Ventana Micro Methods Inc. has launched the most recent iteration of its Veyron household of RISC-V processors, positioning itself as a pioneer with the world’s first knowledge centre-class RISC-V processor. The newly unveiled processor, often known as Veyron V2, is on the market in each chiplet and IP configurations and represents a major leap ahead in high-performance RISC-V CPUs.
Balaji Baktha, Founder and CEO of Ventana, emphasised the processor’s groundbreaking options, stating, “This signifies a major development in our relentless pursuit to steer the {industry} in high-performance RISC-V CPUs. The V2 processor underscores our dedication to customer-driven innovation, workload acceleration, and optimizing total efficiency for industry-leading effectivity by way of efficiency per Watt per greenback.”
Key Highlights of the Veyron V2 Processor:
1. Substantial Efficiency and Effectivity Enhance:
- As much as 40% efficiency enchancment was achieved by means of enhancements in microarchitecture, superior processor material structure, improved cache hierarchy, and a high-performance vector processor.
2. Ecosystem Development with RISE:
- Introduction of RISE, a brand new ecosystem initiative enhancing help for V2, facilitating the speedy deployment of open, scalable, and versatile options.
3. Streamlined Improvement and Value-Effectivity:
- Utilization of the industry-leading UCIe chiplet interconnects for chiplet-based options, providing cost-effective unit economics, accelerating time to market, and decreasing improvement bills by as much as 75%.
4. Specialised Workload Acceleration:
- Integration of Area Particular Accelerator expertise designed to reinforce the effectivity of workloads throughout knowledge centre infrastructure, fostering customer-driven innovation and distinctiveness.
Technical Specs of Veyron V2 Processor:
- Fifteen complete out-of-order pipelines.
- Clock pace of three.6GHz and cutting-edge 4nm course of expertise.
- 32 cores per cluster, with multi-cluster scalability extending to a formidable 192 cores.
- 128MB of shared L3 cache per cluster and a 512b vector unit for dealing with intensive computational duties.
- Ventana AI matrix extensions for superior AI capabilities.
- Server-class IOMMU and Superior Interrupt Structure (AIA) system IP for enhanced efficiency and reliability.
- Superior side-channel assault countermeasures for heightened safety.
Reliability and Serviceability:
- Complete RAS (Reliability, Availability, and Serviceability) options.
- Prime-down performance-tuning methodology for optimum efficiency.
Ventana Micro Methods enhances the Veyron V2 Processor with a Software program Improvement Equipment (SDK) comprising numerous validated software program constructing blocks tailor-made for the RISC-V platform. The Veyron V2 Improvement Platform is available, opening the doorways to high-performance computing and AI functions.
