then connect the other end of the Ethernet cable to a router or switch on your network. See your NVR manual for details on connecting the camera to your NVR using a router or switch.

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Using the RJ45 cable gland (optional)

The pre-attached RJ45 cable gland covers both the camera’s Ethernet connector and the RJ45 plug to provide weather-resistance and protection from dust, dirt and other environmental contaminants.

To use the RJ45 cable gland, twist the RJ45 cable gland barrel securely onto the camera’s Ethernet connector.

Tip: The RJ45 cable gland is weather-resistant. Seal the cap with silicone and/or electrical tape for additional sealing if it will be exposed to precipitation regularly.

Cable extension options

You can extend the Ethernet cable run for your camera up to 300ft (91m). To extend the cable run beyond 300ft (91m), a switch will be required (sold separately). Use an RJ45 coupler or a network switch (not included) to connect male ends of Ethernet cables together. We recommend using UL CMR approved cables available at lorex.com.

4K IP Wired Dome Security Camera with Smart Deterrence: Getting Started

This article provides instructions on how to setup the 4K Smart Deterrence IP Dome Camera with Smart Motion Detection Plus (E893DD Series).

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Important Installation Guidelines

The optimal installation location, including the height and angle of your camera, will depend on the type of detection settings that you want to enable. Since the optimal angle for person and vehicle detection is different from the optimal angle for face detection, you will need to select one approach.

Note: You cannot enable both face detection and person and vehicle detection at the same time.

Based on your detection preference choose between:

1. Optimizing person and vehicle detection accuracy

2. Optimizing face and mask detection accuracy

Note: Facial recording without consent is illegal in certain jurisdictions. Lorex Technology does not assume liability for any use of its product that fails to conform with local laws.

High accuracy Vs. low accuracy face detection

Accuracy will be influenced by lighting conditions and the distance/angle of a person’s face to the camera.

Mask detection

With face detection enabled, you can set the alarm type to detect if a person is not wearing a mask. A person not wearing a mask or improperly wearing a mask will be captured in the face preview sidebar and a notification will be sent through the Lorex App.

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For full instructions on installing and connecting the 4K Smart Deterrence IP Dome Camera to the NVR, visit Installing 4K Smart Deterrence IP Dome Camera.

4K Ultra HD Smart Deterrence IP Camera: Installation Guide

This article provides instructions on how to install and connect 4K Ultra HD Smart Deterrence IP Camera (E893AB Series) to the NVR.

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Before Installing

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Installing 4K Ultra HD Smart Deterrence IP Camera

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Connecting 4K Ultra HD Smart Deterrence IP Camera

Connect the cameras and cables to your NVR using one of the following two setup methods.

1. Connect cameras directly to the NVR (recommended).

Connect the Ethernet cable to the camera and then connect the other end of the Ethernet cable to the NVR’s PoE ports. The camera may take a minute to power on after being connected.

Note: A 12V DC power adapter (model#: ACCPWR12V1, not included) is only required if connecting the camera’s Ethernet cable to a router or switch that does not support PoE.

Notes:

2. Connect cameras to a PoE switch or router on your network (not included).

Connect the Ethernet cable to the camera and then connect the other end of the Ethernet cable to a router or switch on your network. See your NVR manual for details on connecting the camera to your NVR using a router or switch.

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Using the RJ45 cable gland (optional)

The pre-attached RJ45 cable gland covers both the camera’s Ethernet connector and the RJ45 plug to provide weather-resistance and protection from dust, dirt and other environmental contaminants.

To use the RJ45 cable gland, twist the RJ45 cable gland barrel securely onto the camera’s Ethernet connector.

Tip: The RJ45 cable gland is weather-resistant. Seal the cap with silicone and/or electrical tape for additional sealing if it will be exposed to precipitation regularly.

Cable extension options

You can extend the Ethernet cable run for your camera up to 300ft (91m). To extend the cable run beyond 300ft (91m), a switch will be required (sold separately). Use an RJ45 coupler or a network switch (not included) to connect male ends of Ethernet cables together. We recommend using UL CMR approved cables available at lorex.com.

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Safety cautions

Product overview

DVR

Camera

Power Cable Splitter

BNC Cable

Xmeye Dvr System Instructıons For Use

Read Also : Camius devices troubleshooting

Hard Drive Installation

IMPORTANTTo record videos and play the historical videos, the installation of the Hard Disk Drive is a must.
Otherwise,you can only watch the live video.
This DVR system works with a 3.5” SATA Hard Drive.The Hard Drive should be formatted after it’s installed.×Dismiss this alert.

System Connections

IMPORTANTDo not fix the AHD camera before you can view the image on the monitor and confirm the ideal position to install it.×Dismiss this alert.

1.Plug a power adapter into the DVR and the socket to power on the DVR.

2. Connect a monitor to the HD Output or VGA Output on the DVR with an HDMI cable or VGA cable (not included).

3. Connect the Ethernet Cable with the DVR and your router.

4. Connect the AHD camera with the BNC Cable.

5. Connect the Yellow Video Connector to the BNC Video Input on the DVR, and connect the Red Power Connector to the Male Connector of the Power Cable Splitter.

6. Connect the Female Connector of the Power Cable Splitter with another power adapter. Then plug the power adapter into the socket to power on the camera.

Operate dvr system with a monitor

Startup Wizard

After connecting the DVR and cameras to power, wait for 2-3 minutes. A Startup Wizard will start to guide you via a series of pop-up windows.

Connect the USB mouse to the DVR, then click Next until you see the window of Time-Language Configuration.

1.Select the time zone, date format, time format, language, and set the time for your DVR system.

2. The default password is empty, please reset it for your DVR following the tip.
The new password should be more than 6 digits and use the combination of numbers and letters to ensure your system’s security.

3. Select safety questions and enter the answers for resetting the password if necessary.
You can also enter your email address for getting the verification code to reset the password.

4. Check if the network connection status is normal. If not, you can configure it by clicking Network.

5. Scan the QR code to get the Serial Number of your DVR system and download the App named XMEye into your mobile device.

6. Before fixing the cameras, you can log in to XMEye App to check the live view to confirm the ideal position.

7. Detection based on human shape is enabled by default.
The DVR system will send alerts to your mobile device when there is human shape detected by the cameras.
Please refer to the section of Motion Detect the detailed setting.

IMPORTANTClick Next and OK to exit the wizard. You can right click on the screen, then go to Main Menu > Startup Wizard to bring it up again.
If the wizard is no longer needed, just check the box before Don’t Display the Wizard again on the first interface of the Startup Wizard.×Dismiss this alert.

Live Video

You will see the live videos from the AHD cameras in split-screen mode (9 screens by default) after exiting the wizard.

※ Move the mouse cursor to the live video of any channel, some icons may be displayed according to the setting.

Notes:

1.The icons of and are displayed by default, while for icon , and , please right click andgo to Main Menu > Alarm (see on page 15) to enable them.

2. If you want to loop to display the live videos from some certain channels in full-screen mode, please go to Main Menu > System > Tour to enable this function.

3. For viewing the live video from one channel in full-screen mode, please move the mouse cursor to the desired channel, then double click. To exit full-screen mode, double click again.

Hard Drive Formatting

When you receive the system, the system has a pre installed hard disk, which does not need to be formatted,but if you have to replace another hard disk, it needs to be formatted at first ,then it can be used normally Install the Hard Drive first, then right click and go to Main Menu >Advanced > Storage to check if the type is Read/Write or the status is Normal.

If not, please click Format Storage to start formatting your Hard Disk Drive.

Video Recording

Right click on the screen, then go to Main Menu > Record > Record Conf. to set the record mode and record plan.
This DVR is set to record videos 24 hours a day by default.

Channel:

Select the channel to set the record mode and plan. You can select a single channel or all channels.

Redundancy:

Installing 2 pieces of Hard Disk Drive is required when enabling this function, and HM245 doesn’t support it.

Length:

Set the maximum video length of each recording from 1 minute to 120 minutes. It’s 60 minutes by default.

PreRec:

The camera will start recording a video around 5s before it detects the motion or human shape.

You can reset the time from 1s to 30s, but the accuracy of the pre-recording time may be affected by the bitrate.

Mode:

Set the recording mode and the options are Schedule, Manual and Stop.

Record Plan:

Set the recording schedules.

Notes:

The oldest video will be overwritten by the latest one by default when the Hard Disk Drive runs out

of space.

Video Playback

Right click on the screen, then go to Main Menu > Record > Playback to play the video recorded.

You will see the different playback modes in the pop-up window of Play Mode.

Explanation of playback modes

1.Common Playback

Select the channel(up to 4 channels at the same time), a period and a date on Blue background to

play all types of videos recorded.

1. Area for Video Playing
2. Playback Buttons
3. Timeline
4. Channel
5. Filters
6. Filtered Videos List
7. R: Standard Videos
8. M: Videos recorded when the camera detects motion or human shape.
9. Detailed Info. of the Selected Video
10. Search
11. Show/Hide Filtered Videos List
12.Timeline by Hour/Minute

TipFilters will not be available after you left click on the timeline, but you can exit this mode and re-enter to select the filter.×Dismiss this alert.

Option 1 :

Left click on the Green/Red (Green for standard videos recorded, and Red for the videos recorded whenthe camera detected motion or human shape) part of the timeline of each channel to play the historical videos.

Option 2 :

Left click on the live video of one channel, show the filtered video list, then double click on the selected video to play it.

Description of Playback Buttons

Left click on the live video of any channel, then start using the buttons to control the video playback.

Tips:

① You can click the icon to cut a video, then click to back up to the external storage.

② Previous Frame and Next Frame work only when pausing the video.

③ The speed of Fast Reverse and Fast Forward will be displayed on the right end of Playback Buttons.

2. Sync Playback

This function aims to put the videos from different channels at the same time to compare.

Select 2 channels at least ( up to 4 channels), a period and a date on Blue background to play the historical videos simultaneously at the selected time on the same timeline.

3. Dayparting

This function aims to put the videos from the same channel but at different time to compare.

Select a channel, number of split screens, and a period to play the videos recorded from this channel on different timelines.

NotesYou need to press and hold the left mouse and move on the bar of Period to select time period.×Dismiss this alert.

4. Smart Express

Select one channel or all channels, then select the speed of Fast Playback, the system will play all the videos recorded with the speed you selected.

