Is this your business? Claim it to manage your IP and profile
The Geon Secure Execution Processor is designed to provide robust security for sensitive computing applications, addressing the increasing need for secure processing environments. This processor's primary aim is safeguarding the execution of sensitive tasks, ensuring that only authorized and authenticated transactions take place on a given device. Equipped with cutting-edge security features, the Geon processor includes mechanisms for secure boot, secure JTAG, and secure firmware encryption, forming a comprehensive security package that protects against a spectrum of potential threats. These features provide a hardware root of trust, which is critical in maintaining system integrity and preventing unauthorized access to secure functions. Ideal for applications in sectors that require stringent security, such as finance, healthcare, and government, the Geon Secure Execution Processor stands as a testament to Beyond Semiconductor's proficiency in producing secure, high-performance processing solutions. This processor affords developers the peace of mind that their applications will operate within a secure framework, thus enhancing the overall trustworthiness of their systems.
The AC97 Audio Controller is a specialized solution for managing audio input and output in digital systems. This controller is tailored for applications that demand high-quality audio management, such as consumer electronics, entertainment systems, and various communication devices. It facilitates efficient audio processing and supports multiple audio channels to deliver optimal sound quality. Designed to seamlessly integrate into a diverse array of systems, the AC97 Audio Controller is recognized for its compatibility with prevalent audio standards and protocols. Its comprehensive feature set ensures robust performance, providing developers with the flexibility needed to design innovative audio solutions. Optimize for low power consumption, the AC97 controller ensures that power usage remains minimal without sacrificing audio quality. This makes it ideal for portable and embedded devices that require prolonged operational periods on limited power sources. By providing enhanced audio performance, this controller helps devices deliver an improved auditory experience to end-users.
The MAC 10/100/1000 Ethernet Controller is a high-performance solution for networking applications, facilitating reliable and rapid data communication across local and wide area networks. This Ethernet controller supports multiple data rates, including 10BASE-T, 100BASE-TX, and 1000BASE-T, ensuring compatibility with various network infrastructures. Designed for integration in a wide range of networking and communication devices, the Ethernet Controller supports advanced features for efficient data handling and transmission. Its architecture enhances throughput while minimizing latency, a requirement for maintaining high-quality network performance crucial for today's data-intensive applications. Beyond its support for standard network protocols, the MAC Ethernet Controller provides robust error handling and data integrity checks, which are essential for reducing packet loss and ensuring consistent data transmission. Its versatile support for different network standards makes it a desirable choice for networking equipment manufacturers, looking to deploy efficient and reliable communication solutions.
The SHA-3 Secure Hash Function Core is a highly secure cryptographic component aimed at providing robust data protection and encryption. It is designed to perform hashing functions that play a critical role in ensuring data integrity and authentication. By implementing the SHA-3 standard, this core offers enhanced security features that are crucial in protecting against data manipulation and cyber threats. This core's architecture is optimized for both performance and security, ensuring fast hashing operations suitable for high-speed environments where data velocity is essential. It's especially valuable for applications that require strong data protection measures, such as secure communications, digital signatures, and other cryptographic protocols. Notably, the SHA-3 core is versatile and can be integrated into a variety of systems and platforms, offering flexibility across numerous applications. Whether used in financial systems, secure cloud computing, or IoT devices, this core ensures that data is processed securely and efficiently, safeguarding against unauthorized access and maintaining system integrity.
The GPIO Controller is designed to manage general-purpose input/output tasks within electronic systems. This controller is essential for interfacing processors with a variety of peripheral devices, offering the flexibility needed for dynamic hardware integration in both prototyping and production environments. Supporting an extensive range of applications, the GPIO Controller enables the control and management of digital signals across a diverse array of devices. It is instrumental in the configuration of input and output pins, allowing for precise control over device functionality and interactions. The design of the GPIO Controller emphasizes simplicity and reliability, ensuring seamless operation in embedded systems. Its efficient architecture supports rapid signal processing and reliable data exchanges, helping designers implement sophisticated control logic while maintaining system performance and integrity. This makes it a critical component in complex electronic designs where adaptability and reliability are paramount.
The BA25 Advanced Application Processor represents the pinnacle of Beyond Semiconductor's processor technology, incorporating high-performance features designed for demanding application scenarios. Notable for its strong computational power, the BA25 is built to handle intensive processing tasks with unmatched efficiency. Ideal for applications that require substantial computing resources, the BA25 excels in environments such as data centers, advanced industrial systems, and high-performance consumer devices. It is engineered with a focus on maintaining high performance while optimizing power usage, thus providing a balanced solution for high-demand operations. The BA25 processor supports a wide array of development tools, which facilitates rapid development and deployment of applications. Its advanced architecture allows for seamless integration into existing systems, maximizing efficiency and reducing the need for extensive modifications. As part of the BA2x processor family, it reflects a legacy of quality and performance that is synonymous with Beyond Semiconductor's offerings.
The BA22-CE Cache Enabled Processor is a high-performance solution, distinguished by its advanced cache architecture which facilitates rapid data access and processing. Specifically designed for systems requiring speedy and efficient data handling, this processor core leverages Beyond Semiconductor's expertise in combining performance with energy efficiency. The inclusion of a robust cache system significantly enhances data throughput, reducing latency and boosting overall system performance. Suitable for high-demand processing environments, the BA22-CE is engineered to integrate effortlessly into a variety of embedded applications, offering flexible support for varying processing requirements. This makes it an excellent choice for industrial automation, networking, and storage applications, where swift computational speeds are essential. With a commitment to maintaining optimal energy consumption, the BA22-CE processor ensures that while computational efficiency is maximized, power usage is kept to a minimum. This balance is crucial for developing power-sensitive applications that require high reliability and consistent performance, affirming the BA22-CE as an indispensable asset for demanding computing environments.
