All Products

SKU: SF-CAB-14132

This is a very simple 1m long TNC to RP-SMA cable. We like to use this cable to connect our ultra high-frequency RFID antennas to an equally powerful reader board. This cable is perfect for extending pre-existing cables to give yourself a better range of operations when managing your RFID proj...

SKU: SF-CAB-14911

This 1-metre interface cable converts between N-type and RP-SMA connectors, making it ideal for connecting larger LoRa antennas (such as 915MHz antennas with N-type connectors) to devices with RP-SMA ports. The RG316 coaxial cable supports frequencies up to 3GHz. Specifications Connector A: N-...

SKU: SF-CAB-21740

This is a 10 meter (33 ft) long Male TNC to Male SMA cable with injection molded stress-relief boots. This is an excellent cable for connecting one of our RTK development boards to a high quality 'UFO' style GNSS antenna. It's long enough to connect to an antenna on the roof to one of our GNSS re...

SKU: SF-CAB-21739

A 300mm (1 foot) SMA male to TNC male cable with injection-moulded stress-relief boots. Built with SYV-50-3 cable for an excellent balance of low signal loss and high flexibility — chosen over RG58 for superior performance at GNSS frequencies. Ideal for connecting RTK development boards to high-...

SKU: SF-WRL-14131

This is your solution when you absolutely, positively need to get the most out of an antenna for your next RFID project. This ultra high-frequency (UHF) RFID Antenna boasts a frequency range of 860-960 MHz with a gain of 6dBi. This is the same external antenna we use for our Simultaneous RFID ...

SKU: SF-CAB-22037

A 25cm RP-SMA male-to-female extension cable with RG174 coaxial housing. Ideal for repositioning an antenna to the outside of an enclosure while keeping your electronics neatly inside, this cable provides a reliable RF connection for GPS, cellular, Wi-Fi, and other RF applications. The RP-SMA (R...

SKU: AF-5444

An adapter cable that connects an RP-SMA antenna to RF modules with a w.FL (MHF3 / IPEX3) connector. Essential for adding external antennas to Wi-Fi, Bluetooth, and other RF boards that use the tiny w.FL port — such as the Adafruit Feather ESP32 V2. The cable is just over 20 cm (7.8″) long, with...

SKU: SF-WRL-09233

The SMA Male to RP-SMA Male Adapter converts between SMA and RP-SMA connector types, making it easy to pair antennas and cables that use different threading configurations. One end features a standard SMA male connector (centre pin, outer nut) and the other features an RP-SMA male connector (cent...

SKU: SF-WRL-00662

This connector cable interfaces UFL RF connectors to RP-SMA antennas. Use it to attach any standard RP-SMA 2.4GHz antenna to the our WiFly Shield.Dimensions: 4" LengthDocuments: Datasheet RF Connector Buying Guide

SKU: SF-CAB-22038

This is a basic RP-SMA (Reverse Polarity Sub-Miniature A) male to female connector cable. Each cable is 10M (393.7in.) long with RG58 housing. The RP-SMA connectors at each end are small enough for most consumer GPS, cellular, and other RF applications and they use a threaded housing to create st...

SKU: AF-852

This RF adapter cable is super handy for anyone doing RF work. Often times, small electronics save space by having a pick-and-placeable u.FL connector (also called uFL, IPEX, IPAX, IPX, MHF, and AM). But most antennas have SMA or RP-SMA connectors on them. This little cable will bridge the two...

SKU: AF-920

This RF adapter bit is great for anyone doing RF work. Depending on the dev-board and antenna you have, you may be faced with either RP-SMA or SMA connectors. Unfortunately they are not compatible! This adapter solves the problem with an SMA jack on one end and an RP-SMA Plug on the other. We ...

SKU: SF-CAB-22036

An RP-SMA (Reverse Polarity Sub-Miniature A) extension cable with male-to-female connectors and RG174 coaxial housing. Ideal for mounting an antenna to the outside of an enclosure while keeping the electronics inside. Threaded connectors provide secure mechanical connections. Specifications Co...

SKU: AF-919

This RF adapter bit is great for anyone doing RF work. Depending on the dev-board and antenna you have, you may be faced with either RP-SMA or SMA connectors. Unfortunately they are not compatible! This adapter solves the problem with a RP-SMA jack on one end and an SMA Plug on the other. We a...

SKU: SF-WRL-09232

This is an adapter that converts an RP-SMA board to an SMA antenna. The adapter will connect to any of our 2.4GHz wireless boards (Bluetooth, Nordic, or XBee) or interface cables and will allow you to use an antenna/cable with an SMA connection. You should not need this adapter with any of ...

SKU: SF-WRL-18569

This RP-SMA to U.FL Cable is commonly used to attach WiFi, Bluetooth, or nRFxxx based devices to a 2.4GHz antenna. What makes this unassuming cable special is the slightly longer length of 150mm (compared to 100mm). We found that the extra 50mm makes all the difference when working with an enclos...

SKU: SF-WRL-00145

A 2.4 GHz rubber duck antenna with 2.2 dBi gain and a reverse-polarity SMA (RP-SMA) connector. At 100 mm (4″) long with 50 Ω impedance, it's a straightforward way to add an external antenna to WiFi, Bluetooth, ZigBee, or other 2.4 GHz RF modules. Key Features 2.2 dBi Gain – Omni-directional co...

SKU: SF-WRL-14876

A 1/2-wave 915MHz LoRa duck antenna with 2dBi gain and an RP-SMA connector. Designed for the 860–960MHz band, this 200mm antenna is ideal for extending the range of LoRa nodes and other sub-GHz radio modules. Specifications Frequency Range – 860–960MHz Gain – 2dBi Type – 1/2-wave dipole Con...

SKU: SF-WRL-09143

A 900/1800MHz dual-band duck antenna with 2dBi gain and an RP-SMA connector. Well suited for XBee 900MHz modules and other 900MHz radio applications. 50-ohm impedance, 105mm long. Specifications Frequency – 900/1800MHz dual-band Gain – 2dBi Connector – RP-SMA Impedance – 50 ohm Length – 10...

SKU: AF-945

A 200 mm (8″) swivel dipole antenna with 5 dBi gain and an RP-SMA connector — the industry-standard fitting found on most WiFi routers and wireless modules. The higher gain compared to the 2 dBi version extends range at the cost of a larger form factor. The swivel joint lets you angle the antenna...