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Here we will share our technology, knowledge, exhibition, new products, activities, ect. From these blog, you will know IWAVE growth, development and challenges.

  • Advantages of Wireless Ad hoc Network Applied in Mobile Robots, UGV, Unmanned Ship and UAV

    Advantages of Wireless Ad hoc Network Applied in Mobile Robots, UGV, Unmanned Ship and UAV

    Ad hoc network, a self-organized mesh network, originates from Mobile Ad Hoc Networking, or MANET for short. "Ad Hoc" comes from Latin and means "For the specific purpose only", that is, "for a special purpose, temporary". Ad Hoc network is a multi-hop temporary self-organizing network composed of a group of mobile terminals with wireless transceivers, without any control center or basic communication facilities. All nodes in the Ad Hoc network have equal status, so there is no need for any central node to control and manage the network. Therefore, damage to any one terminal will not affect the communication of the entire network. Each node not only has the function of a mobile terminal but also forwards data for other nodes. When the distance between two nodes is greater than the distance of direct communication, the intermediate node forwards data for them to achieve mutual communication. Sometimes the distance between two nodes is too far, and data needs to be forwarded through multiple nodes to reach the destination node.
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  • Introducing IWAVE’s New Enhanced Tri-band OEM MIMO Digital Data Link

    Introducing IWAVE’s New Enhanced Tri-band OEM MIMO Digital Data Link

    In order to meet the OEM integration needs of unmanned platforms, IWAVE has launched a small-sized, high-performance three-band MIMO 200MW MESH board, which adopts multi-carrier mode and deeply optimizes the underlying MAC protocol driver. It can temporarily, dynamically and quickly build a wireless IP mesh network without relying on any basic communication facilities. It has the capabilities of self-organization, self-recovery, and high resistance to damage, and supports multi-hop transmission of multimedia services such as data, voice, and video. It is widely used in smart cities, wireless video transmission, mine operations, temporary meetings, environmental monitoring, public security firefighting, anti-terrorism, emergency rescue, individual soldier networking, vehicle networking, drones, unmanned vehicles, unmanned ships, etc.
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  • What are the application scenarios of MESH Mobile Ad Hoc Network?

    What are the application scenarios of MESH Mobile Ad Hoc Network?

    Mesh wireless broadband self-organizing network technology has the characteristics of high bandwidth, automatic networking, strong stability and strong network structure adaptability. It is especially suitable for communication needs in complex environments such as underground, tunnels, inside buildings, and mountainous areas. It can be very good to solve the high-bandwidth video and data network transmission needs.
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  • Top 5 Advantages of MIMO

    Top 5 Advantages of MIMO

    MIMO technology is an important concept in wireless communication technology. It can significantly improve the capacity and reliability of wireless channels and improve the quality of wireless communication. MIMO technology has been widely used in various wireless communication systems and has become an important part of modern wireless communication technology.
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  • IWAVE New Launched Tactical Manpack Mesh Radios with PTT

    IWAVE New Launched Tactical Manpack Mesh Radios with PTT

    New Launched Tactical Manpack Mesh Radios with PTT,IWAVE has developed a manpack MESH radio transmitter, Model FD-6710BW. This is a UHF high-bandwidth tactical manpack radio.
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  • What Is MIMO?

    What Is MIMO?

    MIMO technology uses multiple antennas to transmit and receive signals in the wireless communications field. The multiple antennas for both transmitters and receivers vastly improve communication performance. MIMO technology is mainly applied in mobile communications fields, this technology can greatly improve the system capacity, coverage range, and signal-to-noise ratio (SNR).
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