EAD RF240 – Low Loss Coaxial Cable is a flexible, durable, low loss cable with excellent RF properties.
With an outer sheath diameter of 6.1mm, our RF240 jumper cable assemblies are ideal for wireless networks including 4G/LTE access installations, LoRA and IoT deployments and many other applications across the UHF and cellular bands.
With excellent RF properties in a small diameter sheath, RF240 cable lends itself well to cable runs up to 15-20M for cellular applications.
EAD RF240 jumper cables are assembled at Embedded Antenna Design’s facility in Buckingham and typically assemble lengths vary from 0.5M to 20M with a wide choice of connectors including SMA, RP-SMA, TNC, N-Type, BNC and more.
- Excellent RF properties
- Flexible Outer Jacket
- Various Connector options
- Ideal for 4G/LTE applications
RF240-SF-SM-5M = 5M RF240 with SMA-Female / SMA-Male
RF240-SF-SM-10M = 10M RF240 with SMA-Female / SMA-Male
RF240-NM-SM-10M = 10M RF240 with N-Male / SMA-Male
RF240-NM-NM-10M = 10M RF240 with N-Male / N-Male
RF240-SM-TNM-10M = 10M RF240 with SMA-Male / TNC-Male
The RF240 is an equivalent to LMR240 cable, but a more cost effective alternative. We can offer this cable pre-terminated with SMA, N-Type, TNC and other RF connectors as required.
As these cables are assembled in-house we can quickly accommodate customer requests for specific lengths or connector types. RF240 complements EAD omni antennas such as the FGO and LMO antenna or the directional panel antenna, the LPM8270.
For a slightly smaller diameter cable and cable runs up to 10M, take a look at BWL195.
For even lower loss cables, take a look at the RF400.
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|Conductor (diameter):||Copper (1.4mm)|
|Dielectric (diameter):||PEE (3.80mm)|
|Screen:||Aluminium + polyester + aluminium tape 100%
Tinned Copper 80%
|Sheath (diameter)||PVC (6.10mm)|
|Screen Efficiency (dB):||100-900 MHz >90|
Note: Technical Data subject to change without notice.
|Frequency||Loss per 100m|
|100 MHz||7.8 dB/100M|
|400 MHz||16.2 dB/100M|
|600 MHz||20 dB/100M|
|1000 MHz||26 dB/100M|
|1750 MHz||36 dB/100M|
|2400 MHz||43.1 dB/100M|