Reliable 4-Channel Audio Distribution Over Ethernet
The Palmer PAOCBXLRM is a compact, road-ready multicore adapter that allows transmission of four balanced analog audio signals or up to eight AES3 digital signals over a single network cable. Designed with XLR 3-pin male outputs and a rugged aluminum-steel housing, it’s ideal for professional audio setups demanding efficient and interference-resistant signal distribution.
Palmer PAOCBXLRM Competitive Differences
- Transmits 4 analog balanced or 8 AES3 digital audio signals over a single Cat cable
- Includes a ground lift switch to prevent ground loop issues
- High-quality Neutrik etherCON connectors with locking safeguards
- Secondary etherCON THRU port allows parallel signal routing
- Supports transmission of DMX, MIDI, and 48V phantom power
Palmer PAOCBXLRM Description
The PAOCBXLRM offers a flexible and durable alternative to traditional 4-channel multicore audio snakes. Perfect for use in live sound, studio recording, or event broadcasting, it allows users to route audio efficiently via standard Ethernet cabling.
Equipped with a ground lift feature and built using premium Neutrik components, this unit minimizes unwanted hums and signal loss. It supports DMX and MIDI control signals along with phantom power, making it a versatile tool for any production environment.
PAOCBXLRM Features
- 4-channel balanced analog or 8-channel digital (AES3) audio via RJ45
- 4 XLR 3-pin male outputs
- EtherCON input and parallel THRU with locking protection
- Ground lift switch for eliminating hums and loops
- Durable aluminum-steel enclosure
PAOCBXLRM Specifications
- Input: 1x RJ45 (etherCON)
- Outputs: 4x XLR 3-pin male, balanced
- Link Outputs: RJ45 THRU (parallel)
- Max Input Level: +32 dBu
- Frequency Range: 0 Hz – 20 kHz
- THD: < 0.0005%
- Construction: Aluminum and steel
- Dimensions: 5.5" x 5" x 2" (140 x 128 x 50 mm)
- Weight: 1.1 lbs (0.5 kg)
- Operating Temperature: -4°F to 158°F (-20°C to 70°C)
- Humidity: > 80% non-condensing
Palmer PAOCBXLRM
(Palmer PAL-PAOCBXLRM)