5. Smart Search

Select one channel and a time period, then check the box before Detect and select a date on Blue background to play the videos recorded when the camera detected the motion or human shape.

※Double click the thumbnail to play the related videos.

6. Face Search

Select one channel, a time period and a date on Blue background to play the videos recorded when the camera detected faces.

Video Backup

Step 1:

Insert the USB disk into the USB port of the DVR system. Right click on the screen, then go to Main Menu >Record > Backup to start.

Step 2:

Select your USB disk, then click Backup to bring up a pop-up window.

Step 3:

Select Channel, Start Time and End Time, then click Add to display all the filtered videos.

Step 4:

Check the box to select the video files and Backup format, then click Start to back up the videos.

Tips:

① The format of the USB Drive should be FAT 32.

② An alternative solution to back up the videos is listed below.

• Go to the interface of video playback and click to show the filtered video list.

• Check the box to select the videos.

• Click to start backing up. The next steps are the same as the first solution mentioned above.

Snapshot Setup

The system will capture the snapshots 24 hours a day when the camera detects motion or human shape.

Go to Main Menu > system> SnapShot Conf. to reset the time interval of capturing a snapshot, and set up the schedules when the camera will capture a snapshot as well.

Alarm

IMPORTANT:

The alarms of Motion Detect and Human Detect are enabled by default. If you need to record videos whenthe camera detects the face or gets blocked as well, please enable Face Detection and Video Blind.

Please go to Main Menu > Alarm to set the alarm you need.

Motion Detect

The camera will start to record videos when it detects motion.

Channel:

Select the channel you’d like to enable motion detection.

Enable:

Check the box to enable motion detection.

Sensitivity:

If you select higher sensitivity, the camera will be more easily to be triggered to start recording videos. It’s advised to select Middle to balance the accuracy and effectiveness of the alarm, thus reducing the false alarms.

Region:

Click Set, then press and hold the left mouse to drag and select the area for detecting. The pink area indicates the selected area.

Period:

Set up to 4 time periods for each day to send the alerts when the camera detects motion.

MD Interval:

Set the time interval of two alerts. It aims to decrease the frequency of the alerts caused by the same moving object.

Record Channel:

The selected channel(s) will start recording when the current channel detects motion.

Tour:

The display will loop to display the live video from the selected channel(s) in full-screen mode when the current channel detects motion. You can go to Main Menu > System > Tour to set the time interval to show the live video in full-screen mode.

Snapshot:

The selected channel(s) will capture a picture when the current channel detects motion.

PTZ Activation:

The cameras don’t support this function.

PostRec:

The camera will remain to record the video around 10s after the motion or human shape detection ends. You can reset the time from 10s to 300s.

Show Message:

After enabling this function, the display will pop up a window to show the Alarm Status for all kinds of alarms when the cameras detect motion, human shape, or more.

Send Email:

Before enabling this function, please go to Main Menu > System > NetService, then double click on EMAIL option to set up your email address to receive the alerts.

Write Log:

The logs of the alerts will be written into the system once you enable this function. You can go to Main Menu > Info > Log to check the detailed log information.

FTP upload:

The system will send the videos recorded or snapshots captured to the FTP server you set when the camera detects motion. Please go to Main Menu > System > NetService, then double click on FTP option to set up your FTP server.

Mobile reported:

The system will send alerts to your mobile device when the camera detects motion. Please install the App and add the DVR to the App following the section of OPERATE DVR SYSTEM ON MOBILE DEVICE on page 18.

Up-to-Coaxial Control

Right click on the main menu and select XVI control to start setting up your camera.

※If the live video from the camera is mirrored or flipped, you can check the box before Mirroring or Overturn to fix it.

※If you set something wrong, please click Restore to get back to default settings.

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NotesFor the setting of alarms like Video Blind, Video Loss, Human Detect and Face detection, please refer to the settings of Motion Detect. If prompting Video Loss, the DVR will not record videos, but only to send alarms.

TROUBLESHOOTING

The DVR System Boots Up Abnormally Or Reboots Automatically.

If the issue persists, please contact Support for more help.

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How Should I Do If I Forget My Password?

• Please click Forgot Password when logging into the DVR system.

• The system will ask you the security questions you set in the Startup Wizard, please enter the right answer to reset your password.

• If you forget the answers, click Forget Answers to enter the interface of Verification Code.

• Launch XMEye App,tap > FIND PWD on an Android device or tap Forgot your device password?(on the interface of Add Device) > FIND PWD on an iOS device to scan the QR code on the left side to get a verification code, then enter it into the box on the interface of Verification Code to reset your password. However, if you set an email to get the verification code in Startup Wizard, the App will send the code to that email. You need to get it from email, then enter it on the interface of Verification Code.

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How Long Can A Hard Disk Drive Record For This DVR System?

There are 4 AHD cameras connecting to this DVR system by default. These cameras are with the resolution of 1080P and variable bitrate which depends on the surveillance scenes. If the bitrate is around 2Mb/s, the corresponding size of the video file will be around 21G per day.

As a result, a Hard Disk Drive with the capacity of 1T may record around 12 days.

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How Can I Connect An Extra Camera With The DVR System In Addition To The 4 Cameras In The Package?

DVR system supports up to 8 cameras to be connected. Please contact Hiseeu to get the same type of cameras and the corresponding cables.

If you just have a camera in hand, please follow the steps below:

For the camera with the format of TVI/CVI/SVI/CVBS, right click on the screen, select XVI&AHD to set the Signal of the channel to Auto or the corresponding format of your camera, then connect the camera with the DVR system.

For an IP camera, please go to Main Menu > System > Digital > ChannelType to check the box of the fourth line, then go back to the main screen and move the cursor to the channel you’d like

to connect the camera.

Click in the center of the screen to start adding the camera.

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The Image From The Camera Is Upside Down.

Right click on the main screen and click XVI Control, then check the box before Mirroring or Overturn to flip the image.

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What Should I Do If It Runs Out Of The Space On Your Hard Disk Drive?

The DVR system is set to loop recording by default, which means the latest videos will overwrite the old videos automatically when it runs out of the space on the Hard Disk Drive.
You can back up the important videos, then delete the videos or format the Hard Disk Drive.

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Why Does The Hard Disk Drive Stop Saving Videos?

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The App On My Mobile Device Cannot Receive Snapshots When The Camera Detects Motion, Human Or The Camera Gets Blocked, Etc.?

The App can receive the snapshots by default and you can check from Alarm Push/Alarm of the App.

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Why Does The App Remind Me Of “Maximum Video Link”?

For remote viewing, such as from App or PC Client, you can only simultaneously access the live videos from 6 channels at most. Please close the unnecessary channel.

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Why Doesn’t The PC Client Watch The Live Videos?

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Why Doesn’t The PC Client Watch The Live Videos?

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What Should I Do If I Got Too Many Push Notifications From App?

This DVR system can support to send you alerts when the camera detects motion, human, face, video feed loss,or the camera gets blocked. You can go to Main Menu > Alarm to disable certain kinds of alarms to reduce alerts.What’s more, you can lower the Sensitivity, set the Region and Period to reduce alerts.

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How Can I Modify The Time Stamp And Channel Name Displayed On The Screen When Playing The Videos Recorded?

You can go to Main Menu > System > Display to select the channel you’d like to set, then enable Time Display and Channel Title, then click Set. You can even drag them to your desired position on the screen.

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Is the fan noise on my DVR NVR recorder normal?

Q- Is the fan noise on my recorder normal?

A- Digital or network Vide Recorder’s fan is comparable to one in a mini PC, and the sound coming out of the vent that you may hear is a sign of a DVR that’s working well.

The working fan indicates that the trapped heat is being dissipated, and the DVR can record 24/7 on the hard drive, and without this cooling mechanism, the DVR and hard drive’s life span will be shortened.

How to add IP Camera to Camius DVR (Advanced Security XVR)

Camius Trivault DVR recorders are designed to support analog security cameras via coaxial wiring and IP cameras over the Network. To add an IP camera to Camius DVR, you’d need to add PoE cameras to your local Network. Then, connect a regular network or PoE switch to the LAN port of the Camius DVR. Based on the example of a Camius 16-channel DVR, the connecting diagram illustrates this process. This system allows users to quickly and seamlessly integrate analog and IP cameras, providing greater flexibility in security camera selection.

If you are not using a PoE (power-over-ethernet) switch or a PoE injector, you can power the IP camera by connecting a UL-listed 12VDC-2AMP power supply to the DC plug on the camera and an ethernet cable between the IP camera and the router or switch on your local network.

Camius TRIVAULT4K2168R Connection Diagram

Camius TRIVAULT4K184R, TRIVAULT4K184R2 Connection Diagram

Navigate to the DVR’s Menu >> System >> General >> Mode >> Set to XVR and Apply.

Wait 1 to 2 minutes for the surveillance DVR to reboot in a hybrid XVR mode. This switch will reset the Configuration and Password.

There are a few ways to add IP cameras to the DVR, and we will describe them below.

Adding IP Cameras in the Start Wizard

While in the Start Wizard, navigate to the Network>> Date/Time >> IP Cameras.

Click the Search button to add compatible IP cameras on your local Network. Next, select the IP camera(s) you want to add, and then click the arrow icon to add them to the DVR, followed by the Next button.

Select the suitable Protocol from the dropdown (Private is for Camius IP cameras), enter the IP camera(s) credentials (User Name and Password), and click Add. Green status indicates a successful connection; grey status could show a password or network error.

Adding an IP camera while in the DVR’s Setup Menu

If you add IP cameras to DVR’s menu, navigate to Channel >> IP Channels.

Select the IP camera you wish to add, click the ‘Add‘ tab or use a plus button.

The ‘Add IP camera‘ window will pop up with IP camera details.

How to add IP Camera to Camius DVR (Advanced Security XVR) 21

Once the IP camera is added to the DVR, it will appear under the IP channel list. The green state means the camera has been added successfully. A grey color state means the IP camera needs attention, and when you click on the state icon, it will indicate if the error is caused by a wrong IP camera username/password or if it has a network issue.

To avoid network issues, make sure that your camera, DVR, and router are on the same IP address segment, e.g.

