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Embedded Driver Development

Driver Development

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Embedded Linux Design for SoC FPGA

Empowering Innovation Through Hardware-Aware Software Engineering. Unleash the power of Altera SoC FPGAs with rsyocto’s advanced Embedded Linux design services. Our expertise in embedded Linux, bootloader design, secure system architecture, and IoT cloud interface development for Altera devices ensures a highly hardware-aware solution tailored to your needs. At rsyocto, we specialize in creating efficient, secure, and scalable embedded Linux and software designs that seamlessly integrate with Altera SoC FPGA devices.Reevaluate acceleration, connectivity, updatability and security by bringing the latest cloud and Desktop technologies to the embedded field with rsyocto’s groundbreaking skillset by utilizing advanced technologies like for instance Virtualization, Kubernetes, gRPC, Python and the Django web-framework. Beside embedded Linux and Bootloader C++ development, we provide Windows C# and cross-platform python development. The Linux Foundation’s Yocto Project, Altera’s embedded

Enterprise Flash Controller - ONFI/Toggle (Silicon Proven IP for Altera Devices)

Mobiveil’s ONFI/Toggle NAND Controller is designed for enterprise SSDs, supporting ONFI 5.2 and Toggle NAND protocols. It enables high-speed multi-page data transactions with optional LDPC support for enhanced reliability. Its flexible addressing and pipeline performance make it ideal for next-gen flash systems.

eSOM7-4F

Altera Agilex™ 7 eSOM™ module with up to 2.4Tbps transceiver bandwidth, 58/112Gbps PAM4, x16 PCIe Gen4, quad-core A53 ARM processor, and flexible clocking with integrated network synchronizer for high-performance embedded, edge, wireless, and networking designs.

eSOM7C-2F

The Altera 10nm Agilex™ 7 eSOM™ is a compact FPGA module for edge and networking, with 1.2 Tbps transceivers, 58 Gbps PAM4, x16 PCIe Gen4, a quad-core Arm Cortex-A53, and flexible clocking with integrated network synchronizer.

FantoVision-20: Vision & Imaging Edge Computer for GigE Vision & Camera Link applications

FantoVision-20 is a compact and powerful edge computer that integrates NVIDIA Jetson system-on-modules with high-bandwidth camera interfaces and FPGA-based frame grabbing for AI-driven imaging applications. Designed to optimize performance while minimizing system size, it enables seamless grabbing, processing, image enhancements, and compression of up to 20 Gb/s of GigE Vision/Camera Link (Base/Medium/Full/80-bit/Dual-Base) with zero frame loss and CPU offloading. Ideal for applications such as drones, sports analysis, vehicle inspection, military, and volumetric video, the FantoVision is perfect for AI, recording, and streaming.

FantoVision-40: Vision & Imaging Edge Computer for CoaXPress & GigE Vision applications

FantoVision-40 is a compact and powerful edge computer for vision and imaging applications that integrates Jetson computer with high-bandwidth camera interfaces and FPGA-based frame grabbing for AI-driven imaging applications. Designed to optimize performance while minimizing system size, it enables seamless grabbing, processing, image enhancements (HDR, white balance, etc.), compression of up to 40 Gb/s of GigE Vision/CoaXPress 2.1 (CXP-12/6), and recording, all with zero frame loss and CPU offloading. The FantoVision is perfect for AI, recording, and streaming making it ideal for applications such as drones, sports analysis, vehicle inspection, military, and volumetric video.

FFT FPGA IP Cores

The Fast Fourier transform (FFT) FPGA intellectual property (IP) core is a high-performance, highly parameterizable FFT processor.

FIR II FPGA IP Core

The FIR II IP cores provide a fully-integrated finite impulse response (FIR) filter function optimized for use with Altera FPGA devices.