Product Overview: A Storage Server Built for Video Surveillance

The THL-V200CVR24V6 and THL-V200CVR48V6 models belong to a video surveillance IoT cloud storage server family that covers 24-, 48-, and 72-bay disk array configurations. The featured SKUs represent 24-bay and 48-bay options, while the broader series supports projects that need higher drive counts and larger chassis formats. The server uses a 220 V power input and offers rated power consumption and power options of 450 W, 550 W, 650 W, and 750 W. It is produced in China and carries the model numbers THL-V200CVR24V6 and THL-V200CVR48V6.

For surveillance operators, the key value is not simply raw storage capacity. It is the ability to connect cameras, record continuously, and manage video data through a standards-based storage layer. This server supports ONVIF, RTSP, and GB28181 network protocols, making it suitable for projects that mix different camera brands, video management platforms, and regional standards. The included 100-channel video access authorization, listed as V24 specification, helps define the system’s video access scale for medium-to-large surveillance installations.

Protocol Compatibility: ONVIF, RTSP, and GB28181

Protocol compatibility is critical in video surveillance storage. The THL-V200CVR24V6 and THL-V200CVR48V6 support ONVIF, RTSP, and GB28181, three protocols commonly used in IP camera and surveillance platform environments. ONVIF support helps with interoperability between compliant cameras and management software. RTSP provides a standard streaming path for real-time video access. GB28181 support is important for projects that require standards-based signaling and integration with compatible surveillance platforms.

This combination allows the storage server to act as a centralized recording and storage layer in projects where cameras, encoders, and management systems may come from multiple vendors. Instead of locking a project into a single camera ecosystem, integrators can use the server’s protocol support to build a more flexible surveillance architecture. The 100-channel video access license further supports multi-camera deployments, while the 2M image performance specification addresses snapshot and image-related storage needs.

Disk Array Design and All-Day Recording

The server uses SAS/SATA disk interfaces, giving deployment teams flexibility when selecting surveillance-grade drives and storage media. As a disk array platform, it is designed to centralize video data across multiple drives. The 24/48/72-bay series structure means the product family can scale from smaller centralized projects to larger installations with higher storage density requirements. The featured THL-V200CVR24V6 and THL-V200CVR48V6 models provide 24-bay and 48-bay starting points, while the wider series includes 72-bay configurations.

Recording performance is specified as all-day, which aligns with the continuous recording needs of video surveillance. Whether the project requires 24/7 retention for security monitoring, evidence collection, or operational oversight, the server is positioned for always-on recording workloads. The 2M image performance specification supports image capture and storage use cases alongside video recording. For system designers, the combination of SAS/SATA disk support, multiple bay counts, and all-day recording makes the platform suitable for centralized surveillance storage rather than edge-only recording.

Environmental and Mechanical Specifications

Surveillance storage often operates in challenging environments. The THL-V200CVR24V6 and THL-V200CVR48V6 are rated for a working temperature range of -40°C to +85°C and a working humidity range of 20%-80%. This wide temperature tolerance makes the series relevant for industrial sites, transportation cabinets, outdoor-adjacent equipment rooms, and other deployments where environmental conditions may fluctuate.

The mechanical design includes a 650 × 450 × 177 dimensions profile and a listed weight of 26.9. Chassis height options across the series include 2U, 4U, 6U, 8U, 12U, 16U, 18U, and 24U, allowing projects to match rack space and drive density requirements. Power is supplied at 220 V, with 450 W, 550 W, 650 W, and 750 W power options available across the product line. These specifications help integrators plan rack layout, power budgeting, and thermal management before deployment.

Where the Server Fits in Surveillance Projects

The THL-V200CVR24V6 and THL-V200CVR48V6 are well suited to centralized video surveillance storage in campuses, industrial parks, transportation facilities, utility sites, retail chains, and public safety projects. In these environments, cameras generate continuous video streams that must be stored reliably and made available to authorized users. The server’s ONVIF, RTSP, and GB28181 support helps connect the storage layer to compatible cameras and platforms, while the 100-channel video access license supports multi-camera projects.

For system integrators, the 24/48/72-bay series offers a clear scalability path. A project can begin with a 24-bay model, move to a 48-bay model as camera counts and retention requirements grow, or specify a 72-bay configuration for higher-density storage. The SAS/SATA interface supports flexible drive selection, and the all-day recording specification matches the continuous nature of surveillance operations. With wide-temperature operation and multiple chassis heights, the platform can be adapted to both standard equipment rooms and more demanding site conditions.

Product Specifications

Selection Guide: Choosing the Right Configuration

Choosing between the THL-V200CVR24V6 and THL-V200CVR48V6 depends on camera count, retention targets, rack space, and power planning. The 24-bay model is a practical starting point for projects that need centralized storage with room for growth. The 48-bay model supports higher drive counts and larger recording workloads. Projects that require the highest storage density can consider the 72-bay series option.

Power selection should match the chosen chassis and drive population. The series offers 450 W, 550 W, 650 W, and 750 W power options, with 220 V input. Integrators should also confirm the required chassis height, from 2U through 24U, and verify that the selected configuration fits the available rack space. For sites with temperature extremes, the -40°C to +85°C operating range is a key selection advantage. Finally, confirm that the 100-channel video access license and the ONVIF, RTSP, and GB28181 protocol support align with the project’s camera and platform requirements.

Frequently Asked Questions

Does this storage server support ONVIF and GB28181?

Yes. The THL-V200CVR24V6 and THL-V200CVR48V6 support ONVIF, RTSP, and GB28181 network protocols.

How many video channels are supported?

The listed specification includes a 100-channel video access authorization under the V24 specification.

What disk interfaces are available?

The server supports SAS/SATA disk interfaces.

What are the power specifications?

The product uses 220 V power input and offers 450 W, 550 W, 650 W, and 750 W power options.

What is the operating temperature range?

The working temperature range is -40°C to +85°C, with working humidity of 20%-80%.

Is the server suitable for continuous recording?

Yes. The recording performance is specified as all-day, which supports continuous video surveillance storage.

Which models are featured?

The featured models are THL-V200CVR24V6 and THL-V200CVR48V6, representing 24-bay and 48-bay options within a 24/48/72-bay series.

Conclusion

The THL-V200CVR24V6 and THL-V200CVR48V6 video surveillance IoT cloud storage servers combine protocol compatibility, disk array scalability, and wide-temperature operation in a rack-mounted platform. With ONVIF, RTSP, and GB28181 support, SAS/SATA disk interfaces, a 100-channel video access license, all-day recording, and 24/48/72-bay series options, this storage server is a strong fit for centralized IP surveillance projects. For integrators planning a reliable video storage layer, the series offers a practical balance of channel access, storage density, power options, and environmental tolerance.