BIG BANG!!! Key Digital has sold over 10,000 Baluns in Q1: FatCAT Series™ KD-CAT5XRCA. Key Digital’s answer to sending analog video and analog or digital audio through CAT5 cables comes to you in a small package that delivers big results.
What makes the FatCATs better? It is a more advanced design compared to standard baluns. Coaxial cable that is traditionally used for sending analog video does a great job but it is expensive and cumbersome. One of coax’s big advantages is the shielded ground which helps to prevent noise from interfering with the video signal.
Since the wiring used in CAT5 is twisted pairs, it does not offer the same shielded performance as coaxial cable. By designing adjustable ground settings into the FatCAT balun transmitters and receivers, Key Digital offers superior noise rejection and ground isolation which makes the FatCATs ideal for sending video and audio over CAT5. These special ground adjustments are easily set via DIP switches and allow for the best possible performance to be transmitted through CAT5/6 STP or UTP wiring. By setting these switches, it is easy to see the difference and customers will appreciate the terrific signal performance.
Each Key Digital® FatCAT™ balun device in this line can be used as either a transmitting or receiving unit and are passive so they require no additional power supply. The FatCATs can also be used to send analog audio or PCM audio along with your analog video signal. Mulitple FatCATs can be used to distribute any combination of audio and video signals throughout a location.
The Key Digital FatCat series baluns allow for the distribution of component video and digital audio using inexpensive CAT5 cabling. Pristine video quality is assured through the use of SMT design and quality components. RCA connectors and optional KD-C5CWP wallplates.
The FAT CAT Series devices will convert analog video and analog or digital audio sources for transmission over CAT5 and CAT6 wire for distances of up to 700 feet. The FAT CAT Series devices will act as a transmitting or receiving unit.