Hubble Network and Texas Instruments: A New Era in Global Bluetooth Connectivity
In an exciting announcement, Hubble Network, known for its innovative approach to connectivity, has revealed a partnership with Texas Instruments (TI) aimed at delivering instant and global Bluetooth connectivity. This collaboration is set to make waves in the Internet of Things (IoT) landscape, enhancing how devices communicate worldwide.
Founded in 2021, Hubble Network aspires to create the first satellite-powered Bluetooth network, eliminating the need for traditional cellular infrastructures. The unique technology will debut at CES 2026, the world's premier technology event, demonstrating how select TI Bluetooth Low Energy (BLE) chips can connect globally without relying on GPS modules, cellular links, or additional gateways.
Effortless Integration for IoT Devices
During a live demonstration at CES, attendees will witness firsthand how Texas Instruments’ customers can transmit critical location data and sensor readings seamlessly. Through a direct integration of Hubble's network with TI's microcontrollers, such as the CC2340 and CC2755x, users will find that deployment is both quick and cost-effective. This innovation promises to lower hardware expenses while extending battery life for various IoT devices.
Hubble’s innovative network can transmit 13 bytes of sensory data per packet, which includes essential parameters such as temperature, motion detection, diagnostics, and custom telemetry data. Impressively, the solution is built to support multi-year operation powered by coin cell batteries, making it ideal for large-scale IoT applications.
The Advantages of Collaboration
Hubble Network's partnership with Texas Instruments is a game-changer, bringing several distinct advantages:
- - Instant Deployment: TI wireless microcontrollers embedded with Hubble firmware are ready to use right out of the box, requiring minimal setup.
- - Cost Efficiency: The need for expensive GPS modules, cellular components, and associated data plans is eliminated, significantly reducing total connectivity costs.
- - Extended Battery Life: The ultra-low-power anti-signal transmission ensures that devices can run for years on small, affordable coin cell batteries.
- - Global Coverage: Users will benefit from Hubble’s expansive network, which boasts over 90 million terrestrial access points worldwide, allowing for an unparalleled connection range.
- - Open Ecosystem: The system is designed for integration with any BLE technology, providing data through accessible APIs and dashboards.
Industry Impact and Future Applications
The collaborative technology developed by Hubble Network and Texas Instruments is expected to revolutionize several key applications, including fleet tracking, stolen vehicle recovery, and real-time industrial asset monitoring. By providing such robust connectivity solutions, both companies are onboarding IoT device manufacturers eager to leverage this technology and advance their operations.
Texas Instruments’ Vice President of Connectivity, Marian Kost, articulated the benefits of this partnership, emphasizing its potential to streamline the connectivity landscape while removing traditional constraints for customers. The collaboration enables customers to harness global IoT connectivity more efficiently than ever before.
With representatives from Hubble and TI present at CES 2026, attendees are invited to experience the technology firsthand at TI’s booth (N115, North Hall of the Las Vegas Convention Center) between January 6-9, 2026.
For those interested in a future where connected devices operate seamlessly across global networks without the drawbacks of conventional infrastructure, the Hubble Network's bold vision combined with Texas Instruments' superior technology signals a transformative shift in Bluetooth connectivity for IoT devices. Together, they are paving the way for a more connected world, where communication barriers no longer exist.
To learn more about Hubble Network and its groundbreaking technology, visit their official site at
www.hubble.com.