Video Resolutions
1920×1080 at distances up to 100 metres/325 feet, 1280 x 1024 at distances up to 300 metres/1000 feet.
Extension distance
Up to 300 meters/1000 feet using CATx (x=5,5e,6,7).
Extension technology
Differential analogue signalling for video signals.
Cable Equalisation
Finely adjustable cable equalisation amplifiers enable the video sharpness and brightness to be independently adjusted using the dials on the side of the receiver units.
Integral DeSkew (ADDERLink AV201R only)
Skew compensation adjustments can be made using the two rotary dials on the ADDERLink AV201R receiver unit. The first dial affects the relationship between green and blue colour signals, the second red and green. The cable skew is produced due to wire length differences between different twisted pairs in a CATx cable that arise due to the different twist rates used to reduce signalling cross talk. The amount of cable skew seen depends on the cable type used and the cable length. The ADDERLink AV201R provides up to 62ns of DeSkew with a fine 2ns resolution. This means that high-resolution video can be accurately DeSkewed even at long cable distances. The DeSkew supports 300MHz bandwidths, which means that the DeSkew function does not adversely affect the video quality.
Display Management via RS232
Included with AV200 transmitters, the Display Management Software gives users control and interaction with display devices over the integrated RS232 ports. This allows for bi-directional and automated communication with individual screens, groups of screens or all screens at the same time.
Indicators
The remote and local units are fitted with two indicators; red shows the presence of power into the module, green indicates the presence of a video input.
Audio
Transmitted as digital signals to ensure high fidelity and low noise levels. Phase locked sampling clocks ensure that there are no unwanted clicks when no sound is being played.
Rack mount options
Both the local (computer-end) and remote (display-end) units may be rack mounted in the ADDERLink AV Series rack mount chassis. The chassis enable 16 units (ALAV200T, 200R and 201R) or 8 units (ALAV204T and 208T to be mounted in 3U of 19-inch rack space. The units are rack mounted using the optional rack mount faceplate.
Connectors (ADDERLink ALAV201R)
2 x blue 15-pin high-density D-type female connector for video output, 2 x light green 3.5mm audio jack for audio output and 1 x 9-pin D-type male for serial output (use splitter cable for dual serial conections). 1 x RJ45 connector for CATx cable connection. 2.5mm DC jack for power adapter.
Physical
ADDERLink AV 200T, 200R and 201R Metal case (steel and stainless steel), 98mm x 95mm x 25mm.
ADDERLink AV 204T, 208T Metal case (steel and stainless steel), 185mm x 95mm x 51mm
Power
All ADDERLink AV units are powered by an external 5.3V DC, 2A power supply with IEC power cable connection. A country specific power cord is provided. Alternatively 4 units can be powered using a 5.3V DC, 4amp power supply and the ADDER “Squid” cable.
Spike suppression
All ADDERLink AV units are fitted with spike suppression circuits.
Display Data Channel
DDC signalling is supported to enable the computer to communicate with the local monitor and thus configure its video card for optimal operation.
Package contents
All ADDERLink AV Series come with the necessary IEC style power supply and power cord, safety and installation leaflet, CD manual, stick on rubber feet. (Note: the rack panels are not included and need to be purchased separately as required).
Optional accessories
ALAV – Series rack mount chassis (part code: ALAV-RMK-CHASSIS), rack mount plate for ALAV200T, 200R and 201R local/remote units (part codes: ALAV-RMK-FASCIA), rack mount plate for ALAV204T and 208T (ALAV-RMK-XXXXX) ADDER 4amp power supply and “squid” cable to power 4 ALAV units (part code ALAV-PDM-KIT).
Approvals
FCC class A, CE marked
Power
Operating Voltage: 100-240VAC
Power Frequency: 50-60Hz
Usage: 5VDC at 500mA
Temperature Tolerance
0 – 40 deg C (32 to 104 deg F)
Humidity Tolerance
5 to 60% non-condensing
