The global Satcom hardware market, across both space and ground segments, is seeing a historic inflection in growth, enabled by the dramatic reduction in satellite launch costs. The market success of Starlink and Eutelsat OneWeb, with proposed constellations from Amazon Leo and AST SpaceMobile, for broadband and direct to device (D2D) services are proving the viability of non-terrestrial networks (NTN) as a new dimension in telecommunications infrastructure.

Goldman Sachs estimates the market for low Earth orbit (LEO) satellites will grow to between $108 billion (base case) and $234 billion (bull case) by 2035, reflecting compound annual growth rates (CAGR) of 14 to 25 percent, respectively. This growth in LEO satellites and attendant services will yield demand for multiple numbers of terrestrial terminals for gateways and users.

These NTNs will require high linearity RF front-ends for the high speed satellite-to-gateway links and satellite-to-user terminals. To achieve the highest data rates, these systems will tap the mmWave spectrum. mmTron is positioned to capture a meaningful share of this growth.

mmTron’s MMICs are designed to outperform alternatives in the market today by simultaneously providing higher power, higher linearity, and wider instantaneous bandwidth. This combination allows system architects to reduce the total number of devices required for a transceiver design. Fewer devices mean lower system cost, smaller size, and reduced weight, along with improved reliability over the life of the system. For customers building space and ground Satcom hardware, this is a meaningful and measurable advantage, not an incremental one.

mmTron’s differentiation is protected by technology that is difficult for competitors to reproduce. The company has developed proprietary process design kits (PDKs) built on custom device models, including AM-to-PM performance characterization, that give mmTron’s MMICs better linearity performance. Building on the PDKs, mmTron’s intellectual property (IP) includes proprietary design techniques such as device and circuit architectures developed over decades. Together, these capabilities are the foundation of mmTron’s technology moat, reinforcing performance advantages that are durable rather than temporary.