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Your cart is empty.Enjoy premium connections with the Ultra Low Loss Coaxial Cable. The 100 ft. cable is for indoor and outdoor use and connects an amplifier to a splitter, tap or inside or outside antennas. With N-male to N-male connectors, the cable attenuates the signal 4 dB. The cable works with any Wilson in-building amp equipped with N-connectors.
J. Redding
Reviewed in the United States on March 12, 2024
I did not find much data on the "Low Loss" claim but took a chance. I have a Agilent test set that reads loss in db, so I measured the new 100 ft roll after measuring a 3' N-N piece of 3/8" Heliax. The attached photo shows the response 10 mhz to 1000 mhz of the 100' length using the Heliax as a reference. The cable is marked as "Wilson". It does measure as "low loss", and worth the price.
Customer
Reviewed in the United States on July 20, 2023
The cable is stiff and not easy to run. Especially if you’re trying to run down wall. The connectors are big so you have to cut a big hole. Especially if you’re running 2-3 down wall to device.
David Bisciotti
Reviewed in the United States on January 3, 2023
The LMR400 cable is rated at "low loss" - Actually measured about 1.02 dB loss for the 100 foot cable. Pretty good and in spec. I have previously used this outdoors for over a year with pretty good performance. The rigidity of the cable makes this a little difficult to use. Do not create sharp bends in the cable, you must respect a moderate radius if a bend is needed. If you need PL259 connectors, I recommend purchasing good quality adaptors and waterproofing the connection in lieu of attempting to replace the N types connectors. The factory connectors are sealed well and hold up outdoors
Kevin S.
Reviewed in the United States on April 3, 2023
This stuff is the real deal. Less than 1 dB insertion loss on 100' anywhere in the spectrum I measure. Begins to hit 1 dB loss in the UHF band. Pretty dynamite stuff, esp at 80 cents a foot.
Michael J. Lake
Reviewed in the United States on January 28, 2022
Tested as specified with my Network Analyzer and cable has otherwise worked ok.
ron ron
Reviewed in Canada on June 4, 2021
perfect
Dave
Reviewed in Canada on November 16, 2021
I installed this cable for my amateur radio repeater on UHF, flat SWR works great! Connectors are good and well sealed, I will purchase it again for my amateur radio needs.
SaundersCharland
Reviewed in Canada on August 5, 2016
Very fast delivery. Product exactly what I wanted. Thanks
Christopher Lambert
Reviewed in the United States on March 18, 2014
I work in a concrete fortress of a building that has a brick exterior on top of that and metal roofs covered in tar. So I needed a way to get signal in the building. I coupled this with a wilson 4G booster and Wilson omni directional atenna and I now went from 1 to 0 bars of roaming to 2 to 4 bars of 4G in the building.This cable is tough and very weather resistant. I little stiff, but that is whats needed to make this thing last.
Robert T. Snyder
Reviewed in the United States on December 23, 2013
I have never used LMR-400 so I cant really compare to this but this was easy to use and similar to orther RG-8 types I have used (but with better specs). I ruined one of the N connectors and had to replace it. I used a PL-259 and it fit perfectly. Easy enough to strip and work with the shield. This is now feeding a cell phone antenna/amplifier and supports close to the 2Ghz without the horrible line losses you get with smaller cable. High frequencies (400Mhz and up ) and long runs especially require good coax like this and if you dont have it you are giving up most of your signal to your coax. Cell phones use 700Mhz and 1900Mhz.
some_IT_guy
Reviewed in the United States on November 18, 2013
We just completed wiring our large manufacturing warehouse and offices with a cell booster system from Wilson Electronics. We used the Ultra Low Loss cable in various lengths, including 100 ft, 50 ft, 30 ft, and 2 ft. It is very sturdy and well made. It was easy to connect to the main and in-line amplifiers and the external and internal antennas. The installation worked without any issues and we now have 5 bars of cell reception throughout our building. Highly recommended.Also, see http://www.amazon.com/gp/product/B009U5C0GI/ref=cm_cd_asin_lnk for more information on the entire system we installed, including how it was connected and the signal loss across each component.
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