Speco H40HR40TB 40-Channel Hybrid Recorder, 24 TVI + 8 IP, Dual NIC, 40TB

Designed for enterprise-grade monitoring, the Speco Technologies H40HR40TB hybrid video recorder puts intelligent surveillance where you need it most. This 40-channel hybrid recorder supports TVI and IP cameras and pairs advanced analytics (line crossing, area intrusion, object and tamper detection) with H.265 compression to capture relevant events while minimizing false alerts and storage use. Dual NIC ports let you segregate camera traffic from your primary network for consistent, secure streaming and reduced IT impact. With up to 40TB of onboard storage and support for 8MP resolution, the H40HR40TB retains high-quality footage for extended retention policies without constant drive upgrades. Operators benefit from fast, local monitoring via dual 4K HDMI outputs and Smart Search tools that speed investigations by searching motion in a selected region. Backed by a 5-year limited warranty, this Speco hybrid video recorder is ideal for retail, education, healthcare, and critical infrastructure deployments that require reliable, scalable security and monitoring. Contact your sales representative to configure storage and camera mixes or add the H40HR40TB to your surveillance solution today.

• Capture only the footage that matters with built-in analytics (line crossing, area intrusion, abandoned/missing object and tamper detection) to reduce false alarms and speed investigations.
• Flexible hybrid design supports up to 40 channels of TVI and IP cameras, making it easy to migrate from coax to IP while protecting existing camera investments.
• Dual NIC ports isolate camera traffic from your corporate network for reliable, secure monitoring and improved bandwidth management.
• Massive 40TB onboard storage combined with H.265 compression stores weeks of high-resolution (up to 8MP) footage while lowering storage costs.
• Fast local review and display with dual 4K HDMI outputs and Smart (Museum) Search to pinpoint events by area for faster evidence retrieval.