ATEN VE883K1-AT-E

Aten VE883K1-AT-E

Product Key Features
• Extends HDMI video stereo audio IR RS-232 control and Ethernet signals over duplex fiber optic cabling.
• Supports ultra long distance transmission up to 10 km*.
• Supports lossless 4K video up to 4096 x 2160 / 3840 x 2160 @ 60Hz (4:2:0).
• Supports USB 2.0 with a maximal transfer rate of 25MByte/s.

Product Overview
The VE883 is a fiber-based extender designed to extend uncompressed 4K signal up to 300 m (using VE883K1) or 10 km (using VE883K2) over duplex fiber optic cables. The VE883 meets HDMI Specifications including 3D Deep Color (up to 12 bit) and signaling rates (up to 10.2 Gb) to ensure superior video quality. With ATEN’s exclusive FarSmooth technology the VE883 prevents lagging and freezing by matching the output rates to the input rates and ensures the video display is stable smooth and identical to the source particularly in long-distance extension applications where uninterrupted video streams are required. The VE883 features an HDMI input and output analog audio input and output USB2.0 IR RS-232 control port and a Gigabit Ethernet port. For point-to-point extension the VE883 can receive fiber optic cables by inserting SFP+ modules to its optic port.

To avoid bulky cable setup the VE883 guarantees a simple and fast solution for optimum transmission of Ethernet IR HDMI RS-232 and USB signals up to 10 km simply via a set of duplex optic fiber. The VE883 is also USB transparent making it compatible with a wide range of USB peripherals.

Engineered to meet the latest trend of lossless 4K and long distance signal extension VE883 is suitable for where long distance transmission is a must and little interference is allowed such as in traffic station and modern office buildings.

Product Package Contents
• 1x VE883T 4K HDMI Optical Transmitter.
• 1x VE883R 4K HDMI Optical Receiver.
• 2x Power Adapters.
• 2x Terminal Block 3 Pole.
• 2x Terminal Block 5 Pole.
• 1x IR Receiver.
• 1x IR Emitter.
• 1x USB Cable.
• 2x HDMI LockPro.
• 2x SFP Modules.
• 1x User Instructions.

More Product Key Features
• Extends HDMI video stereo audio IR RS-232 control and Ethernet signals over duplex fiber optic cabling
• Applies duplex fiber optic cables to connect the transmitter and the receiver
• Supports ultra long distance transmission up to 10 km*
• HDMI (3D Deep Color 4K); HDCP 2.2 compliant
• Supports lossless 4K video up to 4096 x 2160 / 3840 x 2160 @ 60Hz (4:2:0)
• FarSmooth – ATEN’s exclusive FarSmooth technology prevents lagging and freezing by matching the output rates to the input rates and ensures the video display is stable smooth and identical to the source particularly in long-distance extension applications where uninterrupted video streams are required.
• Supports Gigabit Ethernet Channel
• Supports USB 2.0 with a maximal transfer rate of 25MByte/s
• Bi-directional IR signal transmission – IR transmission is processed one direction at a time ranged from 30 kHz to 56 kHz
• Features RS-232 serial port for connecting peripherals such as touch screens and barcode scanners
• Supports batch upgrades using Firmware Upgrade Utility
• Built-in 8 kV / 15 kV ESD protection
• Plug-and-play
• Hot-pluggable
• Rack-mountable
Note:
• The maximum transmission distance may vary depending on the fiber type bandwidth connector splicing losses model chromatic dispersion environmental factor and kinks.
• For long distance transmissions ATEN recommends using SFP+ modules to allow compatibility with single or multi mode fibers. Depending on the chosen package (VE883K1 or VE883K2) different SFP+ modules are supplied:
– VE883K1: 10 Gbps/300m SFP+ Duplex Multi Mode Transceiver (2X-C32-1G)
– VE883K2: 10 Gbps/10 km SFP+ Duplex Single Mode Transceiver (2X-C32-2G)
– ATEN recommends using Single Mode fibers that conform to IEC 11801 (OS1 OS1a OS2) and Multi Mode fibers that conform to IEC 11801 (OM3 OM4) specifications.
– The Device is class 1 laser product. It meets the safety regulations of IEC/EN 60825-1 21 CFR 1040.10 and 1040.11 except for deviations pursuant to Laser Notice No. 50 dated June 24 2007.