FullMAX™ MC-IoT
FUTURE-PROOF
LEGACY NETWORKS
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Airlink Venus
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MISSION CRITICAL
APPLICATION
Ondas FullMAX™ MC-IoT Platform
Ondas designs, manufactures and sells FullMAX™, our patented, state-of-the-art, point-to-multipoint, wireless radio system for secure, licensed, private, wide-area broadband networks.
Recognizing the growth and unique wireless communications needs among mission critical companies as well as an opportunity for standardization, 3 years ago Ondas responded by working with industry organizations and the IEEE to develop a new network standard designed specifically for Mission Critical Industries. The standard is 802.16s completed in late 2017 and published by IEEE.
Turning Yesterday’s Narrowband into Tomorrow’s Broadband
Mission Critical IoT Defined
Ondas MC-IoT Platform includes:
- Industrial Mandated Reliability
- Multi-Layered Private Network Security
- IEEE Standards
- Highly Scalable
- Mobility to 160 Mph
- Broadband IP
- Minimum 15 Year Hardware Life Cycle
Ondas’ FullMAX PtP and PtMP networks are designed to be application agnostic providing an end‐to‐end, encrypted, Layer 2, Ethernet connection between the Base Station and Remote units. Our networks are designed to meet a variety of Industrial and Mission Critical use cases including: transport of SCADA traffic, VoIP GOS transport, security and video surveillance, AMI data, and crew mobility. Furthermore, Ondas offers a wide variety of engineering, network design and training services to assist the integration of a FullMAX system into any network. This includes the development of custom network configurations, QoS methods and support tools. FullMAX technology offers unique capabilities which create a significate increase in upstream efficiencies in licensed frequency channels, in many cases doubling data through-put.
- Automated Real-time RF power control
- Time Division Duplexing
- Remote RF channel management
- Routing and bridging functions passed at the radio level
- Ultra-High Power for dense coverage
- Payload data Quality-of-Service policy management
- SNMPv2 and SNMPv3 management and control
- Efficient Frequency reuse
- Seamless spectrum additions and expansion
The FullMAX system is designed for a greater than 20-year life span and is multi-standard compliant. With this platform Critical communications across industries now have the ability to future proof today’s networks with industrial grade hardware and flexible and expanding software to deliver future features and to enhance development. Cleary the need for more and more data from an expanding sensor universe demands that the core network deployed today be flexible, standards based, and highly scalable. Ondas squarely meets this challenge.
Radio Hardware Platforms
Many companies talk about flexible Software Defined Radio (SDR) technology.
At Ondas Networks, it truly is the core of what we do.
We have four state-of-the-art hardware platforms – Venus, Jupiter, Mars and Neptune – all capable of running any Ondas’ Radio Software Application. Your radio hardware selection is truly independent of the air interface protocol and other application software you choose to run. All Ondas radios can operate either the IEEE 802.16s air interface protocol for wideband operation or the IEEE 802.16e air interface protocol for broadband operation. Additionally, all radios can operate as a Base Station, Fixed Remote or Mobile Remote.
MISSION CRITICAL OPERATIONS
The Highest Level of Performance
Our radios enable wide area intelligent networks for mission critical industries such as rail & utilities needing internet protocol connectivity. With FullMAX™, you are not tethered to a single communications standard like LTE or WiMAX. We run our wireless communications protocols on general processors and FPGAs eliminating the never-ending obsolescence driven by dedicated chipsets and proprietary equipment. This standards-based solution naturally drives a healthy, multi-vendor application and ecosystem development market.
Public networks are designed to cover small areas, a mile or 2, and 5G will reduce that coverage to a few hundred feet. By default, there is no resiliency. It’s too expensive to back-up and harden the base station equipment. And there is really no need to because these are public networks, not Mission Critical networks. And then there is security – anyone with a smart phone, or WiFi, or an internet connection anywhere in the world, has access – it’s a public network.
Radio Software Platforms
APOLLO RADIO
MANAGEMENT APPLICATION
A web based application that detects connected radios and provides a graphical user interface for the operator to configure and diagnose radios as well as the capability to scan the RF spectrum for interference.
