One Teacher One Mic

WE-RX50 One Teacher One Mic Receiver

HUSHAN
WE-RX50
¥299.00
WE-RX50 is a one-teacher-one-mic receiver for 2.4G teacher microphone systems, supporting lightweight microphones, auto frequency hopping, single or dual mic use, quick pairing, low latency, and charging case workflows.
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Product documents available on request
Support scope confirmed for each order

Technical Specifications

Wireless 2.4G communication with automatic frequency hopping
Microphone Weight 11.5 g
Pairing One receiver supports single or dual microphone use
Operation One-key close-range pairing
Charging Charging case supports fast charging

Lightweight Teacher Microphone Workflow

A compact receiver and microphone workflow for teachers who need stable voice pickup, quick pairing, and low-latency classroom amplification.

Product Role

WE-RX50 One Teacher One Mic Receiver

WE-RX50 is a one-teacher-one-mic receiver for 2.4G teacher microphone systems, supporting lightweight microphones, auto frequency hopping, single or dual mic use, quick pairing, low latency, and charging case workflows.

Project Fit

One Teacher One Mic System

Classified under One Teacher One Mic System so customers can find it from the correct product series and navigation path.

Source Basis

Built from HUSHAN Product Files

Core claims and visible product imagery are based on the supplied HUSHAN product documents and real product photos.

2.4G communication with automatic frequency hopping Wireless
11.5 g Microphone Weight
One receiver supports single or dual microphone use Pairing
One-key close-range pairing Operation
01

Wireless

2.4G communication with automatic frequency hopping

02

Microphone Weight

11.5 g

03

Pairing

One receiver supports single or dual microphone use

04

Operation

One-key close-range pairing

05

Charging

Charging case supports fast charging

06

Project Fit

Designed for reliable B2B audio and AV system deployment.

One Teacher One Mic System application scene

One Teacher One Mic System in a Real Project Workflow

The scene image is used below the fold to explain system context, while the top product gallery remains limited to real HUSHAN product photos.

WE-RX50 product visualization based on source photo

Reference-Based Product Visualization for WE-RX50

This visual is generated from the real product reference photo to help overseas customers understand the product form and project use without replacing the official product gallery.

One Teacher One Mic System deployment environment

Designed Around Practical Deployment

WE-RX50 is a one-teacher-one-mic receiver for 2.4G teacher microphone systems, supporting lightweight microphones, auto frequency hopping, single or dual mic use, quick pairing, low latency, and charging case workflows.

How Customers Use It in a System

1

Select the Series

Customers find the model through the One Teacher One Mic System collection and compare it with adjacent products in the same system line.

2

Confirm the Role

The product page explains the product role, I/O or workflow fit, and the supported functions from the original HUSHAN information.

3

Plan the Installation

Project teams can map the product into rooms, venues, classrooms, or conference systems before requesting a quote.

4

Request a Quote

Pricing is a placeholder online; final quotation should be confirmed by project requirements and product configuration.

Where It Fits

Daily teaching

WE-RX50 One Teacher One Mic Receiver fits daily teaching where HUSHAN system hardware needs clear operation, dependable integration, and project-friendly deployment.

Mobile classrooms

WE-RX50 One Teacher One Mic Receiver fits mobile classrooms where HUSHAN system hardware needs clear operation, dependable integration, and project-friendly deployment.

Training rooms

WE-RX50 One Teacher One Mic Receiver fits training rooms where HUSHAN system hardware needs clear operation, dependable integration, and project-friendly deployment.

Gallery Rule Top gallery images are real product photos only.
AI Image Rule AI images are used below the fold as reference-based scenes and explanatory visuals.