Apple MacBook Air MJVM2LL/A 11.6 Inch Laptop (Intel Core i5 Dual-Core 1.6GHz up to 2.7GHz, 4GB RAM, 128GB SSD, Wi-Fi, Bluetooth 4.0, Integrated Intel HD Graphics 6000, Mac OS) (Renewed) 4.3 out of 5 stars 910. Free 2-day shipping. Buy Apple MacBook Air Laptop 11.6', Intel Core-i5, Intel HD Graphics 6000, 128GB SSD Storage, 4GB RAM, Mac OS X Yosemite, MJVM2LL/A - Refurbished at Walmart.com. Mac OS X Support Mac Software Other Apple Hardware Laptops Laptop Compatibility Big Sur Laptop Support. Graphics Intel HD Graphics 630 Mac Mobile Phone. Apple Laptop MacBook Pro MD101LL/A Intel Core i5 2nd Gen 2520M (2.50 GHz) 4 GB Memory 500 GB HDD Intel HD Graphics 4000 13.3' Mac OS X v10.13 High Sierra REFURBISHED This means the product was tested and repaired as required to meet the standards of the refurbisher, which may or may not be the original manufacturer.

Many 15-inch MacBook Pro notebooks have two graphics processors (GPU)—a discrete GPU and an integrated GPU. The discrete GPU provides substantial graphics performance but uses more energy. The integrated GPU optimizes battery life by using less energy.

Check if the discrete or integrated GPU is in use

To see which graphics cards are in use, choose Apple () menu > About this Mac. The graphics cards currently in use appear next to Graphics. Learn which integrated GPUs your Mac might have.

Check if an app is using the dedicated GPU

To see if an app is using the higher-performance discrete GPU, open Activity Monitor and click the Energy tab. If you don't see the Requires High Perf GPU column, your computer only has one graphics processor.

In this example, iMovie and Final Cut Pro are using the higher-performance discrete GPU:

Learn more

Here are a few examples of apps and accessories that use the higher-performance discrete GPU:

• iMovie
• Adobe Photoshop and Adobe InDesign
• An external display

Learn how to use an external graphics processor (eGPU) with your Mac.

Learn how to set the graphics performance on your MacBook Pro or MacBook Pro with Retina display computer.

Please see the new portal for OpenCL™ deployments prior to accessing this legacy content. Runtimes and OpenCL™ tool support for downloads listed on this article are deprecated in favor of newer products.

Installation has two parts:

1. Intel® SDK for OpenCL™ Applications Package
2. Driver and library(runtime) packages

The SDK includes components to develop applications: IDE integration, offline compiler, debugger, and other tools. Usually on a development machine the driver/runtime package is also installed for testing. For deployment you can pick the package that best matches the target environment.

The illustration below shows some example install configurations.

SDK Packages

Please note: A GPU/CPU driver package or CPU-only runtime package is required in addition to the SDK to execute applications

Standalone:

• Intel® SDK for OpenCL™ Applications 2017 R2 for Windows* (64-bit) (assumes Windows* graphics driver installed)

Suite: (also includes driver and Intel® Media SDK)

Driver/Runtime Packages Available

GPU/CPU Driver Packages

• (Also automatically shipped with Windows graphics drivers)

CPU-only Runtime Packages

Intel® SDK for OpenCL™ Applications 2017 R2 for Linux (64-bit)

This is a standalone release for customers who do not need integration with the Intel® Media Server Studio. It provides components to develop OpenCL applications for Intel processors.

Visit https://software.intel.com/en-us/intel-opencl to download the version for your platform. For details check out the Release Notes.

Intel® SDK for OpenCL™ Applications 2017 R2 for Windows* (64-bit)

This is a standalone release for customers who do not need integration with the Intel® Media Server Studio. The standard Windows graphics driver packages contains the driver and runtime library components necessary to run OpenCL applications. This package provides components for OpenCL development.

Visit https://software.intel.com/en-us/intel-opencl to download the version for your platform. For details check out the Release Notes.

