T+A K8, Installation Manual

Page: 36 / 70

36
 AV IN
AV IN 1
(CVBS socket, DC-coupled)
AV IN 2 (AC-coupled)
(CVBS socket, AC-coupled)
(Composite, S-Video)
Sockets for connecting analogue AV devices with composite (FBAS) or S-Video
outputs
CVBS = Composite video input
L/R = Analogue stereo input

The CVBS input socket of the
AV IN 1
input is DC-coupled. This gives the best
possible reproduction quality.
Any device connected here must supply a CVBS video signal with D.C.
component (0.5 …2 V), otherwise it will not be possible to process the
video signal.
If the video signal has no D.C. offset, the TV monitor displays no picture. Please
use the AC-coupled CVBS input
AV IN 2
for such signals.

Only one of the S-Video and CVBS sockets may be used. You must set up the
socket you have selected in the
'System Configuration / Video-Inputs'
menu.

If the AV device connected to the system features a digital audio output, one of
the digital inputs of the
K8
(DIG_IN 1...3) can be used instead of the analogue
(L/R) audio inputs. Assign the digital input to the appropriate AV input in the
'System-Configuration / Audio-Inputs'
menu.
AV IN 3
AV IN 4
Component AV inputs
For connecting analogue AV devices with YUV component output
YUV = Video input
L/R = Analogue stereo input

If the AV device connected to the system features a digital audio output, you
can use one of the digital inputs of the
K8
(DIG_IN 1...3) instead of the
analogue (L/R) audio inputs. Assign the digital input to the appropriate AV input
in the
'System-Configuration / Audio-Inputs'
menu.
HDMI IN 1
HDMI IN 2
HDMI IN 3
HDMI inputs for connecting HDMI source devices.
It is possible to connect devices with any
SMPTE
resolution up to 1080p.

The HDMI IN 3 socket is equipped with the
HEC (HDMI Ethernet Channel)
function, i.e. a device connected to this socket can be connected to the network
(Internet) via the K8. This also requires the source device to support the HEC
function. The K8 must be connected to your network via the UPLINK socket.