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Akeana’s Processor System combines a rich suite of component IP blocks into a comprehensive solution aimed at streamlining processor system development. This includes enhanced IP modules such as compute coherence blocks, interrupt controllers, input-output memory management units (IOMMU), and interconnect fabrics that support both coherent and non-coherent communication. The system IP provides a flexible and scalable solution for integrating varied processing cores, ensuring optimal performance and reliability. It supports sophisticated system design, allowing the assembly of customized solutions that align with specific application requirements. This is particularly valuable for developers seeking effective system integration strategies. Enhanced by compatibility with industry standard interfaces, Akeana’s Processor System facilitates seamless connection and expansion options, highlighting the company’s focus on providing full-stack solutions. With this level of integration and support, developers can achieve faster deployment and reduced project risks, thereby gaining a competitive edge in dynamic technology markets.
The Akeana 1000 Series represents a mid-range selection of high-performance processors tailored for data-driven applications involving extensive computation. Featuring a 64-bit RISC-V architecture, these processors are designed for flexibility and customization, supporting multi-threading and both in-order and out-of-order execution to deliver optimal performance across a variety of uses. These processors are highly suitable for applications such as edge AI, industrial automation, and automotive sensing. With configurable instruction width (from one to four ways) and robust memory management features, including a TLB of up to 512 entries, they efficiently handle a wide span of computational demands. Furthermore, the series is equipped with Rich OS systems support, embracing features like hypervisor and vector extensions to enhance their computation capabilities. Among the standout features of the Akeana 1000 Series are its multi-threaded architectures and scalable functionalities, which allow seamless integration into smart homes, wearables, and automotive environments. This series is designed to handle sophisticated software and hardware interactions with ease, ensuring quick adaptability in rapidly advancing technological domains.
The Akeana 100 Series signifies a family of compact, energy-efficient processors based on the 32-bit RISC-V architecture, designed to optimize real-time processing tasks across various applications. These processors are engineered with a focus on ultra-low power consumption and small physical footprint, making them perfect for deeply embedded systems. They support in-order execution and are equipped with up to 512KB of instructed coupled-memory, enhancing computation efficiency significantly. Ideal for applications that prioritize low power and cost, the Akeana 100 Series suite is tailored for smart devices like speakers, home appliances, drones, and wearables. With features such as up to 64KB data and instruction caches, the processors in this series can adapt to a wide range of real-time computation needs. They incorporate several configurations, including a physical memory protection unit and various pipeline stages, providing substantial flexibility and reliability to developers. Alongside being compact and efficient, these processors support up-to-date security and performance features, making them indispensable in modern embedded applications. They provide an entry point into Akeana's IP portfolio that enables broad processor IP capabilities, offering customers numerous possibilities for innovation and product differentiation.
The Akeana 5000 Series stands as the high-performance tier within Akeana’s processor offerings, designed for demanding application scenarios in cloud computing, mobile computation, and data center operations. These processors boast a 64-bit RISC-V architecture with out-of-order execution and a robust multi-threading framework capable of executing instructions in wides ranging from six to ten. This series brings industry-leading computation features and supports diverse operating systems like Android and Linux, making it ideal for virtualization and high-frequency operations. The processors are highly scalable, supporting numerous coherent processors, making them apt for intricate computational tasks in cloud and data center settings, where performance is paramount. Akeana 5000 Series processors offer expandable configuration options, including vector and vector cryptographic extensions, shared last-level cache up to 16 MB, and physical memory protection for robust security. Designed to cater to sophisticated computation requirements, these processors ensure that users can achieve significant advancement in AI training, data infrastructure, and virtual networking technologies.
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