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GPUaaS Bolsters the Illusion of European AI Sovereignty

Europe is pouring billions into AI development and infrastructure. GPU (graphics processing units) access is expanding rapidly through cloud platforms and GPU-as-a-service (GPUaaS) providers, becoming a key enabler of AI development and deployment. The underlying assumption is straightforward: scale compute, and you scale capability. Yet, despite the efforts made by EU Member States, from sovereign […]

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Free Networking Evening in Amsterdam Hosted by TNW, Oneflow, and Flexas

A speaker panel, food, and a room full of people who actually want to connect. The gathering takes place on 3 June at Flexas.com in the heart of the city. There is a particular kind of exhaustion that comes from attending the wrong networking event. You know the type: a cavernous venue, a cash bar, […]

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The Explanation for the Absence of Color-Coding in USB-C Ports as Compared to USB-A Ports

knowing the type of USB port you possess. It is hoped that a focused article explaining why many USB-A ports feature color coding and the lack of it in most USB-C ports will assist in embedding this information in your memory.

The brief overview is that USB-A ports are predominantly color-coded to indicate the version of USB they accommodate. One might then infer, particularly given its straightforward, reversible design, that USB-C does not need color coding due to some overarching, standardized features. Regrettably, the contrary is true: USB-C is devoid of color coding because there are an excessive number of variables to conveniently signify with a single hue.

Understanding the colors (and the absence of them in USB-C)

Up to 256 MB FERRIT Modular F-RAM Storage Device Retains Critical Data for Up to 200 Years

FERRIT F-RAM storage

Machdyne’s FERRIT is a modular USB F-RAM storage device with a capacity of up to 256 MB and capable of storing data for up to 200 years with a virtually unlimited number of writes and high-radiation resistance. It builds upon the earlier Blaustahl F-RAM storage device that only offers 8KB capacity. The FERRIT device supports 8 MB to 256 MB by combining up to 256 individual 16MB F-RAM ICs. The prototype below is housed in a metal frame and looks like a typical cluster solution. FERRIT specifications and key features: FERRIT-CY controller based on Raspberry Pi RP2040 MCU with USB-FS Type-C port FERRIT-M8 removable ferroelectric memory cards with up to 16MB capacity using 16x 1MB F-RAM ICs (double-sided: 2x 8 chips) FERRIT-16 backplane with slots for FERRIT-CY and 16x FERRIT-M8 connected over SPI/QSPI bus Max capacity – 256 MB+ through up to 256x memory devices (16 memory cards with 16 chips) Preserves […]

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The Hazards of Utilizing Your Laptop on Soft Surfaces: Comprehending the Perils

dictionary. It’s a more handy and portable device that you can carry with you for work, education, or entertainment. This portability allows you to use it in more comfortable spots like your bed or the couch. While it’s simple to transfer between rooms or to a café where you might place it on your lap, using a laptop on a soft surface could damage it more than you might realize.

Setting a laptop on a couch cushion or bed can obstruct its fan and impede airflow. This can lead to overheating as the fans have to work harder to cool it down. Over time, that strain may cause damage to components such as the battery, resulting in decreased efficiency. A clear sign that a laptop is overheating is if the fan is noticeably louder.

There are methods to ensure your laptop remains well-ventilated and cool even when used on a soft surface. You can utilize various items from around your home to assist, but one of the most effective solutions is to invest in a cooling device. Using a cooling pad can also help prevent overheating in laptops.

How to use your laptop on a soft surface without causing damage