CYP
CYP PU-305BDA-TX Bi-Directional Analogue Audio over Single CAT Transmitter
- SKU:
- PU-305BDA-TX1
- Condition:
- New
Description
CYP PU-305BDA-TX – Bi-Directional Analogue Audio over CAT Transmitter
The CYP PU-305BDA-TX is a professional bi-directional analogue stereo audio transmitter designed to send and receive analogue audio signals over a single CAT5e/CAT6/CAT7 cable for distances of up to 300 metres. It provides a flexible solution for extending stereo audio between AV equipment, rooms and equipment racks.
Alongside analogue audio transmission, the unit supports RS-232 pass-through for device control. The system also supports PoE, allowing power to be delivered to the connected receiver and reducing the need for additional power supplies.
The PU-305BDA-TX is designed for use with the PU-305BDA-RX analogue receiver or PU-305BD-RX digital audio receiver. When paired with the digital receiver, the system supports conversion between analogue and digital audio using the receiver's integrated audio conversion circuitry.
Key Features
Bi-directional analogue stereo audio transmission
Extends audio up to 300m over CAT5e/CAT6/CAT7
Audio can be transmitted and received in both directions
RS-232 pass-through for device control
Bi-directional RS-232 control
Supports Power over Ethernet to the connected receiver
Compatible with PU-305BDA-RX and PU-305BD-RX
Compact design for professional AV installations
Specifications
Inputs: 2 × RCA Stereo L/R, 1 × 9-pin D-Sub RS-232
Outputs: 2 × RCA Stereo L/R, 1 × RJ45
RJ45: Bi-directional audio and proprietary data
Transmission Distance: Up to 300m
Power Supply: 12V / 1.25A
Dimensions: 100 × 110 × 25mm
Net Weight: 120g
Gross Weight: 360g
Ideal Applications
Ideal for multi-room audio, commercial AV systems, conference rooms, professional audio distribution, equipment racks and long-distance analogue audio installations.
The CYP PU-305BDA-TX offers a reliable and flexible way to extend bi-directional stereo audio and RS-232 control over CAT cabling, with support for PoE to simplify system installation.