How to add IP Camera to Camius DVR (Advanced Security XVR) 22

Using the Camius XVR system, users can quickly and seamlessly integrate analog and IP cameras, providing greater flexibility in security camera selection. In addition, Camius Hybrid 8-Channel DVR recorders support up to 12 and 16-channel DVRs and up to 24 HD cameras, making a scalable solution for residential and commercial surveillance needs.

It is important to note that the cameras’ quality will significantly impact the system’s overall performance and effectiveness. Of course, high-quality cameras will provide better images, enabling more effective monitoring and surveillance, but also, Camius IP cameras offer intelligent motion, sound, and AI detection. Other manufacturers’ IP cameras are usually limited to basic video motion detection.

How to install a hard drive in a Camius DVR or NVR?

Installing a hard drive in a DVR (digital video recorder) or an NVR (network video recorder) (DVR NVR for short) is a relatively straightforward process. Still, it is essential to follow the steps carefully to ensure proper installation and prevent damage to the equipment. Here is a step-by-step guide on how to install a hard drive in your surveillance DVR or NVR recorder.

Camius network and hybrid digital video recorders accept 3.5″ and 2.5″ SSD internal hard drive disks. While 8 channel DVR and NVR recorders accept a single hard drive up to 10 TB in capacity, 16-channel DVR and NVR recording, along with 32-channel NVR will support a 14TB hard drive on each SATA port. 

Visit this link to see the tested and recommended hard drives, CLICK HERE

1 – Gather Tools and Equipment

You will need a Phillips head screwdriver, the hard drive you want to install, and any necessary screws (when you order a DVR or NVR from Camius without a pre-installed hard drive, the product box will include a set of screws for the hard drive disk installation).

2 – IMPORTANT: Make sure your DVR / NVR is unplugged and powered off

3 – Removing the Top Cover or the Video Recorder

Remove any screws from the Recorder’s top cover (chassis) using a Philips head screwdriver. Carefully remove the top chassis and set it aside (picture 1)

Picture 1 – 8 channel DVR

4 – Insert the Hard Drive

Place the hard drive into the hard drive bay, ensuring the drive is oriented correctly and appropriately seated.

5 – Connect the SATA Data and Power Cables

Connect the Data and Power cables to the two hard disk drives and place the hard disk drives on the video recorder’s case. The Data cable connects the hard drive to the DVR NVR’s motherboard. Locate the SATA port on the DVR’s motherboard and connect one end of the SATA cable to it. Then, connect the other end of the cable to the hard drive. The SATA Power cable provides power to the hard drive. Locate the SATA Power cable and connect one end to the hard drive and another to the Power Supply (pictures 2 and 3)

Picture 2 – Power and Data Cables on the Hard Drive

Picture 3 – Power and Data Cables on the DVR or NVR recorder’s board

Read Also : LaView NVR setup and user guide

6 – Secure the hard drive with srews

Carefully flip the video recorder case and secure the hard disk drives to the recorder with the four (4) screws if it is one SATA HDD (pictures 4 and 5) and eight (8) screws for the 2 SATA HDDs (picture 6)

Picture 4 – DVR with one internal SATA bay

Picture 5 – DVR with one internal SATA bay

Picture 6 – NVR with two internal SATA bays

7 – Return the DVR NVR top cover

Place the top cover on the DVR NVR and secure it with the screws (picture 7)

Picture 7 – DVR with one internal SATA bay

8 – Power on the DVR NVR

Power on the DVR NVR and allow it to boot up completely. If the hard drive was installed correctly and is in working condition, it should be recognized by the DVR and ready for use. Remember to format the hard drive (here is the guide on how to format the hard drive). Ensure that you use the power supply with the Camius video recorder.

IMPORTANT: Some users may find an issue when the hard drive is not recognized or not showing on the DVR. One of the primary reasons could be a wrong or defective recorder’s power supply.

That’s it! Your DVR NVR should now have a new hard drive installed, allowing it to store more video footage. Follow these steps carefully and seek additional assistance if you encounter any difficulties.

How to adjust my DVR NVR monitor resolution?

Camius video surveillance DVR NVR camera recorders have HDMI and VGA video output to live video feed on your monitor.

VGA output supports a max resolution of 1080p, while the HDMI video output 4K video resolution. So if the monitor you use with the Camius DVR or NVR recorder is capable of 4K and the camera, you can view live videos in 4K.

TRIVAULT4K2168R

How to adjust my DVR NVR monitor resolution? 19

IPVAULT1128PR

Two ways to adjust the DVR NVR monitor resolution

You can adjust the DVR NVR monitor resolution in the Wizard Setup mode or by navigating to Setup >> System >> General >> Output Configuration.

While in ‘Wizard Setup’ mode, choose an output resolution that matches your monitor. The DVR should adjust the output resolution automatically to match the best resolution of your monitor at the system startup. 

Please note that some legacy monitors could fail to communicate their acceptable resolution. In this case, please manually plug the video surveillance DVR into a newer monitor and change the resolution to the lowest setting, then save and plug the older monitor back to see if it’s supported.

After completing the Start Wizard, you can further adjust the Display Output Resolution using the following Menu Path: Setup – System – General – Output Configuration.

Select the output resolution suitable for your TV/Monitor. 1080P(1920 x 1080) will suit most monitors. If your DVR supports 4K output resolution, you can select either 2K (2560 x 1440) or 4K (3840 x 2160) to take advantage of the higher resolution that your 4K TV provides.

You can also adjust the size & position of the display screen to match your monitor/TV by using the ‘Scale and Offset’ feature; click the tab ‘Setup,’ which allows you to:

Click once or long-press the left button of your mouse on the arrow to adjust the size and position, or you can scroll the supplied USB mouse’s wheel to adjust. Click the right button of your mouse to exit, and click Apply to save your modifications.

How to reset the DVR and NVR video recorder to default factory settings

To reset DVR or NVR to default settings, navigate to the left bottom of the screen to the main menu. Select Setup >> System >> Maintenance >> Load Default

Here you can select the setting you wish to set to default. If you do not wish to reset the password, do not check the System boxes. Please note Load Default settings do not format your hard drive.

You’d need to enter the system password in the Authentication pop-up window (picture 1), which will lead to restarting your recorder (picture 2).

Picture 1

Picture 2

Navigate to Setup >> System >> Maintenance >> Reset Settings (Picture 3), where you can not select settings to reset so that it will reset your system completely, including the login credentials. You can choose ‘Format HDD‘ if you wish to format your hard drive, leading to erasing any recorded footage.

Picture 3

How to change your DVR and NVR password and add a user

You can update the ‘admin’ password by clicking the ‘User Edit’ button. You will need the admin’s current password to authenticate the new password.

Camius NVR and DVR recorder have an advanced user management feature to add multiple users to the system and control their permissions. System administration (admin) can add users, edit their permissions and delete them.

Navigate to the Main Menu in the bottom left corner, select System >> Multi-User (picture 1)

Picture 1

How to add a user to Camius NVR or DVR recorder 15

Click on the Edit icon in the User Edit column and select ‘Enable‘ in the User Enable tab. You can change the User Name or keep it as ‘user1‘. Create the new user password, confirm it, and click on the ‘Save‘ tab (pictures 2 and 3)

Picture 2

Picture 3

Then click the gear icon in the last Permission column to open the User Permission dialogue. Select (tick checkbox) the permissions you wish to grant to the new user. Click Save (picture 4)

Picture 4

How to troubleshoot if my DVR is not powering on?

If you’re having trouble with your DVR not powering on, here are some recommended troubleshooting steps:

Step 1 – Check the LEDs on the front panel, a steady green LED (PWR) means your DVR is powered on normally, and a blinking red LED (HDD) means ongoing recording on the hard drive. 

8 channel DVR

16 channel DVR

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Step 2 – Check the sounds coming out of your recorder. A faint fan sound and a faint hard drive sound are normal, and a click sound when you plug in the DC connector and turn on the switch is typical.

Step 3 – If you have the green LED on but no output on the monitor, follow these steps:

Step 4 – Check the power outlet and the power supply unit of the DVR. If the power supply doesn’t have any LED indicator or the LED light is very faint and not bright green, and there is no fan sound coming from the DVR, the power supply may need replacement. If your DVR has running hardware warranty, please contact us. If the DVR is covered with warranty, you can order a new power supply on Camius site.

Why can’t I access my Camius IP cameras, DVR, and NVR on my Camius View app? 

If you can not access your Camius IP cameras, DVR (digital video recorder), or NVR (network video recorder) on the Camius View smartphone app, please check the below:

1 – Check if you are using the latest version of the Camius View app

On the App’s ‘Devices‘ page, make sure your recorder is added using P2P (ID) instead of IP (IP Address), and if in doubt, delete it and add it again. 

In the Media Port, make sure to enter the right port number:

2 – Make sure you’re connected to a reliable network on your phone 

3 – Check if your Camius IP camera or recorder is connected correctly to the LAN (Local network).

4 – Check for the IP address conflict

5 – Reset the Network settings of your Camius device

Navigate to Setup >> System >> Maintenance >> Load Default >> check the Network box and Apply

Camius Trivault DVR (local interface via HDMI)

Web browser view

6 – Check the Camius device network status 

Navigate to Setup >> System >> Information and check the Network Status if it shows ‘Connect success’.

If the above steps don’t help, submit a support request and include the device model number and the current ’Firmware/Software Version,’ which can be found using the Camius Device Config Tool

HDMI interface: DVR / NVR information is available under Setup >> System >> Information

Web browser view: information is available under Remote Setting >> System >> Information (web browser view)

7 – Wrong Password 

Before you add the Camius security device to the app, make sure to set a password  following the below setup guides:

We got you if you lost your IP camera or DVR NVR recorders password. Follow the below links on how to reset your device password:

You can not set a password on your Camius device using the Camius View app. 

Can I install an SSD hard drive instead of a regular one on my Camius DVR and NVR? 

The answer is ‘Yes.’

Camius recorders are compatible with 3.5″ and 2.5″ SATA (Serial Advanced Technology Attachment) and SSD hard drives (Sold-State Drive). 

Can I install an SSD hard drive instead of a regular one on my Camius DVR and NVR?  3

How to disable menu logout on the DVR and NVR?

Certain Camius device users prefer to remain logged into the menu of their DVR or NVR without re-entering their login credentials unless necessary. To achieve this, you can follow the steps outlined in this guide.

