RF CONNECTIVITY FOR ENGINEERING AND SOURCING
RF Connectors, Cable Assemblies & Antennas for Prototyping and Production
Source standard RF components by application, or share your connector, cable, frequency and quantity requirements for review.
Applications
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FPV & Drone RF
For FPV pilots, drone builders, VTX/RX integrators and ground-station projects that need...
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SDR & Two-Way Radio
For SDR users, scanner listeners, amateur-radio operators, CB/GMRS users, repeater builders and...
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RF Test & Prototyping
For RF laboratories, engineers, technicians and prototype teams connecting VNAs, spectrum analyzers,...
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Wireless Infrastructure & IoT
For wireless installers, system integrators, IoT developers and network-equipment teams building indoor,...
FOR ENGINEERS, INTEGRATORS AND RF BUYERS
Choose the Right RF Sourcing Path
Start with a standard catalog product, request an evaluation sample, ask for volume pricing or send a custom interconnect requirement.
From requirement to order
- 1Share the requirement
- 2Technical information review
- 3Quote and configuration confirmation
- 4Sample or order path
Technical suitability and availability are reviewed for the specific product or project requirement.
Let customers speak for us
Low-Loss Coaxial Extension Cable RG58 SMA Female to SMA Male WiFi Extension RF Connector and Two-Way Radio Applications Pure Copper Coax Cables 50 ohm RF Antenna Lead Extender
Excellent
If you're just trying to connect your wifi across the room to your router, these are perfectly adequate and a lot lower profile than other options. Seem to work just fine at 2.4 and 5mhz.
Worked great.
It's basically what you'd expect. The cable is fairly well built; I ordered two and swept them both from 50 MHz to 2 GHz. The S Parameters, insertion loss, and group delay I'll attach as images. The difference between the two cables (in terms of group delay) was approximately 0.4 nsec (one was 95.1 nsec, the other was 95.5 nsec).The insertion loss is about 0.4dB per meter at 1 GHz.
It's basically what you'd expect. The cable is fairly well built; I ordered two and swept them both from 50 MHz to 2 GHz. The S Parameters, insertion loss, and group delay I'll attach as images. The difference between the two cables (in terms of group delay) was approximately 0.4 nsec (one was 95.1 nsec, the other was 95.5 nsec).The insertion loss is about 0.4dB per meter at 1 GHz.
Used these on my sffpc. Still have a solid connection over 5ghz, though switching from a full size antennas to these there was a drop off of 2 bars showing.Hasn't affected performance from what I can tell, everything works the same (speed/range)
Great product solution to extend antenna feedline.
Great product solution to extend antenna feedline.
They perform better than the 8�� long ones. No idea why. But they work amazing.
I bought this antenna for the purpose of improving my bluetooth penetration/range. Before, in my small apartment, my bluetooth signal would break up when I went into my bedroom/bathroom from the living room. Now, with the antenna connected to my fosi bt30d pro, the signal is rock solid where it kept breaking up before. Absolutely worth it. Other reviewers saying this isn't for BT are dead wrong, this is a 2.4ghz antenna, if it doesn't work with bluetooth, it doesn't work with 2.4ghz.
Excellent quality
Excellent quality
these are decent enough that im not worried about them killing a wifi card, and with the size i wouldnt think they are going to change the world with signal strength, but is you need short stubby antennas that will do the job these seem to be it.
Purchased to have the antennas on back of PC which are longer with these to reduce the risk of getting broken. There's a noticeable range drop from standard size antennas but This is enough for the 6' range I needed to connect the Xbox controller to the PC. I would not buy these if needed to use for connecting Bluetooth headphones and If I needed longer range.