Sound design is an important part of creating the six degrees of freedom (6DoF) required for the best immersive experience for your users. The Qualcomm® 3D Audio Plugin is a binaural spatial audio plugin for Unity, ideal for XR(AR/VR) experiences and games.

The Qualcomm® Autonomy and Advanced Driver Assistance (ADAS) SDK (previously known as FastADAS) is designed to allow your Snapdragon Ride™ platform and ADAS systems to operate at peak efficiency and minimum latency. Developers can use this SDK to optimize and reduce the end-to-end latency of their most critical pipelines to accelerate their algorithms and systems. The SDK is a C/C++ programming API comprised of binary libraries and header files.The Qualcomm ADAS SDK is comprised of many features and is continually growing. Details of current features can be found in theAPI Referencesection.

The Snapdragon Game AI SDK is Qualcomm’s first dedicated gaming toolkit, enabling developers to build real‑time, low‑latency, on‑device AI experiences on Snapdragon‑powered Android and Windows devices. It provides a set of local AI inference features optimized for Qualcomm’s Hexagon NPU and integrated with the Unreal Engine™ Andy Michel

A plugin for Unity to easily migrate your Snapdragon Spaces™ project to Android XR

Qualcomm Technologies contributed the ExecuTorch repository for developers to access Qualcomm® Hexagon™ NPU directly. This streamlines the developer workflow and unlocks the benefits of local AI inference, from personalization to performance, privacy, and reduced reliance on cloud infrastructure

Qualcomm® Intelligent Multimedia Product Software Development Kit (QIMP SDK) is a powerful and unified solution designed to empower application developers in the Internet of Things (IoT) space. Product SDKs combine several functional SDKs making it easy for you to build your applications.

Welcome to use the Qualcomm® Intelligent Robotics Product SDK (QIRP SDK) 2.0. This SDK is applicable to the Qualcomm® Linux releases. QIRP SDK is a collection of components that enable a developer to realize robotics features on Qualcomm Platforms.

The connected car is a broad frontier of wireless possibilities, and the Qualcomm® Telematics SDK (TelSDK) is your path for developing telematics applications.Connected-car developers can use the Telematics SDK for rapid development and deployment of applications that run on telematics control units (TCU). The SDK abstracts the modem and hardware in the modem and includes full documentation, sample applications, header files and stub code.What Can You Build into Your Applications with the Telematics SDK?With the Telematics SDK you can build out features for a wide range of connected-car scenarios including identity management, ridesharing, operator flexibility, fleet management, data analytics and firmware-over-the-air (FOTA) updates.The SDK provides a set of backward-compatible APIs to

Redefining the car of the futureThe era of the intelligently connected, autonomous driving car is upon us. The Snapdragon Ride Software Developer Kit (SDK) - a key pillar of the Snapdragon® Digital Chassis™ solution - assists automotive suppliers and automakers to deploy virtually all the autonomous driving features they want now — with the ability to scale in the future. Our full suite of automotive products was developed with more than 30 years of mobile leadership and 20 years of automotive experience. The Snapdragon Ride Platform and SDK are supporting automakers to build cars that are connected to networks, the cloud, other cars, pedestrians, traffic, and infrastructure systems.Simply put: Snapdragon Ride is redefining the car of the future.TheSnapdragon Ride Platformis at the

A comprehensive set of ready-to-use AI functions and tools provided as both standard OpenAI APIs, and an easy-to-use Python SDK. It also includes sample applications, agents, tools, and libraries for developing and deploying AI inference on premises or via cloud deployments.

Cloud AI SDKs enable developers to optimize trained deep learning models for high-performance inference on Qualcomm® Cloud AI 100 accelerators.The Cloud AI SDKs provide workflows to optimize the models for best performance, provides runtime for execution and supports integration with ONNX Runtime and Triton Inference Server for deployment.

The Qualcomm Broadcast SDK gives developers the power to bring Broadcast connectivity and content to their apps. This resource includes the APIs, tools, and documentation to develop and test Broadcast applications for Android-based mobile devices with broadcast service capabilities.

An all-in-one SDK that supports heterogenous computing, system-level configurations and designed to direct AI workloads to all accelerator cores on our platforms. Provides developers flexibility, including inter-core collaboration support and other advanced features.

Provides lower-level, highly customizable unified APIs that speeds up AI models on all AI accelerator cores with individual libraries. Can be used directly to target a specific accelerator core or delegate workloads from popular runtimes including Qualcomm Neural Processing SDK, TensorFlow Lite and ONNX runtime.

The Qualcomm® Hexagon™ SDK provides Windows and Linux based tools, software, and documentation to assist developers to build, run, debug, and profile applications on Qualcomm Technologies targets including Mobile, Embedded Linux (LE) and XR devices leveraging the Hexagon DSPs.

The LPAI Add-on for Hexagon SDK contains libraries and tools to provide the following (It is built on top of the base Hexagon SDK) : ML runtime targeting deeply embedded use cases Optimized for a deeply embedded environment Low Power Usage Low Memory Usage : option to share memory between models Ability to select Operators between Low Power Island (LPI) memory and DDRAM Inference runtime – currently not for model training The Hexagon SDK is a software development kit supporting LINUX for programming the Hexagon Processor embedded in all Snapdragon® Platforms. The Hexagon SDK enables code generation, simulation, profiling, debugging and logging of DSP code for execution in a dynamic environment, where user DSP code can be converted into a dynamically loadable .so file for execution on a