Dev Kit Weekly: u-blox's XPLR-IoT-1 Application Platform

Brandon Lewis

September 16, 2022

Dev Kit Weekly: Raspberry Pi Pico RP2040 Development Kit

Embedded Computing Design Staff

September 9, 2022

Dev Kit Weekly: AAEON de next-TGU8 Single Board Computer

Brandon Lewis

September 2, 2022

Industry wants AI. Industry also has to deal with harsh environments and limited resources, which keep ruggedness and power-efficiency at the top of the design criteria whether a platform is artificially intelligent or not. And at that intersection lies AAEON’s* de next-TGU8 SBC.

Versinetic to Launch EV Charging Software Development Kit at CENEX LCV 2022

Tiera Oliver

September 2, 2022

Kickstarter: Automate Appliances to 5KM Range Without Internet

Chad Cox

September 1, 2022

Dev Kit Weekly: SmartCow Apollo Audio/Visual AI Engineering Kit

Brandon Lewis

August 19, 2022

Have you ever taken apart your Amazon Echo? There’s a lot in there, including an embedded applications processor, MEMS microphones, WiFi and Bluetooth connectivity, an AWS cloud backend, and a ton of sophisticated automatic speech recognition (ASR) and natural language processing (NLP) software. When you’re ready to put it back together, or better yet want to build your own, you’ll probably be interested in the* SmartCow Apollo Audio/Visual AI Engineering Kit.

STMicroelectronics' Multi-Connectivity Development Kit for Asset Tracking

Taryn Engmark

August 12, 2022

Forlinx Releases TI AM6254 Based OK6254-C Development Board

Tiera Oliver

August 12, 2022

Dev Kit Weekly: Insight SiP ISP2053-AX Evaluation Board

Brandon Lewis

August 5, 2022

Bluetooth has permeated the audio market, from speakers to earbuds to hearing aids. As consumers, we now have some pretty clear expectations of Bluetooth-enabled audio products, like high-fidelity, decent range, and lengthy battery life.

Hands-On With the Wemos S2 Mini ESP32 Development Board

Jeremy S. Cook

August 1, 2022

Dev Kit Weekly: STMicro's STM32U5 NUCLEO-144 Evaluation Board

Brandon Lewis

July 29, 2022

Here’s what you’ll need if you want to build an industrial IoT sensor node:

• The intelligence to convert, filter, and in some cases analyze, analog signals at the edge
• Enough efficiency to run for long periods on minimal resources
• Some amount of connectivity
• And because of that, local security

Oh yeah, you’ll probably want to start thinking about compliance with safety standards like IEC 61508, too.

Dev Kit Weekly: Opal Kelly XEM8320-AU25P Xilinx Artix UltraScale+ FPGA Development Platform

July 22, 2022

OpenHW Group Releases Dev Kit Based on RISC-V-Based CORE-V MCU

Rich Nass

July 1, 2022

Embedded World Product Showcase: BeagleBone® AI-64 Open-Hardware SBC from BeagleBoard.org

Embedded Computing Design Staff

June 28, 2022

Embedded Computing Design’s Best-in-Show at Embedded World 2022 Nominees

Embedded Computing Design Staff

June 16, 2022

ADLINK Ampere Altra Dev. Platform w/ Arm SystemReady Certification

Embedded Computing Design Staff

June 16, 2022

Foundries.io FoundriesFactory

Embedded Computing Design Staff

June 16, 2022

Mirabilis Design VisualSim Antenna Designers

Embedded Computing Design Staff

June 16, 2022

AMD Kria KR260 Robotics Starter Kit

Embedded Computing Design Staff

June 16, 2022

Renesas Launches Cellular-to-Cloud IoT Development Platforms Powered by RA and RX MCU Families

Tiera Oliver

June 16, 2022

Dev Kit Weekly: NVIDIA Jetson AGX Orin Developer Kit

Brandon Lewis

June 16, 2022

It’s the kit you’ve all been waiting for! Welcome to Dev Kit Weekly, where this week we’ll be reviewing and raffling the Jetson AGX Orin Developer Kit from NVIDIA.

Transforming Edge AI with Clusters of Neural Processing Units

Saumitra Jagdale

June 13, 2022

Katana Edge AI Kit Architects Smart Edge Designs for AI Vision and Sensors

Saumitra Jagdale

June 10, 2022

Dev Kit Weekly: Penguin Solutions Inforce 6403 Hardware Development Kit

Brandon Lewis

June 3, 2022

Imagine a police body cam. We’ve all seen, or, at least heard of those, right? Now, for first responders, what if those on-body systems were artificial intelligence-enabled and cloud- connected, capable of detecting and tracking faces, live streaming to support services, and saving footage into secure cloud storage. Things would certainly be more … transparent.