GPU-Tech

Intel's Knights Landing represents a pivotal advancement in the company's throughput computing program, primarily focused on high-performance computing (HPC) applications. Building upon the legacy of the Larrabee project, which initially aimed at both discrete graphics and HPC accelerators, Knights Landing is designed exclusively to meet the demands of the computing market. Launched as part of Intel's Xeon Phi series, Knights Landing utilizes a 14nm manufacturing process and features enhancements like the AVX3 instruction set, which aligns with future Intel architectures.

Its architecture includes a significant increase in core count and improved memory bandwidth, enabling it to deliver exceptional double-precision performance, a critical factor in HPC environments. The product is also designed to function as a bootable device, increasing its versatility compared to its predecessors. With features such as on-package eDRAM for better power efficiency, Knights Landing aims to push the boundaries of computing performance, making it a cornerstone for enterprises aiming to leverage advanced computing capabilities