Eye tracking is such a fascinating field that has grown a lot over the past decade, and nowadays it’s making a strong entrance into new hardware technologies. At first glance, it seems simple—technology that figures out where a person is looking—but underneath, there’s a complex world of algorithms, sensors, and advanced optics. Thanks to recent […]
Imagine a world where artificial intelligence doesn’t require massive computing clouds, constant internet connection, or particularly expensive hardware. A world where AI can operate inside a small toy, a simple sensor, a smartwatch, or even a file the size of a photo. This isn’t science fiction – this is TinyML. We’re talking about one of […]
Choosing the right capacitor for an electric motor is an important and sometimes tricky task that can have a big impact on the motor’s performance and lifespan. For anyone who works with electrical systems or in industrial settings, understanding how to pick the proper capacitor is key to ensuring smooth, efficient, and cost-effective motor operation. […]
Looking at today’s webcams, it’s hard to believe that not too long ago they were just simple plastic boxes with a lens and blurry pixels. The big revolution started when engineers decided to embed artificial intelligence chips directly into the hardware, and suddenly the camera became a device that knows how to think. This isn’t […]
When I think about technologies that are set to change the world, carbon nanotubes always spark a special excitement in me. We’re talking about a material that’s nothing short of miraculous – 100 times stronger than steel, a better electrical conductor than copper, and possessing unique electronic properties that could trigger a real revolution in […]
The artificial intelligence era has brought with it a wide range of advanced processing technologies, with two prominent technologies leading the field being Graphics Processing Units (GPU) and Neural Processing Units (NPU). Although both are designed to perform complex computations, they differ fundamentally in their architectural approach and functional purpose. GPUs were originally developed to […]
In an era where technology advances at a dizzying pace, we are witnessing a quiet revolution taking place in the world of personal computing. MicroPCs, also known as handheld computers or miniature computers, are becoming a real and practical alternative to traditional desktop computers. These tiny devices, similar in size to a smartphone or portable […]
Over the past decade, we’ve witnessed a silent revolution in the computing world, as ARM processor architecture, previously identified mainly with mobile and energy-efficient devices, has broken through to the industry’s forefront, challenging the long-standing hegemony of x86 processors from Intel and AMD. While Apple’s transition to ARM-based M-series processors in their Mac computers has […]
In the evolving technological world of 2025, graphics cards have become critical components far beyond computer games. With advancements in artificial intelligence, video editing, augmented reality, and other digital fields, choosing the right graphics card is a significant decision that affects our ability to use computers for professional, creative, and personal needs. This guide aims […]
The Light Revolution in Microelectronics In an era where the demand for faster data processing and lower energy consumption continues to grow, Photonic Integrated Circuits (PICs) are emerging as one of the most promising technologies. This technology, which combines the advantages of light with those of traditional electronics, is poised to lead the next generation […]
Faster memory has arrived on the market, but is the difference actually noticeable in real-world usage? In recent years, DDR5 memory has become the new standard in advanced computers, but many wonder whether upgrading from DDR4 justifies the additional cost. In this article, we’ll examine the real performance differences between these two memory types and […]
Introduction In the last decade, the electronics world has experienced a genuine revolution with the development of flexible and wearable electronics technologies. Unlike traditional electronic components built on rigid substrates such as silicon, flexible electronics enables the creation of electronic circuits on flexible, thin, and lightweight materials that can be integrated into a wide range […]
