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The EMSA5-FS is a high-performance RISC-V processor core designed to address functional safety requirements. It features an in-order, single-issue, 5-stage pipeline architecture with an optional L0 instruction cache. Configurable to support extensive RISC-V ISA options, EMSA5-FS incorporates fail-safe design features like Dual Modular Redundancy (DMR) and Triple Modular Redundancy (TMR). Error Correction Code (ECC) and dedicated safety management modules enhance reliability, meeting ISO 26262 ASIL-D standards.
The BA51 offers a compact, ultra-low-power RISC-V processing solution ideally suited for deeply embedded applications. With a 2-stage pipeline and optional instruction and data caches, this processor core can be tailored for efficient power usage while maintaining high performance, operating over 500MHz in a 16nm process node. Its support for RV32 base ISA and extensions provides flexibility and robustness in various IoT devices, where energy efficiency is paramount.
The JPEG-DX-S core is an extended JPEG decoder suitable for both baseline and sophisticated JPEG formats. Engineered to handle high-speed image decompression, it supports advanced features such as progressive image processing, higher resolution formats, and additional color depth. The core's versatility enables its deployment in various multimedia devices where rapid data encoding with reduced latency is crucial.
The BA53 processor core is developed for low-power applications while maintaining significant processing capabilities. It uses a 5-stage pipeline design and can be optionally configured with L0 instruction caches, supporting over 1GHz operation on a 22nm technology node. The core achieves a performance of 2.53 Coremarks/MHz, making it suitable for embedded systems that require both power efficiency and computational capability.
The H264-D-BP is a low-latency AVC/H.264 baseline profile decoder that excels in handling video streams efficiently. It supports various bitrates and resolutions, making it adaptable to diverse applications ranging from video conferencing to digital broadcasting. The decoder's optimization for low power consumption ensures extended operational periods suitable for battery-powered devices.
The CAN Bus Controller offers a flexible communication option for automotive and industrial applications, supporting classic, FD, and XL protocols. With capabilities for high-speed data transfer and robust error-checking mechanisms, this controller enhances network communication reliability and performance in environments necessitating stringent real-time data exchange.
The JPEG-E-S core offers essential JPEG encoding capabilities with an efficient, low-power design tailored for embedded applications. It supports baseline JPEG standards, enabling simplistic yet powerful image processing functions ideal for consumer electronics, mobile gadgets, and other devices that demand efficient image handling at lower power budgets.
Specializing in ultra-fast JPEG decompression, the JPEG-DX-F core is crafted for real-time image processing needs. It allows for decoding substantial image sizes efficiently, reducing latencies significantly. The core supports both baseline and extended JPEG formats, making it adaptable to a range of applications needing swift image data processing, such as digital cameras and real-time surveillance systems.
Designed for application processors, the BA25 offers a robust and flexible platform using a full 32-bit architecture. This processor core is optimized for applications requiring both computational intensity and efficiency, with configurability across pipeline stages and support for various extensions. It provides a balanced approach to delivering low power consumption while executing high-speed operations, making it suitable for multimedia and networking applications.
The H264-E-BPF is an ultra-fast encoder for the AVC/H.264 baseline profile, designed to deliver high-performance video encoding with minimal delay. It is ideal for live streaming and real-time video applications where swift processing is key. The encoder's design emphasis on speed and efficiency ensures it can manage extensive workloads without sacrificing quality or reliability.
This core implements a baseline JPEG decoder offering vital image decompression capabilities with optimized performance for embedded and consumer electronics. It's source and bitstream compliant with the JPEG baseline standard, allowing seamless integration into devices requiring effective image handling with minimal power consumption and resource usage. Such characteristics make it highly suitable for consumer-grade devices and low-power applications.
This AVC/H.264 encoder with Compressed Frame Store (CFS) optimizes both storage and bandwidth usage, suitable for applications requiring consistent data throughput and minimal storage bandwidth. The H264-E-CFS supports a range of profiles and resolutions, enabling diverse video processing applications where efficient data handling is crucial, such as digital broadcasting and network video management.
The H264-E-BPS is optimized for low-power AVC/H.264 baseline profile video encoding, balancing performance with energy efficiency. Its core is designed to conserve power while providing high-quality video processing, making it perfect for applications in battery-operated devices where energy efficiency is essential, such as mobile devices and portable media players.
The SafeSPI Controller is a versatile and reliable controller compliant with SafeSPI and conventional SPI protocols. It can function as a master, slave, or monitor to ensure data integrity and security in communication systems. Its robust design and reliability make it suitable for use in critical automotive and industrial applications where secure communications are necessary.
The R8051XC2 microcontroller IP core optimizes performance for demanding low-power applications. Built on the renowned 8051 legacy, this core offers enhanced capabilities, including precise control features and improved efficiency. It's ideal for engineering applications requiring robust and reliable low-power processing, while maintaining compatibility with a broad range of existing systems and software.
The Talos-8051 Evaluation Kit serves as a versatile platform for evaluating 8051 microcontroller capabilities and developing embedded solutions. It assists developers in prototyping, testing, and implementing new ideas using the 8051 architecture. This kit is designed to offer a comprehensive environment for innovation and efficient development, especially useful in educational settings and research labs.
The LZ4/Snappy Data Decompressor is a high-speed hardware engine for processing LZ4 and Snappy compression formats. Designed to manage scalable throughput exceeding 100Gbps, it supports error handling and error-correcting codes (ECC) to ensure data integrity. Its efficient decompression capabilities make it suitable for use in data-intensive applications like big data analytics and cloud computing environments.
This Data Compressor IP core efficiently implements GZIP, ZLIB, and Deflate compression standards to reduce data volume for storage and transmission. The core offers high configurability, adjusting compression efficiency, throughput, and capacity to suit specific application needs. Ideal for systems requiring reduced data transfer costs or enhanced storage efficiency, such as in data centers and IoT devices.
The L8051XC1 microcontroller core provides a legacy-friendly solution for applications that continue to rely on 8051 architectures. Its robust design makes it well-equipped for use in retrofitting existing systems, providing improved performance and enhanced reliability for processes that require established protocols within automation and control applications.
The T8051XC3 is a compact 8-bit microcontroller core, offering a highly efficient solution for deeply embedded applications. This core supports the legacy 8051 architecture while providing configurability and low power operation, making it well-suited for numerous applications like sensor systems, automation, and simple control processes that require precision and reliability.
The S8051XC3 super-fast microcontroller core is built for applications needing quick response times and efficient operation. Compatible with the 8051 family, it supports a wide range of peripherals and offers high-speed processing. This makes it suitable for real-time applications within industries like automotive or home automation, where rapid processing is crucial.
CAST introduces groundbreaking dual-function LZ4 and Snappy data compression IP core, enhancing high-speed data processes. A game-changer for industry applications. Read more
CAST introduces additional ASIL-certified IP cores for automotive safety systems, ensuring quicker development cycles and reduced certification costs. Read more
Explore how CAST is setting new standards in flexible IP licensing, accommodating diverse customer needs with unique, customer-focused solutions. Read more
Discover CAST's SNOW-V Stream Cipher IP, a game-changer for 5G & IoT security with efficient, low-latency encryption for next-gen networks. Unlock superior performance! Read more
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