Without coaxial cables and connectors, most radio applications in amateur radio or industry will not work. Incorrect selection of cables and connectors can lead to technical problems. Learn everything about cable and connector selection and special applications in these categories. What are the essential points when selecting cables and connectors?


  • The cable must be selected for the appropriate purpose.

  • The appropriate plug for the corresponding cable must be selected and connected properly.

  • There are ready-made solutions in the form of a pre-assembled cable or you can have your cable including connector made to measure with a short delivery time using a cable configurator.


Just browse through our cable and connector categories and find what you need. We carry a wide selection from many manufacturers for a variety of applications. In the corresponding subcategories you will find additional helpful information that will assist you in your selection. Have fun!

The cable configurator

You need a coax cable of exactly 172 cm length with BNC plug to FME socket? No problem with the WiMo cable configurator!

Items 471-480 of 490

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  1. Assortment 5 pcs. 1m cable PL/PL, Impedance 50 Ohm
    Assortment 5 pcs. 1m cable PL/PL, Impedance 50 Ohm

    Assortment 5 cables à 1m length, PL/PL, cable type H-155, Impedance 50 Ohm

    In stock, shipped in 1 to 2 days

    €54.50
    incl. VAT, plus shipping €45.80
    SKU 40402.B1
  2. Assortment 5 pcs. cable PL/PL 2x1m, 2x50cm, 1x2m, Impedance 50 Ohm
    Assortment 5 pcs. cable PL/PL 2x1m, 2x50cm, 1x2m, Impedance 50 Ohm

    Assortment of five LowLoss (H-155 type) cables with PL connectors: 2 x 1m, 2 x 50cm, 1 x 2m, Impedance 50 Ohm

    In stock, shipped in 1 to 2 days

    €54.50
    incl. VAT, plus shipping €45.80
    SKU 40402.B2
  3. 10mm cable PL male/PL female, 2m, CLF-400, Impedance 50 Ohm
    10mm cable PL male/PL female, 2m, CLF-400, Impedance 50 Ohm

    High quality, low attenuation coaxial cable 2m long, cable type CLF-400 (10.3 mm diameter), PL male to PL female connector, Impedance 50 Ohm

    No longer available

    €14.10
    incl. VAT, plus shipping €11.85
    In stock
    SKU 40400.02MFC
  4. SMA socket, print mount
    SMA socket, print mount

    SMA female connector (female) for mounting on printed circuit board

    No longer available

    €7.40
    incl. VAT, plus shipping €6.22
    In stock
    SKU 42907
  5. Replacement pin (4 pcs) f. DC plug 42914.6F
    Replacement pin (4 pcs) f. DC plug 42914.6F

    Replacement pins for DC connectors 42914.6F, for soldering or crimping

    No longer available

    €4.00
    incl. VAT, plus shipping €3.36
    In stock
    SKU 42914.6F.X01

Items 471-480 of 490

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FAQ

What is the best coaxial cable for my application?
As always - there is no _the_ best cable, but always only a sensible compromise. How thick can the cable be, how do I run it outside? Do I want to take the cable with me on a plane trip, so is the weight important? Do I want to do DX on the 23cm band, so do I need a cable with extremely low attenuation?
What diameter should the coaxial cable have?
There are cables from less than 2mm up to several dozen centimetres in diameter. Thicker cables have lower attenuation and can transmit higher power. Choose the cable with the largest diameter that fits best in the environment of feasibility (size of hole in the wall), installability (flexibility of the cable), price and your requirements in terms of performance and attenuation.
My Wifi router (or Helium Miner) has such a very small connector, about 5 mm in diameter.
Is this connector available for every cable?
It is most likely an SMA connector. This connector is available for many cable types, including 10mm cables with low attenuation. However, you have to ask yourself whether it makes sense to run this from the antenna to the terminal. Often a compromise of a thick cable with common connectors (N-type) and the use of an adapter cable (pigtail) is more practicable at the device. The somewhat higher attenuation caused by this combination is then accepted.
I often read about "RP-SMA" connectors. What is that?
RP stands for "Reverse Polarity" and means nothing more than that the inner conductor has an inverted design (calyx or pin) than is usually expected.
This variation became common in the early 2000s with the growing popularity of WLAN antennas in order to somewhat limit the proliferation of very powerful antennas - and thus much too high levels for the shared frequency band. In the meantime, RP connectors are available for very many designs (RP-BNC, RP-TNC, RP-SMA, RP-N, etc.), they are mostly used in the Wifi area.