Intel has taken a significant step in the evolution of its architecture with the release of the ISPC 1.31 compiler. This release introduces new AVX targets, allowing Nova Lake processors to utilize extended performance features. Furthermore, the compiler provides experimental support for PowerPC 64-bit in 2026 for IBM POWER8 and newer systems, enhancing the compatibility and flexibility of the new platform. The software updates also include various performance improvements and crucial bug fixes.
In parallel development, focus is being placed on the hardware implementation of these new architectures. Rumors regarding the performance capabilities of Nova Lake desktop CPUs suggest extremely high demands. According to reports, the most powerful models could momentarily draw up to 474W under PL2 limits, indicating a significant increase in power density. These speculations are linked to high-end Z990 motherboards, which allegedly feature three 8-Pin power connectors for the CPU, pointing toward a substantial architectural shift in the desktop segment.
The future product strategy from Intel also encompasses the evolution of the Core series. There are rumors that Intel plans to release two additional desktop CPUs in the Core Ultra-400 series, each incorporating 18 cores and the Big Last Level Cache (bLLC). These models are expected in various power configurations, including 125W and a separate 65-Watt version. The development of Nova Lake-S is also being maintained, with expectations that larger caches will be integrated into future SKUs to further boost performance.
Overall, Intel is pursuing a comprehensive strategy that combines groundbreaking compiler and software innovations with massive hardware developments. The combination of new AVX targets, potentially extreme power requirements for Nova Lake, and a detailed roadmap for Core Ultra and Nova Lake-S positions Intel as a key player in shaping the next generation of high-performance processors.