TDMA is a wireless communication technology that manages data transmission through time-slot scheduling.

▪Its main advantages include:
▪Reducing wireless data collisions;
▪Improving multi-node network stability;
▪Lowering network latency;
▪Enhancing long-range wireless transmission performance;
▪Optimizing Mesh networking efficiency;

Improving network throughput in high-density environments;

Wireless Mesh Network is a multi-node wireless networking technology. .

▪Automatic interconnection between multiple nodes;
▪Support for multi-hop data transmission;
▪Self-healing network capability;
▪Wider coverage range;
▪Easy expansion and deployment;
▪Improved network stability and reliability

Even if one node goes offline, the network can automatically find a new transmission path to maintain uninterrupted communication.

Seamless roaming is a wireless technology that allows devices to automatically switch between different access points (APs) while maintaining a stable connection

▪Seamless switching between APs;
▪Stable connection while moving;
▪Reduced connection interruption time;
▪Improved user experience;
▪Optimized wireless coverage;
▪Better network stability in large-area deployments;

Seamless roaming When users move between coverage areas, devices can automatically connect to the strongest AP without manual reconnection.

Wireless Mesh Network + MLO-Multi-Link Operation combines self-healing mesh networking with WiFi 7 multi-link transmission technology

▪Multi-node automatic mesh networking;
▪Simultaneous multi-band transmission (2.4G / 5G / 6G);
▪Higher wireless throughput;
▪Lower latency and reduced interference;
▪Faster roaming and link switching;
▪Improved network stability and reliability;
▪Better performance for high-density deployments;

MLO allows devices to transmit data across multiple wireless links at the same time, significantly improving Mesh backhaul efficiency and overall network performance.

Long-Range Wireless Communication is a wireless communication technology designed for long-distance data transmission.

▪Support for long-range wireless coverage;
▪Improved communication stability in weak-signal environments ;
▪Reduced packet loss over long-distance transmission ;
▪Lower latency and reduced interference;
▪Enhanced point-to-point and point-to-multipoint performance ;
▪Suitable for complex outdoor deployments ;
▪Improved reliability for industrial wireless networks;