#Downlink uplink how to#
#Downlink uplink full#
#Downlink uplink pro#
#Downlink uplink plus#

Wilson Amplifiers is the leading provider of cell phone signal boosters.

And, of course, show the differences in models by uplink and downlink power output.

Talk about the 3 major components of a signal booster.

Explain cell phone signal strength in terms of dB.

#Downlink uplink how to#

This leads to up to 2x the reach to the nearest cell tower while on the road or out in the field, especially in remote off-the-grid areas when signal and carrier service is limited.įor more about understanding how to boost uplink & downlink cellular speeds with signal boosters, we have some recommendations:

#Downlink uplink pro#

The Wilson Pro 4000R provides coverage up to 100,000+ sq ft.Īgain, something as 'small' as +3 dB or -3 dB can have discerning impact on coverage and performance.įor example #2, we'll look at our top two fleet & vehicle units, the weBoost Drive 4G-X and weBoost Drive 4G-M: Drive 4G-X uplink and downlink power output:ĭrive 4G-M uplink and downlink power output:īoth provide the same downlink output however, the Drive 4G-X provides +3 dB across all five bands (3G & 4G lTE) on uplink power.

#Downlink uplink plus#

The Wilson Pro 70 Plus provides coverage up to 50,000 sq ft. This translates to slightly more than 2x the coverage. With an average difference of +3.24 dB, the Wilson Pro 4000R is 2.11x more powerful than the Wilson Pro 70 Plus in the uplink power. However, the key difference is in the uplink power. Wilson Pro 70 Plus uplink and downlink power output:īoth provide a maximum downlink signal boost up to 12.5x. This boosted signal leads to more powerful uplinks and downlinks, which leads to the two most important benefits of owning a signal booster: faster internet data speeds & more coverage.įor example, let’s look at the two top-of-line WilsonPro cell signal boosters, the Wilson Pro 4000R and the Wilson Pro 70 Plus: Wilson Pro 4000R uplink and downlink power output: That's a minimum of at least 2x amplified 3G & 4G LTE signal. How Commercial-Grade Pro Signal Boosters Improve Uplinks & DownlinksįCC and IC approved enterprise cell phone boosters are legally capped at +70 dB of max gain, which potentially adds a lot of coverage and signal strength.Īlthough pro-grade boosters are capable of boosting up to +70 dB, because of the factors listed above, real-world results generally range from a +3 dB to +42 dB gain for a majority of users. Therefore, anything and everything can easily absorb, interfere, disrupt and block uploads & downloads from your cell phone. Check out the chart below to get a better understanding: DecibelsĮveryone’s cell coverage is different thanks to factors such as carrier preference, cell tower distance, outside interference, building material, internal impediments, and user location. This is the fragile nature of radio frequency, especially with cell phone signals. Even something as “small” as +3 dB represents 2x the power! Conversely, -3 dB means half the power. It's important to know that decibels are measured exponentially. Within the range between -101 dB and -120 dB, it’s possible to have working signal, but service is severely affected and spotty like a 101 Dalmatians. Most cell phone reception & service problems begin when signal strength ranges from -90 to -100 dB.

#Downlink uplink full#

In bar talk, -50 dB represents full bars, while -120 dB represents zero bars. This is the signal standard for all phones & cell devices, and for all carriers in North America. How Uplink & Downlink Power in Cellular Signal is MeasuredĬell phone signal strength is measured in decibels (dBm).įrom a signal level of -50 dBm to -120 dBm, cellular signal can range from great signal (-50 dB) to good signal (-80 dB) to average signal (-90 dB) to below average signal (-100 dB) to near dead zone (-120 dB). You're going against other like-minded people. So those peak hours when you're making a call. Cell towers can technically serve hundreds to thousands of cell devices but not all at once. Yes, even weather conditions such as thunderstorms, snow, and cloudy days interfere with uplinks & downlinks. Surrounded by lots of electronics or other radio-frequency-disturbing devices? They affect cell signals. Virtually any building material can disrupt cellular signal and internet speeds.

Tall trees, mountains, valleys, high structures, and other crowded development can easily alter and interrupted signals.

Long distance relationships don't work with cell phones and cell towers. If you happen to go over your allotted data plan, even if it's 'unlimited,' carriers such as AT&T and T-Mobile can reduce your internet speeds. Causes of Disrupted Uploads & Downloads on Your Cell Phone