Motorola 2700 User Manual - Page 111
Issue 2.0, of 112
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Powerline MU User Guide March, 2007 Throughput vs Distance for Panel Extender Throughput vs Distance for data communication from Panel Extenter to Panel Extender using 12-gauge wire 100 30 Mbp(s) 10 Throughput (bps) 1 0 30 60 90 120 150 Distance (feet) *Note: Typical signal loss is 3 dB per 10 feet minus 1-4 Greater distances may be achieved if the wires are in conduit, reducing the potential for outside interference. Note: Typical signal loss is 3 dB per 10 feet minus 1-4 dB insertion loss (to account for wired connections from Panel Extender to Breaker Panel). * Represents Maximum throughput with UDP Layer 3 traffic (untagged data packets) Issue 2.0 Page 111 of 112
Powerline MU User Guide
March, 2007
Issue 2.0
Page 111 of 112
Greater distances may be achieved if the wires are in conduit, reducing the potential for
outside interference.
Note
: Typical signal loss is 3 dB per 10 feet minus 1-4 dB insertion loss
(to account for wired connections from Panel Extender to Breaker Panel)
.
* Represents Maximum throughput with UDP Layer 3 traffic (untagged data packets)
Throughput vs Distance for Panel Extender
1
10
100
0
30
60
90
120
150
Distance (feet)
Throughput (bps)
Throughput vs Distance for data communication from Panel Extenter to Panel Extender using 12-gauge wire
30 Mbp(s)
*Note: Typical signal loss is 3 dB per 10 feet minus 1-4