Facilitate HDMI video encoding, decoding, and streaming via remote PC using this WiMi5300A Encoder/Decoder System and KVM Extender with Low Latency from Nimbus. Included with the system is a transmitter encoding unit and a receiver decoding unit. The system supports a maximum video resolution of 1080p60 and it encodes, decodes, and streams via RTP/RTMPS. It also supports DVI and VESA video formats and features four USB-A ports on the receiver which function as KVM connections. Manage the system using the RS-232 system, locally via USB, or via IP.
Stream HDMI video up to 1080p H.264 to LAN and Internet destinations with the WiMi5300AT H.264 HDMI Streaming Encoder/KVM Extender with Low Latency from Nimbus. The encoder has one HDMI 1.3 input with a maximum resolution of 1080p60, and it encodes, streams via RTP/RTMPS, and outputs up to 1080p60 video. The encoder also features an HDMI loop output to monitor the feed on a local display.
The encoder supports DVI and VESA video formats, supports input of 2-channel embedded PCM audio and encodes embedded AVC audio over IP. It features a USB connector to plug into a computer for local device management and can transmit KVM control via IP to a destination WiMi5300AR receiver. It can also be managed via IP and can be powered over its LAN connection via PoE (Power-over-Ethernet) using a supported PoE network.
Receive and decode HDMI video up to 1080p H.264 from LAN destinations and the WiMi5300AT with the WiMi5300AR H.264 HDMI Streaming Decoder/KVM Extender with Low Latency from Nimbus. The decoder has one LAN input and one HDMI 1.3 output, which supports resolutions up to 1080p60. It decodes and receives streams via RTP/RTMPS. The decoder also features four USB-A KVM ports for your host computer, mouse, or keyboard.
The decoder supports DVI and VESA video formats, the input of 2-channel embedded PCM audio, and decodes embedded AVC audio over IP. Receive KVM control via IP from a WiMi5300AT receiver. Manage your device using the RS-232 connection and Web UI. Power the decoder via PoE with its LAN connection or via DC barrel input.