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Positioned for entry-level server and computing use, the SCR9 packs a high-performance 64-bit RISC-V design with server-level features. Its dual-issue 12-stage pipeline combines with sophisticated memory systems and a network-on-chip L3 cache, allowing for enhanced processing across demanding applications. With support for advanced security, vector operations, and robust multitask environments, SCR9 is fit for servers, video processing, and high-end embedded computing, reinforcing flexibility with AOSP and Linux compatibility.
The SCR1 is a 32-bit open-source microcontroller core that serves as an entry-level solution for embedded applications. Emphasizing a flexible design, it includes an in-order 4-stage pipeline and supports a variety of RISC-V extensions such as integer multiplication, division, and compressed instructions. This core has a tightly-coupled memory system, efficient interrupt processing capabilities, and adheres to AMBA AXI/AHB interface standards, making it highly suitable for control systems, IoT devices, and educational programs.
The SCR7 is tailored for high-performance data-intensive applications, offering a 64-bit RISC-V processor with exceptional computational capabilities. Its architecture includes a dual-issue 12-stage out-of-order pipeline, advanced vector processing, and comprehensive memory management features. Ideal for AI, ML, and high-performance computing environments, it supports complex instructions and is fit for intensive processing needs across sectors such as networking, video processing, and enterprise computing.
Syntacore's SCR3 represents a balanced 32/64-bit RISC-V processor core targeting applications that require power efficiency and compact size, yet demand substantial performance. This core boasts a 5-stage in-order pipeline with added capabilities such as a Memory Protection Unit and support for up to four cores with cache coherency. It's designed for versatility across various real-time operating systems and offers significant power savings, making it ideal for industrial automation, storage devices, and embedded systems.
The SCR4 is a 32/64-bit RISC-V processor designed with an emphasis on high efficiency and floating-point capabilities. It integrates a floating-point unit within its 5-stage pipeline, ideal for data-centric computations in industrial and IoT settings. The core supports advanced interrupt processing through its PLIC/IPIC units and shows flexibility with standard AHB/AXI interfaces. Capable of handling real-time systems smoothly, it optimizes for energy efficiency across embedded applications like smart sensors and mobile devices.
SCR6 is a potent 64-bit RISC-V core made for execution-intensive embedded systems and supports a full suite of extensions for advanced computational tasks. It features a 12-stage out-of-order pipeline, a floating-point unit, and a vector processing unit for complex data manipulations. Featuring advanced interrupt handling via PLIC/APLIC and compatibility with industry-standard interfacing, SCR6 caters to automation, motor control, and sensor fusion markets, ensuring robust performance in real-time operating environments.
The SCR5 is engineered for Linux-capable applications, offering a robust 32/64-bit processor with a comprehensive suite of RISC-V extensions. Its architecture includes a 9-stage pipeline, a floating-point unit, and sophisticated cache management, supporting real-time and dynamic environments. Utilized predominantly in automation, sensor hubs, and IoT, this core is built for energy efficiency while retaining substantial data processing power, facilitating quick integration into diverse technical ecosystems.
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