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HDMIIPECOV2 HDMI OVER IP DISTRIBUTION MJPEG COMPRESSION PRO2 SX-EX22

HDMIIPECOV2 HDMI OVER IP DISTRIBUTION MJPEG COMPRESSION PRO2 SX-EX22

Online Stock Only.

For "click and collect" orders at Lynbrook store the shipping fee will still apply on collection for items not stocked at the Lynbrook store.

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HDMIIPECOV2 PRO2 HDMI OVER IP DISTRIBUTION

Foxtel iQ2and iQ3 compatible

HDMIIPECOV2 is a budget option for extending HDMI source over network, using MJPEG compression. It supports one to one and one to many operation.

  • Extends 1080p HDMI signals up to 120m over single UTP CAT5e/CAT6 cable
  • Supports point to point, point to many
  • MJPEG compression
  • HDCP compliant
  • With wideband IR (38-56kHz) control
  • Supports TCP/IP protocol
  • With mounting ears
  • Default TX IP: 192.168.168.55
  • Default RX IP: 192.168.168.56

Applications


One to oneand one to many applications{tab Specifications}

Specifications



Operating Temperature Range −5°C to 35°C
Operating Humidity Range 5 to 90% RH (No condensation)
Input Video Signal 0.5-1.0V P-P
Input DDC Signal 5V p-p (TTL)
Supported Video Format DTV/HDTV: 480i/480p/576i/576p/720p/1080i/1080p
Transmission Distance 120m: 1080p 8-bit over CAT5e/CAT6 24AWG solid cable
Data Bandwidth 10-90Mbps
Power Consumption
  • TX: 3W
  • RX: 3W
Dimension (L×W×H) 103.5mm × 93.5mm × 24.6mm
IR Frequency 38K-56KHz
Net Weight
  • TX: 220g
  • RX: 220g
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FAQ

Is the HDMIIPECOV2 suitable for many-to-many applications?
Yes, however it is not as easy to setup nor is it recommended for reasons explained below:

  • The HDMIIPECOV2 uses MJPEG compression which requires very high bandwidth and is likely to saturate your network bandwidth when used in a many-to-many scenario. For this type of application we strongly recommend the Pro2
  • HDMIIPPRO which uses H.264 compression that utilises substantially lower bandwidth when compared to MJPEG. The other issue with many-to-many applications is that it requires you have a managed network switch, and set up different VLANs for each transmitter used and then change the receiver IP address accordingly. For example, you set VLAN 1 for Transmitter 1 (eg. Foxtel), VLAN2 for Transmitter 2 (eg. DVD player), when you want the Receiver 1 to pick up the Foxtel, you change the Receiver 1 IP address to the same subnet as VLAN 1 and if you want to display the DVD player, you would change it to the same subnet as VLAN2.
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