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Telit News
TELIT CINTERION TO TRANSFORM IOT CONNECTIVITY WITH 5G REDCAP INTEGRATION
The state-of-the-art 5G RedCap modules and devices sampled at MWC Barcelona will be available for commercial purchase during the second half of 2024.
Telit Cinterion, an end-to-end IoT solutions enabler, announces the integration of its groundbreaking 5G RedCap M.2 card, the FN920C04, into Digi International’s Digi IX20 industrial router and Digi EX15 enterprise router. This historic integration, in collaboration with Nokia, marks a significant milestone for all parties, demonstrating a shared commitment to evolving 5G technology and future-proofing customer networks.
5G RedCap, a foundational 5G technology, addresses the unique requirements of mid-speed IoT applications in the era of 5G Standalone (5G SA) networks. With a focus on improved quality of service, low latencies, enhanced capacities, and heightened security, 5G RedCap is the ideal solution to ensure extended device lifecycle and longevity in the mid-speed IoT market.
In contrast to early 5G technologies tailored for enhanced Mobile Broadband, 5G RedCap reduces performance levels and economic barriers to those needed for mid-speed IoT applications. Compared to 4G, 5G RedCap provides an improved uplink data rate, which is crucial for router/ gateway and camera applications. Additionally, it enhances power efficiency, making it essential for battery-operated devices like telematics units, ensuring extended device operation.
Telit Cinterion has developed a comprehensive family of RedCap modules that leverage the Snapdragon® X35 5G Modem-RF System — including LGA modules like the FE910C04 and M.2 cards such as the FN920C04 — to provide seamless hardware integration into diverse applications. The dual-mode capability, including fallback to LTE Category 4, allows for a smooth transition from 4G LTE to 5G RedCap, ensuring optimal on-field connectivity. These modules set the industry benchmark for security and implementations, offering embedded processing through Telit Cinterion AppZone.
Digi International’s Digi IX20 industrial router, the rugged and secure centerpiece of this collaboration, is a versatile networking solution designed for mission-critical applications. One of its most attractive features is its field-replaceable Digi CORE® Plug-In Modem, which allows customers to deploy today, and easily move from 4G LTE to 5G RedCap. This flexibility enables seamless transitions, future-proofing investments, and the ability to keep pace with the ever-evolving connectivity ecosystem.
Additional features of the Digi IX20 industrial router include:
- Compact and economical cellular routing platform with an industrial feature set
- Redundant connectivity with dual SIMs and Digi SureLink®
- FirstNet Capable™ models for first responder communications
- Built-in Digi TrustFence® for device security, secure encrypted connections, ongoing monitoring, and support
- Digi Remote Manager® platform for easy setup, mass configuration, and management
- Dual Ethernet ports and a serial (RS-232) port for machine connectivity
- Digi WAN Bonding value-added service for WAN aggregation and seamless failover
Digi International’s Digi EX15 offers affordable, primary or backup enterprise connectivity for office, retail, and branch networks that cannot tolerate network downtime. With the Digi CORE Plug-in Modem, dual Ethernet and Wi-Fi, Digi EX15 offers flexible connectivity for enterprise networking.
Additional features of Digi EX15 include:
Additional features of Digi EX15 include:
- Compact and economical cellular routing platform for enterprise networks
- Zero-touch provisioning and cloud management with Digi Remote Manager®
- Serial port for remote, out-of-band management
- Digi WAN Bonding value-added service for WAN aggregation and seamless failover
Initiated in 2023, Telit Cinterion’s collaboration with Digi International and Nokia is indicative of the industry’s unity in supporting the mainstream introduction of 5G for IoT. Telit Cinterion, Digi and Nokia are at the forefront of this monumental shift, focusing their collective efforts on shaping the future of industrial connectivity.