Hikvision DS-7108HGHI-M1/T 08 Channel Mini 1U DVR
The Hikvision DS-7108HGHI-M1/T is a compact, 8-channel Mini 1U Digital Video Recorder (DVR) designed for small to medium-scale surveillance systems requiring reliable, high-definition video recording and monitoring. Ideal for homes, retail stores, offices, and small businesses, this DVR supports hybrid operation, allowing you to connect a mix of analog, AHD, CVI, and TVI cameras—providing flexibility for both new installations and system upgrades.
With support for up to 5MP resolution on all channels, the DS-7108HGHI-M1/T delivers crisp, clear video footage for accurate identification and monitoring. It features H.265+ intelligent video compression technology, which significantly reduces bandwidth and storage consumption without compromising image quality, enabling longer recording times and more efficient data management.
The DVR comes equipped with a built-in HDMI output for high-resolution local viewing and supports simultaneous HDMI and VGA dual-output, allowing flexible display options. It also includes 1 SATA interface for up to 6TB of storage (expandable with external drives via USB), ensuring ample space for extended video retention.
User-friendly features include 4-in-1 connectivity (AHD/CVI/TVI/CVBS), smart search functions, and motion detection with customizable zones. Remote access is seamless via the Hik-Connect app or Hikvision’s web client, enabling real-time monitoring and playback from smartphones, tablets, or PCs. Two-way audio support via BNC and RCA ports adds enhanced communication capabilities.
Designed for ease of installation and operation, the DS-7108HGHI-M1/T features plug-and-play functionality with auto-detection of connected cameras. Its compact 1U form factor saves space, making it perfect for environments with limited rack or desk room.
Powered by Hikvision's top-notch reliability and advanced security capabilities, the DS-7108HGHI-M1/T delivers a budget-friendly, adaptable, and forward-thinking surveillance solution to meet today's monitoring demands.