White paper resources
In this white paper, Burkhard Stubert explains how he could save one of the world’s largest home appliance manufacturers millions of Euros by choosing Qt over HTML. The secret? Qt scales down to lower-end hardware a lot better, without sacrificing user experience:
With a five times smaller footprint, four to eight times lower RAM requirements and a more efficient rendering flow than HTML, Qt provides faster start-up times and maintains the cherished 60fps and 100ms response time, where HTML would struggle. The calculations show that being able to just downgrade your SoC by just one tier like this, Qt can reduce your hardware costs by over 53%.
A practical comparison by Sequality
One man takes 160 hours to create a demo application of an embedded system using Qt & QML and same number of hours to create the very equivalent application using HTML5. Discover how he compares the two technologies and shared the findings during the evaluation in terms of:
What is not mentioned in this whitepaper, is the beauty of Qt providing freedom to the developer enabling the creation of hybrid applications with HTML5 and Qt/QML, whereas HTML5 will not have the ability to mix or show Qt based applications. Developers have the flexibility of creating UIs in many ways besides HTML5.
Audience: This whitepaper is intended for developers and tech. managers creating applications for mobile, desktop, embedded and IoT devices.
Download our white paper discussing the general requirements for functional safety, how the requirements vary depending on industry and what Qt’s recommendation for building a feasible functionally safe embedded device would be.
This white paper is targeted to Solution Architects and Product Owners who are designing and developing products to Automotive, Medical and Automation industries or have requirements to meet functional safety standards.
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What are the aspects you need to consider, when choosing the development method for your medical device or application? 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, which slowly has formed it to a business-critical decision.
• Open Source Licenses Overview
• Designing Medical Devices with Open Source vs. Commercial licensed Software
• Patent enforcement
• Medical Device Software IP management
• Software Licensing in the Medical Industry
Building the Internet of Things and How Qt Can Help. The term, Internet of Things (or IoT), is everywhere. For people wanting to impress others, it’s the latest buzzword to include in a conversation in order to be seen as relevant. For many developers, the term is just a more fashionable description of the connected embedded system, however IoT adds additional promises to how these devices need to operate. This whitepaper defines what the requirements are for developing IoT software, compares frameworks and describes the advantages of using Qt to develop your IoT solutions.
Learn about IoT:
Beyond the Code – How Designers and Programmers can Work Together to Deliver Successful GUIs for Applications. This whitepaper will explore the requirements of user interface design for software systems and provide hints, tips and suggestions for anyone tasked with developing advanced GUIs and explain how building bridges between designers and programmers is the key to successful implementation.
Tuukka Turunen, Director of R&D, Qt, and Mirko Boehm, Economic Advisor and Past President, KDE e.V. explain why commercial models can strengthen open source software communities to deliver real benefits for system designers. In the world of software development the many debates about the benefits of open source versus commercial software continue, with developers, software manufacturers, users and purchasers all putting forward differing opinions and, sometimes, protecting vested interests.