ATEN VB800-AT-G True 4K HDMI Booster

ATEN VB800-AT-G True 4K HDMI Booster The VB800 is a true 4K HDMI booster providing a solution for long distance transmission. The HDMI booster reliably extends true 4K signals and can be cascaded up to 10 levels, guaranteeing ultimate color and image quality. The VB800 is HDMI 2.0 compliant and supports all HDMI enabled devices. The booster can be rack mounted, offering excellent flexibility for managing both work and home settings.

Features:

¦ Superior video quality- True 4k resolutions of 4k x 2k @ 60 Hz (4:4:4) video and standard 1080p (1920 x 1080 @ 60 Hz)

¦ HDMI (3D, Deep Color, 4K)

¦ Max. Data Rate 18 Gpbs (6 Gbps Per Lane)

¦ HDMI and HDCP 2.2 compatible

¦ 4K resolution when cascaded up to 10 levels

• Input/output max distance for single unit: True 4k resolution up to a distance of 10 meters; 1080p resolution up to a distance of 20 meters*

¦ A single unit can be powered from the source device

¦ Supports HDR

¦ Plug-and-play — No software installation required

¦ Rack mountable

* Longer distances are possible with lower data rates and/or higher quality cable.

Package Contents

1x VB800 True 4k HDMI Booster

1x 0AD6-1F05-26EG Power Adapter

1x Rack Mount Kit

1x User Instructions

Video Input

Interfaces 1 x HDMI Type A Female (Black)

Video Output

Interfaces 1 x HDMI Type A Female (Black)

Video

Max. Bandwidth 600 MHz

Max. Resolutions / Distance Up to 4Kx2K@60 Hz (4:4:4)/10m; 1080p@60Hz/20m

Max. Data Rate 18Gpbs(6 Gbps Per Lane)

Compliance HDMI, HDCP 2.2 Compatible

Power

Connectors 1 x DC Jack

Consumption 5VDC ,

[4K2K 60Hz] Power Consumption: 0.99W

[1080p 60Hz] Power Consumption: 0.66W

Environmental

Operating Temperature 0 - 40°C

Storage Temperature -20 - 60°C

Humidity 0 - 80% RH, Non-Condensing

Physical Properties

Housing Metal

Weight 0.09 kg ( 0.21 lb )

Dimensions (L x W x H) 4.90 x 5.60 x 1.70 cm

(1.93 x 2.2 x 0.67 in.)

Carton Lot 10 pcs

Note For some of rack mount products, please note that the standard physical dimensions of WxDxH are expressed using a LxWxH format.