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First VoLTE Certified Consumer Cell Phone Signal Booster

Mar 23, 2017

First VoLTE Certified Consumer Cell Phone Signal Booster

VoLTE stands for Voice Over LTE, meaning a protocol that transmits cellular voice calls over the new 4G LTE network which has mainly been used for fast wireless data transfers. SureCall Force 5 consumer cell phone signal booster has received the very first LTE and VoLTE certification from V-COMM, a FCC testing and certification lab for wireless service carriers. All the rest of VoLTE network boosters work just as well because they are built using same standards. Buy voLTE signal booster to improve comprehension when talking on your cell phone.

SureCall Force5 is a self-contained 5-band voice, 3G, and 4G LTE cellular signal booster that boosts and improves indoor mobile network reception indoors. In 2017 as of today, it is the first and only consumer signal booster in signal boosting industry to be certified for VoLTE by an FCC testing facility. All the rest of SureCall's in-building boosters are already being built to the same standard implying they too, perform just as well. The result is less noise during cellular phone communications and a clearer call that results with a consistent signal when a cell phone user has VoLTE protocol turned on in their smartphone.

SureCall offers cost-effective signal amplification alternatives to complex active DAS solutions. With the Force-5 being the first to meet certification standards for LTE and VoLTE and other SureCall's residential and commercial boosters being built to the same standard, these signal boosters are future-proofed as the rollout of new VoLTE technology continues at a very fast pace.

A passive DAS solution (Distributed Antenna System solution), the Force5 is a powerful enterprise level Voice/3G/4G LTE signal booster that has been successfully installed by In many cases, its installation has been performed using custom architectural design with multiple signal amplifiers kitted together. Such expanded boosting system design with multiple boosters enables boosting of reception to cover areas upwards of 250,000 sq. ft. at a fraction of the cost of an active DAS solution.

It has worked very well to boost indoor reception inside numerous commercial and industrial buildings including schools, universities, hospitals, residential apartment complexes, etc. Each Force-5 amplifier unit is built with high linearity to support up to 100 simultaneous callers and wireless data users for coverage areas of 25,000 square feet or more. It boosts Cellular, PCS, AWS and 4G LTE signals for all major carriers in USA including Verizon, AT&T, Sprint, T-Mobile, as well as Rogers Wireless, Telus Mobility, Bell Mobility in Canada.

The tested V-COMM results showed outstanding performance for both Verizon's 700 MHz Band 13 and AWS 2100 MHz Band 4, and AT&T's 700 MHz Band 17. The test results included modes such as LTE Error Vector Magnitude (EVM), LTE data throughput, and VoLTE audio performance testing. VoLTE testing was performed over a wide range of existing signals received scenarios, with outside signal levels as low as -105 dBm RSRP. The results showed excellent performance for VoLTE service inside buildings with signal amplifier in place.

EVM testing revealed excellent performance with a higher LTE data rate than any other mobile signal amplifier in the market. Additionally, at the time of the Force5's certification, no other signal booster in the market has met VoLTE's requirements for certification. 

2G has been the protocol that has been used traditionally by mobile service carriers to transmit sound transmissions for voice phone calls. That is going to change in the near future because 4G VoLTE provides a much larger capacity to transmit voice transmissions over a wireless network. AWS-3 Band 66 LTE spectrum phones compatible with Band 66 LTE network are the LG V20, ZTE Grand X4, Samsung Galaxy A5, LG G6 and Samsung Galaxy S8. Currently, SureCall signal boosters have the best cell phone signal booster of choice for VoLTE or Voice over LTE infrastructure protocol that is going to be used widely in the future for voice transmissions on wireless mobile networks.


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  • This article does nothing for me. It has too much technical jargon and it’s not written in a way that is easy to understand. Whoever wrote this should go to school and take a class in technical writing. The basic structure is good, but there aren’t enough explanations. Sometimes you have to use jargon, but you should explain it.

    Amanda Rosenthal on
  • There’s some confusion about wifi and cell phone signal boosters which is why I’m glad I browse the blogs at I’m fascinated by cell phone boosters whether they’re indoor cell phone boosters or vehicle cell phone boosters. From what I’ve read here, this is just another example of how cell phone booster manufacturers are doing just as much (if not more) as cell phone providers to ensure strong signals for cell phones.

    Lance Howard on
  • I try to keep up on the latest trends in technology and while I don’t need the fanciest or most expensive phone, I want one that has solid connectivity. That’s why I’m excited by Voice Over LTE. I’m also looking at a signal amplifier because whatever phone I have, I want its signal to be amplified to the fullest extent possible. That’s where a signal amplifier can deliver me what I’m looking for.

    Dennis McCormack on
  • Someone asked me about cell phone signal boosters and I told them about this site. I told them if you’re looking how to increase cell phone signal strength, there’s a lot of different technology available. However, you need to do your proverbial homework and check these things out. Hopefully people will research before they buy.

    Gary Pearson on

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