Analogue Radio – A Reliable, Cost-Effective Communication Solution
Analogue radio remains a trusted and widely used communication technology, valued for its simplicity, durability and affordability. While many industries have transitioned to digital systems, analogue two-way radios continue to play a vital role in sectors such as mining, construction and heavy industry.
For operations that require straightforward voice communication or rely on voting systems to extend coverage, analogue remains a practical and effective choice. Its ease of use and proven reliability make it ideal for teams working in rugged environments where dependable communication is essential.
Commercial-Grade Analogue Communication Systems
CSE Crosscom supplies and supports commercial-grade analogue radio equipment approved for both licensed and Citizen Band (CB) frequencies.
Modern analogue technology has evolved to deliver smaller, smarter and more capable two-way radio solutions. These systems offer reliable communication in remote or rugged environments—particularly where satellite-based options are cost-prohibitive and High Frequency (HF) systems are overly complex.
We specialise in maintaining legacy analogue systems and providing tailored migration paths for organisations transitioning to digital platforms, ensuring continuity and long-term value from your existing infrastructure.

Benefits of CB and Analogue Radio
- Natural push to talk voice
- Operate across bands
- No interoperability issues in the conventional mode
- The most widely used technology in radio communications
- Analogue offers greater coverage
- Cost-effective
CB Radio – Simple, Licence-Free Communication for Everyday Use
Citizen Band (CB) radio offers a simple, cost-effective solution for short-range, non-critical communication. With no licensing, contracts or ongoing fees required, CB radios are ideal for small operations needing reliable, easy-to-use equipment built to commercial standards.
With 80 public channels available, CB operates over an open spectrum, making it a practical choice where public access is needed. However, as transmissions are not secure, CB is not recommended for operations requiring privacy or data protection.