Resources

See how the new multithreading runtime in Julia* v1.3 enables developers to liberate the full power of today’s CPUs with minimal hassle through a range of modern primitives for effective code composition.

It's no secret that we produce extraordinary amounts of data every day, necessitating the need for performant, scalable algorithms that can process it all. Explore the range of Intel data analytics tools, all optimized for Big Data hardware and software stacks.

What is Graph Analytics and why does it matter? Short answer: Because it touches a huge swath of our daily lives. Find out how new Intel® tools simplify getting objective, reproducible graph analytics performance data without obfuscation.

Field programmable gate arrays (FPGAs) provide a flexible hardware platform for achieving high performance on myriad workloads. Learn about the Intel GZIP example design, implemented with oneAPI, and how it can help make FPGAs more accessible.

Maximum application performance across multiple architectures happens when optimal use of hardware meets portable, power-efficient code. It’s a tricky balance—one that is being met by the oneAPI programming model.

Explore Intel’s efforts in leading the rearchitecture of Open Shading Language* (OSL*) to leverage the power of Intel AVX-512 on Intel SIMD hardware. Learn about software engineering techniques used in SIMD OSL including strategic memory layout for OSL datatypes, masking for divergent control flows, and addition of an LLVM backend for vector code generation.

Meet the new 2nd-generation Intel® Xeon® Scalable processor family that’s already set 95 performance world records with new features including Intel® Deep Learning Boost (Intel® DL Boost) for AI deep learning inference acceleration and support for Intel® Optane™ DC (data center) persistent memory.

These days, memory systems use non-uniform memory access (NUMA) architectures, where cores and the total DRAM are divided among sockets. To achieve this, the Linux* kernel does NUMA migrations, which try to move memory pages to the sockets where the data is being accessed. There are tradeoffs. See where and discover how to maximize your performance

Explore Intel® Optane® DC persistent memory, a new technology that introduces a nonvolatile memory/storage tier that's faster than SSDs or hard drives, with latencies near DRAM and much larger capacity. It has implications for any workloads that are currently bound by memory capacity or the slow speeds of storage devices.