Hikvision DS-2TD2836-50/V1 Thermal and Optical Bi-Spectrum IP Bullet Camera

Designed for perimeter protection and critical-site monitoring, the Hikvision DS-2TD2836-50/V1 Thermal and Optical Bi-Spectrum IP Bullet Camera combines thermal detection with a 2MP optical sensor to deliver continuous, verifiable surveillance. The camera’s 384×288 thermal sensor and 25mm thermal lens detect temperature anomalies and early-stage fire signatures, while onboard GPUs run advanced VCA analytics—line crossing, intrusion, and region entrance/exit—to generate precise, real-time alarms and reduce false positives.

Built for demanding outdoor environments, this Hikvision thermal imaging camera features IP66 weatherproofing, adaptive image processing (AGC, DDE, 3D DNR) and efficient H.265 compression for lower bandwidth and storage needs. Remote management capabilities allow centralized monitoring and quick configuration across networks, making it ideal for critical infrastructure, industrial sites, transportation hubs, and large campuses.

Deploy the DS-2TD2836-50/V1 to enhance perimeter security, automate temperature-based alerts, and add visual verification to your surveillance strategy—contact your Hikvision reseller to configure and integrate this bi-spectrum solution into your security system.

• Dual-spectrum thermal + optical imaging provides reliable 24/7 detection and visual verification to reduce false alarms
• On-board GPU and advanced VCA (line crossing, intrusion, region entrance/exit) deliver real-time analytics and automated alerts for faster response
• Thermal sensor (384×288) with 25mm lens detects temperature anomalies and early fire signatures for proactive safety monitoring
• IP66-rated weatherproof bullet housing and wide night-vision range (up to 328') for robust perimeter and outdoor surveillance
• H.265 video compression and remote management support reduce bandwidth/storage costs while simplifying network deployment
• Built-in temperature-alarm and adaptive image processing (AGC, DDE, 3D DNR) for clearer thermal imaging in challenging environments