Is this your business? Claim it to manage your IP and profile
The EMSA5-FS processor is a robust RISC-V based solution designed for applications where functional safety is paramount, making it ideal for environments requiring high reliability and assurance. This processor is built to meet the rigorous demands of automotive and industrial markets with a single-issue, in-order 5-stage pipeline design. It supports a variety of RISC-V ISA extensions, providing a flexible architecture that can adapt to specific needs, including embedded safety functionalities like Dual Modular Redundancy (DMR) and Triple Modular Redundancy (TMR), ensuring safe operation under adverse conditions. Furthermore, it provides ISO 26262 ASIL-D readiness, which is critical for adhering to automotive safety standards. Configuration options for this processor include an optional L0 instruction cache, allowing design engineers to tailor system performance and size according to specific application requirements. The EMSA5-FS is designed to exceed 1GHz operating frequencies on advanced nodes, making it a powerful choice for applications that demand both performance and safety.
The BA51 is a deeply embedded ultra-low-power processor core from CAST’s RISC-V family, engineered for efficiency in power-sensitive applications. It capitalizes on a compact two-stage pipeline architecture, minimizing gate count to just 16K. Designed for performance in cost-sensitive environments, the BA51 achieves operational frequencies exceeding 500 MHz at 16nm process nodes, marking it as a standout in energy-conscious embedded designs. The core delivers an impressive 400 CoreMarks/MHz, ensuring robust application processing capabilities with optimized energy usage. Optional L0 instruction and data caches further enhance its ability to seamlessly transition between demanding tasks. The BA51's design reflects a focus on minimizing energy consumption while maintaining computational performance, making it ideal for applications such as IoT and wearables where both longevity and performance are critical. Its scalability and support from open-source development tools make it a go-to choice for engineers aiming to balance power efficiency with processing needs.
The Extended JPEG Decoder from CAST enables line-by-line processing of compressed images, optimizing for both high throughput and resource efficiency—a practical choice for diverse markets, including medical imaging and automotive industries. It adeptly handles JPEG and Motion JPEG standards for real-time use, processing high-resolution images with support for both baseline and extended profiles. The architecture is designed to maintain error resiliency, ensuring robust processing of image files under varying conditions. With the ability to handle up to UHD/4K decoding on standard FPGAs, its frame rate capabilities suit 4K and beyond image sizes, making it an optimal IP core for high-definition applications. This capability stands out in consumer and industrial applications where both performance and efficiency are critical.
CAST's BA53 processor core is tailored for low-power applications where embedded solutions demand both reliability and efficiency. It features a single-issue, in-order 5-stage pipeline capable of running frequencies above 1GHz, even at 22nm process nodes. With around 30K gates, the BA53 strikes a balance between energy efficiency and performance, delivering 2.53 CoreMarks/MHz, proving its capability in high-demand environments such as consumer electronics and smart devices. The optional L0 instruction and data caches ensure that it can manage data efficiently with minimal delays, enhancing streamlined execution of computational tasks. Ideal for low-power embedded application scenarios, its scalable and configurable nature makes it suited for a range of devices that require robust performance without a large power draw. Engineers can leverage its comprehensive RISC-V support in various configurations to meet the exact power and performance balance for their specific project demands.
The H264-D-BP is designed to decode H.264 Baseline Profile bitstreams efficiently. Its architecture is crafted to support applications necessitating real-time video decoding with minimal resource allocation, making it particularly suitable for portable electronics and streaming applications. The decoder removes the intricacies associated with high-definition video processing, handling constraints with remarkable flexibility to fit varied operational needs. It offers low-latency output, ensuring smooth playback and robust performance even in power-limited environments. This ability to seamlessly process H.264 video streams caters greatly to sectors like mobile telecommunications, multimedia consumption devices, and security surveillance systems.
The Ultra-Fast JPEG Decoder from CAST is crafted to address the demands of high-resolution image decoding within resource-sensitive environments. This robust decoder processes JPEG streams efficiently, supporting both baseline and extended profiles at substantial processing speeds, thereby excelling in environments such as broadcast equipment and high-end consumer electronics. With scalable throughput capabilities, it manages large image data with minimal latency, effectively utilizing parallel processing to handle up to UHD/4K video decoding even on cost-effective FPGA devices. Its architectural design not only ensures rapid decoding times but also delivers consistent image fidelity, making it a cornerstone in systems where high performance image processing is needed without compromising on quality or speed.
Designed for efficient image compression, the Baseline JPEG Encoder from CAST is a versatile hardware solution for transforming raw image data into JPEG format, applicable in both stationary and motion contexts. It supports high-fidelity visual encoding with a focus on power efficiency and compact design, attributes which cater to the needs of portable medical imagery, wearable cameras, and surveillance systems. The encoder’s self-sufficient operation sans processor oversight is achieved through its comprehensive internal management of compression tasks, optimizing bandwidth and storage through selectable compression parameters. As a sleek integration into systems requiring high-definition image archiving or streaming, it provides variable performance enhancements and operational modes to suit different deployment environments, ensuring compliance with standard JPEG operations and versatile application specificity.
The H264-E-BPF encoder delivers fast, efficient video compression adhering to the H.264 Baseline Profile, particularly suited for high-definition video streams intended for real-time broadcast or storage on resource-conscious hardware. This core is engineered to maximize data management with minimal power impact, and excels particularly with 4K UHD encoding demands, perfect for modern broadcast infrastructures and multimedia applications requiring efficient storage solutions. Its streamlined design integrates well with existing systems, ensuring optimal compression without sacrificing quality, making it a significant tool in modern content distribution networks, surveillance setups, and high-definition media production environments.
