RF Venue DFINW – Diversity Fin Antenna, White Wall-Mount Install

Product Overview

The RF Venue DFINW is the white permanent-install version of the Diversity Fin wireless microphone antenna. Functionally identical to the DFIN and DFINB, the DFINW ships with a white wall-mount bracket for fixed installation in light-colored environments. Its patented cross-polarized design — an LPDA and dipole element at 90 degrees — provides both A and B diversity outputs from a single unit, eliminating orientation-based wireless microphone dropouts. Coverage is 120 degrees horizontal with typical range exceeding 300 feet.

Product Description

The DFINW is the white wall-mount version of RF Venue's Diversity Fin antenna family. It uses the same patented antenna element as the DFIN and DFINB, providing identical RF performance — the change is solely the white wall-mount bracket in place of a stand-mount or black wall-mount bracket. This makes the DFINW the appropriate choice for houses of worship, conference rooms, and corporate meeting spaces with white or light-colored walls where a permanent, clean-looking wireless microphone antenna installation is required.

Mounting the DFINW to a wall provides a professional, permanent installation appearance without the footprint of a microphone stand on stage or in the room. The white bracket blends into most standard wall surfaces. The antenna is aimed at the performance area from the wall-mount position — typically at stage wings or the side of the room pointed toward the presenter or talent area. One DFINW provides both A and B BNC outputs for direct connection to an antenna distribution system (DISTRO4, DISTRO5 HDR, DISTRO9 HDR), supporting four or more wireless receiver channels from a single antenna unit. For complete distribution packs with all cables included, see the DFINWDISTRO4 (4-channel) or DFINWD5 (5-channel) bundles.

Compatible with all UHF wireless microphone receivers in the 470–698 MHz range, the DFINW works with Shure, Sennheiser, Sony, Audio-Technica, and all other major brands.

Key Features

• White Wall-Mount Bracket — Permanent-install version for fixed mounting on light-colored walls; clean, professional appearance for finished interior spaces.
• Patented Cross-Polarized Design — LPDA and dipole at 90° capture both polarization planes; reduces orientation-based wireless dropouts.
• Single Antenna Replaces Two — Provides both A and B diversity outputs from one unit.
• 120° Horizontal, 300+ Feet Range — Directional pattern for wall-mounted stage-wing or room-side placement.
• Identical RF Performance to DFIN/DFINB — Same antenna element; differs only in mounting hardware and finish.
• Universal Compatibility — Works with all UHF wireless microphone receivers in the 470–698 MHz range.

Typical Applications

Suitable for:

• House of worship with white interior walls and permanent wireless microphone systems
• Conference room and boardroom wireless audio installations
• Auditorium and performing arts center fixed antenna systems
• Government and corporate meeting spaces with white hardware specifications
• Training room and multi-purpose room permanent AV installations

Technical Specifications

Frequently Asked Questions

Is the DFINW the same antenna as DFIN and DFINB?

Yes. DFINW, DFIN, and DFINB share the same Diversity Fin antenna element with identical RF performance. The difference is mounting hardware: DFIN = stand-mount with padded cover (touring), DFINB = black wall-mount (permanent, dark), DFINW = white wall-mount (permanent, light).

Can I add a DFINW to an existing antenna distribution system?

Yes. The DFINW's standard BNC A and B outputs connect to any compatible antenna distribution system, including DISTRO4, DISTRO5 HDR, DISTRO9 HDR, and third-party distributors.

Is the DFINW suitable for ceiling mounting?

The DFINW is designed for wall mounting. For ceiling installations, the Diversity Architectural Antenna (D-ARC/D-ARCB) is designed specifically for both wall and ceiling mounting.

Where can I purchase the DFINW?

Available through Creation Networks at creationnetworks.net.