Globalstar has achieved a significant milestone with its first 5G data call on the Band n53 spectrum, delivering download speeds of 100 Mbps and upload speeds of 60 Mbps. The test used XCOM RAN prototype radios and advanced 5G modules, validating the spectrum’s potential for high-performance applications like robotics, augmented reality (AR), autonomous forklifts, and enhanced video. This milestone builds on Globalstar’s earlier success in 4G testing announced at Mobile World Congress Las Vegas.
Band n53, a mid-band time-division duplexing (TDD) spectrum operating at 2483.5-2495 MHz, offers fully licensed connectivity for enterprises, governments, carriers, and cable companies. The spectrum supports private networks requiring secure, high-capacity, and interference-free connectivity, particularly for Mobile Virtual Network Operators (MVNOs) seeking cost-effective small-cell deployment. With approval in 12 nations and 3GPP recognition, the Band n53 ecosystem is maturing, backed by partnerships with major OEMs and chipset manufacturers like Qualcomm and Quectel.
Globalstar will showcase a live demonstration of XCOM RAN and Band n53 capabilities during its Investor Day event. The company anticipates rapid adoption as the ecosystem expands and enterprise partners deploy Band n53 for mission-critical 5G applications.
Key Points:
• Speeds: Achieved 100 Mbps download and 60 Mbps upload during the test.
• Applications: Supports robotics, AR, autonomous forklifts, and video solutions.
• Spectrum: Band n53 operates at 2483.5-2495 MHz and uses TDD technology.
• Ecosystem: Backed by Qualcomm chipsets and supported by partners like Quectel.
• Use Cases: Suitable for private 5G networks, MVNOs, and secure enterprise deployments.
• Approvals: Licensed in 12 nations and recognized by 3GPP.
“It’s an exciting achievement,” said Tamer Kadous, Vice President of Terrestrial Networks at Globalstar. “Now we are extending focus to the 5G ecosystem and partnering with several key OEMs who are utilizing the Qualcomm chipset, and I expect it to rapidly proliferate as companies see how 5G on Band 53 can not only remove the worry of losing connectivity on unlicensed spectrum but gain efficiencies for their critical applications.”
