LTE Network Extender User Guide
Verizon LTE Network Extender User Guide v1.7
© 2020 Verizon. All Rights Reserved.
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4G LTE Network
Extender Information
Displays the Network Extender’s cell network identifier information: Network ID, CELL
ID, Physical CELL ID (PCI) and LTE EARFCN. Network ID (PLMN) and Cell ID (ECGI) are
linked by a hyphen.
Transmit Power
The transmit power of the Network Extender can be adjusted using the slider
according to requirements, from maximum (100% = 100mW = 20dBm) to minimum
(10% = 10mW = 10dBm). Digital attenuation in 1mW steps from 10mW to 100mW is
used to achieve this.
Neighboring Cells
Detected
Displays OTAR results. Can assist a multi-4G LTE Network Extender cluster with
positioning and power selection.
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Network ID: PLMN of the detected cell.
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EARFCN: This is the EARFCN of the detected cell.
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Cell ID: ECGI of the detected cell.
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PCI: PCI of the detected cell.
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Cell Type: Displays the result based on OTAR scan if the Cell Tower ID is within range
reserved for the 4G LTE Network Extender(s). Otherwise, displays “Macro”.
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RSRP: Displays the measured RSRP in dBm of the detected cell. An icon is provided
alongside the RSRP value indicating if the detected cell is too-close (high RSRP) and
may be causing interference; or if it is too far (low RSRP) and handover may be an
issue. Note – the distance between two 4G LTE Network Extenders using the same
band should be at least 170% of the distance of its coverage radius to avoid LTE
interference. In other words, if an LTE Network Extender has a 100 ft. coverage
radius in a given environment, the next closest LTE Network Extender using the
same band should be at least 170ft away. If two LTE Network Extenders are using
different bands from each other, they can be placed side-by-side. Besides, if the
neighboring cell reported from UE will be denoted by ‘ANR Cell’ and provisioned
from HeMS will be denoted by “HeMS Cell”. These two kinds neighboring cell will
not display the RSRP value.