This DVI Scaler is designed to convert PC, SD, HD and DVI to digital DVI at a variety of HDTV and PC resolutions. It handles input and output signal at 165MHZ ultra high bandwidth. It also has many great features to enhance video performance and is ideal for use in professional large screen presentation.
? High bandwidth and professional PC/Component/DVI to DVI Scaler that accepts PC RGB (up to WUXGA), HD Component (480i up to 1080p) and DVI (up to WUXGA) and scale them up to DVI output (1080p/WUXGA).
? The input analog PC or HDTV signal in the format of either RGBHV, YPbPr, (YCbCr) or digital DVI.
? The output digital DVI plus analog PC/HD with selectable output resolution from 480i to 1080p and VGA to WUXGA.
? The input resolution is automatically detected while the output resolution and refresh rate can be selected through OSD menu or front panel push buttons.
? Native output resolution ensures most optimal display resolution on your screen. When "Native" is selected as the output resolution, the device will automatically detect the native resolution of the display and send out the most optimal pixel timing to match TV's final display resolution.
? Output picture adjustment on brightness, contrast, color, RGB level, and H-V position.
? The DVI input is HDCP compliant which means if input is HDCP encrypted then DVI output is also HDCP encrypted. In this case the PC analog output will be turned off.
? Includes advanced features such as Noise Reduction and overscan/underscan adjustment.
Input Connectors | YCbCr/YPbPr x 1 via 3 RCA jack PC RGB x 1 via 15 pin D-sub DVI x 1 |
Output Connectors | DVI x 1 PC 15 pin D-sub x 1 |
Dimension | 180(W)x124(D)x25(H)mm/Jacks Excluded 180(W)x132(D)x25(H)mm/Including Jacks |
Weigh | 452g |
Power Supply | 5V 2.6A (US/EU standards, CE/FCC/UL certified) |
Chassis Material | Aluminum |
Silkscreen Color | Gray |
ESD Protection | Human body model: |
| ±8kV (air-gap discharge) |
| ±4kV (contact discharge) |
Operating Temperature | 0°C ~ 40°C |
Storage Temperature | -20?C ~ 60?C / -4 ?F ~ 140 ?F |
Relative Humidity | 20 ~ 90% RH (non-condensing) |
Power Consumption |
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