Processor MIPS P8700 has arrived on the market as a next-generation solution to meet the demanding needs of the automotive industry. This 64-bit RISC-V processor, developed by MIPS, stands out for its ability to scale up to configurations of 64 clusters, offering outstanding performance in critical applications such as advanced driver assistance systems (ADAS) and machine learning.
Since its first announcement in 2022, the MIPS P8700 has been designed with flexibility and large-scale performance in mind. With a Native support for floating point operations y bit manipulation extensions, the processor manages to optimize complex tasks while significantly reducing latency. In addition, its architecture allows the use of compressed instructions, which facilitates more efficient processing.
Innovative out-of-order multi-thread architecture
A key aspect of the MIPS P8700 is its ability to execute instructions in random order. This technology out-of-order multithreading allows multiple instructions to be managed simultaneously, even if they depend on each other. As a result, the processor accelerates the delivery of results and improves performance by 60% compared to traditional sequential executions.
Another notable attribute is the possibility of configuring up to Six RISC-V cores per cluster, each with four I/O coherence units (IOCUs). This gives it enormous capacity for processing for applications that require high computing power, from networks to machine learning systems.
Advanced energy management and adaptability
The MIPS P8700 includes tools for dynamic energy management, such as the Cluster Power Controller (CPC), which allow power consumption to be adjusted based on system needs. In addition, independent clock domains facilitate performance and energy efficiency optimization of cores, I/O interfaces, and the cache coherency manager.
Thanks to its configurable design, users can customize the sizes of the Cache, the number of cores and other features based on specific application requirements. For example, L1 and L2 cache sizes can be customized, with options ranging from 256 KB to 8 MB, providing memory management efficient and safe through ECC protection y Direct data transfer between caches.
Integration with Mobileye for autonomous platforms
The MIPS P8700 will be one of the main components in the autonomous driving platforms of Mobileye. This collaboration, which dates back to 2022, ensures that the P8700 series will be part of several EyeQ SoCs, including the EyeQ6H and the upcoming EyeQ7 models. This integration highlights the potential of the P8700 to boost the Innovation in autonomous vehicles and semi-autonomous.
With configurations that support up to 2048 hardware threads and an architecture aimed at optimizing cache coherency and scalability, the MIPS P8700 represents a significant step toward the future of real-time computing systems.
The MIPS P8700 not only sets a new standard in processing architecture, but also enables developers with advanced debugging tools, such as PDTrace and hybrid modes, which facilitate problem solving and accelerate development cycles.
This innovative processor is emerging as a versatile, high-performance solution for sectors as diverse as automotive, automatic learning, networks and high capacity embedded systems. MIPS has made it clear that with the P8700 they are looking to mark a milestone in how next-generation computing systems are designed and executed.