Qt is extremely successful and widely used in embedded device creation. The baseline of Qt is evolving through open governance model on top of which The Qt Company is creating commercial value add and industry specific solutions. Following the industry evolution, Qt supports widening range of devices, fits smaller and scales higher as well as have support for new categories of UI’s.
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Datasheet: Qt for Medical
The Qt for Medical data sheet contains the facts to help you decide which Qt package is right for you.
Forrester Total Economic Impact of Embedded Software Development with Qt
TEI & ROI of Qt: Cost Savings And Business Benefits Enabled By Qt for Device Creation
Consult our ROI advisors to learn how Qt can set up your business for success long-term
Qt gives you more than just cost-cutting! Consult our ROI advisors for a detailed rundown on how Qt can set up your business for success long-term.
Calculate Your ROI - Based on the Forrester TEI Study
Measure your software development framework ROI based on the Forrester RoI Calculator accompanies by the Total Economic Impact Study.
GLP Systems – A Breakthrough Development in Laboratory Automation
GLP Systems on Using Qt to Solve Your Lab Automation Challenges!
Qt for Designers and Developers
White paper: Offering for the Medical Industry
Time, resources, cost. These three items keep any C-Level executive, vice president, project or program manager awake at night, pondering the go-to-market strategy of their medical devices.
HeartWorks — Training doctors to diagnose heart conditions with world's most accurate 3D virtual heart.
Medec – Anesthesia & Critical Care Medical Devices
Medec’s Qt-Based Anesthesia & Critical Care Medical Devices Offer Superior User Experiences with Patient Safety in Focus.
Orzone – Surgical Operating Room Training System
Surgical Operating Room Training System User Interface, Built with Qt: Orzone
Quantitative Imaging Systems and KDAB - Revolutionizing Cancer Research
Quantitative Imaging Systems (Qi) unravel cancer through digital imaging microscopy and machine learning. They have built a interdisciplinary team, not only with pathologists and biomedical specialist
QtWS17 - Technical Overview of Qt in Medical devices, Ionut Alexandrescu, The Qt Company
An overview of Qt features that facilitate the development of UX and UI in medical devices. Review of UI modules like QtWidgets and Qt Quick as well as the new functionalities introduced in the latest
Medical Device Design & Manufacturing Challenges: 2017 And Beyond
Near the end of 2017, Med Device Online published an article outlining important medical device design and manufacturing challenges at present and would extend into 2018 and beyond. Working with...
Wearable Sensor Platforms using Qt in the Medical and Sports Fitness Industry, PulseOn
Wearable sensor platforms using Qt in the medical and sports/fitness industry The session will delve into the trends and challenges in building the sensor platforms of tomorrow on the example and dev
White paper: Functional Safety & Qt
Download our white paper discussing the general requirements for functional safety, how the requirements vary depending on industry and what Qt’s recommendation...
Randox Laboratories – Fully Automated Immunoassay Analyzer
World’s first fully automated random-access immunoassay analyzer to process blood samples.
White paper: Medical Choosing Commercial Off the Shelf (COTS)
This whitepaper explores the options of choosing a commercial off the shelf software and developing a software from the scratch. The choice may carry long-lasting implications.
Introduction to Qt 3D
In this course you will learn Qt 3D and its use of modern programmable shader-based pipelines which can be applied to both OpenGL and OpenGL ES. In class, our expert […] The post Introduction to...
Medical device regulations: Here’s what manufacturers need from their vendors
Max Planck Institute – Communicating with Thoughts, Matthias Hohmann at QtWS17