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The Geon Secure Execution Processor is a sophisticated security solution designed to offer cryptographic protection for sensitive data. Built on the proven BA22 architecture, this processor delivers superior processing efficiency, achieving 1.79 DMIPS/MHz and operating at speeds exceeding 450 MHz in 65 nm technology. Its design ensures cryptographic isolation of data, which is crucial for maintaining security across diverse applications. This processor is verified at the system level, making it suitable for various security demands. It incorporates multiple secure elements to protect against unauthorized access while maintaining optimal performance metrics. The Geon processor is an integral part of Beyond Semiconductor's robust security offerings, reflecting the company's commitment to providing comprehensive security solutions tailored to modern technological demands. By seamlessly integrating cryptographic safeguards, the Geon processor stands out as an indispensable asset for systems requiring a high level of data security and integrity. Its ability to function efficiently under demanding conditions makes it a preferable choice for developers aiming to protect their systems against evolving cyber threats.
The SHA-3 Secure Hash Function Core is a fundamental building block for cryptographic operations, conforming to the latest security standards, including FIPS 180-4 and FIPS 202. This core supports a comprehensive range of standard functions such as SHA3-224, SHA3-256, SHA3-384, SHA3-512, and the extendable-output functions SHAKE-128 and SHAKE-256. It operates efficiently with up to 48 Mbit/MHz throughput and uses a minimal gate area of just 28,000, providing a compact yet powerful solution for embedding in security-critical applications. The flexibility in its design ensures it can be effectively incorporated into a variety of systems, offering high performance without excessive resource usage. The SHA-3 core represents a secure solution for developers needing robust cryptographic integrity within their systems, balancing high-speed processing with compactness and economic use of silicon real estate.
The BA25 Advanced Application Processor is designed for superior performance with independent functional units allowing out-of-order completion. It achieves 1.51 DMIPS/MHz and can reach operational frequencies up to 800 MHz using a 65 nm LP process, making it one of the most capable processors in Beyond's catalogue. Capable of higher instruction throughput, the BA25 stands out for its unparalleled code density, supporting sophisticated application processes and ensuring optimal performance metric achievement. The processor is especially adept at handling complex operating systems and demanding application requirements. This processor's design supports progressive data processing strategies, making it suitable for applications demanding high computational power without sacrificing efficiency, asserting itself as a premium choice for advanced processing needs.
The BA22-CE Cache Enabled Processor distinguishes itself through its efficient use of integrated cache to improve processing speed and performance. Operating at 1.79 DMIPS/MHz, this processor can exceed 450 MHz in a 65 nm technology, delivering substantial computational capability with a relatively low energy footprint. Optimized for rapid data access and execution, the BA22-CE incorporates a sophisticated cache system that enhances its operational efficiency. With a gate count of under 20,000 and power usage as low as 0.05 W/MHz, this processor effectively balances performance demands with energy conservation. This processor is particularly well-suited for applications that require frequent data retrievals, benefiting from the reduced latency that comes with its advanced cache design, making it a key choice for developers focusing on performance-centric tasks without excessive power consumption.
The BA22-AP Basic Application Processor offers a robust platform for application-level processing needs with a powerful performance index. Capable of 1.79 DMIPS/MHz and operational speeds reaching 450 MHz in 65 nm technology, this processor is built for processing-intensive environments. With a configuration that uses 35,000 gates, the BA22-AP supports custom user instructions, facilitating bespoke development tailored to specific application requirements. It maintains streamlined power consumption, operating at as low as 0.05 W/MHz, making it both a powerful and energy-smart solution. This processor is adapted for environments needing versatile processing capabilities while managing power consumption efficiently. Its capacity to integrate advanced instruction sets is a testament to its adaptability in complex application scenarios.
The BA21 Low-Power Embedded Processor is crafted to deliver exceptional performance at reduced power levels, tailored for energy-sensitive applications. It achieves a performance of 1.49 DMIPS/MHz, operating efficiently at frequencies up to 125 MHz using TSMC's 65 nm LP process technology. With a gate count below 10,000, the BA21 processor is designed for minimal power consumption while providing significant processing capabilities for embedded applications. Its architectural enhancements allow for superior energy efficiency, making it an ideal solution for devices where prolonged battery life is crucial. Developers selecting the BA21 benefit from its robust architecture which provides the necessary computational power but with reduced power dependency, aligning performance with the need for low-energy operation.
The BA22-DE Deeply Embedded Processor is engineered for environments that necessitate efficient performance while conserving power. This IP core is recognized for its excellent code density, surpassing ARM's Thumb-2 in efficiency metrics, and operates at 1.79 DMIPS/MHz. With a gate count starting as low as 15,000, it maintains an operational power consumption of just 0.05 mW/MHz when implemented in a 90 nm process. This makes it highly suitable for embedded systems that require compact sizing and limited power usage, without compromising on computational ability. Its low gate count and minimal energy requirements make the BA22-DE particularly well-suited for deeply embedded applications, offering an optimal balance between power efficiency and processing capability.
The BA20 PipelineZero Embedded Processor is tailored to offer outstanding energy efficiency, making it one of the most power-conscious 32-bit processors available. This processor achieves an impressive 2.17 DMIPS/MHz and is capable of executing tasks with minimal power drains, as low as 2uW/MHz. Designed for applications that demand highly efficient processing without sacrificing performance, the BA20 operates with as few as 10,000 gates, covering a mere footprint of 0.01mm² in an advanced 40G process. Its optimized architecture allows developers to maximize performance while retaining energy-saving benefits, making it a suitable choice for battery-powered devices and other applications where conserving energy is critical. The BA20's sophisticated design ensures that performance metrics are met or exceeded without excess power consumption, positioning it as a leading option in energy-efficient processing solutions.
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