Explore AI solutions created by Texas Instruments and third party hardware and software vendors in the TI Processors ecosystem.
Gesture controlled HMI
This design shows integration of mmWave radar and camera sensor with AM62 to control a building access HMI with face detection and gestures to unlock a PIN controlled entry
Face recognition for building access
Ready to evaluate and deployable solution for entry access control systems in Building Automation, Retail, Smart Appliances. Highly customized to effectively utilizes the AM62 hardware to accurately detect & recognize faces in challenging conditions/environments.
Video doorbell with deep learning
Highly accurate people detection AI solution by PlumerAI running on AM62 Processor. The solution is optimized for battery powered products and shows scalable performance that can operate in low lighting and at various distances and backgrounds.
Smart camera with Vision-Radar Fusion
Vision and Radar fusion covers weakness in the individual sensors like poor lighting or low resolution. Radar sensors detect movement in 3D space, allowing better proximity detection while vision recognizes objects like vehicles, people or animals.
Explore HMI graphics reference created by Texas Instruments and third party hardware and software vendors in the TI ecosystem.
Demonstrates how to design QT based Industrial HMI demo running at 60fps for your display at full HD resolution. Design adds camera functionality to monitor operator with AI
Home Automation HMI: Thermostat Design
Evaluate creation of home automation HMI on AM62x processors with Thermostat Design. Design adds connectivity function with ethernet and wifi to display location based weather updates and remote configuration
Health Monitor HMI Design
This health monitor features Altia GUI development software and optimized code generation solutions for TI AM62x. Altia’s streamlined workflow enables delivery of custom 2D/3D graphics on production hardware with safe, certifiable C code. Altia DeepScreen for TI AM62x leverages all on-chip features for best performance and lowest footprint
Smart Warehouse HMI
The Qt Smart Warehouse HMI design on TI AM62x is an interactive multi-screen demo showcasing the coordination of intelligent robots on a factory floor. In the event of a predicted failure this demo allows the user to handle individual robot by diagnosing the issue, and send it back for repairs. It automatically deploys a new robot on the floor to complete the task. Built with Qt Design Studio and imported from the Qt Figma bridge, this demo features key Qt Quick and Qt Safe module features
Automotive Virtual Cluster
This instrument cluster features Altia GUI development software and code generator for TI AM62x. Altia’s streamlined workflow enables development teams to deliver custom 2D/3D and ISO 26262-compliant graphics to production hardware with functional safety. Altia DeepScreen for TI AM62x leverages all on-chip features for best performance and lowest footprint.
Storyboard Combo GUI Design
Creating embedded graphics on the TI AM62x just got easier. This demo image built using Crank’s Storyboard GUI design software enables you to visualize and interact with a fully functional sample touch screen applications for medical, industrial, and white goods to easily see the graphical and touch screen performance that is possible on the AM62x.
QT Care Patient Monitoring
Qt Care is a stylized 1920x1080 medical UI, replicating a patient monitoring screen often seen in hospitals or surgical offices. The UI consists of 2D assets (bridged from Figma), a 3D FBX model (exported from Maya), animations, interactive buttons, and transitions. The goal of this demo is to show the simplicity of bridging/importing assets to Qt Design Studio, adding interactivity, animations, and running on an embedded device built on an AM62x Texas Instruments Board
EV Charging HMI
Electrical vehicle charging HMI on TI AM62x will allow people to interact with a UI and see digital advertising. The demo allows users to start a charging session, observe the charging progress, and understand pace at which charge is been delivered. System simultaneously delivers digital advertisements to the screen for the user. The demo on AM62 platform is built with rich set of modules provided by Qt Design Studio
Flutter HMI Application
Application demonstrates the capabilities of Flutter on the AM6254. It provides examples of how you can create modern, performant user interfaces on embedded devices using Flutter. The UI framework allows you to integrate fluent animations and graphics in your application. With the improvements implemented by KDAB, the frame rate can go up to 60fps.
Altia CloudWare™ provides the power to remotely access and pair Altia’s production-proven graphical user interface software with Texas Instruments hardware to create a test drive experience for your GUI from anywhere in the world. Design your GUI by importing graphics from all popular tools. Develop your GUI in the cloud with your distributed team. Deploy your GUI code to cloud-based hardware and interact with it live!
EV Charging Station Demo
EV charging stations are becoming ubiquitous, so why can’t they be easy to use? This is exactly what Altia is demonstrating in this EV charging station GUI running on TI AM62x. Altia works with the lowest cost processors so that these mass-produced devices can be power and cost efficient, just like your EV. This GUI was built with Altia’s production-proven GUI editor and code generator.
Explore demos for networking and connectivity created by Texas Instruments and third party hardware and software vendors in the TI Processors ecosystem.
Connect to cloud with wifi
This wifi application demonstrates AM62 SK hardware that combines WL1837 solution with AM62 Processor to connect to remote access points and cloud using Wifi. The wifi connection to AM62 SK EVM can be used to launch demos on the HW and report status
Connected factory floor with Codesys
This demo shows how to build an industrial network with a PLC using Codesys Control operating on an AM62x processor connected to an end point device (ex. I/O controller) operating on an AM64/AM243x microcontroller.
Texas Instruments and Car Media Labs
Level2 EVSE with ISO15118 & OCPP
The EV charging application contains the entire protocol flow of smart charging (between charging station and vehicle) according to ISO 15118 and supports the rapid development of L2 AC charging stations. The hardware leverages Phytec AM62 based processor module with greenPHY HW module