The VM5808H 8x8 HDMI video matrix with scaler from Aten is designed to route any of the eight HDMI video inputs to any of the eight HDMI outputs, each at the best compatible resolution. It features a front panel LCD display that allows easy viewing of all input-output routing. The built-in scaler allows the matrix to convert any input resolution to any output resolution as needed, providing maximum video quality to all displays. The design of the VM5808H HDMI matrix includes an FPGA architecture, which enables seamless switching, video output without dropouts, real-time control and stable signal feeds. The matrix switcher can perform the video wall function with an easy-to-use web GUI, which allows the creation of 16 profiles that can be customized in different video wall layouts.
Aten VM5808H 8x8 HDMI Matrix with Scaler
VM5808HA
The VM5808H 8x8 HDMI video matrix with scaler from Aten is designed to route any of the eight HDMI video inputs to any of the eight HDMI outputs, each at the best compatible resolution. It features a front panel LCD display that allows easy viewing of all input-output routing. The built-in scaler allows the matrix to convert any input resolution to any output resolution as needed, providing maximum video quality to all displays. The design of the VM5808H HDMI matrix includes an FPGA architecture, which enables seamless switching, video output without dropouts, real-time control and stable signal feeds. The matrix switcher can perform the video wall function with an easy-to-use web GUI, which allows the creation of 16 profiles that can be customized in different video wall layouts.
€4,225.00
Tax excluded
5.112,25 €
Con IVA
8x8 HDMI Matrix Switch is a HDMI solution that offers an easy way to route any of 8 HDMI video sources to any of 8 HDMI displays, with a quick view of all port connections via the front panel LCD.
The VM5808H includes seamless switching that ensures continuous video streams, real-time control and stable signal transmissions. With a built in scaler, the VM5808H converts various input resolutions into various output display resolutions, giving viewers the best picture quality across all displays. The switch integrates video wall functionality with an easy to use web GUI that lets you create 16 connection profiles that can be customized into different video wall layouts.
The VM5808H is an ideal solution for applications that require multiple HDMI displays with multiple HDMI sources to be conveniently setup in multiple locations, such as for stage presentations, competitions, control centers, and installations that require real-time repor.
Data sheet
- Video Inputs
- HDMI
- Outputs
- HDMI
- Scaler
- si
- Max. Video Resolution
- 1280x720 - HD
1920x1080 - HD - Data and Control
- RS-232
- Power
- AC
Video Input | |
| Interfaces | 8 x HDMI Type A Female (Black) |
| Impedance | 100 Ώ |
| Max. Distance | 1.8 m |
Video Output | |
| Interfaces | 8 x HDMI Type A Female (Black) |
| Impedance | 100 Ώ |
| Max. Distance | 15 m |
Video | |
| Max. Data Rate | 6.75 Gbps (2.25 Gbps Per Lane) |
| Max. Pixel Clock | 225 MHz |
| Compliance | HDMI (3D, Deep Color) HDCP 1.4 Compatible Consumer Electronics Control (CEC) |
| Max. Resolution | Up to 1080p |
| Max. Distance | Up to 15 m |
Control | |
| RS-232 | Connector: 1 x DB-9 Female (Black) Baud rate and protocol: Baud Rate: 19200, Data Bits: 8, Stop Bits:1, Parity: No, Flow Control: No |
| IR | 1 x Mini Stereo Jack Female (Black) |
| Ethernet | 1 x RJ-45 Female |
EDID Settings | EDID Mode: Default / Port1 / Remix / Customized (EDID Wizard support) |
Connectors | |
| Power | 1 x 3-Prong AC Socket |
Power | |
| Maximum Input Power Rating | 100-240 VAC; 50-60 Hz; 1.0A |
Power Consumption | AC110V:56.5W:265BTU |
Environmental | |
| Operating Temperature | 0-50°C |
| Storage Temperature | -20 - 60°C |
| Humidity | 0 - 80% RH, Non-Condensing |
Physical Properties | |
| Housing | Metal |
| Weight | 4.16 kg ( 9.16 lb ) |
| Dimensions (L x W x H) | 43.24 x 26.23 x 4.40 cm (17.02 x 10.33 x 1.73 in.) |
Carton Lot | 1 pc |
Note | For some of rack mount products, please note that the standard physical dimensions of WxDxH are expressed using a LxWxH format. |