Move the mouse cursor to the bottom left, and click the main menu button: Setup >> System >> General >> Menu Timeouts >> Off >> Apply.

Optionally, you can set a different time for menu log-out as well. This guide applies to Camius NVR and DVR recorders.

It’s important to note that the web browsers will log you out of the session after some time (even if you set the number of sessions), as this function is implemented by the web browsers to enhance security.

To assist you in managing your login details more conveniently, consider using a password manager such as LastPass or similar services with browser extensions available. These services can help you securely store your login information (such as IP address, username, and password) and provide easy access even after your browser session expires.

You can also use VMS software on your desktop to add the DVR using a P2P ID and access the DVR’s ‘Remote Setting’ within the VMS; follow this guide on how to add the DVR to the software.

How to add IP cameras on a network that are not connected directly to the NVR’s PoE ports?

For the PoE-enabled NVR, connect Camius IP cameras via the internal NVR’s PoE ports and/or external LAN (WAN) port using the below-described model 2 or 3:
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Camius PoE NVR is optimized for Camius PoE cameras making the whole setup process plug-and-play; the NVR assign a unique IP address to each Camius PoE camera and adds them automatically.

NOTE: Connecting multiple cameras via a switch or router to the PoE port is not recommended. One PoE port supports one IP camera.

The below steps are based on the NVR’s local interface via HDMI video output. Navigate the mouse to the screen’s left bottom corner and click on Setup, followed by Channel >> IP Channels.

In the below menu, you configure the connection of wired IP cameras.

Click Search to search for IP cameras from a local network, click Add to add an individual IP camera, and click Add All to add all IP cameras.

Below we will describe a few ways to add IP cameras from a local network using an external LAN (WAN) port.

IP channels menu description:

Select the suitable Protocol from the dropdown (Private is for Camius IP cameras), enter the IP camera(s) credentials (User Name and Password), and click Add. Green status indicates a successful connection; grey status could show a password or network error.

Green color State means the camera is added to the NVR

Grey color state icon means the IP camera failed to connect to the NVR. Click the gray icon to show the failure reason:

Option 1 – Adding IP Cameras to the NVR within the LAN (local area network )

If you want to connect to an IP camera from LAN (Local Area Network), please make sure your NVR is well-connected to the LAN and the IP camera you want to add is in the same network segment as your NVR.

If you want to add all channels manually, click the dropdown arrow next to Switch Mode and select “Manual.” 

If you want to add an individual channel manually, click the Edit Pencil-shaped icon in the Channel list, and then click the drop-down arrow next to Switch Mode to select “Manual” and click OK to save.

Option 2 – Adding an individual IP camera in the LAN (Local Network area)

STEP 1- Click the Search button; all available cameras in the LAN will be displayed, 

Optionally you click the Add plus-shaped green icon  in the IP channels list to add a camera to an individual channel. Click the Search button to show all available cameras in the LAN.

STEP 2 – Select the camera you want to add and then click Add button. Next, insert the user name and password of the camera and click Add button.

STEP 3 – You will see the added camera in the IP channels list

Option 3 – Add Multiple IP Cameras within the LAN

STEP 1- Click the Search button to display all available cameras in the LAN click Add All button, and the NVR will search & add all available cameras in the LAN.

STEP 2 – Select the cameras from the search result and click “Add.” You would need to input the username and password of the cameras. Please ensure all the cameras you want to add use the same username and password. Otherwise, the cameras with different user names and passwords cannot connect.

STEP 3 – The added cameras will show up in the channel list.

Option 4 – Add IP Cameras from another NVR in the same LAN (Local Area Network)

The NVR allows adding IP cameras from other Camius NVRs in the local network.

STEP 1 – Click the Search button to display all available devices in the LAN. There is an Edit icon (blue plus)  if the device is an NVR.

STEP 2 – Click the Edit icon (blue plus) and select the camera channels one by one or check the box to select all cameras. Click the icon X to go back to the Search list.

STEP 3 – Select the NVR in the search list and click the Add button.

STEP 4 – Input the Username and Password of the NVR and then click Add button

STEP 5 – The added cameras will be displayed in the channel list

Option 5 – Add IP Cameras from the Internet

If your NVR is connected to the Internet, you can add cameras with a WAN (Wide Area Network) IP address.

STEP 1 – Click Add button on the search page.

STEP 2 – Input the IP address or Domain name, Alias (name of the IP camera), Port, Protocol (choose the protocol of the IP camera from the dropdown menu: Private, Onvif or RTSP), User Name & Password of the IP camera.Tap the Add button to add the camera.

To avoid network issues, make sure that your camera, NVR, and router are on the same IP address segment, e.g.

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How to configure Camius NVR using a web browser?

To quickly find the Camius DVR (digital video recorder) or NVR (network video recorder) IP address, visit camius.com/support to download and install the Camius Device Config Tool.

Web browser access

Click on the Camius NVR or DVR’s local IP or type it into your browser’s address bar. The latest Camius surveillance security camera recorders work with multiple web browsers, including Edge, Google Chrome, Mozilla Firefox, Edge, and Safari, and include the following models:

Use your admin username and DVR or NVR password to log in. Your recorder’s Configuration is under Remote Settings.

You can check the ‘Web Compatibility Mode‘ in the Camius NVR/DVR and even IP camera settings (this can be done from the Camius recorder’s local user interface (Via HDMI/VGA) and in the web browser viewer.

The below picture is based on the IPVAULT1128PR’s web browser view

Accessing web client through VMS software

For certain Camius DVRs, NVRs, and IP camera models, we recommend installing the VMS Software on your Windows or Mac computer to access the device’s remote settings since the VMS software has a built-in web client using the P2P ID. Here is the link to the guide on how to add the device to the VMS software. This applies to Camius IPVAULT2320P16N, SCOUT20PTZ, GUARDMA

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Getting started guide for iDVR-PRO analog CCTV / HD security camera DVRs.

These are the initial setup steps that CCTV Camera Pros recommend that customers follow for iDVR-PRO HD-CCTV DVRs. These instructions were written for the new hybrid iDVR-PRO DVRs which support CCTV, HD-TVI, and AHD cameras. This article covers the initial configuration setup that is recommended before getting into any other advanced setup of your new CCTV DVR.

iDVR-PRO HD CCTV DVR Setup

Read More : Best NVR camera systems 2023

Setup Topics

Here are the setup topics that are covered in this article in the order they should be performed.

Connect Monitor, Power Supply, USB Mouse

After you unpack your new DVR, locate the power supply and USB mouse that is included. Connect the mouse to the USB port on the front or back of the DVR. The USB mouse is the easiest way to navigate the user interface of the DVR. You can also use the IR remote control if you prefer. Please note that a wireless remote is not included with iDVR-PROA models.

Next, connect a monitor to your DVR. Even if you do not plan on keeping a monitor connected to your DVR because you will manage your DVR over your network, the initial setup still requires a monitor to be connected.

Supported Monitors

Please note that all iDVR-PROs models have an HDMI and VGA monitor ports. YOU MUST use a widescreen format HD monitor that supports one of the following video resolutions.

1080p resolution (1920 x 1080) is recommended for the best experience.

Connect the power supply included with your DVR to the power input on the back of the DVR, then to a power source (wall outlet). The DVR will boot up.

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Test Cameras Before Installing

If you are using any new cameras with your iDVR, we highly recommend bench testing them before you mount them. What does bench testing mean? It simply means that you connect each camera to a power supply and monitor before you mount them. This can be accomplished by connecting each camera to your DVR and viewing them on the monitor that you connected to your DVR.

Testing your cameras before installation has the following benefits.

 Confirm all cameras are working properly before mounting them.

 Opportunity to also test all of your cables if you are using premade CCTV cables.

 Configure video inputs on DVR for CCTV. AHD, or HD-TVI type cameras (details below).

 If any of your cameras use an OSD or varifocal lens, it gives you the opportunity to get familiar with these operations, which is much easier to do on the ground rather than up on a ladder.

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Using Pre-made Cables to Wire Your System

If you are using pre-made cables to install your system, we have a complete premade Siamese cable wiring guide that you can find here. Please reference it to see many examples of how pre-made cables can be used to wire analog CCTV and HD CCTV cameras. It is a great reference – especially if this is your first installation.

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Using RG59 Cable Spools to Wire Your System

If you are using spools of RG59 Siamese cable to install your system, we have a complete RG59 Siamese cable wiring guide that you can find here. Please reference it to see how-to use RG59 coax cable to wire an iDVR-PRO system with analog CCTV and HD security cameras – with individual power supplies or a power supply box. It is a great reference – especially if this is your first installation.

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DVR Interface Introduction

Watch this video to learn how easy it is to navigate the iDVR-PRO using the USB mouse that is included. This is a great video to get familiar with how to navigate the user interface.

Time / Date Setup

It is important to set up the time, date, and timezone of your DVR before you begin recording operations. Otherwise, you will be unable to figure out the true time that an event occurred. Follow these steps to set up the time and date on your DVR.

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CCTV, AHD, HD-TVI Camera Setup

iDVR-PRO hybrid surveillance DVRs support analog CCTV and HD-over-Coax cameras (AHD and HD-TVI formats supported). Each channel of an iDVR-PRO can be configured to use any of those camera types.

Watch this video to see how to specify CCTV, AHD, and HD-TVI camera types for each channel of your DVR. Important Update! The latest iDVR-PRO surveillance DVRs now automatically detect the video format of each camera. The newest models no longer need to be manually configured as the video explains.

Video Recording Setup

iDVR-PRO surveillance DVRs support the following video recording modes.

Watch this video to see how to set up recording on your DVR.

Additional Setup

This article is our recommended starting point to set up a new iDVR-PRO surveillance DVR. There are many additional configuration options that the iDVR-PRO is capable of. Please refer to these pages for more support and setup information related to iDVR-E DVRs.

Surveillance DVR Dual Monitor / Spot Monitor Live Display Setup

for iDVR-PRO HD / CCTV Camera DVRs

This article will go over how to set up the dual monitor / spot monitor feature for iDVR-PRO HD surveillance DVRs. All iDVR-PROs have high definition HDMI and VGA outputs. iDVR-PRO A models only support dual monitor mode. The iDVR-PRO H series DVRs support dual monitor and spot monitor modes. In spot monitor mode, can use the HDMI output as the main monitor and VGA as a spot monitor or vice versa. This is a good solution for users that need to see a continuous live view their security cameras on one monitor and use the other monitor for DVR management such as general viewing, playback, settings, etc. You can watch a demo video here.

