Revolutionizing Aerospace & Defense with Logic Fruit Technologies' Innovations in SBCs

Logic Fruit Technology is one of the global leaders in Product Engineering and Design Services.

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It is recognized as a one-stop solution provider for embedded design and development requirements, specializing in developing FPGA/SoC-based heterogeneous systems having expertise in high-speed interfaces like PCIe, CXL, Ethernet, and JESD204B & C. The discussion between Vidushi and Sanjeev Kumar, CEO & CoFounder, Logic Fruit Technologies centers on the company's contributions to India's self-reliance in Single Board Computer (SBC) manufacturing, their innovative Kritin iXD 6U VPX SBC for aerospace and defense, and the advanced features, applications, and future advancements in the SBC domain.

Can you briefly introduce Single Board Computers (SBCs) and explain how they differ from traditional computing systems?

Single Board Computers (SBCs) are compact, integrated computing systems where all the essential components such as the Intel Xeon processor, memory, storage, and high speed I/O interfaces are combined onto a single circuit board. They provide the core functionality of a traditional computer but in a much smaller form factor, often with lower power consumption and increased portability. Single Board Computers (SBCs) differ from traditional computing systems primarily in their compactness and integration.

SBCs combine all essential components like Intel Xeon processor, memory, storage, and high speed I/O interfaces onto a single circuit board, making them much smaller and more energy-efficient. Unlike traditional systems, which typically have separate, modular components that can be upgraded individually such as a separate CPU, motherboard, and storage, SBCs offer a more consolidated design. They are typically lower in cost and power consumption, making them ideal for embedded, portable, or specialized applications, whereas traditional PCs are better suited for high-performance tasks requiring more powerful processing, graphics, and storage capabilities.