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Arm’s Largest Release Yet: Total Compute Brings 3 CPUs and 4 GPUs to the Table

Arm’s Largest Release Yet: Total Compute Brings 3 CPUs and 4 GPUs to the Table

Arm's new suite for its Total Compute solutions platform includes three new CPUs and four new GPUs and promises improvements in performance, security, and developer access.


News May 27, 2021 by Jake Hertz
Lose the MCU: ST and Qeexo Simplify Machine Learning with AutoML

Lose the MCU: ST and Qeexo Simplify Machine Learning with AutoML

Intelligent decision-making has moved to the edge with machine learning, though deployment could be complicated. Qeexo and STMicroelectronics are looking to change that.


News May 18, 2021 by Adrian Gibbons
NVIDIA Makes Waves in the Industry with ADLINK

NVIDIA Makes Waves in the Industry with ADLINK

ADLink has tapped into NVIDIA’s resources for two new products this month, sealing its impact in the electronics industry.


News May 17, 2021 by Jake Hertz
For the Love of an MCU: STMicroelectronics Wraps Up STM32 Summit 2021 in China

For the Love of an MCU: STMicroelectronics Wraps Up STM32 Summit 2021 in China

For the fifth year in a row, STMicroelectronics is hosting their annual STM32 Summit, a curiously specific event in the industry.


News Apr 29, 2021 by Jake Hertz
NVIDIA Scales the Cloud With a Reimagined Data Processing Unit (DPU)

NVIDIA Scales the Cloud With a Reimagined Data Processing Unit (DPU)

With its newest iteration of BlueField DPU technology, NVIDIA is reworking a new processing unit to support mountainous AI workloads.


News Apr 16, 2021 by Tyler Charboneau
A Designer’s Take on Raspberry Pi’s First Microcontroller

A Designer’s Take on Raspberry Pi’s First Microcontroller

This year, Raspberry Pi unveiled its first-ever microcontroller. How does this device perform in professional embedded design?


News Mar 16, 2021 by Dr. Steve Arar
Core-independent Peripherals Juggle the Design Needs of Modern Medical Devices

Core-independent Peripherals Juggle the Design Needs of Modern Medical Devices

Microchip recently announced an MCU family for increasingly complex medical designs—the main highlight being core-independent peripherals.


News Mar 09, 2021 by Jake Hertz
Renesas Hails Fast Wake-Up Times as Key Factor in Low-Power MCUs

Renesas Hails Fast Wake-Up Times as Key Factor in Low-Power MCUs

Renesas recently released 12 new MCUs for IoT and industrial use cases—the key focal point being its wakeup time, along with high performance, low power, and enhanced security.


News Feb 04, 2021 by Jake Hertz
New Reference Design Bridges the Gap Between Primary and Secondary Windings for Low-Voltage Applications

New Reference Design Bridges the Gap Between Primary and Secondary Windings for Low-Voltage Applications

Combining a new AC-DC controller and patented "Inde-Flux" transformer technology, Microchip and Würth Elektronik eiSos aim to help designers create reliable bi-directional communication between the primary and secondary elements in isolated applications.


ST Packs the Power and Connectivity Strengths of STM32 Into a Wireless MCU Module

ST Packs the Power and Connectivity Strengths of STM32 Into a Wireless MCU Module

Designing a transceiver and antenna is no small feat. A new module from ST is designed to help small companies to spend less time on the hardware and more time on the Bluetooth LE, Zigbee, or Thread application itself.


News Jan 07, 2021 by Dr. Steve Arar
Classical CAN vs. CAN FD Protocols: the Differences that Matter for Designers

Classical CAN vs. CAN FD Protocols: the Differences that Matter for Designers

While CAN FD has been around since 2011, this protocol is still, in many cases, the preferable option to Classical CAN for many designers. Here's why.


Could RFID Be the Solution to Battery-less IoT? Arm Thinks So

Could RFID Be the Solution to Battery-less IoT? Arm Thinks So

Coming up on its 30th anniversary, Arm is now working on ways to create a battery-less future for the IoT.


News Nov 09, 2020 by Jake Hertz
The First Steps to Choosing the Right MCU for an Automotive Design

The First Steps to Choosing the Right MCU for an Automotive Design

What are the first orders of operation when narrowing down MCUs for an automotive design?


News Oct 28, 2020 by Jake Hertz
Maxim Hopes Low-Power NN Accelerator Chip for Edge Devices Will Lead an “Embedded Revolution”

Maxim Hopes Low-Power NN Accelerator Chip for Edge Devices Will Lead an “Embedded Revolution”

This morning, Maxim Integrated released its newest product, a low-power NN accelerator chip, with the hopes of bringing AI to the edge. We interviewed Kris Ardis, executive director of Micros, Security, and Software Business Unit at Maxim Integrated, to get the details.


News Oct 07, 2020 by Jake Hertz
Why Comparing Low-Power MCUs Can Be So Difficult

Why Comparing Low-Power MCUs Can Be So Difficult

When vendors have different names for power modes of low-power MCUs, it can be confusing to compare options for battery-powered IoT designs.


News Oct 05, 2020 by Jake Hertz
NXP Bets on Neural Network Compiler Glow to Push ML to Edge Devices

NXP Bets on Neural Network Compiler Glow to Push ML to Edge Devices

Glow, the open-source neural network compiler, stirred conversation during the Q&A portion of NXP's Industry Tech Days presentation. Why is this compiler so important for pushing intelligence to the edge?


News Sep 04, 2020 by Hannah DeTavis
AI at the Edge: New Machine Learning Engine Deploys Directly on Sensors

AI at the Edge: New Machine Learning Engine Deploys Directly on Sensors

ONE Tech's upgraded MicroAI Atom brings AI training and operation down to a single device.


News Aug 03, 2020 by Maya Jeyendran
Apple Boots Intel Silicon to Make Way for Its In-House Processors. What Spurred the Shift?

Apple Boots Intel Silicon to Make Way for Its In-House Processors. What Spurred the Shift?

It turns out, this change has been a long time coming.


News Jun 26, 2020 by Tyler Charboneau
A Real-World Example of How Error Correction Codes are Critical in Microcontrollers

A Real-World Example of How Error Correction Codes are Critical in Microcontrollers

How exactly do error correction codes work and how do they affect the integrity of an MCU? A new ECC-protected Arm Cortex-M4F MCU from Maxim Integrated serves as a real-world example.


News Jun 23, 2020 by Jake Hertz
Two Companies Partner to Secure an Automotive Linchpin—the CAN Bus—at the Hardware

Two Companies Partner to Secure an Automotive Linchpin—the CAN Bus—at the Hardware

Despite its function as the central data bus for all modern vehicles, the CAN bus is still surprisingly underprotected.


News Jun 01, 2020 by Gary Elinoff