Dual Monitor

In dual monitor mode, both the HDMI and VGA outputs the main display (mirror mode). Dual monitor mode is supported by A and H model iDVR-PROs.

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Spot Monitor

iDVR-PRO8H and iDVR-PRO16H models support spot monitor mode, in addition to dual monitor. This allows one monitor to display a customizable continuous live video feed, while the other monitor displays the main monitor for DVR operations such as configuration and recorded video playback.

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Spot Monitor Setup and Live Camera Display

Watch this video to see the spot monitor setup at CCTV Camera Pros office using an iDVR-PRO16H DVR and 16 HD CCTV cameras (1080p AHD and 1080p HD-TVI type cameras).

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HD Spot Monitor Setup

Follow these instructions to select between dual monitor and spot monitor modes.

1. By default, the iDVR-PROM and H series DVRs are to set to output duplicate displays on both the VGA and HDMI outputs.

To set up one of the displays as a spot monitor, select Menu > System Setup > Display > Dual Monitor.

Next, change the Display Mode from Duplicate These Displays to Main Monitor + Spot.

Once we have it set to Main Monitor + Spot, to the Display Type and set which monitor you would like to run as the Main Monitor and select which you would like to use as the Spot.

NOTE: We recommend keeping the Display Resolution set to Auto. This way it picks up the best resolution for your monitor’s spec.

2. Next, you can setup custom display screens and camera ordering for the Spot Monitor display. Click the Edit button next to Spot. You can now select the Add View Type button to select the cameras you would like to display on the Spot monitor. You may configure up to 16 displays that consist of single, quad, 9 channel, and 16 camera screen views.

Once you have the cameras / views setup, you can select the Apply button. That is it, you have successfully setup the iDVR-PRO DVR to run Dual Monitors.

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Legacy Model Spot Monitor Support

Our legacy, non HD iDVR-PRO models (analog CCTV only), use an analog BNC output for the spot monitor. You can refer to this article for analog spot Monitor Output Setup information.

Please, continue below for setup instructions if you have an iDVR-PRO8H or iDVR-PRO16H that supports HD over coax cameras (AHD and HD-TVI cameras).

Surveillance Video Recording Setup for iDVR-PRO HD H.264 CCTV DVRs

Follow these instructions to set up the surveillance video recording type for iDVR-PRO HD security camera / H.264 DVRs from CCTV Camera Pros.

Recording Modes

iDVR-PRO CCTV DVRs support the following recording modes.

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Setup Instructions

To configure the recording mode that you want to use, hover the mouse cursor over the lower part of the screen. The DVR main menu will appear. Click Menu > Record Setup.

The following screen will be displayed which shows all of the recording modes that the DVR supports.

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If you want to set up a recording schedule for continuous, motion, or alarm based recording, you must click the drop-down box on the above screen and change the mode from autoconfiguration to manual configuration. Autoconfiguration sets all cameras to record at the max resolution and frame rate for continuous, motion, and alarm type of recording.

If you select manual configuration, you can set different choose a different frame rate, resolution, and video quality / compression for each camera (even for different time frames). Using the mouse, select the recording type that you want to set up.

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Continuous Recording

If you select manual configuration then continuous recording, the following screen is displayed which lets you setup unique configurations for each camera and you can also click on the schedule tab to set a schedule for when each camera will record continuously (effectively making this scheduled recording mode).

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Motion Detection Recording

If you select manual configuration, then motion recording, the following screen is displayed. One this screen users can choose the resolution, frame rate, quality, and whether audio recording is on or off (surveillance microphone required) for each camera when motion is detected.

Users may configure each camera for motion detection recording by selecting the motion sensor option under the camera menu. Users can turn motion detection on / off, enable an icon to be displayed on the screen when motion is detected (Mark field), and sensitivity level for each camera. Users can also define specific zones within each camera view for motion detection by selecting the edit area button.

The below screenshot shows how to mark the door in this room as the only area that motion detection will be applied to.

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Alarm Recording

If you select manual configuration, then alarm recording, the following screen is displayed. One this screen users can choose the resolution, frame rate, quality, and whether audio recording is on or off (surveillance microphone required) for each camera when an external alarm (such as door sensor, PIR motion sensor, etc) is triggered.

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Intensive Motion Detection Recording

If you select intensive motion recording, then you may configure different recording resolutions, frame rates, and video quality for when each camera is recording continuously and while motion is detected. The idea behind this recording mode is to conserve space when there is no motion (but still record) and record at a higher resolution, higher frame rate, and quality when there is motion detected.

Intensive Alarm Recording

This mode is very similar to intensive motion recording. If you select intensive alarm recording, then you may configure different recording resolutions, frame rates, and video quality for when each camera is recording continuously and when an alarm is triggered. The idea behind this recording mode is to conserve space when there is no alarm (by recording at a lower frame rate and resolution) and record at a higher resolution, higher frame rate, and quality when an alarm is triggered.

Intensive Motion / Alarm Recording

This mode is also very similar to intensive motion recording. If you select intensive motion / alarm recording, then you may configure different recording resolutions, frame rates, and video quality for when each camera is recording continuously vs. when an alarm is triggered or motion is detected. The idea behind this recording mode is to conserve space when there is no alarm or motion (by recording at a lower frame rate and resolution) and record at a higher resolution, higher frame rate and quality when an alarm is triggered or motion is detected.

Panic Recording

The panic recording settings control the video resolution, frame rate (FPS), video quality and whether audio surveillance is on or off when panic recording is triggered on the DVR. Panic recording is enabled when a user presses the panic button on the front of the DVR or from the user interface menu using a mouse. When panics recording is enabled, this overrides any current recording mode (schedule, motion, alarm, etc. and sets all cameras to continuous recording).

Avoid Security Camera Motion Detection False Alarms

How-to adjust motion detection sensitivity & mask areas on iDVR-PRO CCTV surveillance DVRs

Anyone who uses video motion detection with a security camera system knows that it can be tricky to get the motion settings just right in order to avoid false alarms. It is especially tricky with outdoor security cameras because of all the things in nature that create motion. CCTV DVRs typically have sensitivity and motion mask areas to help. This article will guide iDVR-PRO surveillance DVR users of how-to setup the sensitivity settings and motion detection mask areas so that video motion detection can work as effectively as possible with little or no false alarms. You may also be interested in these instructions which explain how to set up motion detection recording on your DVR using an external alarm input.

Looking for the best NVR? This guide will help you find the right one for you, help you through the jargon, and get your recorder at the best price.

NVR is short for Network Video Recorder, a device which acts as a hub for an IP-based security camera system. It is a storage and review point for your CCTV which means you don’t need to sign up to remote service to store your video.

That means, of course, it’ll need cameras, typically connected by power-over-ethernet (PoE) cables (see our guide to the best PoE cameras), and a storage medium like a hard drive.

Retailers often package the same NVR in several different bundles, mixing up the types and numbers of cameras and hard drives, or simply leaving this all to you. There are real bargains to be had with some of these all-in-one kits, and the only real downside is some spectacularly confusing product names.

An NVR, incidentally, is not quite the same thing as a DVR (or Digital Video Recorder), which appeared in the late 90s. They look similar and store video too, but a DVR is built to accept and digitally compress analogue or digital video via coax sockets; an NVR expects a digital input.

The advantage of an NVR-based security system is that, because the video is being compressed by the cameras, local processing power is available for AI functions like detecting movement. This, in turn, means you don’t need to dig into your wallet for a subscription service; both storage and AI analysis are provided by a device you own rather than a service you lease. 

Given that subscription services usually only store the clips their AI identifies as significant, having your own NVR may give you the power to review every moment yourself rather than being dependent on an algorithm to parse the events your camera sees. All the advantages of networking like remote access and – of course – the ability to work with all IP cameras, wired or wireless, remain.

We look at some of the key features in detail at the end, but something else to remember if you’re in the USA is the China trade war; major security player HikVision have already fallen victim to US internal bans on new products and may end up on the Specially Designated Nationals (SDN) list. 

Key features to look out for are remote access, PoE (Power over Ethernet), which can simplify wiring, hard drive capacity (indeed if any drives are included at all), the resolution limit, the number of channels or cameras it can handle, and if there are any means of backup. Remember that a 4K camera uses more data throughput than a 1080P one, so an NVR can handle fewer of them – this is where the compression method (e.g. H.264 or H.265) can make a big difference.

Best NVR in 2023

Why you can trust Digital Camera World  Our expert reviewers spend hours testing and comparing products and services so you can choose the best for you. Find out how we test.

(Image credit: Adam Juniper/Digital Camera World)

1: EufyCam HomeBase 3

The EufyCam HomeBase 3 and various bundles bring the glossy consumer experience of IP cameras like those from Google or Nest – including AI-like face detection – but don’t leave you paying every month. This device also has a home-friendly design so you can leave it on a countertop (good if you have limited space near your router).

Some security pros might not appreciate the non-traditional approach with only clips recorded when the cameras detect motion. The flip side is that the NVR is a more accessible experience. Even without adding a hard drive the 16GB included will likely capture a couple of months of ‘events’ (clips by triggered movement) from your cameras; add a drive and that can go up to a lifetime. It also means the cameras can be installed wirelessly, with battery power, meaning getting up and running is virtually painless. We especially liked the S330 eufyCam 3 bundle with solar-powered 4K cameras featuring floodlights and night vision

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(Image credit: Amcrest)

2: Amcrest 5 Series NV5232E-16P

Best DVR for multi-brand compatibility

While not everyone will need the 320Mbps throughput, if you’re looking for a powerful NVR which affords some flexibility when it comes to choosing your cameras (and don’t mind paying for that) then the Amcrest 5 Series seems to have that in the bag. Eight of the sixteen Ethernet sockets are PoE, likely enough for most customers though it seems a shame they weren’t all enabled.

We certainly can’t complain about the level of effort which seems to have gone into usability in what is not always the most user-friendly product category; a great example is the QR codes to bring up quick remote viewing via the Amcrest View app.

