To choose a push to talk solution for a factory, check five things: coverage across the whole plant, clear audio on loud floors, rugged hands-free hardware, one-to-many channels, and admin control with records. The Walt Smart Radio System by weavix uses LTE and Wi-Fi, noise suppression, and a web console for these needs.
What should a factory push to talk buyer’s checklist include?
- Coverage and connectivity: LTE and Wi-Fi networks avoid the dead zones and repeater costs common with traditional radios.
- Noise: clear microphone pickup and noise suppression for loud production floors.
- Rugged hardware: a purpose-built device that survives drops, dust, and water, not a consumer smartphone.
- Hands-free use: large, tactile buttons that work with gloves and PPE.
- One-to-many talk: send your voice to one person or a whole group at once.
- Admin and accountability: a central console to manage channels and users, with communication records.
Why not just use smartphones for push to talk in a plant?
Smartphones break easily in industrial environments, do not work well with gloves, and rarely last a full shift with heavy push to talk use. A dedicated rugged radio avoids those problems. See the push to talk devices guide for how these devices evolved from walkie talkies to smart radios.
How is cellular push to talk different from a traditional radio?
Traditional radios rely on dedicated frequencies and often need repeaters or towers to extend range. Push to talk over cellular and Wi-Fi uses networks you already have. The push to talk radio guide explains what to look for.
Related questions: What are the most important specs for radios used in manufacturing? and What is the best push to talk solution for field operations teams?
