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The technology behind the vision

A new network paradigm

Over the past decade the world has experienced phenomenal growth and penetration of mobile devices such as cell phones, tablets, and ultraportable laptops, driving a growing need for bandwidth. This has resulted in a paradigm shift from the centralized distribution of user applications to distributed information creation and dissemination. There is one common vision regardless of the device or service in question – each requires instant, infrastructure-free voice and data broadband networking with mobile devices.

The new network paradigm has created an ever-growing demand for self-forming, self-routing, self-healing and infrastructure-free networks. Maxtech networks is the first company to deliver on this futuristic vision with a dynamic voice and data ad hoc mobile mesh network at the end unit level.

Maxtech mesh IP core effectively combines the advantages of fixed mesh and mobile dynamic ad-hoc networks, for voice, data and video applications. It provides a mesh network layer which automatically adapts to varying network conditions, degrees of client mobility, and relevant wireless environmental conditions on a packet-by-packet basis, creating a virtual infrastructure with a powerful, ad-hoc, self-healing and self-routing multi-user network. These features, along with a very effective bandwidth allocation method, enable the deployment and operation of true mesh networks with high performance and low costs, giving an extremely high ROI per network/device.

Our mesh technology is based on a breakthrough software algorithm that enables mobile radios and communication devices to become part of a Mobile ad hoc network (MANET). The technology is centered on an optimized and proven hybrid routing algorithm that combines both proactive and reactive routing techniques to enable a highly scalable network solution. The technology utilizes a contention-free time division multiple access (TDMA) Media Access Control (MAC) scheme, preventing collisions over the medium and assuring high Quality of Service (QoS). This innovative technology can be delivered in various implementations embedded as software only on smartphones, tablets, handheld radio devices, vehicular unit or static communication devices.

Core key characteristics

  • Self-forming, Self-routing, self-healing
  • Self-configured nodes
  • Fast deployment
  • No single point of failure
  • Route traffic through multiple hops
  • Highest voice QoS
  • Interworking with various networks as 3G, 4G, Ethernet, WAN, LAN, VSAT
  • Infrastructure independent
  • Route Resiliency
  • Route and Node Redundancy

Benefits

Mobile mesh-mac IP core fulfils and exceeds general mobile mesh requirements:

Characteristic MAC IP Core
Scalability High level of inherent scalability enables for easy expansion of network according to needs
Voice communication Complete voice-oriented service, not VoIP, which assures the highest voice QoS
Video and data communication Full IPv4/6 network interface card (Virtual NIC) host driver support
Data security AES 128/256 encryption available on demand
Ease of management Management, configuration, data transfer either from the radio device itself or via PC software
Industry standards Supports latest standards and uses standard 4G infrastructure when applicable
Ease of deployment Zero time deployment and fast set-up time to support emergency situations, since no infrastructure is needed
Multiple user groups Multiple groups of users supported with immediate inter-group communications
Infrastructure level Infrastructure-free, allowing multiple mesh networks exist independently in all surroundings
Robustness and resilience Radios automatically create self-configuring, self-managing, multi-hop network
Interoperable with legacy and existing networks Full interoperability with all legacy networks, and other existing networks, allowing easy integration into existing communication networks

Mac IP core versus competitor technologies

Mac IP core
• Enables device mobility
• Voice and data optimized at core mesh level
• Data transfer efficiency – 84% payload to 16% overhead
• Complete mobility with dynamic nodes
• Multiple RF platforms
• Virtual infrastructure
• Low power consumption suitable for portable hand held application
• Multiple deployment options – Designed for OEM

 

Competitors
• Mostly static applications
• Uses VoIP
• 25% payload to 75% overhead
• Limited mobility based on static nodes
• RF platform specific, 802.11
• Infrastructure dependent
• High power consumption
• Complete solution – high customization costs

 

Published maxtech patents

  • Real time peer to peer network (2008/2004)
    This patent describes the TDMA cycle and management structure, defining the UMF, RQMF, RSMF, DATA/VOICE packets and states the general construction of the TDMA network including network mapping (matrix rows distribution), relay and master selection.
  • This patent has been granted in:
    United States US - 8,422,481 B2 at 16/04/2013
    Canada CA - 2623227 at 19/08/2014
  • Publication numbers:
    International WO - 2007/034428 A2
  • A dynamically self-organizing ad-hoc TDMA communications synchronization method (2010)
    This patent describes the TDMA timing synchronization (timeslot alignment and enumeration) in a multi-hop ad-hoc network
  • Publication numbers:
    International WO - 2012/137194 A1
    United States US - 2014/0105205 A1
  • Heuristic spanning method for link-state routing (2011)
    This patent describes the heuristic relay selection algorithm for a general communication network (that is, not necessary for a TDMA ad-hoc network)
  • Publication numbers:
    International WO - 2013/136332 A1
    United States US - 2015/023246 A1

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