The device is certainly not the cheapest on this list, given the list price doesn’t’ include a hard drive and you’ll need at least one – likely two unless you opt for the motion detection mode. It does, however, offer some of the features of subscription services via the app and web features, as well as the advantages of a hardwired device; not to be sniffed at.

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3: Swann AllSecure650

Best NVR for uninterrupted security

Swann has always built innovative systems, and this is no exception. Adopting an elegant upright design, the NVR PowerHub is the basis of several new Swann packs including the AllSecure650. We like this system not only because of the elegant design, but because it offers so many options in a small package. It also, brilliantly, turns the main annoyance of battery camera systems to its advantage; an extra battery is included (total of 3 for a 2 camera bundle).

The extra battery lives in the hub, where it not only charges but offers backup power backup in case of an outage. When you need to swap a camera battery you have a spare, ready to go, so you can swap it with one – rather than two – trips up the ladder to the camera.

It does not, however, ditch all the functionality of a traditional NVR as it attempts to blend into the home or small business. While you can control nearly everything via the app, as well as enjoy remote access, there is also a mouse socket and HDMI port for use with a monitor. The supplied 1TB storage will also manage 2 years of clips by Swann’s reckoning, after which you can opt for Dropbox or USB transfer. 

Best NVR camera systems 2023

Read More : Best Night Vision Security Cameras

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(Image credit: Synology)

4. Synology Deep Learning DVA1622

Best AI NVR for homes and small businesses

Synology offer multi-drive RAID storage systems – many which can take on a little monitoring on the side – and devices like this built with it front and center. There is the power to drive AI on up to 16 streams of video including separating people from animals, intrusion detection and even license place recognition. Businesses can even use the AI system to detect whether face mask rules are being complied with. This AI also helps distinguish threats in poor lighting thanks to the GPU power. Recording can be backed up across drives or both can form a single volume

As well as HDMI connection for a monitor, the device can be reached remotely via iOS and Android apps and on virtually any computer via a browser interface. The USB 3.2 ports (front and back) offer keyboard and mouse connection.

This is a great choice for smaller installs, but bigger businesses might need something like the 4-drive FVA3221.

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(Image credit: Reolink)

5: Reolink RLK8-800

Best DVR for reviewing video history

Despite having only one SATA bay, the Reolink system makes a lot of room for storage by adding an eSATA socket at the back. The system is also typically bundled with its preferred Reolink 4K cameras which provide stand-out sharp footage which is easy to review thanks to the fresh modern interface. Reolink also offer a great variety of cameras and a doorbell.

Built-in operating systems can be a tad clunky, but connect the supplied mouse to the NVR and the Reolink interface, whether on 4K TV or VGA screen, is a bit clearer. The 24/7 recording is accompanied by a timeline which highlights events (people or vehicles) and can be filtered as you browse. While it doesn’t sound a lot, in practice most CCTV reviewing is for these things.

When connected to your local network via the LAN socket, assuming an internet connection, the system can use the same alert tech to send specific activity alerts to your devices.

(Image credit: Annke)

6: Annke 4K 8CH PoE NVR

Best NVR for affordable plug-and-play

Clearly built for practicality, the Annke H800 makes connecting a USB drive easy without re-positioning by adding an extra USB socket at the front as well as the rear one for the mouse.

The in-built OS isn’t beautiful, but actually very smart; you can choose to disable motion detection by zone on each camera view and, even as you refine the detection, you see a handy live view of where the algorithm is spotting action. Other handy features include quotas for individual cameras to prioritize some recordings drive vapacity.

The system includes event-driven or “Smart” timeline review of recorded video, the latter allowing you to search video for movement within areas you specify – a handy tool for finding if someone went into a specific corner of the shot after the fact.

Phone integration for Android or iOS also brings notifications though only one user account can be connected.

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(Image credit: Swann)

7: Swann SRNVR-88580H

Best DVR for AI features

What shines out with the Swann system is the more advanced facial recognition tools which put person/vehicle recognition in the shade. Yes, generalized person or vehicle alerts are still very useful, but Swann allows the known faces can be named. That makes specific alerts possible if, say, one of the kids gets near the treats. That is the kind of benefit consumer smart cameras offer, built on with integrations with Alexa and Google Assistant, but without the cost of a subscription.

A third USB socket covers mouse, backup drive and downloading to a USB stick
without needing to unplug anything – usability plus. 

On the down-side, pet detection does require a cloud subscription (perhaps that just feels a worrying threshold to cross). In reality the fact Swann offer a cloud option – and secure backup using it – will be a handy option for some, even if it does bring with it a monthly fee. Swann’s Enforcer Kit system also has a number of 4K CCTV cameras with red and blue flashing LEDs and sirens built in which can be acquired in a bundle with the NVR for an effective deterrent system. 

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(Image credit: Lorex)

8: Lorex D861A82B 4K DVR

Best NVR for smart home integrations

This elegant-looking NVR actually has the same sockets as most other 4K 8-channel systems from the back, but is chic enough to sit comfortably under a living room TV. There the central panic button, which triggers all lights & sirens built into connected cameras, could end a home invasion.

The main Lorex NVR software also allows you to set up effective deterrence rules using person and vehicle detection and features area search for easier review.

There is a similar level of design polish in the remote access app save for one thing; if you do connect wireless and wired cameras you’ll need to tidy up the alerts yourself to avoid duplicates. 

We also appreciated that the Apple TV wasn’t forgotten; and smart home fans will love the ability to add sensors (like gate or door opening) as well as cameras via a Lorex Sensor Hub.

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(Image credit: Synology )

9. Synology DS923+

A RAID system with security-friendly extras

As well as dedicated NVRs, Synology are synonymous (sorry!) with all sizes of data storage devices. While many entrust their data – especially with limited amounts of it – to the cloud, there are many reasons to have a physical backup system. Hot-swappable drives mean every piece of information can be backed up within the device, and a network connection means it is available via your home network, or remotely.

Since the machine is essentially a small computer, it can run apps on its own OS, from Mail Server to (more relevant here) Synology Surveillance Station. This lets you use some of your overall drive space to store video from your connected security cameras.

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(Image credit: CanaKit)

10. CanaKit Raspberry Pi 4

For those who want to make security a hobby experience

Make no mistake, this is not the same approach as the other products on this list. This isn’t a ready-made box with all the necessary PoE sockets to connect a series of cameras to but, since an NVR is essentially just a computer in different clothes, it shouldn’t come as a surprise that the enthusiast community is continuously refining software to power NVRs.

If you feel motivated to build your own, why not start with a Raspberry Pi 4? Unless you’re only using USB cameras, you’ll also need a PoE Ethernet Switch (like the BV-Tech) and certainly some kind of storage (it’s unlikely the microSD card slot in the Pi will cut it for long, but many folk already have a spare external hard drive lying around). From there it’s simply a matter of choosing an OS and a piece of software; Shinobi is available for free and supports ARM architecture, as does ZoneMinder, so there are two good starting points. 

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(Image credit: Amcrest)

11. Amcrest 4K NV4216E-AI

Best NVR for big multi-camera set-ups

If you need a more powerful NVR – with greater camera capacity – than the NV4108E above, then Amcrest have you covered; the 4216E-AI supports up to two 8GB drives inside and has 16 PoE ports for cameras on the back, all capable of 4K resolution. The system is happy with H.265 and H.264 and has a high-speed throughput of 200Mbps, dropping to 80Mbps when the on-board AI functions are active. This sacrifice buys you human and vehicle detection (and search in recordings), offering functionality to compete with the subscription services from Google Nest and Amazon Ring among others. Amcrest’s App is similar in scope. The machine even has microphone sockets for two-way-talk from the NVR.

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(Image credit: xmartO)

12. xmartO WNQ28

Wi-Fi NVR which can keep your CCTV separate from home network

If you’d like to install a CCTV system with some of the advantages of your own NVR, but aren’t interested in undertaking the cabling, then the WNQ28 seems a rational choice. It eschews the PoE network switching components in favor of two antenna to create its own wi-fi network which you can connect cameras and viewing devices to. xmartO also include their “G3 Auto WiFi Relay” feature which can use cameras to extend the network.

With or without this, the advantage of this device is that it keeps CCTV cameras on a different frequency from your home’s potentially already heavily taxed wi-fi (an issue many of us are starting to notice as high-speed broadband becomes more common). On the down-side it offers a fairly generic Linux-based OS and doesn’t have high bandwidth, while it definitely prefers xmartO cameras. Nevertheless it definitely helps keep things separate when building your network, so we can see some DIY fans strongly preferring this.

How to choose an NVR system

Selecting an NVR forces you to think about the very heart of your security system, and the choice you make will depend on whether you’re starting from scratch or you already have cameras you need to connect to. In either case, make the right choice and it’ll offer years of use even though you add and swap cameras and hard drives.

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How to reset the password to your Gamut recorder

This article will show you how to find the necessary information you need to send us so that we can help to reset the password for your Gamut recorder.

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First, turn the recorder on and move your mouse to the bottom of the camera live view screen. A blue bar will appear at the bottom; click on the ‘i’ symbol that I have marked in red in the screenshot below.

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This will open up a page of information about the recorder including the MAC address.

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You will need to send the MAC address and the date and time on the recorder, even if the time/date on the recorder is not actually correct. 

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This is very important, because we will generate a temporary password for you which is created based on the unique MAC address of the device and the time and date on it. If the date and time are accurate, just say that, or if you know it is five hours behind but the date is correct for example, just mention that when you email in and that should be sufficient. 

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Otherwise, just send in a picture clearly showing the MAC address and date/time on the device and say exactly when the picture was taken.

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Get in contact here, set the support status as ‘Password reset’ and the email subject as ‘Gamut password reset’. You will also need to send your original order/invoice number and the original delivery postcode to confirm your identity.

We will try to get back to you as soon as possible.

How to set up and view your Gamut PTZ on a Windows or Apple computer (GTIP210PTZ)

Purpose of The Guide

This guide will walk you through the initial configuration of your Gamut PTZ and show you how to view the camera on your computer.

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Before You Begin

Let’s Get Started

First we need to make sure that the camera is talking to your network. If you look on the box for the camera and on the side of the camera itself you should see a sticker that looks something like the one shown below.

