2. Abbreviations Abbreviation Description Copper Clad Aluminium Direct Current EDID Extended Display Identification Data HDCP High-bandwidth Digital Content Protection HDMI High-Definition Multimedia Interface Infra-Red Local Area Network Receiver Transmitter Unshielded Twisted Pair VLAN Virtual Local Area Network ...
Only trained and authorised personnel should be permitted to work on this equipment. It is assumed that those using this guide are competent to work on equipment of this nature and will take appropriate precautions when working with the fault analysis guide. Parallax Digital Technologies accepts no responsibility for any injury or loss caused by unsafe or inadequate working practices, or for work carried out by an unauthorised third party. To prevent possible danger, damage, and bodily harm when handling the equipment, please observe all warnings, cautions notices contained in this section. ...
5. Product Overview The PDT‐HDE‐0012‐TX/RX Kit allows for transmission of uncompressed HDMI signals, up to 1080p@60Hz over a single Cat 5e/6/6a/7 cable, up to a distance of 120m with zero latency. The kit supports built‐in EDID which allows for greater compatibility with other third‐party devices. The Transmitter and Receiver Units are Plug and Play Compatible with a discovery phase after power‐up, and support HDMI 1.3 and HDCP 1.3. Both units are supplied with power using a Mains DC Adapter. The devices are used in a Master/Slave configuration and as the communication link utilizes TCP/IP at 100/1000M, it is possible to connect multiple Receiver Units to a single Transmitter Unit when they are on the same LAN or VLAN. When connected to a network, the Receiver Units look for a Transmitter Unit, and when they locate one, they pair up to that feed and process the packets of data accordingly. Up to 253 Receiver Units can be paired to one Transmitter Unit, but only one network of Transmitter/Receiver Units is possible on a LAN or VLAN. If multiple Transmitter Units, with their associated Receiver Units, are required on one physical network, then they must be separated by configuring the network for 2 or more VLANs to allow device and traffic separation. Remote Control of the source device is possible when it is controlled via an IR source. Each Receiver Unit can be equipped with an IR sensor which can capture data from an IR Controller and then be transmitted over the network to a source device, using an IR transmitter which is attached to the Transmitter Unit. These devices are perfect for AV transmission for HD Conferencing, Education, Hospitality, and Digital Signage applications. ...
6. Connectors and Indicators 6.1 Connectors Transmitter Unit Receiver Unit IR Out Loop HDMI In IR In HDMI Out +5VDC Link Cable Link Cable +5VDC 6.2 Indicators Activity Power 6.3 Controls Reset ...
7. Operation Overview The devices in the kit are fully Plug and Play compatible and no additional configuration is required. Please connect the devices in the following order for optimum performance: Connect power to the Transmitter Unit and the Receiver Unit(s) using the DC adapters Connect the HDMI Source Signal to the Transmitter Unit using the INPUT HDMI connector Connect the HDMI Receiver Unit to the Display Device using the OUTPUT HDMI connector Using an ethernet cable, link the Transmitter Unit and Receiver Unit together, either directly, or via a managed or unmanaged switch (for managed switches, please ensure that the switch is correctly configured) Both Power LEDs will illuminate, and the STA LEDs will flash quickly as soon as there is Link Activity For applications that require IR transmission, connect the IR Tx cable (bigger cable) to the HDMI Receiver Unit and the IR Rx cable to the HDMI Transmitter Unit In the event that there are issues with video transmission and reception, such as when non‐compatible video modes are selected at the source, the devices can be reset by pushing the Reset Switch (RST) for a period of 5 seconds. 8. Application Setup 8.1 Single Pairing Application The following diagram shows a typical application setup with one transmitting device and one receiver Cat 5e/6/6a/7 HDMI HDMI HDMI ...
8.2 Multi‐Receiver Setup The following diagram shows a typical application setup with one transmitting device and multiple receivers, which includes a network switch for the distribution of signal data to the receivers. More complex scenarios can be designed as required. Cat 5e+ HDMI HDMI Cat 5e+ HDMI Cat 5e+ HDMI ...
9. Hardware Specification VIDEO Transmission HDMI 1.3 HDCP 1.3 Maximum Pixel Clock 165 Mhz Maximum Data Rate 6.75Gbps Resolution 3D – 1080p@60Hz 1080i@50/60Hz 720p@50/60Hz 576i@50Hz 576p@50Hz 480i@60Hz 480p@60Hz ...
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For all technical enquiries regarding this product, please contact our technical support team using the following email address: support@parallaxdigital.co.uk ...
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