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<\/a><\/a>\nThe RAZORBAC program is focused on enabling resilient, high-bandwidth optical networks that can dynamically adapt to evolving mission requirements across space, air, and ground environments. As part of the initiative, Altera will contribute Agilex\u00ae FPGA-based technologies and advanced packaging expertise to support development of a reconfigurable Multi-Chip Package (MCP) prototype capable of performing coherent FSO modem functions.<\/p>
\nThe MCP prototype will be designed to support interoperable optical links across satellite constellations and orbital layers, helping advance secure, high-speed data transport for both defense and commercial applications, including high-throughput interconnects and backbone links for broadband service providers. By leveraging programmable hardware architectures, the system can evolve alongside rapidly changing waveform, protocol, and mission requirements without requiring complete hardware redesigns.<\/p>
\n\u201cIn today\u2019s rapidly evolving, highly dynamic, and complex communications environment, flexibility is mission critical for operational readiness,\u201d said Gopi Jandhyala, Head of Platform, Architecture and Chip Engineering at Altera. \u201cProgrammable solutions enable systems to evolve in real time while reducing development risk and accelerating deployment. We believe reconfigurable architectures will play a foundational role in the future of resilient optical networking.\u201d<\/p>
\nThe RAZORBAC effort supports broader initiatives led by the U.S. Space Force and DIU to accelerate adoption of laser communications technologies capable of delivering high-data-rate, low-probability-of-intercept connectivity in contested operational environments. The initiative also highlights the growing importance of open, modular system architectures in accelerating interoperability and deployment of advanced capabilities across commercial and government Optical Inter-Satellite Links (OISLs). The goal is to create an \u201cinternet\u201d of satellites, enabling seamless communication between constellations and ground terminals. This vision aligns with growing commercial demand for protocol-agnostic optical mesh constellations that can serve both government and commercial customers.<\/p>
\nAltera\u2019s work with DIU on the RAZORBAC program builds upon a strong foundation of government-sponsored innovation, including CHIPS, Space-BACN, and KANAGAWA, while further advancing the company\u2019s leadership in programmable technologies and heterogeneous integration. This effort positions Altera's programmable optical networking solutions for broader adoption across commercial satellite, government, and telecommunications markets.<\/p>
\nAbout Altera<\/b><\/p>
\nAltera is the industry\u2019s largest pure-play FPGA solutions provider, with an exclusive focus on delivering FPGA innovations to the broad market. The company provides a comprehensive portfolio of programmable hardware, software, and development tools that empower designers of electronic systems to innovate, differentiate, and execute with greater speed and efficiency. With industry-leading FPGAs, SoCs, and design solutions, Altera enables customers to achieve faster time-to-market, greater flexibility, and optimized performance across a wide range of applications, spanning physical AI, industrial automation, audio\/video, robotics, aerospace, defense, data centers, telecommunications, and more. For more information, visit www.altera.com<\/a>.<\/p>