The BA22-AP Basic Application Processor is engineered to meet the demands of standard application processing with an emphasis on versatility and performance. It is a cornerstone of Beyond Semiconductor’s processor offerings, renowned for its excellent code efficiency and adaptability across various application scenarios. This processor core is ideal for a wide range of solutions requiring robust performance yet low power usage, such as consumer electronics, smart devices, and industrial control systems. Its architecture is tailored to support high code density, which is pivotal for executing complex instructions smoothly and efficiently without excess power consumption. In addition to its technical capabilities, the BA22-AP is complemented by extensive development tools that assist in reducing time to market, thanks to an intuitive programming model and a rich set of software tools. Its high integration capability ensures that it can be implemented in various environments, providing a balanced and efficient processing solution for modern computational needs.
The DDR2/DDR SDRAM Memory Controller is an integral component for efficient memory management in advanced computing systems. This memory controller facilitates high-speed data transfer between the processor and DDR memory modules, enhancing overall system performance. Its design ensures compatibility with both DDR2 and DDR memory types, providing flexibility in memory configurations. Engineered to support a wide range of applications, the DDR2/DDR SDRAM Memory Controller is especially suited to environments where fast and reliable data access is crucial. It maximizes data throughput while minimizing latency, which is essential for applications that require quick data processing and retrieval, such as video processing and large-scale data handling. The robust architecture of the memory controller allows for straightforward integration into various system designs, ensuring that systems can be scaled and adapted to its capabilities. As a critical part of memory subsystems, this controller supports high-performance operations while maintaining efficient power usage, aligning with the demands of both consumer and enterprise-grade products.
The JTAG TAP (Test Access Port) Controller is a pivotal tool for debugging and testing digital circuits within embedded systems. It provides a standardized access point, allowing developers to diagnose and evaluate system functionality efficiently. This controller supports boundary-scan testing, which is crucial for validating and ensuring the integrity of complex circuit designs. With capabilities extending across various platforms, the JTAG TAP Controller from Beyond Semiconductor is an invaluable asset for engineers managing integrated circuit designs and implementations. It enables precise control and monitoring during the development cycle, streamlining the testing process and aiding in the rapid identification of potential design issues. Beyond its primary function in testing, the JTAG TAP Controller also facilitates programming and updates of devices post-manufacturing, maximizing its utility across the lifecycle of hardware products. Its incorporation in development workflows significantly enhances debug capabilities, ensuring robust system validation and maintenance.
The BA21 Low-Power Embedded Processor from Beyond Semiconductor is crafted to provide significant processing power while maintaining low power consumption. This efficient processor core is ideal for applications where power limitation is critical, such as battery-operated or portable devices. The architecture of the BA21 is optimized to offer excellent code density, ensuring that performance remains high without unnecessarily draining energy resources. A key feature of the BA21 processor is its adaptable nature. It can be seamlessly integrated into various designs, courtesy of its extensive support for numerous peripherals and interfaces. This adaptability ensures that it suits a vast array of applications, from consumer electronics to more specialized industrial tools, without needing extensive redesigns. Moreover, its straightforward programming model and support for multiple development environments make it a developer-friendly processor core. Building on Beyond Semiconductor's reputation for producing highly efficient processors, the BA21 embodies their commitment to combined power efficiency and optimal performance. Its durability and reliability are underscored by rigorous testing and continuous improvement, assuring designers that they are choosing a processor core built for long-term sustainability and functionality.
The BA22-DE Deeply Embedded Processor is a sophisticated and energy-efficient solution for deeply embedded systems. It stands out for its impressive code density, optimizing for performance without demanding excessive power consumption. Designed for high efficiency, it is silicon-proven and highly reusable, making it a reliable option for developers looking to integrate robust processing capabilities into their systems. This processor's architecture ensures seamless code execution with minimal latency, an essential feature for time-critical and resource-constrained environments. Furthermore, the BA22-DE processor is optimized for scalable implementation, enabling designers to utilize it across a diverse range of applications. Its compatibility with a wide variety of peripherals and interfaces further underscores its versatility, allowing for easy integration within existing or newly designed systems. Developers benefit from its comprehensive support for high-level programming environments, facilitating faster development cycles and improved productivity. As part of Beyond Semiconductor's BA2x family of processors, the BA22-DE shares the legacy of being designed for high efficiency and performance balance, characteristic traits deeply embedded into the fabric of Beyond's processor cores. Its capacity to seamlessly integrate with other IP cores ensures that developers can confidently design and deploy systems that are both sophisticated and reliable.
The USBDR is a crucial component in USB data transfer and communications, ensuring smooth and reliable transmission between devices. Designed with efficiency in mind, it handles multiple USB protocol types, facilitating seamless connectivity in both consumer and industrial applications. The detailed architecture of the USBDR ensures that data transfer occurs with minimal latency and high reliability. This product's capability to integrate with various system architectures and operating environments makes it incredibly versatile, offering support for different USB standards and configurations. It's highly advantageous for manufacturers who require consistent and adaptable USB communication capabilities across their product lines. Beyond its versatile compatibility, the USBDR is optimized for energy efficiency, providing robust performance without substantial power draw. This characteristic is crucial for modern devices that demand both high performance and sustainability, affirming its role as a critical element in efficient data communication solutions.
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.
