TTP Unveils Flexible 5G NTN Modem for Future Satellite Networks

TTP plc has announced that it is developing a new software-defined 5G NTN modem module aimed at helping satellite operators navigate the industry's transition toward standards-based non-terrestrial networks.

Designed as the core building block for future satellite terminals, including Ku-band and Ka-band systems, the modem combines software-defined flexibility with hardware acceleration to support both performance and long-term upgradeability. The goal is to allow operators to adapt to evolving standards, waveforms and deployment models without replacing hardware.

The platform is multi-band and built around an open architecture, reducing dependence on proprietary ecosystems while allowing software updates to be deployed in the field. According to TTP, this approach is intended to support interoperability between emerging 5G NTN systems and existing satellite networks as operators move toward more standardised architectures.

Beyond connectivity, the modem has been designed with a strong focus on observability, providing visibility into both the physical layer and protocol stack. This could prove increasingly important as operators look to use analytics and AI-driven optimisation tools to manage more complex hybrid terrestrial-satellite networks.

The company says the module is targeted at both commercial and defence applications, including UAV connectivity, where size, weight, power and cost constraints remain critical considerations.

SOURCE: https://www.ttp.com/newsroom/ttp-satellite-modem-module-targets-smooth-network-transition-to-5g-ntn