SATELLITE 2026: Featured Innovators Driving the Future of Space and Connectivity
SATELLITE 2026 brought the global satellite, space, defense, and communications industries to Washington, D.C. from March 23-26, 2026. The show highlighted where the market is moving next: multi-orbit connectivity, tactical communications, phased-array systems, direct-to-device services, and more compact, rugged electronics platforms.
For PICA Manufacturing Solutions, SATELLITE is especially relevant because many of the technologies featured at the show rely on compact, reliable, high-performance electronics. As systems become smaller, lighter, and more capable, the supporting PCB, interconnect, shielding, and assembly solutions become even more important.
Featured exhibitors with strong potential alignment for PICA
Several SATELLITE 2026 exhibitors stood out as companies working in markets where PICA’s capabilities could be highly relevant. These are not customer claims or partnership claims. Rather, they are examples of exhibitors whose technologies align with the kinds of markets and electronic design challenges PICA supports.
Kymeta
Kymeta is a strong featured exhibitor because its products sit at the intersection of mobility, satellite communications, and compact terminal design. Its Kestrel u5 highlights how rugged, lightweight terminals are being built for mobility-focused satellite applications.
For programs like these, likely electronics needs can include rigid-flex PCB for compact packaging, flex circuits for constrained routing, controlled impedance for signal performance, and PCB assembly support for rugged communication systems.
CesiumAstro
CesiumAstro stands out for its work in communications systems for space, air, and ground, including phased-array payloads and high-throughput satellite technologies. Its Vireo platform reflects the market’s push toward dense, software-defined, high-performance communications hardware.
These types of platforms often call for controlled impedance designs, dense multilayer board construction, EMI shielding approaches, thermal management, and reliable assembly processes for complex RF and communications hardware.
See how PICA’s Flexible PCB solutions support compact, high-performance electronics for satellite, aerospace, and communications applications.
ThinKom Solutions
ThinKom’s focus on phased-array and deployable communications technologies also makes it a notable exhibitor. Its containerized digital array highlights how scalable, rapidly deployable communication systems are becoming more important in demanding environments.
Applications like these often need rigid-flex PCB, compact interconnect routing, EMI shielding, thermal management options such as metal core boards, and assembly support for ruggedized communications systems.
Honeywell Aerospace Technologies
Honeywell Aerospace Technologies featured secure and resilient solutions for space and defense applications, reflecting continued demand for electronics that can perform reliably in mission-critical environments.
These kinds of advanced aerospace and defense systems often require high-reliability PCB construction, controlled impedance, EMI shielding, rugged interconnect solutions, and disciplined assembly processes built for demanding environments.
L3Harris
L3Harris reflects the growing push toward compact, mission-ready communications hardware. Its recently introduced multi-orbit tactical SATCOM modem points to continued demand for resilient, embeddable communications electronics.
This type of market often depends on controlled impedance PCB design, advanced interconnect strategies, rugged flex and rigid-flex circuits, and reliable assembly processes that support performance in compact, mission-ready hardware.
Viasat
Viasat is worth featuring because it reflects one of the biggest industry themes right now: the expansion of satellite connectivity into broader industrial and mobility applications. Its work around direct-to-device IoT highlights how satellite-enabled electronics are moving into transportation, utilities, and remote systems.
Flex circuits, rigid-flex PCB, EMI shielding, and compact assembly support can all play a role in enabling these next-generation connected devices.
What this means for PICA
Taken together, these exhibitors reflect clear market trends: more compact systems, more advanced communications hardware, more ruggedized electronics, and more integration across aerospace, defense, industrial, and mobility applications.
That is where manufacturability becomes a real advantage. Advanced technology still needs to be built efficiently, scaled successfully, and designed around real-world electrical, thermal, and packaging constraints.
How PICA supports satellite, defense, and next-generation connectivity markets
PICA Manufacturing Solutions supports the kinds of industries and applications highlighted at SATELLITE 2026 by helping customers develop and manufacture electronics for compact, high-performance, and reliability-driven products.
Depending on the application, that support can include:
• Flexible PCBs for compact routing and dynamic packaging
• Rigid-flex PCBs for reducing connectors and saving space
• Controlled impedance designs for signal integrity
• EMI shielding support for high-frequency and sensitive electronics
• Metal core PCBs for thermal management
• PCB assembly support for integrated electronic systems
These capabilities are relevant across many of the technologies showcased at SATELLITE 2026, including mobile terminals, phased-array systems, tactical communications, aerospace electronics, industrial connectivity platforms, and other ruggedized communications hardware.
Conclusion
SATELLITE 2026 made it clear that the future of satellite and space innovation depends on the electronics behind the platform just as much as the platform itself. From rugged terminals and phased-array systems to tactical communications and direct-to-device connectivity, these products rely on high-density routing, controlled impedance, EMI management, thermal performance, and reliable assembly.
For companies developing next-generation satellite, aerospace, defense, and connected-device hardware, PICA offers support through flex PCB, rigid-flex PCB, controlled impedance, EMI shielding, metal core PCB options, and PCB assembly services. If your team is building compact, performance-driven electronics for demanding environments, this is where the right manufacturing partner can help move advanced designs toward production.
