![]() ![]() This will install the Hexagon SDK with the default settings. Run qpm-cli -license-activate compute1.x.Run qpm-cli -license-activate hexagonsdk5.x.GUI-based Installation is not supported on Linux.Īfter the installation of the qpm-cli, the steps below can be followed to install the SDK:.For example: qik install hexagonsdk5.x -version 5.0.0 to install Hexagon SDK 5.0.0.0 However, if you want to install a specific version use the -version argument. This command will Install the latest SDK version available under hexagonsdk5. The following steps can be followed to install the Hexagon SDK using the QIK Tool: The installer will install the SDK with the desired dependencies. ![]() Minimal NDK is a subset of Android NDK that is essential for Hexagon SDK examples and build system whereas Full NDK is the complete Android NDK hosted by Google. You can install either the Minimal NDK or the Full NDK dependency (but not both) as part of the installation. Follow the on-screen prompts to select an install location and desired dependencies.Select the desired version and click "Install".Expand the product suite and select "Hexagon SDK 5.x" or "Hexagon SDK 4.x".Open the "All" tab and scroll until you find "Qualcomm Hexagon SDK Product Suite".Sign in with your Qualcomm OneID credentials.Open Qualcomm Package Manager (QPM) from the Start menu.Ensure you have installed QPM prior to attempting to install the Hexagon SDK.įollowing are the steps to install the Hexagon SDK using the QPM GUI: Qualcomm® Hexagon™ SDK version 4.0.0 and above are all installed through Qualcomm® Package Manager (QPM). These changes are not persistent across instances of cmd.exe so you must run setup_sdk_env.cmd in each cmd.exe window in which you wish to develop in. This script will configure the local environment. To begin using the Hexagon SDK open a new Windows command prompt (cmd.exe) and run setup_sdk_env.cmd. The installer takes care of downloading and installing all the Hexagon SDK's dependencies. The Hexagon SDK enables customization of the aDSP either via general compute modules (via FastRPC) or custom audio codecs and post-processing modules (pp modules) on the Hexagon aDSP contained in Snapdragon 800 and 200 devices. ![]()
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