2016-09-06 15:30:05| Digital TV News
Socionext has announced the release of SC2M15, a codec IC designed for video transmission equipment. The device is suitable for applications including digital broadcasting and video streaming through Internet Protocol among others.
2015-11-27 14:31:07| Industrial Newsroom - All News for Today
Targeting surveillance equipment OEMs, VRC7016XE has 2 Exar S7110 software-configurable processors and performs H.264 encoding on 16 channels of up to 960H NTSC/PAL video at full resolution and frame rate. This add-in card, controlled by Intelligent Encoder SDK for Linux or Windows, works with S7000-based PCIe cards and can be embedded in IPCs and servers. Card also supports 8 channels of alarm I/O and RS-485 interface for remote camera control through I/O header with optional I/O card.
2015-11-08 05:03:02| Wireless - Topix.net
1/2.5" 2.0 Megapixel CMOS Sensor, maximum image resolution is up to1920*1080@25fps. Support P2P technology, the IP Camera can be linked through the internet without any complicated port mapping.
2015-10-30 13:31:06| Industrial Newsroom - All News for Today
Based on ARM Cortex A5 MP 400 MHz x 2 CPU, Milbeaut Model MB86S27 provides up to 4x magnification, 360° distortion correction, and other image processing functionalities suitable for surveillance cameras, drones, action cameras, and drive recorders. Interfaces include: 1 Gbps RGMII v1.3; PCIe Gen2, 2 lanes x 1 channel; or PCIe Gen1, 1 lane x 2 channels. When operating with 4K at 30 fps, power consumption is 1.3 W.
2015-09-18 14:31:08| Industrial Newsroom - All News for Today
Featuring conduction-cooled design, 7 Watt Condor VC100xX facilitates video compression in challenging surveillance/C4ISR applications. Card features H.264 video encoder with baseline, main, and high profile support up to Level 4.1. Product supports up to 4 composite video inputs or up to 2 SDI inputs, selectable through API. Condor VC100xX also supports transfer of video stream via UDP or TCP/IP using RTP and RTSP protocols for remote display of captured data with low latency.