![]() | USB DVI Optical KVM Extender (1920 x 1200@600m) Features and Benefits
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The CE680 is a DVI Optical KVM Extender that overcomes length restrictions of standard DVI cables by using fiber optics to send high definition audio, video and control signals over longer distances. The CE680 can transmit KVM DVI signals very long distances - up to 600 m away from the source. The extender takes audio/video streams from the local source and serializes the data to pass it over a single 3.125 Gbps optical link, for resolutions up to 1920 x 1200 @ 60Hz, 24-bits, with picture perfect quality.
In addition to extending keyboard and mouse control, the CE680 also transfers RS-232 signals (up to 115 kbps) and USB signals in both directions, with ports for both, allowing you to connect serial devices, such as barcode scanners; or USB devices such as touchscreens, which can provide access to a computer connected at the local site - up to 600 m away.
The CE680 allows access to a computer from both the local and remote consoles (USB keyboard, monitor, and mouse). Furthermore, the CE680 takes advantage of the newest fiber optic cable technology to connect the local and remote units; providing easy installation and a very long 600 m extension of KVM DVI signals.
Spesifications
Connectors | ||
Console Ports | 3 x USB Type A Female (White) 1 x DVI-D Female (White) 1 x Mini Stereo Jack Female (Green) 1 x Mini Stereo Jack Female (Pink) | 3 x USB Type A Female (White) 1 x DVI-D Female (White) 1 x Mini Stereo Jack Female (Green) 1 x Mini Stereo Jack Female (Pink) |
KVM Ports | 2 x USB Type B Female (White) 1 x DVI-D Female (White) 1 x Mini Stereo Jack Female (Green) 1 x Mini Stereo Jack Female (Pink) | N/A |
RS-232 | 1 x DB-9 Female (Black) | 1 x DB-9 Male (Black) |
Power | 1 x DC Jack (Black) | 1 x DC Jack (Black) |
Unit To Unit | 1 x bi-directional SFP (LC) | 1 x bi-directional SFP (LC) |
Video | ||
Max. Resolution | up to 1920 x 1200 @ 60Hz (24-bits) | up to 1920 x 1200 @ 60Hz (24-bits) |
LEDs | ||
Local | 1 (Green) | N/A |
Remote | 1 (Green) | 1 (Green) |
Link | 1 (Green) | 1 (Green) |
Switches | ||
Operation Mode Selection | 1 x Pushbutton | 1 x Pushbutton |
Wakeup PC | N/A | 1 x Pushbutton |
Fiber Optics | ||
Operating Distance | 600 m with (SM) fiber | 600 m with (SM) fiber |
Wavelength | 1310/1550 nm for SM | 1310/1550 nm for SM |
Data Rate | Single fiber: 3.125G bps | Single fiber: 3.125G bps |
Power Consumption | DC5.3V:6.74W:38BTU/h Note: ? The measurement in Watts indicates the typical power consumption of the device with no external loading. ? The measurement in BTU/h indicates the power consumption of the device when it is fully loaded. | DC5.3V:5.56W:32BTU/h Note: ? The measurement in Watts indicates the typical power consumption of the device with no external loading. ? The measurement in BTU/h indicates the power consumption of the device when it is fully loaded. |
Environmental | ||
Operating Temperature | 0–50°C | 0–50°C |
Storage Temperature | -20–60°C | -20–60°C |
Humidity | 0–80% RH, Non-condensing | 0–80% RH, Non-condensing |
Physical Properties | ||
Housing | Metal | Metal |
Weight | 1.10 kg ( 2.42 lb ) | 1.10 kg ( 2.42 lb ) |
Dimensions (L x W x H) | 21.50 x 16.33 x 4.18 cm (8.46 x 6.43 x 1.65 in.) | 21.50 x 16.29 x 4.18 cm (8.46 x 6.41 x 1.65 in.) |
Note | 1. CE680 is available work with OM3 Multi-Mode fiber, transmission distance is up to 300 m [980ft] . 2. Operating distance is approximate. These are typical maximum distance that may vary depending on factors such as fi ber type, fiber bandwidth, connector splicing, losses, modal or chromatic dispersion, environmental factors, and kinks. | 1. CE680 is available work with OM3 Multi-Mode fiber, transmission distance is up to 300 m [980ft] . 2. Operating distance is approximate. These are typical maximum distance that may vary depending on factors such as fi ber type, fiber bandwidth, connector splicing, losses, modal or chromatic dispersion, environmental factors, and kinks. |
Note | For some of rack mount products, please note that the standard physical dimensions of WxDxH are expressed using a LxWxH format. |
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