Frontgrade Technologies has unveiled the SBC-2A72 VNX+ Single Board Computer, an advanced, space-qualified embedded computer specifically designed for high-performance edge computing in the unique domain of air and space platforms. This novel solution is tailored to elevate onboard processing, command, and data handling, alongside offering enhanced graphics processing capabilities for the new era of space missions. The SBC-2A72 distinguishes itself by featuring 32 GB of space-grade eMMC managed NAND storage, the highest capacity currently available. This marks a substantial advancement in terms of performance, integration, and reliability, all housed within the compact VNX+ standard form factor. The introduction of this groundbreaking technology signifies a significant shift, potentially setting new standards in edge computing within the space industry.
Technical Specifications and Performance
The SBC-2A72’s core is powered by the radiation-tolerant Vorago VA7230 processor, equipped with dual ARM Cortex-A72 cores and an integrated Graphics Processing Unit (GPU) to enable high-throughput computing and graphics rendering. Purpose-built for minimal Size, Weight, and Power with Cost considerations (SWaP-C), this makes it particularly suitable for small satellites, unmanned aerial systems, lunar vehicles, rovers, and other mission platforms requiring optimal performance within a confined form factor. Its versatile hardware architecture ensures robust performance while maintaining cost efficiency, making it a desired asset in dynamic space and defense environments.
Providing remarkable processing capability, the SBC-2A72’s design underlines Frontgrade’s MAMBA product line, emphasizing modular applications for mission processing complemented by a bifurcated architecture. The device supports adaptable computing solutions, manifesting in its outstanding 15,000 DMIPS of processing performance and GPU delivering 10 GFLOPS. Additionally, it is equipped with a DisplayPort 1.3 output supporting embedded LCD displays and mobile interfaces, along with PCIe 3.0 for swift data transfer. As a result, mission designers are afforded greater flexibility and performance within a cost-effective framework, paving the way for new possibilities in space-based operations.
Impact on Space and National Security Missions
Furthermore, with its dual-core ARM architecture and integrated GPU, the SBC-2A72 facilitates real-time image processing, telemetry analytics, and onboard AI inference, thereby minimizing the burden on central processors and ground communication links. This strategic advantage not only supports space missions but also resonates with trends across the industry toward hardware modularity, system interoperability, and design agility. Aligned with Frontgrade’s broader mission, the SBC-2A72 provides high-reliability, radiation-assured solutions catering to space and national security missions. The model’s implementation aids in constructing benchmarks for adaptable, reliable technology in situations where standard devices may falter.
Samples of this product are currently available, with full-scale production expected soon. This availability marks a critical step in advancing the flexibility and integrity of technology utilized in challenging environments. Space missions increasingly rely on complex systems requiring seamless integration and dependable performance; the SBC-2A72 is set to address these demands efficiently. The board’s design principles ensure it is well-suited for the rigorous requirements of futuristic space projects and national security agendas, propelling the industry toward new horizons.
Future Implications
The heart of the SBC-2A72 is the Vorago VA7230 processor, which is resistant to radiation and equipped with dual ARM Cortex-A72 cores, plus a Graphics Processing Unit (GPU) for enhanced computing and graphics capabilities. Tailored with Size, Weight, and Power with Cost (SWaP-C) efficiencies in mind, this makes it ideal for small satellites, unmanned aerial systems, lunar vehicles, and rovers where space and weight are at a premium. Its flexible hardware design offers remarkable performance while remaining cost-effective, establishing it as a valuable tool in dynamic space and defense operations.
Part of Frontgrade’s MAMBA product line, the SBC-2A72 underscores modular applications with a bifurcated architecture. It offers adaptable computing, supporting a powerful 15,000 DMIPS processing performance and a 10 GFLOPS GPU. The unit features a DisplayPort 1.3 for embedded LCDs and mobile interfaces and PCIe 3.0 for rapid data transfer. This flexibility and efficiency provide mission designers the ability to explore new advancements in space technology within a budget-friendly model.
