Energy Efficiency; Wireless Communications - Inseego Wavemaker PRO User Manual

Energy Efficiency

Efficiency performance is based on the U.S. Department of Energy Federal Energy Conservation
Standards for Battery Chargers.
Energy efficiency terms - the energy efficiency values are based on the following conditions:
• PoE power injector, no-load: Condition in which the FW2010e PoE power injector is
connected to AC power, but not connected to device.
• PoE power injector efficiency: Average of the FW2010e PoE power injector with the
measured efficiency when tested at 100 percent, 75 percent, 50 percent, and 25 percent of the
power adapter's rated output current.
Mode
PoE power injector, no load
PoE power injector, efficiency

Wireless Communications

IMPORTANT:
Due to the transmission and reception properties of wireless communications, data
occasionally can be lost or delayed.
This can be due to the variation in radio signal strength that results from changes in the characteristics
of the radio transmission path. Although data loss is rare, the environment where you operate the
modem might adversely affect communications.
Variations in radio signal strength are referred to as fading. Fading is caused by several different
factors including signal reflection, the ionosphere, and interference from other radio channels.
Inseego Corp. or its partners will not be held responsible for damages of any kind resulting from the
delays or errors in data transmitted or received with the FW2010e device, or failure of the FW2010e
device to transmit or receive such data.
SURGE WARNING:
disconnection may occur on the cellular network or Bluetooth. This is due to a circuit-protection
design feature that reboots the device to avoid potential damage. If you experience this disruption,
please ensure all wireless links are re-established.
5G OUTDOOR CPE FW2010e USER GUIDE
If the FW2010e endures significant interference from the environment,
Power Consumption for FW2010e
115V 230V
0.49W 0.56W
90.3% 90.7%
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