OpenCL™ 2.0 GPU/CPU driver package for Linux* (64-bit)

The intel-opencl-r5.0 (SRB5.0) Linux driver package enables OpenCL 1.2 or 2.0 on the GPU/CPU for the following Intel® processors:

• Intel® 5th, 6th or 7th generation Core™ processor
• Intel® Celeron® Processor J3000 Series with Intel® HD Graphics 500 (J3455, J3355), Intel® Pentium® Processor J4000 Series with Intel® HD Graphics 505 (J4205), Intel® Celeron® Processor N3000 Series with Intel® HD Graphics 500 (N3350, N3450), Intel® Pentium Processor N4000 Series with Intel® HD Graphics 505 (N4200)
• Intel® Xeon® v4, or Intel® Xeon® v5 Processors with Intel® Graphics Technology (if enabled by OEM in BIOS and motherboard)

Installation Instructions. Scripts to automate install and additional install documentation available here.

Intel validates the intel-opencl-r5.0 driver on CentOS 7.2 and 7.3 when running the following 64-bit kernels:

• Linux 4.7 kernel patched for OpenCL
• Linux 4.4 kernel patched for Intel® Media Server Studio 2017 R3

Although Intel validates and provides technical support only for the above Linux kernels on CentOS 7.2 and 7.3, other distributions may be adapted by utilizing our generic operating system installation steps as well as MSS 2017 R3 installation steps.

In addition: Intel also validates Ubuntu 16.04.2 when running the following 64-bit kernel:

•Ubuntu 16.04.2 default 4.8 kernel

Ubuntu 16.04 with the default kernel works fairly well but some core features (i.e. device enqueue, SVM memory coherency, VTune support) won’t work without kernel patches. This configuration has been minimally validated to prove that it is viable to suggest for experimental use, but it is not fully supported or certified.

Supported OpenCL devices:

• Intel® graphics (GPU)
• CPU

For detailed information please see the driver package Release Notes.

Previous Linux driver packages:

Intel intel-opencl-r4.1 (SRB4.1) Linux driver package	Installation instructions	Release Notes
Intel intel-opencl-r4.0 (SRB4) Linux driver package	Installation instructions	Release Notes
SRB3.1 Linux driver package	Installation instructions	Release Notes

For Linux drivers covering earlier platforms such as 4th generation Intel Core processor please see the versions of Media Server Studio in the Driver Support Matrix.

OpenCL™ Driver for Iris™ graphics and Intel® HD Graphics for Windows* OS (64-bit and 32-bit)

The standard Intel graphics drivers for Windows* include components needed to run OpenCL* and Intel® Media SDK applications on processors with Intel® Iris™ Graphics or Intel® HD Graphics on Windows* OS.

You can use the Intel Driver Update Utility to automatically detect and update your drivers and software. Using the latest available graphics driver for your processor is usually recommended.

Supported OpenCL devices:

• Intel graphics (GPU)
• CPU

For the full list of Intel® Architecture processors with OpenCL support on Intel Graphics under Windows*, refer to the Release Notes.

Deprecated Releases

Note: These releases are no longer maintained or supported by Intel®.

OpenCL™ Runtime for Intel® Core™ and Intel® Xeon® Processors

This runtime software package adds OpenCL CPU device support on systems with Intel Core and Intel Xeon processors.

Supported OpenCL devices:

• CPU

12 Aug 2019: This listing is posted for archival purposes only. Version 16.1.2 and earlier runtimes are deprecated and unavailable. Please consider using version 18.1 or newer on supported platforms.

16.1.2

16.1.1

16.1

15.1:

For the full list of supported Intel® architecture processors, refer to the OpenCL™ Runtime Release Notes.

OpenCL™ Runtime 14.2 for Intel® CPU and Intel® Xeon Phi™ Coprocessors

This runtime software package adds OpenCL support to Intel Core and Xeon processors and Intel Xeon Phi coprocessors.

Free Graphics For Mac

Supported OpenCL devices:

• Intel Xeon Phi coprocessor
• CPU

Intel R Hd Graphics Update

Available Runtimes

Intel Hd Graphics For Mac Os X

For the full list of supported Intel architecture processors, refer to the OpenCL™ Runtime Release Notes.