Differences Between 4G Public Network Walkie-Talkies and Standard Public Network Walkie-Talkies

1. Power Consumption Differences

Common public network walkie-talkies consume significant power. During operation, to prevent disconnection from base stations, the public network platform terminal is designed to never enter sleep mode, maintaining frequent communication with servers. This is the fundamental cause of high power consumption. Most 4G modules incorporate system sleep mechanisms, minimizing power consumption during standby. This significantly extends the standby time of 4G-enabled walkie-talkies, delivering a superior user experience.

2. Coverage Differences

As carriers expand 5G base station networks, coverage for 2G/3G frequency bands will inevitably shrink considerably. In remote areas like mountainous regions, mobile signals may become unusable, rendering them ineffective during natural disasters. User experience will inevitably deteriorate compared to previous generations. 4G all-network walkie-talkies, with their broader coverage, will demonstrate increasingly evident advantages.

BF-SCP810C is a smart walkie-talkie that based on the Android operating system + PoC public network communication. Leveraging mature 3G/4G public networks, it enables instant communication nationwide and even globally. It not only breaks geographical barriers but also features high-definition voice and video calls along with real-time location tracking, enabling more intuitive and efficient communication between commanders and frontline personnel.

3. System Differences

The first distinction between dedicated and public communication systems lies in their user base. Public systems serve the general populace, with engineering designs in residential areas accounting for only 5% of users making simultaneous calls. In commercial areas, only 10% simultaneous calls are considered. Service quality is deemed adequate as long as the dropped call rate remains below 1%. However, during emergencies, a surge in calls inevitably causes congestion. Dedicated systems, designed for controlled use by a limited number of authorized personnel, operate according to established protocols. Since call volume spikes are absent, congestion never occurs.