Cable & Transmission Distance:
For the cable between the transmitter and receiver, use high quality CAT.5e UTP/STP/FTP or CAT.6 UTP cable. The
t
ransmission distance will be affected by equipment (router, Ethernet switch, hub), cable quality, routing the cable over noise
generating devices, etc.
When using CAT.5e/CAT.6 cable to connect the transmitter and receiver directly (without an Ethernet switch), the maximum
transmission distance is 150M.
You can also use a Gigabit Switch hub that supports
IGMP
protocol and
Jumbo Frame 8K
for signal distribution or
extending the distance.
RJ45 pinout:
Link Cable (TIA/EIA-568-B)
1. Orange-white Data 1 +
5. Blue-white
Data 3 -
2. Orange
Data 1 -
6. Green
Data 2 -
3. Green-white
Data 2 +
7. Brown-white
Data 4 +
4. Blue
Data 3 +
8. Brown
Data 4 –
Bandwidth Chart:
The bandwidth will vary based on different resolutions. The chart below provides the average bandwidth per resolution for
reference.
Resolution (@60Hz)
Average Bandwidth
(Mbps)
Resolution (@60Hz)
Average Bandwidth
(Mbps)
1920x1080 (1080p)
133 (80~210)
1280x1024 (SXGA)
113 (79~150)
1280x720 (720p)
147 (112~177)
1024x768 (XGA)
81 (72~120)
1600x1200 (UXGA)
81 (57~105)
800x600 (SVGA)
66 (49~82)
640x480 (VGA)
43 (29~56)
The above bandwidth chart does not include USB transmission. USB uses up to 50 Mbps when transferring mass data.
System scalability is limited only by uplink and stacking connector bandwidths. For example, under a Gigabit Ethernet
network, the total flow must not exceed 1000Mbps to avoid any delay of video streaming. If the video plays with 1080p
resolution, the transmitter will allow a maximum of up to 7 receivers for simultaneous video streaming.
For 8~16 sources: use switches which support 802.3ad Link Aggregation or smart (or intelligent) switches to get 2 Gbps or
more bandwidth.
For over 16 sources: we recommend using a 10 gigabit switch.
System Default Settings:
Casting Mode:
The transmitter / receiver supports
Unicast
and
Multicast
modes (default is Multicast).
Use Multicast mode for one-to-one, one-to-multi, multi-to-one or multi-to-multi applications.
The analog audio output of the rece iver g oing to t he tr ansm itter will be O F F in this mode, analog audio will only
from pass from transmitters to receivers (one direction).
Unicast mode is suitable for one-to-one or multiple transmitters-to-one receiver applications. Analog audio with bi-
direction transmission is only supported in
Unicast
mode.
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