Whether you choose to buy SureCall Fusion5s or Wilson Pro70, know the differences in aspects that matter - uplink power, downlink gain, and downlink power. Explanations of each of these 3 important terms is explained below the tables.
About even for both models. UL power is the least important factor in commercial booster applications.
|Band 12||Lower 700||Rural Frequencies||21.7||17.2|
|Band 13||Upper 700||20.9||20.1|
|Band 25||PCS||Urban Frequencies||21.7||18.8|
SureCall Fusion5s wins in high bands which are mainly used in urban areas.
|Band 12||Lower 700||Rural Frequencies||58.4||60.5|
|Band 13||Upper 700||58.4||60.2|
|Band 25||PCS||Urban Frequencies||71.1||64.6|
SureCall Fusion5s dominates Wilson Pro70. Fusion 5s will provide more coverage than Pro 70 when outside signal is strong.
|Band 12||Lower 700||Rural Frequencies||15.8||11.6|
|Band 13||Upper 700||16.1||10.4|
|Band 25||PCS||Urban Frequencies||16.4||9.5|
Signal Booster Performance Metrics:
Uplink Power (dBm):
The maximum output power that a booster transmits from the mobile device to the cell tower.
Uplink path fails before downlink path. Higher uplink power, keeps device connected further from tower.
Higher uplink power can also trigger a higher density LTE modulation (faster data speeds).
Downlink Power (dBm):
The maximum output power a booster transmits from the cell tower to the mobile device.
Maximum downlink power, directly prescribes the maximum coverage potential.
When the outside signal is strong, the maximum in-building coverage is defined by the maximum downlink power of the booster.
Downlink Gain (dB):
Amount of amplification a signal is increased. Input power dBm + Gain dB = Output power dBm.
The higher the Gain, the larger the in-building coverage up-to the booster’s maximum downlink power.
System Gain = active booster gain + passive antenna gain – passive cable loss.
Do you need professional installation service for your SureCall Fusion-5s or Wilson Pro-70?
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