This Aten VM7104 4-Port VGA Input Board offers an easy way to route 4 VGA vid eo and audio sources up to 16 displays, when used in combination with the ATEN Modular Matrix Switch. The VM7104 supports RGBHV / RGBS/ Y CbCr/ YPbPr input signals; stereo audio that can be embedded into HDMI Audio output. The board is built with a hot-swappable design that is compatible with the VM1600, so that the unit doesn't need to be powered off when the board is changed.
ATEN VM7104 4-Port VGA Input Board Features:
- Connects up to 4 VGA or Component inputs
- Supports RGBHV / RGBS/ YCbCr/ YPbPr input signals
- Hot-swappable design for easy integration of I/O boards
- Compatible with the VM1600 and can be mixed with any modular output boards for optimum flexibility
NOTE: Many Aten products, bought here at HDTV Supply, comply with the USA Governments TAA requirements. TAA requires that products originate from the United States or another approved country. These Aten products, bought here at HDTV Supply, do not ship from China. Call us at 833-965-3722 for latest list of Aten TAA Complaint Products.
Why not buy this ATEN VM7104 4-Port VGA Input Board today?
ATEN VM7104 4-Port VGA Input Board Specification:
Vid eo Input | |
Interfaces | 4 x HDB-15 Female (Blue) |
Impedance | 75 Ώ |
Max. Bandwid th | 300 MHz |
Max. Resolution | Up to 1920 x 1200 |
Max. Distance | 1.8 m |
Audio Inputs | |
Interfaces | 4 x Captive Screw Connectors, 5 pole * Audio signal type: stereo, balanced/unbalanced. |
Power Consumption | 7.1W:33BTU |
Environmental | |
Operating Temperature | 040˚C |
Storage Temperature | -2060˚C |
Humid ity | 0 - 80% RH, Non-Condensing |
Physical Properties | |
Housing | Metal |
Weight | 0.56 kg ( 1.23 lb ) |
Dimensions (L x W x H) | 35.20 x 23.80 x 2.33 cm (13.86 x 9.37 x 0.92 in.) |
Note | Audio signal type support stereo, balanced/unbalanced. Balanced audio maximum input/output level: 0.5 Vrms (-6.02dBV@600 ohm ) Unbalanced audio maximum input/output level: 1Vrms (0dBV@600ohm.) |
Note | For some of rack mount products, please note that the standard physical dimensions of WxDxH are expressed using a LxWxH format. |