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Video splitter MANHATTAN MHT_171021 — 1 input to 8 VGA (HD15) outputs
Video splitter MANHATTAN MHT_171021 — 1 input to 8 VGA (HD15) outputs
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Video splitter MANHATTAN MHT_171021 — 1 input to 8 VGA (HD15) outputs
Leave your address - as soon as the price of the product goes down, you'll know about it right away
Video splitter MANHATTAN MHT_171021 — 1 input to 8 VGA (HD15) outputs
Video splitter MANHATTAN MHT_171021 — 1 input to 8 VGA (HD15) outputs
MANHATTAN MHT_171021 is a video splitter that distributes a single VGA (HD15) input signal to eight VGA (HD15) outputs. The unit is designed to duplicate an analog VGA feed so the same image can be shown simultaneously on up to eight monitors, projectors or displays. It supports standard VGA resolutions and includes a built-in booster to maintain signal integrity over connected cables.
The splitter offers simultaneous output to eight displays from one VGA source, preserving the original signal for consistent image delivery across all outputs. The device features HD15 connectors and a 150 MHz signal bandwidth to support common VGA resolutions. Construction details such as gold-plated contacts, a fully shielded metal enclosure and anti-skid feet improve connectivity reliability, reduce interference and ensure stable placement in presentation or classroom environments.
Connect the VGA source (computer or video player) to the HD15 input on the splitter using a standard VGA cable. Use VGA cables to connect up to eight displays to the HD15 output ports. Power the splitter according to the supplied power adapter instructions, if required. Once connected and powered, the splitter duplicates the input signal so each connected display shows the same image without additional configuration on the displays themselves, aside from selecting the correct input source on each monitor.
Use good-quality VGA cables and avoid excessively long runs to maintain image quality. If longer cable distances are necessary, choose cables and displays that match the splitter’s signal bandwidth capabilities. Place the unit on a stable surface using the anti-skid feet and ensure metal shielding is not obstructed to minimize interference.
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