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ALINT-PRO embodies a robust design verification tool focused on RTL code analysis. It identifies potential simulation mismatches, synthesis issues, and design portability concerns, helping engineers address these problems early in the design stage. ALINT-PRO is essential for ensuring coding standard adherence and optimizing designs for both portability and reuse, thereby minimizing the risk of downstream verification challenges.
Spec-TRACER is a dedicated requirements lifecycle management tool that caters to FPGA and ASIC designs. It allows engineers to efficiently manage, trace, and report on design requirements, facilitating compliance with industry standards such as DO-254. By enabling thorough requirement analysis and enhancing traceability across the design lifecycle, Spec-TRACER supports stringent verification demands, particularly in the aerospace sector where compliance and comprehensive documentation are crucial.
Active-HDL is a sophisticated design creation and simulation solution tailored for FPGA development within team-based environments. This Windows-based platform features an integrated design environment (IDE), enabling efficient HDL and graphical design. Active-HDL supports mixed-language simulation at both RTL and gate levels, fostering rapid deployment and iterative testing throughout the development cycle. Its comprehensive suite of design tools and simulators streamlines FPGA project management by enabling seamless integration with various design flows and providing intuitive graphical and text-based design entries.
HES-DVM is a fully automated, scripted hybrid verification and validation system ideal for comprehensive SoC and ASIC designs. This environment facilitates bit-level simulation acceleration and incorporates SCE-MI 2.1 transaction emulation as well as hardware prototyping features. With its scalability in emulation and prototyping, HES-DVM enables designers to partition designs efficiently for emulation and prototyping, allowing real-time validation against both virtual and real-world inputs, a crucial feature for handling complex systems.
TySOM Boards are designed for embedded system prototyping and offer versatility through industry-standard interfaces such as FMC and BPX. These boards can be equipped with various FPGAs from Xilinx and Microchip, making them suitable for applications like automotive systems, artificial intelligence, machine learning, embedded vision, and industrial automation. TySOM Boards excel in providing a flexible development platform for rapid application prototyping, accommodating a wide range of peripherals for diverse implementation scenarios.
The HES Proto-AXI software package, when integrated with HES prototyping boards, provides a robust and efficient environment for rapid prototype design and algorithm accelerator development. It enhances multi-FPGA design partitioning and supports ARM Cortex, making it ideal for crafting complex interconnections for prototype deployment. HES Proto-AXI stands out for its ability to streamline the design process through integration with existing design flows and its adaptability to evolving project requirements.
Riviera-PRO is designed to address the rigorous verification requirements of engineers working on advanced FPGA and System-on-Chip (SoC) designs. It enhances testbench productivity, usability, and automation by combining a high-performance simulation engine with robust debugging capabilities. Engineers benefit from Riviera-PRO's support for advanced verification methodologies, such as Universal Verification Methodology (UVM), allowing for efficient testbench reusability and comprehensive debugging across different abstraction levels.
CCSDS 231.0 Encoder and Decoder meet the demands of telecommand applications through LDPC coding schemes, offering error correction performance that is beneficial for applications requiring forward error correction. This ensures reliability even in the challenging environments faced by certain space missions.
The 5G LDPC Decoder is crafted to meet the needs of 5G New Radio (NR) standards, providing a flexible rate-compatible structure suitable for high throughput and low-latency applications. This decoder offers robust channel coding with robust performance in meeting diverse applications within the 5G spectrum.
The CCSDS 131.2 Wideband Demodulator addresses the requirements of high-performance space missions by executing varied tasks required for inner transmitters. It incorporates functions like mapping, PL framing, and modulation. The product supports baseband interpolation and gain adjustments, ensuring seamless integration with DACs and RF front ends.
The AWGN Channel product implements an additive white Gaussian noise generator, enabling performance assessment of digital communication systems under real noise conditions. This IP is developed for high-parallel processing, capable of simulating up to 512 symbols concurrently, illustrating significant reductions in the time needed for performance evaluations compared to software solutions.
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