Electro-Voice
Electro-Voice RE3-ACC-CXU10 10' Low Loss BNC Coax Cable 50 Ohm
Ten-foot low-loss coaxial cable with 50-ohm impedance and male BNC connectors for UHF wireless microphone systems
- Ultra-low-loss design preserves signal integrity over 10 ft
- 50-ohm impedance matches UHF wireless microphone systems
- Robust male BNC connectors ensure secure, stable connections
- Durable construction withstands demanding installation environments
- 10 ft length provides flexible antenna-to-receiver placement
Electro-Voice 10 ft Low-Loss BNC Coax
The Electro-Voice RE3-ACC-CXU10 is a 10-foot coaxial cable built for 50-ohm RF signal paths. It uses ultra-low-loss construction and robust male BNC connectors on each end. The cable is designed for UHF wireless microphone systems and antenna distribution runs. Condition is new.
Suited for UHF wireless installs needing 50-ohm
Installers extending antennas from receivers or distribution amplifiers will find the impedance match and low attenuation useful. The 10-foot length fits typical rack-to-antenna distances. Buyers needing a different impedance, a different connector format, or a longer run for the same loss budget should look at other cables.
50-ohm impedance with male BNC connectors
The defining specification is the 50-ohm characteristic impedance paired with male BNC terminations. This combination determines compatibility with UHF wireless receivers, distribution amplifiers, and antenna systems built for the same impedance. Verify that the connected equipment specifies 50-ohm BNC before purchasing.
Highlights
- Ultra-low-loss design preserves signal integrity over 10 ft
- 50-ohm impedance matches UHF wireless microphone systems
- Robust male BNC connectors ensure secure, stable connections
- Durable construction withstands demanding installation environments
- 10 ft length provides flexible antenna-to-receiver placement
Specifications
No published specifications for this item yet.
Questions about this item
How do I install the 10' BNC coax cable and what step do people get wrong?
Connect the robust male BNC connectors to the antenna and receiver, then hand-tighten each coupling until the bayonet pins lock; the common error is leaving the connector a quarter-turn loose, which raises loss on the 50 ohm line.
What maintenance or replacement will the 10' low-loss BNC cable need later?
Inspect the BNC pins and dielectric for corrosion or kinks after each touring season; replace the 10' assembly if the centre conductor shows pitting or the jacket cracks, because the ultra-low-loss design cannot be repaired in the field.
What limit shows up first on the 10' 50 ohm BNC cable under sustained RF use?
The 10-foot length and 50 ohm impedance set the attenuation floor; under continuous high-power UHF transmission the dielectric temperature rise becomes the first limit, increasing insertion loss before the connectors or jacket degrade.
New to this? Which coin should you pay with — what to check, what it costs to pay, and what is never asked for.
Also in this aisle
People compared these
Same shelf, same checkout — eight coins and a 30-minute rate lock.



