Hikvision will unveil the following new products at ISC West:
Hikvision’s Blazer Express: The Blazer Express is an intelligent video management station, focused on managing Hikvision IP cameras with three primary functions. It is a Windows-based NVR with an SSD (Solid State Drive) operating system. It has 16- or 32-camera options with 16 built-in POE inputs for IP cameras, and up to 24TB of onboard storage. The Blazer Express has central management, with live and playback from up to 15 remote NVR/Blazer. The Blazer Express is a Powerful Client Station with video analytic searches and POS integration.
Hikvision H.265+: Hikvision announces a new line of cameras with H.265+, Hikvision’s latest compression technology. H.265+ greatly decreases the bitrate of the surveillance video, significantly reducing the bandwidth needs and storage cost. Hikvision H.265+ is an optimized encoding technology based on the standard H.265/HEVC compression. It extends the application of the ultra HD video in video surveillance. Hikvision’s new line of cameras includes models with resolutions from 2MP, 3MP, 5MP to 8MP. Also new is the improved IR technology, EXIR 2.0, new low-light technology, 120dB WDR, smart analytics and IP67 protection. Hikvision continues to enhance its leadership in technology in the Art of Video Surveillance.
Hikvision Thermal Imaging Camera Systems: Hikvision Thermal Network Camera systems are designed for critical low-light applications, including high security perimeters. Models include standard bullet designs in 640x512 resolution with multiple lens options, built-in analytics, including line cross, zone entrance, temperature exception, and fire detection. Hikvision also feature fixed mount, bi-spectrum, dual sensor models that feature a 384x288 resolution thermal camera and a 2MP CMOS camera with matched FOV lenses, 120m IR capability, and built-in analytics. The bi-spectrum PTZ models also feature a 384x288 thermal camera and 2MP CMOS sensor with 36x optical zoom, analytics, 150m IR, and smart tracking with linkage between the two imagers.