CAST’s Baseline JPEG Decoder offers a dedicated solution for decoding JPEG or Motion JPEG image data, ensuring efficient image reproduction at diverse deployment scales from portable devices to sophisticated imaging equipment. It stands out in its ability to deliver consistent high-quality output with streamlined operations that minimize delay, making it suitable for real-time video applications and dynamic digital imaging systems. Its robust processing capability handles intensive image decoding scenarios, achieving high accuracy reproduction of detailed images swiftly, being especially useful where system resources are constrained but quality demands are high, like in drone camera feeds or advanced robotics vision systems. This decoder supports the JPEG standards extensively applied across various media and is equipped for standalone operation, integrating seamlessly into existing architectures to enhance image processing efficiency.
The BA25 is a top-tier application processor from CAST, providing a sophisticated solution for high-performance embedded systems that require Android or Linux environments. This processor boasts an intricate seven-stage pipeline that allows for superior throughput in a variety of industrial and consumer applications. The BA25 supports off-chip memory, enabling expansive data capacity management crucial for operating complex systems. As a 32-bit powerhouse, it delivers significant processing power tailored for both embedded and application-level processing. This capacity makes it suitable for sophisticated tasks, including high-end consumer electronics and automotive control systems. The inclusion of development tools such as the BeyondStudio IDE promotes quick programming and integration, making it a strategic asset in shortening time-to-market for developers aiming to leverage advanced functionalities in their products.
The H264-E-CFS from CAST provides comprehensive video encoding solutions optimized for H.264 Baseline Profile, with innovations like the Compressed Frame Store (CFS) feature that reduces the need for external DRAM. This unique feature allows it to maintain efficient performance in constrained environments, which is crucial for battery-powered or space-limited applications, common in mobile and embedded systems. Engineered for maximal compatibility and flexibility, its encoding efficiencies allow for reduced data bandwidth and increased storage capability. The core promotes sustained video quality and performance, supporting applications ranging from live streaming to interactive broadcasting where data efficiency and quality are crucial continuously.
The CAN-CTRL core supports a full range of CAN protocols including CAN, CAN-FD, and CAN XL, aligning with the ISO 11898 standard which is critical for automotive communication networks. It features a scalable and flexible architecture, allowing customization to fit specific application requirements across different system designs. Its implementation provides standard-conforming reliability and safety, which are imperative in automotive systems tasked with real-time operations. The controller leverages high compatibility with different transceiver models to ensure seamless integration, making it ideal for automotive and industrial applications where efficient communication is a determining factor of system performance.
The SafeSPI Controller combines the best practices of SPI protocol compliance with advanced safety features, tailored to satisfy the rigorous demands of modern safety-critical applications. Designed to function as master, slave, or monitor, it is equipped to manage SafeSPI and conventional SPI communication with reliability and robustness as its core tenets. It addresses automotive and industrial needs by offering a fail-safe operation, guaranteed through its compliance with the most critical industry standards like ISO 26262. It is also capable of serving as a bridge, self-configuring in varied networking architectures, making it a flexible asset in communication-centric setups.
The Legacy 8051 XC1 model, L8051XC1, stands as a testament to CAST's commitment to providing robust compatibility with older standards while incorporating features needed for modern integration. It operates as a bridge between past and present, offering a timing-configurable solution that replicates the 8051's operation with enhanced efficiencies. This core is tailored for industrial situations requiring dependable performance from proven designs and is particularly useful in scenarios where re-tooling is costly or impractical. Its design extends the viability of legacy systems, ensuring sustainable operation within current frameworks and facilitating long-term durability in both design and economic senses.
The Tiny 8051-compatible core, T8051XC3, from CAST offers enhanced performance with minimal silicon footprint, making it optimal for integration into resource-constrained environments. This MCU core excels with improved processing capabilities over its predecessors, extending the traditional 8051's operational range and applicability. It remains beloved in myriad applications due to its cost-effective implementation, simplifying integration into both modern and legacy systems. Its adaptability and smaller size doesn't compromise on performance, and it continues to be a reliable choice for engineers needing efficient processing without the bulk of larger processors.
The S8051XC3 is an ultra-fast 8051-compatible core delivering maximal performance enhancements for applications where speed and efficiency are paramount. Set within a framework retaining all the simplicity of the 8051's architecture, this rendition extends its usability into high-speed markets without scaling up costs or complexity. Offering the best-in-class computational power for its microcontroller category, it is ideal for real-time processing tasks which demand quick execution paths in numerous automotive and industrial applications.
The R8051XC2 MCU from CAST demonstrates a blend of performance and configurability needed for demanding control applications while remaining compatible with the established 8051 architecture. It allows on-the-fly reconfiguration and integrates seamlessly into contemporary digital systems thanks to its advanced design which surpasses prior generational capabilities. With enhanced processing and peripheral configurability, it stands out in industrial control systems, maintaining a balance between legacy support and modern capability, ensuring both traditional and new complexities can be adequately addressed in its operation.
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
Join the world's most advanced semiconductor IP marketplace!
It's free, and you'll get all the tools you need to discover IP, meet vendors and manage your IP workflow!
No credit card or payment details required.
Join the world's most advanced AI-powered semiconductor IP marketplace!
It's free, and you'll get all the tools you need to advertise and discover semiconductor IP, keep up-to-date with the latest semiconductor news and more!
Plus we'll send you our free weekly report on the semiconductor industry and the latest IP launches!
To evaluate IP you need to be logged into a buyer profile. Select a profile below, or create a new buyer profile for your company.
