High-Resolution VGA Video Splitters - KVMGalore® | Tech Solutions Made Easy™
High-Resolution VGA Video Splitters

High-Resolution VGA Video Splitters

2- 4- and 8-port VGA video splitters with 350 Mhz video bandwidth, supporting 1920x1440 resolution and signal boosting up to 210 feet
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VS92A

1) VS92A Model No. VS92A Usually ships within 3-4 business days or less


$32.25 MSRP: $43.00 - You save $10.75
VS94A

2) VS94A Model No. VS94A Usually ships within 3-4 business days or less


$46.49 MSRP: $62.00 - You save $15.51
VS98A

3) VS98A Model No. VS98A Usually ships in 7-10 business days or less


$50.25 MSRP: $67.00 - You save $16.75

2- 4- and 8-port VGA video splitters

with 350 Mhz video bandwidth and signal boosting up to 210 feet


VS are signal booster and splitter that are used to take video input from a single source and direct it to two, four or eight video outputs for monitors using analog signals. The signal boost obtained by using the VS allows you to not only split the signal but to extend the distance so that you can send the signal to about 210 feet. (Your average VGA card, combined with a standard VGA cable, can send a clear VGA signal approximately 25 feet.) This makes public broadcasts from a single computer very feasible. If you want to display the same information on many monitors at once, such as in a classroom environment, or at a demonstration, this product performs incredibly well.

Bandwidth is the term that is used to describe the signal capacity of these units. In general, bandwidth is directly proportional to the amount of data transmitted per unit of time. Specifically, in analog signals, bandwidth is the difference between the highest-frequency and the lowest frequency components of a givin signal. For example a voice telephone signal has a bandwidth of 3000 Hz (or 3000 cycles per second), where an analog TV signal has a bandwidth of approximately 6MHz (or 6 million cycles per second) which is approximately 2000 times greater than a simple voice phone call.

VS have a bandwidth of 350MHz (which is 350 million cycles per second) and that over 40 times greater than a simple TV signal. This huge bandwidth allows for the transmission of large amounts of information at a very high rate of speed, and thus you can use the very high resolution setting of 1920x1440 in 24 or 32 bit true color mode.

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