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The Processor System IP from Akeana is an extensive array of IP blocks designed to accelerate the development and integration of processor systems. This suite includes a compute coherence block (CCB), interconnect fabrics, and other essential system components to support scalable and customizable SOC designs. These components help in seamlessly connecting multiple processors, ensuring coherence and robust data management across systems. This IP suite is integral for those looking to construct comprehensive solutions without compromising flexibility. It enables advanced interrupt handling and memory management, vital for complex systems that demand high synchronization and precise control. Akeana provides architecture support with both coherent and non-coherent interconnects, facilitating a complete multi-core integration according to specific requirements. Customers are empowered to blend these system IP blocks into their designs, enhancing performance and reliability. The flexible nature of this offering makes it ideal for processors aiming for advanced configurations, delivering scalability and performance demanded by modern applications in environments such as cloud computing and edge systems.
The Akeana 1000 Series is crafted for applications that demand robust data processing and performance computing capabilities. Featuring a 64-bit RISC-V architecture, these processors are proficient in managing extensive data computations and are suitable for a variety of segments including automotive and industrial automation. Equipped with support for multi-threading and both in-order and out-of-order execution architectures, the series offers scalability to match varying computational intensities. Configurations within this series allow for diverse threading options from 1- to 4-way multi-threading, and a robust pipeline that integrates seamlessly with prevalent operating systems like Android and Linux. These properties enable the deployment of the processors in applications that require consistent processing power and data throughput, such as edge AI and smart camera systems. The Akeana 1000 Series is engineered to merge efficiently into existing systems, with features like scalable virtual and physical address space, ensuring flexible integration across a wide range of use cases. Its capabilities are further enhanced by the option to customize instructions and extensions, ensuring that the processors meet the specific demands of diverse application environments.
The Akeana 100 Series offers a lineup of compact, low-power processors ideal for deeply embedded control applications. Built on the RISC-V architecture, these 32-bit cores are optimized for energy efficiency and real-time processing, making them suitable for smart speakers, home appliances, and wearable technologies. Their design includes options for embedded memory configurations and instruction set extensions, allowing them to efficiently handle real-time computations. This processor line aims to fulfill the needs of applications requiring minimal energy consumption and a compact form factor. With configurations offering up to 64KB of data and instruction cache, and closely coupled memory reaching 512KB, these processors ensure rapid data access, enhancing system responsiveness in constrained environments. Additionally, the processors incorporate a physical memory protection unit, elevating their security and reliability for critical applications. Whether deployed in drones or hearable devices, the Akeana 100 Series provides a versatile solution, balancing performance and power economy. Its customizability supports diverse deployment scenarios, ensuring that these processors can be tailored to specific application demands while maintaining a small silicon area footprint.
Designed for ultra-high performance, the Akeana 5000 Series processors are tailored for demanding environments like data centers and mobile computing. These 64-bit processors utilize an advanced out-of-order execution pipeline and multi-threading support, providing unparalleled performance capabilities for applications requiring substantial computational power. The architecture supports modern, rich operating systems and can be scaled for coherent many-core cluster environments. With features enabling up to 10-wide instruction issue architecture, these processors handle intensive workloads with competence, optimizing operations in datacenters and cloud-based infrastructures. The series includes comprehensive cache support, accommodating various memory hierarchies to ensure high-speed data access maintaining throughput efficiency. The flexibility of the Akeana 5000 Series lies in its configurability options, allowing the processors to adapt to different system designs and requirements. With a focus on scalability, these processors offer extensions and customized instructions elevating them as a choice platform for forward-looking applications in AI training, networking, and more.
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