PCS CYBERMAX AM+ BE 10W AM Transmitter

PCS CYBERMAX AM BE 10W provides compact MW or SW AM transmission with DSP audio processing, PWM modulation and browser-based remote control.

Product overview

The PCS CYBERMAX AM+ BE 10W AM Transmitter is a compact solid-state transmitter designed for low-power AM broadcasting on medium-wave or shortwave bands. Built around the PCS AM platform, it combines DSP-controlled audio, DDS frequency generation and PWM-based modulation in a practical compact chassis for flexible installation. Its wideband design removes the need for tuning across supported frequency ranges, simplifying setup and frequency changes. It fits naturally into AM transmitters deployments and complements the wider PCS Electronics product line.

Key features

  • Low-power AM transmission for MW or selected SW applications
  • Solid-state PWM modulator for efficient operation and crisp audio
  • DSP audio chain with compressor, limiter, bass, treble and low-pass control
  • More than 125% positive modulation capability
  • Compact BE control interface with display, menu system and rotary control
  • Browser-based remote access for control and supervision
  • Wideband design with no tuning required across supported ranges
  • Suitable for educational, hobby, experimental and backup AM use

Connectivity and I/O

The transmitter supports multiple audio input options, typically including XLR, RCA and USB, with mono or stereo sources summed for AM transmission. RF output is designed for 50 ohm antenna systems, and frequency coverage depends on the MW or SW band version supplied. Ethernet or USB control access supports local setup and remote adjustment.

In operation

In daily use, the PCS CYBERMAX AM BE 10W is straightforward to configure using its front-panel controls and remote interface. Engineers can adjust audio processing, monitor output behaviour and deploy the unit quickly where a compact AM solution is required. Its small footprint and solid-state design make it useful for hobby, educational, community, experimental and standby AM applications where simplicity and flexibility matter.