The SureCall TriFlex2Go booster came in three carrier specific versions - with a model specific to Verizon, AT&T, and T-Mobile.
All three boosters support the widely used 800Mhz and 1900Mz 2G/3G bands, but each only supports the LTE bands of the specific carrier it was sold for.
The AT&T version supports LTE Band 17, the Verizon version supports LTE Band 13, and the T-Mobile version supports LTE Band 4.
We tested two of the TriFlex2Go boosters (the AT&T and Verizon versions) in 2014 (provided courtesy of Powerful Signal), and they performed well - but given the carrier specific limitations, higher cost (original list price was $600!), and how physically bulky these units are - we couldn't find any reason to recommend this product line over other better options.
For our original in-depth test of the TriFlex2Go boosters versus the Wilson Mobile 4G:
Booster Testing: Wilson Mobile 4G vs SureCall TriFlex2Go
Review & Testing Status
We are not currently testing this product.
Alternatives to Consider
For other booster options on the market worth comparing this model to - here are our featured options:
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This booster has reached the end of it's life, and is no longer for sale.
The successor product is the SureCall Fusion2Go, which is a multi-band booster that supports multiple carriers at once.
Cellular boosters can be quite useful for boosting the signal to a smartphone to get a more solid phone call. But when it comes to enhancing cellular data performance, things get more complicated.
Because of a technology called MIMO (multiple in multiple out) that is essential to LTE and 5G data, often times the internal antennas on a smartphone or hotspot don't benefit from an amplified signal. Boosters also only cover a handful of the frequency bands the carries use for data.
But a booster can play a role in a mobile internet arsenal - as they excel during times when you are really far from a tower, or where upload speeds are important (such as video broadcasting).
For more on understanding boosters vs. MIMO - check out video:
For more on signal enhancing, including understanding boosters and the many forms they come in - follow up with our guides: