In today’s connected world, consistent and reliable mobile phone service is more crucial than ever. However, achieving good signal strength can be a challenge, particularly in rural areas, buildings with complex structures, or at the edges of a network’s coverage.
Many 4G and 5G networks operate in Band 71. This band is not as common as the other bands (such as 2, 4 and 5). However all major carriers use it and your phone might be operating in this band.
If you’re experiencing dropped calls and poor internet speeds then a Band 71 Signal Booster can be used to amplify signals. In this post we review two cost-effective boosters that are known to improve signal reception and coverage.
Without further ado, let’s get into it.
Table of Contents
Tonve Cell Signal Booster
The Tonve Signal Booster is highly rated at 4.8 on Amazon. The product covers all major carriers Verizon, T-Mobile, AT&T, U.S. Cellular, Cricket, Straight Talk, Sprint, Bell, Telus, Rogers. Frequency bands included: 71, 66, 30, 25, 26, 17, 13, 12, 5, 4, 2.
The booster has LED status indicator lights, automatic gain control, auto standby mode, and oscillation elimination technology. This ensures that the signal booster intelligently adapts to different environments (rural, suburban or urban). No manual adjustments are required (you won’t need a degree in Radio Frequency Engineerin) as it consistently provides stable signals.
The warranty service is also very good. If the product does not meet performance expectations you can get a 30-day refund, 3-month replacement, and a 5-year manufacturer warranty.
Macyloe Signal Booster
In addition to n71 it also works in bands 2/4/5/12/13/25/30/66. This additional band coverage is important as carriers do tend to switch the operating bands over time.
The booster supports all major US and Canadian Carriers: Verizon, T-Mobile, AT&T, U.S. Cellular, Cricket, Straight Talk, Sprint, Bell, Telus, Rogers. Customers like the ease of installation and performance.
What is Band 71?
Band 71 refers to a frequency band used for LTE and 5G networks at 600 MHz. The band has Uplink frequencies: 663-698 MHz and Downlink frequencies: 617-652 MHz.
It was originally designated for television broadcasting, but has been repurposed to expand and improve wireless telecommunications, particularly in the United States by T-Mobile.
Here are some key points about Band 71:
- Extended Range: The 600 MHz frequency allows for a wider coverage area and better signal penetration through walls and other structures, which is particularly beneficial for rural and indoor coverage.
- Improved Network Capacity: By adding Band 71 to their network, carriers can offer better service in areas with previously limited or congested wireless access.
- 5G Expansion: Carriers such as T-Mobile in the USA and Telus, Bell, Rogers in Canada used Band 71 not only to enhance its LTE network but also as a foundational layer for its nationwide 5G network. The low-band spectrum is crucial for achieving widespread 5G coverage.
Band 71 is especially significant for improving connectivity in less densely populated areas, where higher frequency bands may not be as effective due to their shorter range.
Why do you need a Signal Booster for Band 71?
Using a booster for Band 71 can be beneficial, particularly under certain circumstances where signal strength might be an issue:
- Signal Attenuation: Even though Band 71 operates at a lower frequency, which generally provides better building penetration and wider coverage than higher frequency bands, there can still be significant signal loss due to materials used in building construction, such as metal, dense concrete, and energy-efficient window coatings. A booster can help amplify the signal to overcome these barriers.
- Rural or Remote Areas: In rural or remote areas, cell towers might be sparse, leading to weaker signals. A booster can extend the range of a weak signal, improving the reliability and quality of the connection.
- Edge of Coverage Zones: If you are located on the edge of a cell tower’s coverage zone, you might experience intermittent or weak signals. A booster can help stabilize such connections by amplifying the available signal.
- High Demand Scenarios: In areas with many simultaneous users, such as crowded neighborhoods or during large events, the demand on a single cell tower can degrade individual user experiences. A booster can improve signal strength, leading to better service and faster data speeds.
- Enhancing Indoor Coverage: For environments like basements or buildings with complex layouts, signal degradation can occur. A booster can be particularly useful in these scenarios to ensure consistent service.
By enhancing the signal strength and quality, a booster helps in maintaining a reliable mobile service, thereby enhancing user experience, especially where Band 71 is a critical component of network coverage.
