Morphing Machines REDEFINE SoC Advances in Defence and 5G Programme Pipeline

Morphing Machines Brings REDEFINE to Market with Defence and 5G Traction

Morphing Machines, a Bengaluru-based semiconductor company with more than a decade of research and development behind its REDEFINE reconfigurable processor architecture, has entered a commercial programme pipeline phase following the completion of its Series A funding round. The company is in advanced discussions with Indian defence public sector undertakings for deployment of REDEFINE in signal processing applications, and with 5G equipment companies targeting open RAN baseband unit applications where the chip's architectural flexibility offers advantages over fixed-function ASICs and power-hungry general-purpose DSP solutions. The REDEFINE SoC was prominently showcased at SEMICON India 2026, where it drew significant interest from defence electronics companies and telecom equipment integrators attending the event.

REDEFINE Architecture and Its Differentiation

The REDEFINE SoC implements a coarse-grained reconfigurable array architecture, which occupies a design space between FPGAs and fixed-function ASICs. Like an FPGA, REDEFINE can be reconfigured to implement different compute structures through software control, but unlike bit-level FPGAs, REDEFINE operates on word-level compute elements that deliver significantly higher performance per watt for the class of algorithms found in signal processing, communications, and AI inference workloads. Compared to a fixed-function ASIC, REDEFINE sacrifices some peak performance efficiency but gains the ability to handle multiple different algorithm families within the same hardware, which is critical for multi-mode defence electronics that must switch between radar modes, communication waveforms, and electronic countermeasure functions. This architectural positioning makes REDEFINE genuinely differentiated from both incumbent categories rather than merely a variant of existing solutions.

Defence Programme Engagement and Requirements

Indian defence programmes in the signal processing domain are actively seeking indigenously designed alternatives to imported DSPs and FPGAs, which face export control restrictions and supply chain vulnerabilities. Morphing Machines is engaged with several defence research and production organisations evaluating REDEFINE for applications including software-defined radio transceivers, synthetic aperture radar processors, and electronic warfare signal analysis systems. Defence qualification is a long-cycle process requiring environmental stress testing, electromagnetic compatibility validation, and often custom packaging for harsh-environment enclosures. Morphing Machines has indicated it is pursuing defence-grade qualification in parallel with commercial programme development, supported by specialised validation partners.

5G Open RAN Opportunity and Commercial Pipeline

In the 5G domain, Morphing Machines sees the Open RAN architecture as a specific opportunity for REDEFINE because open RAN baseband processing requires handling multiple different 5G numerologies, beamforming configurations, and channel coding algorithms within the same physical unit, a multi-mode compute challenge that aligns well with REDEFINE's reconfigurability. Indian 5G equipment companies developing domestic open RAN solutions for Bharti Airtel and Reliance Jio deployments are evaluating REDEFINE alongside imported baseband processor options. If REDEFINE achieves design wins in the domestic open RAN segment it would represent both a commercial milestone and a strategic achievement for India's telecom chip indigenisation goals. The company plans its next tape-out for 2027 with a process node shrink that will improve power efficiency for the commercial 5G application environment.