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5.8GHz Wireless 8-Channel Indoor Audio/Video System
Model Number: AVS-5808

What's the impedance for cable connect between AVS-5808 and APW-1000?
Can I connect a 2.4GHz wireless camera to AVS-5808 transmitter and while my AVS-5808 is connected to a DVR? Why do I get a fuzzy image when I do so?
Why 9V power adapter is provided with AVS-5808 while "12V" is printed on the unit's power connector?
Does AVS-5808 work with RF-Link's APW-1000 amplifier? And how?
If combined AVS-5808 with APW-1000, what range of transmission can I expect?
Does AVS5808 receiver have an output other than baseband (ie 30 Hz to 6MHz)?
The specs list power from 8-32V input. Would it realistically run OK if I connected a 12V battery to a PV power jack and ran it off of that?
What type of antenna does AVS-5808 equipped?
Does AVS-5808 have a standard 9V power adapter jack or is it specialized?
Does AVS-5808 accommodate both NTSC and PAL version?




Q: What's the impedance for cable connect between AVS-5808 and APW-1000?
A:
Generally speaking, the cable used at 5.8 GHz frequency band has an impedance of 50 Ohm.

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Q: Can I connect a 2.4GHz wireless camera to AVS-5808 transmitter and while my AVS-5808 is connected to a DVR? Why do I get a fuzzy image when I do so?
A: Technically speaking, the only way such combination would work is to disable the 2.4 GHz wireless module inside the camera. The issue of fuzzy image is likely to be caused by the difference in the video gain level between AVS-5808 receiver and DVR. And there is a Variable Resistor switch on the AVS-5808 receiver, which is specified as "gain". The VR switch can be used to adjust the video gain level of AVS-5808 receiver. The AVS-5808 receiver should connect to a DVR and then to a TV, if it is connected to both DVR and TV at the same time, the fuzzy image will also occur.

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Q: Why 9V power adapter is provided with AVS-5808 while "12V" is printed on the unit's power connector?
A: The recommended input voltage of AVS-5808 is 9V DC to 28 V DC. It is why the 9 V power supply is included in the package. Consequently, it is certainly all right to use the 12 V power supply. As for the "12 V" indicated on the AVS-5808 power supply connector, it is simply because 12 VDC is the most commonly adopted input voltage in the surveillance industry, which we think is exactly AVS-5808's target customer.


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Q: Does AVS-5808 work with RF-Link's APW-1000 amplifier? And how?
A: Yes, AVS-5808 does work with APW-1000. Simply connect AVS-5808 transmitter antenna to "RF-out" connector of APW-1000, and from APW-1000 "RF-in" connector back to AVS-5808 transmitter.

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Q: If combined AVS-5808 with APW-1000, what range of transmission can I expect?
A: With such set up, signal can be transmitted up to 2 km.

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Q: Does AVS5808 receiver have an output other than baseband (ie 30 Hz to 6MHz)?
A: AVS-5808 will have no problems connecting to a regular NTSC television or a monitor through its RCA jack. In addition, in order to provide the outgoing signals, all RF devices must lower the frequency from RF frequency, which is 5.8 GHz to the baseband frequency in order to be visible to users.

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Q:
The specs list power from 8-32V input. Would it realistically run OK if I connected a 12V battery to a PV power jack and ran it off of that?
A: 12V battery thru. PV power jack should work, and typical power draw is 12V.

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Q: What type of antenna does AVS-5808 equipped?
A: AVS-5808 is equipped with Omni-Directional antenna.

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Q: Does AVS-5808 have a standard 9V power adapter jack or is it specialized?
A: AVS-5808 is equipped with 12V power adapter.

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Q: Does AVS-5808 accommodate both NTSC and PAL version?
A: Current offer from RF-Link is NTSC version; PAL version is also available with special request.

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