Wide-Band 2 Way Splitter-3dB SMA Female-50 Ohm Cellular Signal Splitter for 4G/LTE System by XRDS-RF
Key features
- •WORKS GREAT: 2-way 50ohm splitter sma female connectors full-band 698MHz-2700MHz.used this item to attach four antennas to one cell amplifier.
- •LOW INSERTION LOSS:designed to split an amplified signal to two antennas with minimum signal loss.
- •COMPATIBILITY: this electronics -3dB 2-way splitter accommodates many combining solutions between LTE (700 MHz). cellular (800 MHz). pcs (1900 MHz) and aws (2100 MHz) splits high and low cellular frequencies into 698-787 MHz and 824-2200 MHz. compatible with all us carriers including: verizon/AT&T/SPRINT/T-mobile/straight talk/Cellular/IBS & DAS.
- •CONNECTOR TYPE: sma-female connector.
- •QUALITY YOU CAN TRUST: 2-way 50ohm splitter Lifetime Guarantee.100% money refund guarantee and replacement warranty.
Wide-Band 2 Way Splitter-3dB SMA Female-50 Ohm Cellular Signal Splitter for 4G/LTE System by XRDS-RF
List Price: $52.36$47.12DEALYou Save: $5.24 (10%)
Free shippingFree Returns – 30 daysFree Order CancellationSecure Payment2–3 Days DeliveryGet It June 24, 2026In Stock (1)No marketing spamNo account requiredFulfilment by FedEx / Amazon / UPS / ShipwirePayPal / Card Buyer Protection
Customer Reviews
Reviews sourced from verified Amazon purchasers5.0
out of 5
Based on 1 reviews
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It works just like they say it does.
michaelcrossland✓ Verified Purchase•July 23, 2023
I like that this splitter does not have a hard cut off at it's top or bottom most sides of it. Now don't kid yourself the lower or higher you go the more of a per-amp you will need to get it through.
I used it with my wide band whip that does 50Mhz to 2.1Ghz. It works fine for it on mu SDR's that I have hocked up to it. The only other down side to note is if you are use to using your SDR's to power up a per-amp, this splitter does not pass power back out of the input side. However it does let power go from both output ports so turn any kind of power to feed a per-amp off other wise your more them likely going to burn out the SDR's. Now unlike others that have set range like this does. This one does not just end up acting like a cutoff once you hit it ranges. It will keep feeding your radios. However about every 200Mhz belove it lowest you go you will need at lest a 5db boost over what you where running out your per-amp to keep a good signal to be able to keep hearing things. around about the 100Mhz rang was where I could not get anymore even with a full 45dB per-amp. As for the higher end not sure as I don't do much past the 1.09Ghz range But I would bet it would end up falling off fastest just due to how those waves don't go very far even under high power outputs.
I used it with my wide band whip that does 50Mhz to 2.1Ghz. It works fine for it on mu SDR's that I have hocked up to it. The only other down side to note is if you are use to using your SDR's to power up a per-amp, this splitter does not pass power back out of the input side. However it does let power go from both output ports so turn any kind of power to feed a per-amp off other wise your more them likely going to burn out the SDR's. Now unlike others that have set range like this does. This one does not just end up acting like a cutoff once you hit it ranges. It will keep feeding your radios. However about every 200Mhz belove it lowest you go you will need at lest a 5db boost over what you where running out your per-amp to keep a good signal to be able to keep hearing things. around about the 100Mhz rang was where I could not get anymore even with a full 45dB per-amp. As for the higher end not sure as I don't do much past the 1.09Ghz range But I would bet it would end up falling off fastest just due to how those waves don't go very far even under high power outputs.
