Showing 1 to 10 of 167 results.
https://makerv2.webteractive.co/blog/tdk-mems-based-ultrasonic-time-of-flight-sensor
A Time-of-Flight (ToF) sensor works by sending out a signal (usually ultrasound or light) and waiting for it to bounce back from an obstacle and return to the sensor. The distance to the object can then be calculated from the time it took for the signal to return.
https://makerv2.webteractive.co/blog/swiss-chip-manufacturer-kandou-secures-56-million-in-series-c-funding
The investment by both new and existing investors which will be used to expand Kandou's interconnect devices brings the company's total funding to near $100 million.
https://makerv2.webteractive.co/blog/smallest-ferrite-chips-for-automotive-engineers-with-improved-efficiency
Murata Manufacturing has launched the world’s smallest chip ferrite beads: the BLM18SP_SH1 series. They are designed for engineers with the objective of aiding automotive power supply applications.
https://makerv2.webteractive.co/blog/intels-10nm-chips-are-finally-here-amid-some-criticism
Early coverage of Intel's first processors made in its delayed 10nm node have been mixed, with many saying that the improvements are modest. Have they been worth the wait?
https://makerv2.webteractive.co/blog/wafer-scale-chip-to-power-edinburgh-supercomputer
Edinburgh’s EPCC (formerly the Edinburgh Parallel Computing Centre) supercomputing facility has recently announced that it will be using the Cerebras CS-1, the world’s fastest artificial intelligence computer processing system, in the Edinburgh International Data Facility.
https://makerv2.webteractive.co/arduino/projects/attiny8584-with-bluetooth
Attiny85/84 is very small and powerful chip from Atmel. In this tutorial we can add Bluetooth capabilities to this micro controller.
https://makerv2.webteractive.co/custom/tutorial/programming-attiny-mcus-using-pre-programmed-chips
In this guide to programming ATtiny MCUs, learn how you can program your MCU before assembly!
https://makerv2.webteractive.co/blog/multi-chip-modules-that-meet-growing-high-performance-and-miniaturisation-standards
Due to the growing demand for compactness and greater efficiency in consumer electronics, Internet of Things, aerospace, defence, biotechnology industries and more, manufacturers face the challenge of designing systems with greater miniaturisation while being increasingly powerful. To achieve this, engineers must utilise smaller, more efficient components.
https://makerv2.webteractive.co/forums/threads/quicky-circuit-for-a-blind-dog.234093/
Thread 'Quicky circuit for a blind dog.'
https://makerv2.webteractive.co/blog/intels-horse-ridge-chip-and-what-it-means-for-the-future-of-quantum-computing
During the last couple of years, corporations in collaboration with researchers have been working in the field of quantum computing. Notable examples are IBM Quantum, Microsoft’s Azure Quantum, and Google’s Sycamore, to name just a few. The category also includes Intel’s partnership with QuTech in their research and development into quantum computer control circuitry.
https://makerv2.webteractive.co/blog/intel-acquires-ai-chipmaker-habana-labs-to-scale-development
Intel takes control of Habana Labs in a $2 billion deal destined to accelerate the company’s efforts in the AI chip market.
https://makerv2.webteractive.co/blog/how-a-novel-led-chip-has-minimised-a-common-chip-problem-efficiency-droop
LEDs may be a leading light source, but their traditional chip architectures are subject to a form of inefficiency known as ‘efficiency droop’. We look at how a new chip architecture developed by IBM, NIST (the National Institute of Standards), Rensselaer Polytechnic Institute, and the University of Maryland, has minimised such inefficiency.
https://makerv2.webteractive.co/blog/ai-startup-groq-designs-chip-to-support-performance-demands-of-leading-ai-and-ml-applications
Groq, a high-profile AI startup, has recently claimed that it has developed a single chip architecture capable of delivering 1PetraOps/second.
