Hikvision 4-ch 5mp 1U H.265 AcuSense DVR
SKU: iDS-7204HQHI-M1/XTCopied!
4 channels and 1 HDD 1U AcuSense DVR Support 1-ch Facial Recognition or 2-ch Advanced model Perimeter Protection based on Deep Learning algorithm Support 2-ch AcuSearch Technology Efficient H.265 pro+ compression technology Encoding ability up to 3K/5MP Lite @ 12 fps 5 signals input adaptively (HDTVI/AHD/CVI/CVBS/IP) Up to 6-ch network cameras can be connected Support All channels Motion Detection Technology Support All channels HDTVI Two-Way Audio Technology
In Stock
Ready to ship • 503 available
Documents & Manuals
Product Description
The Hikvision iDS-7204HQHI-M1/XT is a 4-channel Turbo HD DVR featuring AcuSense deep learning technology designed for intelligent surveillance systems. It supports HDTVI, AHD, CVI, CVBS, and IP cameras, allowing flexible integration with both analog and IP camera infrastructure. The recorder supports up to 4 analog channels and can expand to support up to 6 IP cameras with resolutions up to 6MP.
This DVR incorporates AcuSense technology, enabling deep learning-based human and vehicle classification, significantly reducing false alarms caused by environmental movement such as shadows, rain, or animals. It also supports facial recognition and perimeter protection, improving overall monitoring accuracy and event detection.
The recorder supports recording resolutions up to 5MP Lite and 3K Lite at 12 frames per second. H.265 Pro+ compression technology improves storage efficiency and reduces bandwidth usage while maintaining reliable video quality. HDMI and VGA outputs provide simultaneous video output at resolutions up to 1920 × 1080.
Audio input and output are supported via RCA connectors and coaxial cable, allowing two-way audio functionality when used with compatible cameras. The system includes one SATA interface supporting up to 10TB storage capacity and network connectivity via Ethernet for remote viewing and management.
This DVR is suitable for residential, retail, and commercial CCTV installations requiring intelligent detection, hybrid compatibility, and efficient recording performance.
