The WolfPack HDMI Over LAN Receiver is of POE Design & no AC power is needed when using a POE Ethernet switch.
The conversion to TCP/IP allows you to forego the limitations of point-to-point extender systems and Receive directly over your network. You can also use this Receiver as a typical point-to-point extender and transmit for up to 394 ft over a single Cat6 cable or 330 feet over a CAT6 cable.
This HDMI Over LAN Receiver use the advanced H.264 as the compression type, which makes it occupy lower bandwidth and transmit over the LAN more smoothly. It supports 330 feet over single CAT6/7 cable at point to point, as well as point to many and many to many over Ethernet switch. The over IP solution is widely used in various locations, like meeting room, class room, metro, airport, home, mall advertisement...etc.
EXAMPLE: 8x32 Network HDMI Matrix Switch: Let′s say you have an application where you need a 8-1080p sources sent to 32-TVs in any combination. The sources are 6 feet away from the switch and the TVs are 200 feet away from the switch. This is an 8x32 Network HDMI switch and here is what you need to buy from above:
- 8 - 1080p POE HDMI Transmitters (TX)
- 32 - 1080p POE HDMI Receivers (RX)
- 1 - 40 port (or larger) IGMP 10-Gigabit POE Ethernet Switch (not supplied)
- Field expandable by simply buying more TVs, sources and RXs and TXs
WolfPack HDMI Over LAN Receiver Features:
- Using H.264 compression encoding supporting resolutions up to 1080p@60hz
- Complys with TCP/IP protocol
- Streaming bit rate is 15Mbps
- Supports resolutions up to Full HD/1080p
- LED channel display
- Front panel channel plus/minus buttons
- PoE (Power over Ethernet) power encoders/decoders from 802.3af are for PoE network switches (not supplied)
- Transmits up to 120m over single CAT6/7 cable with an looping HDMI output
- Looping HDMI output for a local monitor
- Support LPCM audio format
- Support Dynamic Host Configuration Protocol (DHCP)
- Wide-band IR control (38KHz to 56KHz)
- With IR Remote to choose the source with LED to show the Group ID
- By pass 2 way UART/RS232 (Up to 115200)
- Uses a remote controller to select 8 group Baud rate
- Supports one to one, one to many, many to one, many to many modes, with large cascade
- Supports PC tool control
- Compatible with Video Player such as VLC etc
- HDCP Compliant
Why not buy this HDMI Over LAN Receiver today?
HDMI Over LAN Receiver Specs::
- Protocol H.264 encoder over TCP/IP
- Support Video format 480i/480p/576i/576p/720p/1080i/1080p@60HZ
- Support Audio format LPCM, Audio sampling rate 48KHZ
- Streaming Bit Rate 15Mbps
- HDCP Compliant
- IR Frequency 38 -56 KHZ
- RS232 Baud rate Default 2400bps, total 8 kinds optional
- Default IP TX: 192.168.1.11 ; RX: 192.168.1.12
- Group ID Group 00 ~ group 63
- Request for Switch/Router Support IGMP, support DHCP
- Input 1xRJ45 input
- Output 1x HDMI Female port looping output
- RS232 Phoenix RS232 port
- IR: IR RX port (Support 38K-56KHz) & IR Ext port (Support 38KHz)
- Operating temperature -5 to +35 ℃ ( +23 to +95℉)
- Operating Humidity Range 5 to 90%RH (No Condensation)
- Power supply DC 5V 1A
- Power consumption Max 3 watt Physical
- Dimension TX: 119x79.5x28mm ; RX: 119x79.5x28mm
- Net Weight TX: 0.28KG ; RX:0.28KG4
This HDMI Over LAN Receiver works with the following devices:
- Support for multiple transmitters requires a managed POE network switch with VLAN/IGMP support. Standard LAN switches can only support one transmitter.
- The POE managed switch must support port based IEEE 802.1Q VLAN, IGMP, and permit duplicate IP addresses across the VLAN domains.
- Each VLAN acts as a separate HDMI Over IP Channel on the network.
- Number of local and remote units that can be used is dependent on the backplane bandwidth of the switch.
- For a point-to-many connection, a standalone network with an POE unmanaged network switch, hub, or router can be used instead of a managed network switch.
- If possible, it is not recommended to use any other network devices on this standalone network as it may cause a degradation in performance.
- Uses M-JPEG technology to process image compression on a fixed bandwidth.
- Note: At high resolutions, characters on PCs may get slightly fuzzy due to image compression and decompression process so use the Sharpness, Contrast, Brightness and Tint controls on the TVs to optimize the image.
- Local and remote units must be in the same LAN. The units do not support WAN connections.