(18/28)
（
2
）
Cables and Transmission Distance
HDBaseT connections may be subject to transmission distance limitations depending on the type of network
cables and transmitters used.
Below is an actual example of what happened when a certain transmitter was used.
Band width
(example of
signal)
1.65Gbps or more
(1080p/60 @12bit)
Under 1.65Gbps
(1080p/60@8bit,1080p/24@12bit)
Cable type
CAT5e
CAT6
／
CAT7
Cable type
CAT5e
Transmitting
distance
70
ｍ
100
ｍ
Transmitting
distance
70
ｍ
As shown here, adequate transmission distance for handling signals with large amount of data may not be
attainable depending on the combination of the equipment and cable used. We recommend that shielded cables
be used.
（
3
）
Image Signal Quality
Because of the structural nature of the network cable, an HDBaseT signal is transmitted in parallel over four
physically separated transmission lines.
Each transmission line has a stability index value [dB]. This product detects the four values and calculates the
total.
Based on this value, the product judges the quality as follows.
Index
Display
(color)
Judgment
100-60
Green
Use recommended
59-40
Yellow
Use not recommended
39-0
Red
Not usable
（
4
）
Network via HDBaseT
There is essentially no difference in the communication quality as compared to a normal network.
NMPJ can be used in the same manner.
（
5
）
Settings and stand-by power consumption
The standby power varies depending on the settings of serial communication, standby power setting and
network settings as follows:
Wired network
Standby power setting
Serial communication
Standby power
On
Normal
Service port
(Not disclosed)
HDBaseT
(Not disclosed)
Low power
Service port
1.6 W
HDBaseT
1.6 W
Off
-
Service port
0.28 W
HDBaseT
1.5 W
** When wireless network is set to “On”, the standby power is set to “Normal”.
