Digital Watchdog DW-BJT7140TLX Video Server & NVR with 40TB HDD Included, Linux OS

Digital Watchdog DW-BJT7140TLX Video Server & NVR with 40TB HDD Included, Linux OS

The Digital Watchdog DW-BJT7140TLX is a full-size tower video server and NVR solution purpose-built for managing high-resolution IP surveillance systems. Featuring an Intel Core i7 processor, 16GB of system memory, and Ubuntu 22.04 LTS as its operating system, this server provides reliable and scalable performance for demanding security environments. The unit is preloaded with DW Spectrum IPVMS and comes with four IP recording licenses, ensuring a seamless deployment experience. Storage is handled by seven hot-swappable 3.5" SATA drives offering a total capacity of 40TB. With throughput support up to 600Mbps and versatile connectivity through dual 1G Ethernet ports, this server is equipped for large-scale camera networks. Additional highlights include multiple display output options, onboard Intel graphics, and compliance with UL, FCC, CE, NDAA, and TAA standards. A 5-year limited warranty further supports long-term operational confidence.

Key Features:

• Preloaded with DW Spectrum IPVMS; includes 4 recording licenses
• Intel Core i7 processor; ensures smooth handling of video workloads
• Ubuntu 22.04 LTS OS; optimized for reliable server performance
• OS installed on a dedicated SSD; keeps storage and system operations separate
• 16GB memory; supports efficient multitasking and system stability
• Supports up to 600Mbps throughput; accommodates high-bandwidth surveillance
• 7x 3.5" SATA hot-swappable HDD bays; allows for convenient drive access
• 40TB HDD capacity; ample space for video retention and scalability
• Dual 1G Ethernet ports; ensures flexible network integration
• Multiple display outputs (HD, DVI, DisplayPort); supports system configuration needs
• UL, FCC, CE, NDAA, and TAA certified; meets industry regulatory requirements
• Includes USB keyboard and mouse; ready for plug-and-play use
• 5-year limited warranty; guarantees long-term hardware reliability