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Matrix Mesh

Multi-dimensional mesh technology according to smart matrix grid

Supports up to 254 hops – Cloud centralized management – Dynamic routing protocol support


  • Multi-dimensional mesh technology according to smart matrix grid
  • Cloud-managed Controller: Centralized management of cloud computing
  • Controllerless technology is a built-in availability architecture that minimizes the risk of Mesh Node outages.
  • Monitor mesh system: system to monitor mesh link status on Android and iOS operating systems. Windows. Monitor the quality of the Mesh Link and the operating status of each Mesh Node
  • Supports up to 254 hops
  • Mesh methods:
    • SB-Mesh (Single-band mesh): Allows you to choose 4 Ghz or 5 Ghz band to make mesh waves.
    • DB-Mesh (Dual-band mesh): Allows creating 2 parallel mesh axes on the 4 Ghz and 5Ghz bands.
  • The speed between 2 hops reaches over 1 Gibgabit
  • BSDT technology (Band-switched data transmission technology) : Supports band-switched data transmission technology
  • Mobile routing protocol allows when mesh nodes are mobile, the mesh connection routing automatically calculates to always maintain the optimal link between Mesh Nodes without interruption.
  • Allows creating multiple Mesh Groups.
  • Allows to adjust the mesh link to optimize the wireless connection bandwidth between the Mesh Nodes.


  • Auto-detect Function: in the mesh system, when any  Mesh Node connects to an internal data network cable or an Internet cable, it automatically turns into a Mesh Gateway without having to configure any parameters.
  • Automatically check the status of the gateway: if the Mesh Gateway is no longer connected to the internal data network cable or the Internet cable or the cable is broken but still plugged into the mesh gateway, the system will automatically detect and immediately convert the Mesh gateway into a copper Mesh station. The algorithm will recalculate and route the data streams to the other Mesh gateway optimally
  • Intelligent routing – 802.11s: intelligent routing protocol. Matrix Mesh uses 802.11s intelligent routing protocol. The algorithm (automatically or can set parameters set by the administrator) always gives the best mesh link based on controlling the wave sensitivity between 2 mesh stations to achieve extremely good connection and highest bandwidth.
    Matrix Mesh always calculates and routes very quickly whenever there is a change mesh gateway in the mesh network
    In the case of Mesh stations moving in a mesh network, the dynamic routing protocol allows very fast recalculation of the entire connection, optimization of the mesh path, and re-establishment of the entire mesh connection for the whole system.
  • Multi Network, Multi ISP: mesh gateways that allow connecting different network layers or Internet lines of different carriers. All are accepted and there are full solutions.
  • Allows setting to optimize the link in the mesh: if the mesh line between 2 mesh node stations is weak or unstable, the whole mesh system will be shaky. Matrix mesh establishes a good connection limit of the mesh link based on the sensitivity of the wifi reception signal to ensure that once 2 mesh nodes are connected, it must be a good to very good connection. The algorithm mechanism has two ways: automatic setting of standard signal sensitivity and individual setting according to project requirements.
  • Mesh axis setting modes: Matrix mesh allows to choose SB-Mesh ie selects 5Ghz or 2.4 ghz frequency to make mesh waves (Mesh link) or DB-Mesh allows creating 2 parallel mesh axes on 2.4 Ghz band and 5Ghz. With the 2.4Ghz frequency, the bandwidth is low but the ability to lose less when encountering obstacles. 5Ghz frequency has high bandwidth but it is easy to lose when encountering obstacles.
  • Anti-interference mesh wave: Matrix Mesh uses a private frequency that is not commonly accessed in the 5Ghz or 2.4GHz band, thus completely avoiding interference.
  • Multi gateway: in 1 mesh system (there are hundreds of Mesh stations), Matrix Mesh Technology supports unlimited number of Mesh Gateways. Just connect an internal data network cable or Internet cable to any Mesh Node and it instantly turns into a mesh gateway. Therefore, the data sent and received will be faster and the total bandwidth can meet all the requirements of the project


  • Network backbone – wifi system for a large area of the city
  • Hotel/Resort/Building/ Campus/ Seaport/Airport and industries
  • Fixed and mobile camera systems
  • IP-based applications such as IPTV, IP Phone, IP camera, IoT technologies, High-tech audio and video entertainment systems, Production automation systems, warehouse management, Smart home


  • Broadcast power 1000mw. Depending on the antenna used, it can reach from 0.1km to 10km for outdoor environments
  • The 802.11 ac/b/g/n standard allows setting the mesh backbone bandwidth between 2 hops to be 1200 Mbps at 5Ghz and 300 Mbps at 2.4Ghz.
  • Supports multiple ethernet ports for multi-gateway or multi-network solutions
  • Dedicated PoE: IP67 waterproof standard, with built-in lightning protection, with remote control function (optional)


  • 1000mw broadcast power enables powerful wall penetration
  • Smart Antenna technology with high gain will cover
  • The 802.11 ac/b/g/n standard allows setting the mesh backbone bandwidth between 2 hops to be 1200 Mbps at 5Ghz and 300 Mbps at 2.4Ghz.
  • Supports 5 ethernet ports for multi-gateway or multi-network solutions
  • Supports power over network cable (PoE) technology


  • Mesh Node: is an Access Point when participating in the Matrix Mesh system.
  • Mesh Gateway: are Mesh Nodes that are connected directly to the local network or Internet cable.
  • Mesh Station: are Mesh Nodes that only connect waves with other Mesh Points, through Mesh Gateway to be able to access the internal network or the Internet.
  • Mesh link: is a wave connection between Mesh nodes.
  • Hop is a routing term that refers to the number of intermediate Mesh nodes that a packet can traverse.

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