
SYCL - C++ Single-source Heterogeneous Programming for …
SYCL defines abstractions to enable heterogeneous device programming, an important capability in the modern world which has not yet been solved directly in ISO C++.
SYCL - Wikipedia
SYCL (pronounced "sickle") is a higher-level programming model to improve programming productivity on various hardware accelerators. It is a single-source embedded domain-specific …
What is SYCL? A Quick Guide to SYCL Implementations - Intel
SYCL is a royalty-free open standard developed by the Khronos Group that allows developers to program heterogeneous architectures in standard C++. In addition, its programming model …
Home - SYCL.tech
The SYCL standard is defined by the Khronos Group, the open member-driven consortium that manages a wide range of royalty free open standards. Learn more and get involved.
AdaptiveCpp (formerly known as hipSYCL / Open SYCL)
AdaptiveCpp is the independent, community-driven modern platform for C++-based heterogeneous programming models targeting CPUs and GPUs from all major vendors. …
SYCL Reference — SYCL Reference documentation - The Khronos …
Welcome to the SYCL Reference! This document is intended to be a handy reference for: The reference supplements the SYCL Specification and has the same overall structure. The …
What is SYCL? - Intel
SYCL is a high-level single-source standard C++ programming model that can target a wide range of heterogeneous platforms. SYCL is an industry-driven standard developed by Khronos …
Khronos SYCL Registry - The Khronos Group Inc
The SYCL registry contains specifications of SYCL, a single-source C++ programming model for heterogeneous computing. The SYCL 2020 specification is the latest specification. A …
Essentials of SYCL - Intel
SYCL* provides a consistent programming language across CPU, GPU, and AI accelerators in a heterogeneous framework where each architecture can be programmed and used either in …
Getting Started - SYCL.tech
Get started with SYCL, try some code, follow the Academy guides and install and implementation.