Telit NE modules are based on the mesh network concept in the license-free 868 MHz ISM bands. With adjustable output power from 5 mW to 500 mW NE70-868 modules can reach a range of up to 5000 m in LOS.
Advanced proprietary embedded "Low Power Mesh" stack allows efficient power management on both end nodes and routers, Network latency is defined in the system requirements by setting different synchronous network periods, data rates or message formats, connecting up to 100 end nodes per router in a cluster tree architecture that enables scalability. The "Low Power Mesh" stack is designed for battery powered sensor networks that can be built automatically and easy to integrate, thus reducing development time and cost for applications in building automation, metering (water, gas, electric), irrigation, tracking, lightning and access control.
Key Benefits
Best in class characteristics in sensitivity, standby current, TX consumption, range and size
The NE70-868 is over the air compatible with low power version NE50-868
Low Power capabilities also valuable for routers and gateways
No significant limitation in numbers of units and hops in the network
Auto build and Auto repair functions
Telit unique Download Over The Air (DOTA) feature
Family Concept
The Telit portfolio of short range wireless modules is comprised of a wide range of innovative solutions ranging from ready-to-use wireless radio modems to OEM modules and RF design services. Operating in the license-free ISM frequency bands of 169, 433, 868, 915 MHz, and 2.4 GHz, they're available in both standard air-interface protocols such as wireless M-Bus and ZigBee as well as proprietary low-power, low data rate technologies. Telit pre-certified short range modules share small dimensions, form factor, and are pin2pin compatible with one-another, which enables re-use of your design with different modules and air interface technologies as needed to meet your business and environmental requirements. Telit also offers a full set of tools to shorten and streamline your design effort.
Telit NE modules are based on the mesh network concept in the license-free 868 MHz ISM bands. With adjustable output power from 5 mW to 500 mW NE70-868 modules can reach a range of up to 5000 m in LOS.
Advanced proprietary embedded "Low Power Mesh" stack allows efficient power management on both end nodes and routers, Network latency is defined in the system requirements by setting different synchronous network periods, data rates or message formats, connecting up to 100 end nodes per router in a cluster tree architecture that enables scalability. The "Low Power Mesh" stack is designed for battery powered sensor networks that can be built automatically and easy to integrate, thus reducing development time and cost for applications in building automation, metering (water, gas, electric), irrigation, tracking, lightning and access control.
Key Benefits
- Best in class characteristics in sensitivity, standby current, TX consumption, range and size
- The NE70-868 is over the air compatible with low power version NE50-868
- Low Power capabilities also valuable for routers and gateways
- No significant limitation in numbers of units and hops in the network
- Auto build and Auto repair functions
- Telit unique Download Over The Air (DOTA) feature
Family Concept
The Telit portfolio of short range wireless modules is comprised of a wide range of innovative solutions ranging from ready-to-use wireless radio modems to OEM modules and RF design services. Operating in the license-free ISM frequency bands of 169, 433, 868, 915 MHz, and 2.4 GHz, they're available in both standard air-interface protocols such as wireless M-Bus and ZigBee as well as proprietary low-power, low data rate technologies.
Telit pre-certified short range modules share small dimensions, form factor, and are pin2pin compatible with one-another, which enables re-use of your design with different modules and air interface technologies as needed to meet your business and environmental requirements. Telit also offers a full set of tools to shorten and streamline your design effort.
