Audio-Technica RF Venue Attenuator Kit 6-DB (2-Pack)

Product Overview

The RF Venue Attenuator Kit 6-DB (2-Pack), distributed by Audio-Technica, provides two 6 dB signal attenuators for managing RF input levels in wireless microphone systems. Inline attenuation helps prevent receiver front-end overload when antennas or signal sources deliver more RF energy than a receiver can cleanly handle. The two-pack supports dual-input diversity receivers, allowing matched attenuation on both antenna paths. It is a compact, practical accessory for tuning RF gain structure in live and installed audio environments.

Product Description

Strong RF signals can overload a wireless receiver's front end, producing intermodulation, desensitization, and unstable reception. Inline attenuators reduce incoming signal strength by a fixed amount so the receiver operates within its optimal input range. This kit supplies two 6 dB attenuators, which lets you apply consistent attenuation across both antenna inputs of a diversity receiver or distribute units across multiple channels in a coordinated RF system. Correct gain staging at the antenna stage is a common requirement when using active antennas, antenna distribution, or long coaxial runs.

For larger deployments, these attenuators integrate into an RF infrastructure alongside antenna kits and distribution gear. To review compatible RF accessories, see our RF Venue attenuator kit listing. Each pack contains two attenuators, making it convenient to outfit a dual-antenna receiver in a single purchase.

Key Features

• 6 dB Fixed Attenuation — Each attenuator reduces incoming RF signal strength by 6 dB to keep receiver input levels within their optimal range.
• Two-Pack — The kit includes two attenuators, enough to treat both antenna inputs of a diversity receiver.
• Front-End Overload Protection — Inline attenuation helps prevent receiver desensitization and intermodulation caused by excessive RF input.
• RF System Gain Staging — The attenuators support proper gain structure when used with active antennas, distribution systems, or long coaxial runs.

Technical Specifications

Specifications sourced from Audio-Technica (audio-technica.com).