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Make a note of the IP Address, User name and any Password shown on the sticker.

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Next we need to open Internet Explorer on the computer. In the address bar at the top of the page enter the IP address that you saw on the sticker. You should then be prompted to log in to the camera, here you need to use the User name and Password shown on the sticker, if there is no password on the sticker then leave the password field blank.

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Please make sure that you are using Internet Explorer and not any other browser. The reason for this is that most CCTV systems require the use of software called Active X to be able to display your live video and that software is only supported by Internet Explorer.

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If you are prompted to install any software you need to allow this to happen, this software enables your computer to display the video feed from the camera.

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At this point you should be seeing a live view from your camera and can go ahead and fit your camera wherever you need it. To watch your cameras in future you will simply need to open Internet Explorer, go to the IP Address from before and log in to the camera. From there you can also control the motion of the camera by using the PTZ controls shown below. These features are explained more in depth in other guides which can be found here.

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If you were unable to access your camera this way then it’s not a problem, we just need to use a different method. Alternatively if you wish to view the system without having to log in through Internet Explorer each time then continue reading and you will see how to view the camera without needing to log in each time.

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First open CMS5/VMS, the program that you installed before we began, and click on Device Manager. You will now be presented with a screen that looks like this:

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You should see a camera in the list that has the same IP Address as previously seen on the sticker on the camera. If you don’t then click the IPV4 Search button and after a few moments the camera will appear. Select the camera by ticking the box to the left of it and click Add.

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The camera will now be displayed in the bottom half of the window. Towards the right hand side you will see a number of buttons, you need to press the Modify IP button as highlighted in the following image.

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At this point if you wish to use the camera through Internet Explorer rather than CMS5 you are now able to. Make a note of the new IP address that the camera is displaying and follow the steps detailed near the top of this guide for accessing the camera using Internet Explorer.

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Now click the Home button to return to the main page for CMS5/VMS, then click Monitor. On the right hand side you will see your camera in the list of devices. Double click on your camera and the video feed will appear in the middle of the screen. If you then double click on the video if will go in to full screen mode so you can see a larger picture. To then control your camera click the button shown below and the PTZ controls will appear. As before more articles about controlling your camera can be found by clicking here.

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GAMUT RECORDER Installation and user guide

Read More : UNV Recorder Set Up Guide

How to add your Gamut recorder or camera to a mobile phone or tablet

Purpose of The Guide

This guide will show you how to add your Gamut camera or recorder to a phone.

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Before You Begin

Your Gamut device will need to be turned on and connected to your internet router. If you have a recorder with a hard drive you will need to use a TV or Internet Explorer to set it up for the first time, follow the quick start guide to do so.

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If you are using a recorder and cameras, make sure that the cameras are connected and working.

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If you are using a Wi-Fi bridge system with your camera, make sure that the bridges are turned on, wired correctly and communicating before you begin.

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You will need to download the app RXCamView onto your phone or tablet.

Android

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Apple

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Let’s Get Started

Open up RXCamView on your device and tap on the head and shoulders icon to open the side menu.

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Then tap on ‘Device List’.

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On the Device Manager page, tap on the ‘+’ icon then tap on ‘IPC/NVR/DVR’.

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The app will request permission to use your camera, allow it to. It will open up your camera and you need to point the camera to the QR code on the label on your recorder or camera.

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Once you have successfully scanned the QR code the app will prompt you to fill in some information. Leave the IP/Address and Media Port fields, the username is admin by default, and the password is blank by default.

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Then the device will appear in the device list, it should say ‘Connected’. If it says ‘connect close’ then check the password is correct and that nothing has been disconnected.

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If you tap on the play icon underneath the device, you will be taken to the live view window. Just tap on the name of the device to begin live view.

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To view recordings, just tap on the film reel icon at the bottom right below the live view screen:

For more information on the settings of the recorder, please refer to the quick start guide or the manual.

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If you find that the device only works when you are connected to the same internet router as it, and not when accessing it via another Wi-Fi network or with 4G, take a look at this guide.

How to access your Gamut camera or recorder using a Windows or Mac computer

Purpose of The Guide

This guide will show you how to access the live footage, recordings and settings of your Gamut camera or recorder, using a Windows or Mac computer.

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Before You Begin

Your Gamut device will need to be turned on and connected to your internet router. You will need to use a TV to set up the recorder for the first time, follow the quick start guide to do so. After the initial setup, a TV or monitor is not necessary when accessing the recorder via a network connection.

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If you are using a recorder and cameras, make sure that the cameras are connected and working.

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If you are using a Wi-Fi bridge system with your camera, make sure that the bridges are turned on, wired correctly and communicating before you begin.

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Let’s Get Started

Now that you have connected your recorder/camera to your internet router and turned it on, you will be able to view it using a program called Surveillance Client.

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First you will need to download some software called Device Config Tool, which will allow you to find out the IP address of the camera/recorder and edit some of the settings.

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Download it from here if you are using Windows, and here if you are using a Mac.

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Once the software has been downloaded and installed, you will see a window like the screenshot below. Make a note of the camera/recorders IP address.

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If the recorder/camera does not appear in the program, first ensure they are turned on and check the connections from the device to your internet router. If you are using a Wi-Fi bridge system, make sure that they are configured correctly (if they were not pre-configured) and are both turned on.

Surveillance Client

If you are using Windows you can download Surveillance Client from here.

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If you are using a Mac, download it from here.

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When you have downloaded and installed Surveillance Client you will be presented with a set-up wizard. Click Next, then Add Online Device. Your recorder/camera should appear in the list; select it then click Add Selected Device. 

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Now choose a name for the recorder/camera. By default the username is admin and the password is blank. Now click ‘Add’.

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You will see the device appear in the left hand pane. Select it, click ‘Import’, then open the ‘DefaultGroup’ folder on the right side and you will see it has been added.

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Click ‘Next’ then ‘Finish’ and you will be taken to the main menu. Now click on ‘Main View’.

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When you are taken to Main View, double click on DefaultGroup, then the name of your recorder (if you have one) and the cameras will be shown. In the screenshot I only have one camera connected, which is signified by the green play icon. Double click on the camera name to begin live view. If you want the camera to be in full screen, double click on the live feed.

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To access recordings, go to back to the Control Panel and then click on Remote Playback. Open up DefaultGroup on the left side panel, then select the cameras which you would like to view recordings from and click the play button. You can select the date using the calendar on the bottom right.

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To access the settings of the recorder/camera itself, go to the Control Panel, click on Group Device, then click on the spanner icon next to your recorder.

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For more information on the settings of the recorder, please refer to the quick start guide or the manual.

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What error message do you see on the screen?

We need to identify first the error message that your screen shows.

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 (from a DVR-4900/8075)
 (from a DVR-5580/5680)

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Here is an overview of the things we need to check:

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1. Camera to extension cable connection

For some of you who installed the cameras already and forgot to test the cameras first, that’s alright. You can skip this step for now. You just need to make sure that the 2 connectors of your camera are both connected firmly to the extension lead; otherwise, you might end up with a powered camera but no video connection or a powerless camera with a video connection. Check the image below, that’s how your camera needs to be connected to the extension cable.

a. Connect the power connector

b. Then connect the BNC video connector

Here is what it should look like after the connection.

2. Extension cable to power splitter

The extension will have 2 connectors on each end and you already used one end for the camera’s video and power connection. The other end of that cable needs to be connected to the power splitter especially if you have multiple cameras on your setup (disregard the splitter if you are dealing with an additional camera since it will come with its own power supply). The splitter will have 4 leads on one end and a single lead on the other. Pick one lead from those 4 and connect the power lead of the extension cable to it. See the image below on how it should be connected.

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3. Power splitter to the power adapter

Grab the single lead from the splitter and connect it to the power adapter. Use the provided 12v power adapter from the kit. Then plug the power adapter into a working power point, wall outlet, or power board.

4. Extension cable to the DVR

Going back to the extension cable, we are left with one connector. That connector will be connected to the ports at the back of the DVR. These ports are normally labeled as Video In or Video Input. You need to push the BNC connectors and twist them to lock them firmly to the DVR. Check below on how to connect the BNC cable to one of the video connectors at the back of the DVR.

You are all set! Live feed from the cameras should now display on the TV/monitor. If in case it didn’t, you might want to check Video Loss Troubleshooting for DVRs for some advanced troubleshooting.

Swann DVR Troubleshooting Guide

Read More : Swann Camera Troubleshooting

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Hard drive warning: Unformat error / Status: Abnormal 

This applies to recorders that were pre-installed with internal hard drives (HDD) and worked before. This error or warning appears when the hard drive is no longer recording or can no longer be accessed but is still detected.

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A. The HDD LED is solid, indicating the hard drive is still detected but is not reading/writing.

B. The HDD status (Menu > Device > HDD) shows “Abnormal” or “Unformat error”.

C. The HDD Free/Total capacity shows 0GB.

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A. & B. If Unformat error / Abnormal error shows

Do each step in the following order to remedy the issue:

A. & C. If Total Capacity is 0GB

Do each step in the following order to remedy the issue:

Note: Formatting will not erase the Swann firmware.

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No hard drive or hard disk found 

This applies to recorders that were pre-installed with internal hard drives (HDD) and worked before. The following are signs that the hard drive is no longer detected in your DVR / NVR:

A. The HDD LED is off.

B. The HDD status (Menu > Device > HDD) is blank, meaning No. 1 is empty.

C. You may have experienced an outage or changed the power adapter.
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A. & B. If you changed the hard drive recently

Bear in mind that only certain types of hard drives are compatible with CCTV security systems.

• We recommend using a surveillance-rated hard drive of the same size dimensions and storage capacity as your recorder’s hard drive, such as the Western Digital Purple, Seagate Skyhawk, or Toshiba Surveillance range of drives. If you wish to know the maximum capacity and size compatible with your DVR or NVR, you can request a Chat for “hard drive” and follow the prompts.

• Solid State Drives (SSD) for DVRs are NOT ideal for continuous recording, operation in high temperature setting, and large disk space. A DVR’s intention is reliability not speed. SSDs are very fast, but it will wear out eventually when writing happens frequently. Using an SSD is at your discretion.

• Desktop hard drives are not recommended as their low speed can cause playback skipping and errors. They are not optimized to support 24/7 read-and-write access.

