A "direct connect" or M2M (machine-to-machine) booster skips over the interior antenna, and connects directly to the input antenna jack of a single target device - which means that phones and tablets without an antenna port will not be able to benefit.
The Pro IoT 5-Band is a M2M booster - typically intended for fixed installations like providing connectivity to the modem located in an ATM or a RedBox.
The Pro IoT 5-Band has an antenna that goes on the roof, an amplifying unit that is kept indoors, and then the interior output cable plugs directly into a single target device with an antenna port.
Of particular interest to RVers is the potential for using two of these in a dual-booster configuration to go into a device with MIMO antenna ports, such as many cellular routers and some mobile hotspot (like the Verizon AC791L and AT&T UnitePro).
More Information on MIMO and boosters: Understanding MIMO (Multiple Input, Multiple Output) – LTE Speed & Cell Booster Implications
NOTE: This product was previously made by weBoost as the Signal 4G, but it was discontinued and replaced by the identical IoT 5-Band, only now with a blue casing to better fit into weBoost's commercial focused sister company WilsonPro.
Specifications
- Model: 460119
- Gain: 15dB
- Max Uplink Power: 24 dBm
- Impedence: 50 ohm
- # of Devices Boosted Simultaneously: One
- LTE Bands Supported: 5, 12, 4, 13, 25/2
- Exterior Antenna: 4" Magnetic Mount - 15' Cable
- Internal Antenna: None - Direct Wired
- Range of Interior Coverage: Direct Wired
- In Motion Usage: No
- Power: AC/DC 5V/2A
- Connectors: SMA Female
- Dimensions: 1.25" x 3.5" x 6.25"
- Warranty: 3 Year
- List Price: $299.99
News, Videos & Status
weBoost sent us two Signal 4Gs (now Wilson Pro IoT), and we conducted extensive testing with the pair as part of our Spring 2016 round of Cellular Antenna Testing.
Related News:
Alternatives to Consider
For other booster options on the market worth comparing this model to - here are our featured options:
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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: