News
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3 Network Structures of Micro-drone Swarms MESH Radio
Micro-drone swarms MESH network is a further application of mobile ad-hoc networks in the field of drones. Different from the common mobile AD hoc network, network nodes in drone mesh networks are not affected by terrain during movement, and their speed is generally much faster than that of traditional mobile self-organizing networks.Read more -
Mobile ad-hoc networks cover the last mile of forest fire prevention wireless voice communication solution
Portable Moblie Ad hoc Network Radio Emergency Box enhances interoperability between military and public safety forces. It provides end users with Mobile ad-hoc networks for a self-healing, mobile and flexible network.Read more -
How Do China Swarming Drones Communicate With Each Other?
Drone "swarm" refers to the integration of low-cost small drones with multiple mission payloads based on an open system architecture, which has the advantages of anti-destruction, low cost, decentralization and intelligent attack characteristics. With the rapid development of drone technology, communication and network technology, and the increasing demand for drone applications in countries around the world, multi-drone collaborative networking applications and drone self-networking have become new research hotspots.Read more -
Carrier Aggregation: Unlocking the Full Potential of 5G Networks
Carrier aggregation (CA) has emerged as a key technology in meeting these demands, especially in the realm of 5G networks.Read more -
Top 3 Features of Emergency Communication Devices
IWAVE's emergency responder radio communication system can be one-click power on and quickly establish a dynamic and flexible manet radio network that does not rely on any infrastructure.Read more -
Technical Questions and Answers To IWAVE Manet Radio
IWAVE's single-frequency ad hoc network technology is the most advanced, most scalable, and most efficient Mobile Ad Hoc Networking (MANET) technology in the world. IWAVE's MANET Radio uses one frequency and one channel to perform same-frequency relay and forwarding between base stations (using TDMA mode), and relays multiple times to realize that one frequency can both receive and transmit signals (single frequency duplex).Read more
