VGA Bridge

VGA Bridge

VGA Bridge is a unique solution that enables a user to propagate the VGA output from any source to any other projector or display screen in the world. VGA Bridge makes it possible to “twin” a projector: the visual output from one projector can be bridged directly to another projector or display monitor located in another room or another city. VGA Bridge requires no additional software or external configuration, and can be installed in a matter of minutes.

With VGA Bridge, conference organizers can easily multiply the number of projectors or other displays used in large rooms or multiple rooms. And, geographically dispersed organizations can share presentations and other electronic images in real-time, without the set-up hassles or costs of web conference services.

VGA Bridge sends the VGA output from the source over a network (LAN), to another VGA Bridge connected to another projector or display screen. Remote participants can view the original source in real-time, including while speaking with or listening to the presenter on the phone.

Connected to the VGA port on medical equipment—ultrasound medical imaging system, EKG, ventilator, ambulance equipment and more—VGA Bridge captures the images (still or moving) that appear on the screen at virtually original quality, and transmits these images securely over the LAN.

As VGA Bridge is a 100% stand-alone external device, the source VGA output  equipment does not need to be modified in any way. What's more, there is no need for a separate computer on the receiving side.  Simply plug the monitor that you would like  to see the synchronized picture on directly into the VGA Bridge. Virtually every monitor  and projector with VGA capability is compatible with the VGA Bridge.

When two VGA Bridges are connected to a network via an Ethernet connection, they automatically pair and, once powered on, instantly synchronize the image coming from the input signal to the target VGA monitor. 

Epiphan's VGA Bridge supports all VGA resolutions up to 1600×1200 and, under most conditions, is able to convey a 100% lossless diagnostic-quality signal at transfer rates in excess of 30 frames per second.