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Frequently Asked Questions
What should I do if the LINK LED on both the RemoteTV Transmitter
and RemoteTV Receiver are green, but no video is displayed on
my TV?
1. Make sure your TV or video display is set to the correct AV input mode.
Consult your display’s user manual for information.
2. Make sure that the Receiver is set to the correct video input mode. For
example, if you are using an s-video cable for video input, press the
“Video” button on front of the Receiver until “S-Video” is displayed on
your TV or video-display screen.
What if the PureAV RemoteTV is not working properly at the
advertised distance?
Since the built-in antennas are directional in nature, it may be
necessary to reorient the position of the RemoteTV Receiver and/or
RemoteTV Transmitter.
Is the PureAV RemoteTV compatible with high-definition television
(HDTV) broadcasts, or with my HDTV cable box?
The PureAV RemoteTV is only compatible with standard-definition (SD)
broadcast and cable signals.
Can I watch two different programs on the two TVs that are connected
to the RemoteTV device?
No. If the primary TV is connected to the RemoteTV Transmitter, the
secondary TV, which is connected to the RemoteTV Receiver, will display
the same video program.
Can I purchase an extra RemoteTV Receiver to connect multiple
displays to the same source?
No, currently only one RemoteTV transmitter can be connected to one
RemoteTV Receiver.
What type of security measures does the PureAV RemoteTV provide?
Link-layer authentication, encryption, and access control are built-in to
ensure the privacy of the content viewed. Encryption is provided by 3DES,
and authentication through RSA and X509 signatures. Host-layer protocols
such as EAPOL Kerberos and pre-shared key methods are supported.
Does the PureAV RemoteTV interoperate with IEEE 802.11a?
No. Because the MAC layers are fundamentally different, the two systems
do not communicate or interoperate with each other.
Does the PureAV RemoteTV interfere with IEEE 802.11a?
No, the PureAV RemoteTV has built-in DFS (Dynamic Frequency Selection)
capabilities and avoids RF channels that are occupied by other networks.
