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Toggle navigationDevelopers Active StandardsCOLLADAData FormatEGLglTFNNEFOpenCLOpenGLOpenGL ESOpenGL SCOpenVGOpenVXOpenXRSafety CriticalSPIRSYCLVulkanVulkan SCWebGLExploratory GroupsOverview3D CommerceHeterogeneous CommunicationInactive StandardsOpenKCAMOpenKODEOpenMAXOpenMLOpenSL ESOpenWFStreamInputWebCLRegistryAdvisorsGithubKhronos ForumsKhronos SlackKhronos BlogVideos & PresentationsReference GuidesBooksTraining & CoursesJobsRequest for QuotesKhronos SpeakersMerchandiseConformance Adopter programFile Format Adopter ProgramConformant CompaniesConformant ProductsTrademark GuidelinesIP FrameworkAdopter LoginMembership Join the Khronos GroupKhronos MembersIP FrameworkCreate an accountMember LoginNews & EventsNewsroomPress ReleasesKhronos LogosSubscribe to our newsletterShare your newsUpcoming EventsConference Code of ConductShare your eventsMarketing with KhronosAboutOverviewContact UsDirectors & OfficersWorking Group ChairsTechnical SupportKhronie AwardsMember LoginSearchSYCL OverviewC++ Single-source Heterogeneous Programming for OpenCLSYCL (pronounced ‘sickle’) is a royalty-free, cross-platform abstraction layer that builds on the underlying concepts, portability and efficiency of OpenCL that enables code for heterogeneous processors to be written in a “single-source” style using completely standard C++. SYCL single-source programming enables the host and kernel code for an application to be contained in the same source file, in a type-safe way and with the simplicity of a cross-platform asynchronous task graph. SYCL includes templates and generic lambda functions to enable higher-level application software to be cleanly coded with optimized acceleration of kernel code across the extensive range of shipping OpenCL 1.2 implementations. Developers program at a higher level than OpenCL C or C++, but always have access to lower-level code through seamless integration with OpenCL, C/C++ libraries, and frameworks such as OpenCV™ or OpenMP™.SYCL 1.2.1SYCL 1.2.1 revision 5 is now the latest release as of April 18,2019, is based on OpenCL 1.2, and is a major update representing 4years of work by Khronos members. The new specification incorporatessignificant experience gained from 5 separate implementations andfeedback from developers of machine learning frameworks such asTensorFlow, which now supports SYCL alongside the original CUDAaccelerator back-end.SYCL 1.2.1Open-source SYCL specification filesOpen-source SYCL conformance test suiteSYCL Forum - the best place for posting your questions and feedbackSYCL Press ReleaseComputeCpp - SYCL implementation by CodeplaytriSYCL - an open-source implementation to experiment with SYCLSYCL Ecosystem Website - SYCL community website maintained by CodeplaySYCL Adopters Program - Adopters area & Press ReleaseSYCL 1.2.1 builds on the features of C++11, with additional supportfor C++14 and C++17, enabling ISO C++17 Parallel STL programs to beaccelerated on OpenCL devices. To support this effort, Kh
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