Please visit Installing an additional Internal Hard Drive (HDD) for 16-channel Recorders for an example of how to change the hard drive of your recorder.

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A. & C. If you experienced an outage recently

The power adapter for your recorder was designed to protect the DVR or NVR in the event of a surge or power outage as adapters can be replaced easily unlike the whole recorder. Chances are the power adapter may be providing insufficient power for full recorder function (which includes the hard drive).

1.Ensure you are using a power adapter with the correct output rating for your recorder. See What power adapter should I use? for your DVR, NVR or NVW.

2.In the event of an outage, unplug all connections at the back except the TV, mouse and power adapter. This is to check whether the hard drive will be detected and whether the power adapter is still providing some power.

3.Change the power adapter to a known working one that has the same output rating as in step 1.

If the hard drive is detected after unplugging the cameras, chances are the power adapter is providing insufficient power and requires replacement.

If you are already using a compatible hard drive and a known working compatible power adapter, chances are the hard drive needs to be replaced. Please check What hard drives can I use with my DVR or NVR?

Swap DVR Power Adapters for Boot Issues 

The power adapter of the DVR and the power adapter of 4 PRO- camera models are interchangeable as long as they have the same output rating of 12V 2A.

We do this to test whether the power adapter is faulty or the DVR is faulty. Power adapters are designed to protect the DVR in the event of power outages or power surges.

Warning: Do NOT use a power adapter higher than 12V on the DVR. Doing so will void your warranty.

Step-by-Step Instructions

Note: If you have 8 cameras or more, you can swap the cameras’ power adapters instead of the DVR power adapter as long as both camera power adapters have the same output rating.

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What hard drives can I use with my DVR or NVR? 

This applies to Swann recorders with pre-installed internal hard drives for recordings. The type of hard drive compatible with Swann DVRs and NVRs are surveillance-type hard drives, which are connected via SATA cable. Before you decide to upgrade your internal hard drive, you MUST know the type, capacity, and size that your model is compatible with:

Compatible Type by Brand

 The following surveillance hard drives are compatible with Swann recorders:

• Seagate Skyhawk by Seagate

• Western Digital Purple by Western Digital

They vary in capacity and size, so check below to identify what is compatible with your recorder.

Compatible Capacity

This is the maximum number of storage capacity in gigabytes or terabytes that a hard drive has which varies in compatibility with your recorder.

Most Swann recorders are pre-installed with a hard drive internally. If you wish to upgrade the capacity of your hard drive, you need to check with our Technical Support for the maximum capacity that your recorder model will support. The maximum capacity varies by model number.

Customers with Swann Security and HomeSafe View app-compatible products can inquire via phone.

Compatible Size

Should you wish to upgrade your hard drive, ensure to acquire the same size dimensions as the one in your recorder. Surveillance-type hard drives come in two sizes:

If you are unsure, customers with Swann Security and HomeSafe View app-compatible products can inquire via phone.

Compatible with External Hard Drives

If your DVR or NVR has an eSATA port on the back panel, it means your recorder is capable of connecting an external surveillance-type hard drive.

The function of the external eSATA port may either be for exporting recordings or recording depending on the chipset of your recorder model. For example: Can I use an external SATA hard drive to my DVR8-3000 to increase recording capacity?

The following recorder series have an external eSATA port for a hard drive of up to 3TB in capacity for external recording:

Compatible microSD Cards 

If your recorder model contains a microSD slot, it can support up to 128GB capacity for the microSD card.

The following recorder models are compatible with up to 4TB capacity for the hard drive and 128GB capacity for the microSD card.

Note: Simultaneous recording to both the internal hard drive and microSD card is not supported. If there is a hard drive internally, recording to the hard drive will be prioritized.

Not Compatible

DVR/NVR went offline after an outage or changing routers or Internet Service Provider 

This article applies to DVRs or NVRs that are hardwired to your router, and affects mobile or computer streaming, push notifications, and other features requiring internet connectivity.

The DVR or NVR going offline is a common occurrence when changes were made to the router, its settings, an outage, or changes in IP by your Internet Service Provider (ISP). In order to get it back online, you must have physical access to the DVR or NVR to check the following:

1. If there was a Power or Internet Outage

Normally, turning off the recorder and then turning it back on again will get the DVR or NVR to re-establish communication with your router. However, this will only work if its Network setup is set to DHCP by default. This ensures that the router is able to detect the DVR/NVR via ethernet and update its IP address.

If rebooting did not work, please try additional steps from this article: Remote Access – Basic Router/Network Troubleshooting.

If the live view is blank, then the outage may have affected the power supply. Check this article to troubleshoot: Troubleshoot a Boot Failure or Rebooting issue of a Recorder (DVR/NVR/NVW).

2. If you changed or replaced the router (changed ISP)

See types of routers that may or may not work with the DVR or NVR in this article: Network Setup: What do I need for my DVR/NVR to go online?

If the router is compatible, then the connection between the recorder and the router just needs to be refreshed. See this article for the first few steps to re-establish the network connection: Remote Access – Basic Router/Network Troubleshooting.

3. If you added another router or extender

Ensure that the network connection setup has not changed. If the DVR or NVR is still connected to the same router, but that router was connected to a cable modem instead of a wall, then the setup is no longer a direct connection but a bridged connection.

See why the DVR or NVR may not work with a bridged router or particular extender in this article: Network Setup: What do I need for my DVR/NVR to go online?

How to factory reset my DVR / NVR (V8) 

Default Settings VS Factory Reset

To load settings to default in recorder models, you must be logged into the recorder via TV and mouse or computer software.

How to restore settings to factory default via TV and mouse

You must know the user name and password of your recorder in order to do this method. If you do not know the password, you need to perform a password reset instead. See How to reset the password or get the recovery code of your DVR/NVR/NVW

1.Right click on Live View or go to the Task bar.

2.Choose the first icon: Setup.

3.Go to Advanced > Maintain (tab).

4.Click on Load Default.

5.Check System> Save.

You will be taken to the Startup Wizard to set a new password. See Frequently-asked questions and tips to complete the Startup Wizard

How to restore to factory default via Windows software

The DVR or NVR must already be added in the software beforehand and is online in order to do this method. If your DVR or NVR has not been added, you need to perform a password reset instead. See How to reset the password or get the recovery code of your DVR/NVR/NVW

Via HomeSafe View software: 

Go to Control Panel > Group Device Management > Devices: hover over Device > click on Remote Config (wrench icon) > Advanced > Load Default > Check the appropriate box > Save.

Via Swann Security VMS software:

Go to Device Management > Advanced > Load Default > Toggle the appropriate options > Save.
 

Warning: Once you have restored the recorder’s settings to default via software, you are required to set a new password via TV and mouse hardwired to the recorder. If you are unable to login to the Main Menu nor access your recorder via software, you need to do this: How to reset the password or get the recovery code of your DVR/NVR/NVW

Troubleshoot a Boot Failure or Rebooting issue of a Recorder (DVR/NVR/NVW) 

If you your Swann recorder (DVR, NVR, NVW or wireless recorder) is experiencing the below issues, then your unit may have a boot failure problem:

To isolate, consider following the steps below

• Power rating – the common output rating for DVR PSUs is 12V / 2A (2000mA) and 12V / 1.5A – 3.75A for NVRs depending on the model of the recorder. 

 Note: Some of the older DVR PSUs use 12 V / 3A and 48 V / 5 A for NVR. For a list of Power Adapter (PSU) ratings appropriate for your device, please check this What power adapter should I use article.

• Red tag label – most of the power adapter included has red sticker along the power cable to indicate its use (e.g. DVR/NVR or Camera).  

2.Plug to a wall outlet – to eliminate possibility of faulty extension cable or UPS.

 

3.Unplug some cables – if you have an Ethernet cable or cameras already connected, disconnect them for the meantime. Only leave the power plug and monitor connected.

4.Secure connection – ensure that the power plug is connected securely to the recorder and not loose.                            
Note: Some of the older NVR PSUs use a larger Barrel plug.

5.Turn on the recorder – some units may have power switch at the back. Ensure that it is switched ON.                                        

6.For DVR and NVW-800/AllSercure 650 units, if the NO power issue still persists, swap the camera PSU with the recorder to isolate problem. Check this article for the guide.

Note¹: If the recorder remains turned Off, check if the wall outlet where the Power Adapter (PSU) is plugged in has power.

Note²: If the recorder turned On but seeing a black screen, consider checking if your monitor support the correct screen resolution by following this guide – Video Mode Not Supported or Signal Out of Range or No Signal.

Why does my DVR / NVR / camera stop recording motion after a minute? 

DVRs and NVRs are set to record PIR/motion by default. Wireless standalone cameras can only record by PIR/motion. Where the camera is mounted can have an impact on how effective movement is picked up and recorded.

Mounting any camera with thermal and motion sensors in the wrong location and angle can prevent recordings of certain movement. For example:

• Movement in the directions indicated by green arrows are more likely to be detected.

• If the movement is toward and away from the camera at a short distance, the camera sensors may not be able to identify the changes between frames because the differences are subtle.

• If the movement stops, the DVR / NVR will stop recording. This means an intruder could still be standing on the same spot with subtle movements long enough to thwart the PIR/motion sensors.

Please see the fixes specific to your model for working around PIR/motion:

Fix for DVR: Set the already-mounted DVR camera to record continuously

This setting is ideal if you mounted your camera above your front door, and you expect the camera to record regardless of motion.

See How to Set Up 24-hour continuous recording for a Camera (DVR or NVR only)

Fix for NVR with V8 firmware: Set up Analytics for your NVR camera.

Perimeter Intrusion Detection (PID) with PIR can be configured for one NVR camera if you have a V8 recorder and camera.

 A perimeter intrusion region can be used to define specific areas that you want to monitor for motion. For example, a rule can be defined so that your NVR will alert you if one or more objects have entered the boxed region from a particular direction and stayed within the intrusion region for a particular time.

Please see the user manual for your NVR on how to set up PID: User Manual (V8 units – 8580, 8580RN, 8780, 8780RN,)

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Fix for any camera, especially WiFi cameras: Reposition the camera or add another camera for a different angle of view.

The ideal position of the camera is 7-8 feet high, pointing downwards at an angle to cover the area where people will be walking across the camera’s path