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The SCR9 Processor Core represents the height of processor sophistication with a 12-stage dual-issue out-of-order pipeline complemented by a vector processing unit (VPU). This 64-bit, 16-core configuration supports hypervisor capabilities, making it a powerhouse for enterprise and high-performance applications. Designed to meet the rigorous demands of AI, ML, and computational-heavy environments, the SCR9 core delivers exceptional data throughput and processing power. Its comprehensive architecture includes robust memory and cache management, ensuring efficiency and speed in processing. This application-class core is supported by an extensive ecosystem of development tools and platforms, ensuring that developers can exploit its full potential for innovative solutions. With its focus on high efficiency and advanced capabilities, the SCR9 core is a definitive choice in fields demanding top-tier processing power.
The SCR1 Microcontroller Core is a compact, open-source processor designed for deeply embedded applications. It features a 4-stage in-order pipeline, making it highly efficient and suitable for scenarios demanding minimal area footprint and energy consumption. Ideal for IoT devices and sensor-centric systems, it balances performance with power efficiency in a 32-bit architecture. This core is optimized for real-time operating systems and integrates seamlessly into complex digital systems. With its small gate count and energy-conscious design, the SCR1 core excels in environments where low power and high reliability are paramount. Its configurability allows for tailored implementations that can meet diverse application requirements. Designed in SystemVerilog, it is supported by a comprehensive development toolkit and FPGA-based SDK, ensuring developers have all the necessary tools for efficient deployment and testing.
As a pinnacle of high-performance Linux-capable processor cores, the SCR7 Application Core incorporates a 12-stage dual-issue out-of-order pipeline for enhanced execution efficiency. This core is engineered for applications that require robust data handling and processing, with support for cache coherency and virtual memory management. The SCR7 core caters to advanced markets such as AI, ML, and data centers, benefiting from its scalability in 64-bit 8-core configurations. This formidable architecture is designed to handle complex computational loads, especially where rapid real-time data processing is vital. With a complete software development toolkit, this core empowers developers to integrate and optimize seamlessly into their systems, facilitating innovation and delivering top-tier performance in demanding application landscapes.
The SCR3 Microcontroller Core offers a medium-performance solution for embedded applications, featuring a 5-stage in-order pipeline. It supports both 32-bit and 64-bit configurations, providing a versatile platform for various use cases in industrial and automotive systems. Equipped with privilege modes and a memory protection unit (MPU), the SCR3 core emphasizes security and stability, ensuring robust performance in safety-critical environments. Additionally, its L1 and L2 cache support enhances processing speed and data efficiency. Tailored for real-time tasks, this core integrates capabilities that support complex control systems and network devices. Its architecture and toolchain are specifically designed to enable developers to quickly innovate and meet stringent application demands.
The SCR6 Microcontroller Core stands out with its 12-stage dual-issue out-of-order pipeline, strategically designed for high-performance microcontroller applications. This 64-bit core supports a high-performance floating-point unit, which is key for computations in complex embedded systems and applications demanding precision. Optimized for real-time operating systems, the SCR6 offers advanced processing capabilities required by new-age industrial, IoT, and automotive applications. Its out-of-order execution pipeline ensures maximum efficiency, reducing latency while maintaining low power consumption. The development ecosystem supporting SCR6 includes a comprehensive toolkit and documentation, facilitating rapid design and deployment efforts, empowering developers to meet and exceed performance demands effectively.
The SCR4 Microcontroller Core provides enhanced computational capability in a 32/64-bit architecture, equipped with a 5-stage in-order pipeline. Designed for embedded systems, it features integrated floating-point unit (FPU) and memory protection unit (MPU) for increased precision and reliability. Supporting multicore configurations, this core is adept at handling sophisticated industrial and IoT applications. Its cache hierarchy, comprising L1 and L2 caches, enhances data handling efficiency, crucial for time-sensitive processing tasks. The SCR4 core's SystemVerilog-configured design, coupled with a complete development toolkit and FPGA SDK, ensures that developers have the resources necessary for expedited development and deployment. This core balances advanced functionality with efficient power use, making it a prime choice for demanding embedded applications.
Designed for application-class deployments, the SCR5 Application Core is a Linux-capable processor with enhanced data processing capabilities. Its 9-stage in-order pipeline provides a robust platform for mid- to high-performance applications, making it suitable for AI, ML, and mobile device contexts. Featuring memory management units (MMU) and cache coherency, the SCR5 core facilitates efficient task management and data processing. Its support for L1 and L2 caches ensures streamlined data operations, which is critical in high throughput environments. SCR5's SystemVerilog architecture is supported by an extensive development toolkit and platform, facilitating accelerated deployment and innovation. This core offers an ideal combination of functionality, efficiency, and configurability, making it an ideal choice for developers seeking high-performance application cores.
Discover the latest release of Syntacore's Development Toolkit 2025.06, a robust RISC-V platform with new features enhancing IDEs, debugging, and simulation. Read more
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