National security and government communications programmes operate at the intersection of the highest performance requirements and the most unforgiving, aggressive operating environments. Space-based communications assets must sustain functionality through radiation exposure, thermal extremes, jamming, and interference - all while delivering the throughput and link reliability that mission-critical operations depend upon. The physical layer is where those requirements are either met, or they are not.

Defence programmes cannot tolerate the performance margins and error-rate characteristics of standard commercial PHY implementations. Assured communications means a physical layer that performs at the ceiling of the standard — not one that approaches it under ideal conditions. Software-based PHY cannot provide that assurance within the SWaP constraints of military space platforms.

AccelerComm's hardware-accelerated Layer 1 IP has been selected for defence and government programmes where resilient, high-performance satellite communications are a strategic requirement. Built on flight-proven technology with 55 international patents, it provides the assured physical layer performance that defence prime contractors and government satellite operators require — with the engineering support to integrate it into classified and sensitive programme environments.

KEY CHALLENGES

ACCELERCOMM SOLUTIONS

KEY CHALLENGE

  • Military satellite platforms operate in radiation and thermal environments that place extreme demands on onboard processing

ACCELERCOMM SOLUTION

  • AccelerComm AX-RG is designed for space-hardened platforms, with IP validated through in-orbit deployment in demanding operational environments

KEY CHALLENGE

  • Assured communications requires physical layer performance that is guaranteed across all operational conditions — not just nominal

ACCELERCOMM SOLUTION

  • Hardware-accelerated LDPC and Polar FEC eliminates the error-rate floors and performance variability of software implementations, delivering consistent performance at the standard's ceiling

KEY CHALLENGE

  • SWaP constraints on military platforms limit the power and area available for PHY processing

ACCELERCOMM SOLUTION

  • AccelerComm's IP delivers up to 10x the power efficiency of software-based alternatives, enabling high-performance PHY within the constraints of military space platforms

KEY CHALLENGE

  • Link budget and terminal size constraints on deployed assets must be addressed without compromising communication security or reliability

ACCELERCOMM SOLUTION

  • 1 dB uplink sensitivity improvement enables higher throughput or smaller terminals — directly reducing the size and weight of deployed communications equipment

KEY CHALLENGE

  • Defence programme timelines and integration risk require a validated, standards-based PHYfoundation

ACCELERCOMM SOLUTION

  • Flight-proven, 3GPP-aligned IP backed by 55 international patents — with AccelerComm's engineering team embedded alongside programme teams throughout integration

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Contact our 5G NTN experts to request details and a demo of the performance gains from AccelerComm’s PHY solutions for NTN satellites and networks.

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