Reddit reviews Wilson Electronics 50 ft. Black WILSON-400 Ultra Low Loss Coax Cable (N-Male to NMale)
We found 3 Reddit comments about Wilson Electronics 50 ft. Black WILSON-400 Ultra Low Loss Coax Cable (N-Male to NMale). Here are the top ones, ranked by their Reddit score.
WORKS WITH 50-OHM AMPLIFIERS - Designed for use with 50-Ohm amplifiers and accessories, this cable works with any weBoost in-building amplifier equipped with N connectors. The coaxial cable facilitates uninterrupted transfer of signals from devices and gadgets, while also reducing the amount of signal loss.CL3 RATED - Manufactured and assembled in the USA, this coaxial cable is CL3 rated and can carry up to 300 volts, making it ideal for commercial applications. Constructed from premium double-shielded twisted pairs and triple-shielded coaxial cable, this superior product suits single, three-phase three-wire, and three-phase four-wire systems, so it’s perfect for gadgets and appliances.N-TYPE CONNECTOR - This signal booster features an N-type connector with a threaded, weatherproof structure. The medium-sized RF connector quickly receives large amounts of data and easily handles frequencies of up to 11 gigahertz.COMES WITH A 2-YEAR WARRANTY - Created to maximize the functionality of our weBoost amplifiers, this cable allows transfer of signals over large distances with minimum signal loss. It comes with seven-day-a-week support and a two-year warranty so you can feel confident in your purchase!WORKS ON ALL CARRIERS - This cable is designed to work with devices and appliances with 50-Ohm impedance. Ideal with an antenna and amplifier, this coaxial cable works on all carriers – AT&T, T-Mobile, Verizon, Sprint, and U.S. Cellular. This cable is guaranteed to help increase your antenna's or amplifier's coverage, giving you enhanced call quality and superior data connectivity.Frequency range - 30 ~ 5800 Mhz. Capacitance -24 pF/m
It’ll do fine in the weatherproof enclosure. It’s enclosed it has power going into it. It’ll do fine.
BUT if you really don’t trust it you need a HUGE cable. This is what you’ll need.
Wilson Electronics 50 ft. Black WILSON-400 Ultra Low Loss Coax Cable (N-Male to NMale) https://www.amazon.com/dp/B0018PVVBS/
Even this way you’ll have signal losses, but don’t get anything thinner otherwise it’ll be useless.
I just went through the process of setting up an M1 with external antennas and can give you my experience. For background, I'm located in a pretty rural area where satellite is the only option for internet, so I was probably willing to put in a little more time and money than the average person.
Initially, with no antenna, I was getting around 3-4Mbps most of the time. Occasionally, I had issues connecting at all.
Added the following equipment (x2 of everything for MIMO):
With these antenna at a high point (~25ft above ground level) in my attic at +45/-45 degrees, I'm getting consistent 25Mbps minimum and frequently 60+Mbps, no issues with connectivity or slow speeds since moving it. Before getting the antenna up high, I could only ever connect to band 12, but moving to the attic allowed me to pick up bands 2 and 14 which I assume is where I picked up the massive speed increase.
This wasn't a cheap setup, unfortunately, but I am very pleased with it overall.
Yep... at the frequencies your phone link most likely uses, you need to be real careful about working with the cable and connectors. Probably your best bet would be to open the connection between the coax cable (which looks like a male N-connector on the coax) and the adapter piece, then add in some more length here if you need it. You can buy a pre-made low-loss coax length like this fairly readily (that link is for a 50ft length. Other lengths are readily available too) and all you also need is an N-connector female-female adapter to join the existing coax to the extension. The adapter piece you have looks like an N female to TNC male....verify that it's indeed what you have before buying anything. :-)
EDIT: Oh...a silly after thought...
If punching a hole in the wall is an issue, have you considered leaving the phone link where it is and just running phone cable to where you want the phone?Scratch that... I realise now that what you have is a cordless phone cradle.