Variscite courses range from introductory training on embedded systems fundamentals and programming to more advanced training in software architectural design. Our courses take a customizable modular format, typically running between one and three days. Training can either take place in our classrooms or on-site world wide. All course content is constantly reviewed and updated to include the most relevant and advanced methodologies for the full spectrum of applications including medical, automotive, control systems, multi-media and agriculture.
Join us for an exclusive webinar where we will go into the advanced capabilities of Variscite's System on Modules (SoMs) featuring integrated Neural Processing Units (NPUs) for Artificial Intelligence (AI) and Machine Learning (ML) applications.
Register NXP and Variscite's joint webinar for a technical review of the new i.MX 95's unique proposition and guidance on leveraging its wide scalability range for your design.
After extensive research and selecting the ideal Variscite System on Module (SoM) for your project, you now face another great challenge: choosing the best operating system for your embedded product.
Join us for an exclusive webinar where we unveil the SecEdge Security Solution, tailored for Edge/IoT devices powered by Variscite System on Module. This session is a must-attend for security architects and developers seeking to fortify their Edge/IoT solutions.
Join Variscite and Crank, as we discuss the transformative power of Variscite's industry-proven System on Modules boards for crafting smart and connected embedded devices and how Crank makes it easier to develop intuitive UI designs that help elevate embedded user experiences.
In this webinar, you'll learn about Wi-Fi 6 capabilities and its use cases through a technical presentation of NXP's certified Wi-Fi 6 module and the integrated i.MX 93-based System on Module solution offered by Variscite.
LVGL is a popular free and open-source embedded graphics library targeting any MCU, MPU and display type to build UIs.This is the second webinar in the LVGL framework webinar series.The first webinar was an introduction to the framework.
In this webinar, you will learn how to configure your system to build an application with a graphical interface for your target hardware. We will demonstrate the use of VSCode to develop, debug and deploy an application based on LVGL on a Variscite SoM.
Have you known about Secure Boot, but never bothered to implement it because it looked too complicated?With Variscite’s integration of Secure Boot and Yocto, it has never been easier to enable Secure Boot on your Variscite i.MX8 based product.
Variscite is pleased to host a guest webinar presented by Mr. David Kauschke from Ingenics Digital. Heterogenous multiprocessor systems on a chip (MPSoC) have become increasingly popular for industrial applications in recent years due to their high performance, lower cost and energy efficiency.
Variscite is excited to host a unique webinar about the cybersecurity regulations affecting embedded device design followed by an FAQ session with Mr. Fabio Tranchitella, an expert in secure device management, CTO and Head Product Manager of Mender.
We will review the features and advantages of the Sitara AM625x, the advantages of the System on Module method, and the benefits of combining the two.
This webinar will cover the platform's unique value proposition for embedded smart devices at the edge, targeted markets, features and demos while focusing on comparing different aspects of the platform like CPU architecture, AI/ML and media capabilities to the i.MX 8 generation.
This webinar will provide you with a deep understanding of the two hardware design methods, System on Module and chip down design.The session will cover the pros and cons of each method in both technical and marketing aspects.
This webinar introduces Artificial Intelligence (AI) and Machine Learning (ML) field, offering initial knowledge about this technology and its usage on embedded systems. In this webinar, you will explore the full potential of Machine Learning and learn how to develop your first Machine Learning application targeting Variscite’s i.MX 8M Plus System on Modules.
Do you have questions about Variscite's hardware? About graphics? Or software complexities? Ask Us Anything!
On October 26, Variscite's experts will be available to answer your questions at an open FAQ session.
Have you known about secure boot, but never bothered to implement it because it looked too complicated? With Variscite’s integration of secure boot and Yocto, it has never been easier to enable secure boot on your Variscite i.MX8 based product.
Watch now >>A joint webinar by Variscite, a leading System-on-Module designer and manufacturer and ICS, creators of sophisticated embedded software solutions.In the webinar, we'll present a real example of a medical device featuring the DART-MX8M-PLUS, i.MX8 Plus-based System on Module.
This is the second webinar in the wxWidgets framework webinar series. The first webinar was an introduction of the framework, this second webinar aims to describe the graphical design and the code implementation of a dashboard application for Variscite iMX8 families.
Variscite's i.MX8 based platforms feature Arm Cortex-M coprocessors that can be used for real-time applications. Would you like to learn how to develop and debug firmware on i.MX8 Cortex-M series coprocessors?
Watch now >>Variscite and Foundries.io have partnered to simplify the development, deployment and management of secure IoT and Edge products using Variscite's market-leading System on Modules (SoMs) based on NXP Semiconductors' i.MX processors.
wxWidgets is a fully free open source library suitable for designing graphical applications for both PC and embedded platforms.
If you know that security is a critical need for any smart device – and you need a solution that’s robust and easy to implement - don’t miss this webinar.
This webinar will cover the basics for debugging Linux C/C++ projects on Variscite System on Modules. In this webinar, a Variscite expert will demonstrate how to create, compile, and debug projects using Visual Studio Code.
This webinar will focus on the complete solution for the embedded market combining Variscite's iMX 8M Plus System on Modules and Basler's vision solutions.
The webinar will cover the basics of Linux device tree development for Variscite System on Modules. Variscite experts will demonstrate how to create a new device tree and integrate it with the Yocto build system.
This webinar will focus on the backend of a QML application. How to link the graphical elements to the HW backend and dynamically control them. Variscite’s experts will demonstrate the theoretical info and provide practical tips.
This webinar will cover VAR-SOM-MX8M-PLUS and DART-MX8M-PLUS special features, software aspects, and hardware interfaces compatibility, which should be considered in the design phase.
This webinar will focus on the graphical aspects of Qt Quick development, aiming to share the knowledge-base of QML programming.
This webinar will present Variscite's newest embedded System-on-Module (SoM), based on the i.MX 8M Plus applications processor from NXP Semiconductors.
This webinar is an introduction to the Qt application framework. The webinar will cover the basics of Qt and will be followed by a demo as well as practical tips & tricks from Variscite’s experts.
Variscite and Mender's joint webinar.
With the proliferation of embedded devices in the Internet of Things (IoT) across a variety of industry verticals, one of the biggest challenges in developing competitive products is the ability to efficiently deliver remote software updates at scale, while using industry best practices in security and robustness.
NXP and Variscite's joint webinar.
Embedded processors are constantly evolving, with more integrated features, better performance, and a wider set of interfaces. Designing your next-generation embedded product becomes a complex challenge both on software and hardware aspects.
This webinar is an introduction to the Yocto build system and a step by step guide on how to build a Linux distribution using Yocto.