The scope of creating mobile applications has changed dramatically, opening up virtually unlimited opportunities only a few hands away. That being said, while the mobile app industry has since moved beyond its infancy – the overall mobile app development process is largely unaltered, with modifications
To know more – Click Here A use of AIDL (Android Interface Definition Language) for a Custom Hardware Abstraction Layer (HAL) in Android allows developers to adjust interactions with the hardware according to the peculiarities of an application. With the assistance of AIDL, the developers
Setting up a proper website fully compliant with requirements and trends, which the contemporary web environment offers, may be quite challenging. Starting from the idea and concluding on putting a website online, each of the stages implies pretty severe and careful planning and implementation. For
To know more about Google AOSP contribution visit – Click Here Designing the embedded camera products involves a combination of hardware and software in their development hence requires one to have a good understanding of the two. These complex cameras are used in numerous applications,
Brief Introduction: The functionality of ASoC (ALSA System on Chip) has been subdivided into the following components: Platform class driver: This defines the SoC audio interface for the CPU itself, encompassing both the Digital Audio Interface (DAI) and any potential audio multiplexers (e.g., i.MX8 has
Checkout more: Our upstream contribution towards LineageOS (an Android-based operating system) When venturing into Android-based system programming, it’s essential to understand the term called HAL. So what is HAL ? In the realm of embedded systems, there exists a crucial component known as the Hardware
Visit Our Proficiency with QT for MCU’s platform porting Click here. Qt, a highly embraced C++ framework, is employed extensively for crafting applications that run seamlessly across various platforms. The Qt for MCUs (Microcontroller Unit) extension broadens the framework’s functionality to cater to microcontroller-driven systems.
Read more about our upstream contributions for i.MX8. Click here. Explore the journey of Silicon Signals’ board bring-up and hardware upstreaming experience here. In the realm of electronics, every design undergoes a structured progression: Initially, the Hardware and Software teams collaborate to conceptualize the system
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