Interfaces: Appendix When running multiple sources or televisions, you will want to use Transmitter Rear Panel Part : 33-11970 splitters/combines to get the amount of inputs and outputs you need. Refer to appendix 2 to factor in the amount of attenuation from each splitter/combiner you use. Appendix 1: If you are still not within the suggested signal source range, refer to appendix 3 for in-line attenuators that can be connected to your line. These attenuators can be linked together to get a specific value. Overview: This product is designed to convert an HDMI source to an HD Examples: digital signal via coaxial cable. This conversion is different than standard CATV, as it uses 64QAM mode to convert the HDMI source to a HD digital TV signal. This type of signal can transmit over long distances on coaxial cable, and gives the user the ability Reciever Rear Panel to split and combine several signals with a common CATV Part : 33-11975 splitter/combiner. With the advantages of good image quality, resistance to interference, and hundreds of channels available, it can be used in many applications including: CCTV, outdoor projection screens, shopping malls, advertising, education, and digital KVM. MCM Item 33-2196 MCM Item 33-2187 1x4 Combiner/Splitter 1x2 Combiner/Splitter Specifications: 1. One transmitter to one receiver Appendix 2: Channel Settings: 2. One transmitter with a splitter in line to multiple receivers For additional splitters/combiners search our website at www.MCMelectronics.com There are 100 channels, numbered from 0-99. Channel selection si Appendix 3: controlled by two buttons on the front of each unit. Button 1 can select the tens digit, and button 2 can select the ones digit. The units will only work properly when they are tuned into the same channel. 3. Connect multiple transmitters to a combiner, you then connect the combiner to a splitter which is then connected to multiple receivers Installation Instructions: RF Output In appendix 4, find the frequencies you will be using (Attempt to keep all (33-11970) channels 30MHz apart.) Once you have selected your frequencies, refer to appendix 1 to help determine the amount of attenuation you will have RF input sensitivity -64dB ~ -80dB depending upon from your cable run. When starting out, the signal output will be 0db, (33-11975) frequency - See Appendix 2 the ultimate goal, is to keep the signal between -20 ~ -80 dB. The maximum recommended amount of cable that is able to be run with no splitters is 2300 ft. of RG6 cable. Note: Transmitters and receivers are sold individuallyAppendix 4: Warranty: This device is warranted against manufactures defects for a period of one year from the date of purchase from the dealer. This warranty extends solely to the repair or replacement of this product and does not cover additional costs, including but not limited to installation or removal of the product or any incidental or consequential damages. Nor does it cover damage due to improper use, storage or application of this device. Should a service issue arise within the one year period, please contact the dealer in which this device was purchased. It will be the sole decision of Stellar Labs to repair or replace any device found to be defective during this period.