Curious about the latest advancements in motor control technology?
The new edition of the Microchip Insider LinkedIn Newsletter is here! Learn how dsPIC DSCs are transforming designs in automotive, industrial, and consumer applications.
Dive in and innovate with us:
In this IoT Made Easy application example, we show you how to build a smart garage door opener controlled through a phone app or voice assistant. Access the demo: . Learn more: .
#IoTMadeEasy
#SmartHome
#BluetoothLowEnergy
Simplify your drone design with our solution featuring sensorless sinusoidal FOC of 3-phase BLDC motors for improved dynamic response during acceleration and torque control while lowering noise for quieter operation
#drone
#dronetechnology
#referencedesign
We have entered the 64-bit MPU market with our newly released PIC64-GX MPU, making us the only
#embedded
solutions provider actively developing a full spectrum of 8-, 16-, 32- and 64-bit MPUs. Learn about our PIC64 portfolio: .
#Microprocessors
#FPGA
We are proud to announce that Microchip University is now open for class! Access on-demand courses, live webcasts and more. Classes are always available, taught by engineers and continuously updated.
#microchipuniversity
#embeddeddesign
#engineering
Create a wearable medical device to monitor heart rate and help detect falls using the
@AWS
IoT Core and our AVR-IoT WA. Read this
@Hacksterio
post to learn how: . Learn about our AVR-IoT WA: .
#machinelearning
#microchipml
#iot
Introducing the PIC16F13145 MCU family—revolutionizing on-chip digital logic with the Configurable Logic Block (CLB) module. Enhance hardware-based logic through easy software reconfiguration using MPLAB® Code Configurator.
#embedded
#MCUs
#customlogic
Are you ready to take your C programming skills to new heights? This course covers many advanced concepts of the C programming language for embedded applications. Register for FREE: .
#programming
#cprogramming
#embeddedapplications
Are you interested in building your own GPS tracker? This GPS tracker demo utilizes the combination of components that are ideal for monitoring e-bikes, e-scooters, or vehicles: .
#IoT
#technology
#electrical
Are you ready to win some prizes at Maker Faire Bay Area? Visit us to learn about the 8-bit touch and motor control microcontrollers (MCUs) in our claw machine.
#mfba23
#makerfaire
Create a proof-of-concept with our 10 intelligent edge solution stacks for PolarFire® FPGAs and SoCs. Read
@Hacksterio
's article and learn how you can quickly get up and running with real-world projects.
#fpga
#intelligentedge
Are you interested in building your own GPS tracker? This GPS tracker demo utilizes the combination of components that are ideal for monitoring e-bikes, e-scooters, or vehicles: .
#IoT
#technology
#electrical
Announcing the new PIC-IoT WG development board for Google Cloud IoT Core! With a low-power PIC MCU, secure element, and fully certified Wi-Fi® controller, this board will securely connect you to the cloud in seconds!
Our new ATSAMA5D27-SOM1 System on Module is designed to simplify the development of industrial-grade Linux® designs. Learn more about it in this
@EE_Web
article by
@MaxMaxfield
:
Go from box to cloud in just minutes. This
@Hacksterio
tutorial walks you through the steps to register and program your AVR-IoT WG Development Board to quickly connect to your Google Cloud project and start streaming light and temperature data:
Watch our PolarFire® SoC Discovery Kit video to learn how to program the board, how to install and run the DSP FIR Filter demo GUI. This board allows beginners and experts a low-cost entry for RISC-V and FPGA designs.
#fpga
#polarfire
#soc
#riscv
From all of us at Microchip, happy
#ArduinoD21
. We are honored to be a part of this incredible environment and are continuing to support the
@arduino
ecosystem with new MCUs and development tools that help makers bring their ideas to life every day.
Make your first design using Microchip's dsPIC33E DSC. Read "The Beginner's Guide to Designing with Microchip's dsPIC33 Microcontroller" from Predictable Designs for details on the essential hardware connections and electronic components required.
We are proud to have products on the
@NASA
Perseverance Rover, including the RTAX-S/SL, PX-369 and TX-309. Learn about our RT FPGAs and clock and timing solutions . Watch the Rover's descent today!
#space
#fpga
#radiationtolerant
Our wireless MCU family is growing. We've added new Bluetooth® / Zigbee® modules and SoC with ultra low-power RF and robust analog. Take your IoT product further: .
#bluetooth
#microcontrollers
#internetofthings
Introducing the PIC16F13145 MCU family—revolutionizing on-chip digital logic with the Configurable Logic Block (CLB) module. Enhance hardware-based logic through easy software reconfiguration using MPLAB® Code Configurator.
#embedded
#customlogic
Want to create your own GPS Tracker? Check out our easily configurable demo that uses the AVR-IoT Cellular Board with the Adafruit Ultimate GPS Featherwing. This device is a great way to track your assets: .
#IoT
#innovation
#GPS
ATtiny and ATmega, now unified as AVR®, boast expanded peripherals. The AVR DD enhances analog functions, adds multi-voltage I/O for compact, user-friendly, and robust designs.
#embeddedsystems
#engineering
#innovation
We are extending the reach of RISC-V with the PolarFire® SoC Discovery Kit, making adopting low-power FPGAs, SoCs and open-source RISC-V cores available to embedded engineers of any level. Read today's press release to learn more:
#FPGA
#polarfire
#riscv
Create a proof-of-concept with our 10 intelligent edge solution stacks for PolarFire® FPGAs and SoCs. Read
@Hacksterio
's article and learn how you can quickly get up and running with real-world projects.
#fpga
#intelligentedge
In this article published by
@sensorsonline
, read how you can use an 8-bit microcontroller to develop an inexpensive, low-resolution thermal imaging camera:
Ready to use the I/O on your FPGA development kit but aren’t sure where to start? Join Hugh Breslin and our application design team at MASTERS 2024 to learn how to get an FPGA to communicate with external devices using GPIOs, PWM and more.
#Masters2024
The PolarFire® SoC Discovery Kit is extending the reach of RISC-V, making adopting low-power FPGAs, SoCs and open-source RISC -V cores available to embedded engineers of any level. Learn how: .
#fpga
#riscv
#embedded
We have introduced the space industry’s first Arm®-based MCUs that combine the low-cost and large ecosystem benefits of Commercial Off-the-Shelf (COTS) technology with space-qualified versions that have scalable levels of radiation performance.
If you responded "yes" to this week's LinkedIn poll , you correctly answered that 8-bit MCUs are still popular... after 50 years. Learn how the 8-bit MCU continues to meet your design needs: .
#8bit
#mcus
#engineering
#embeddeddesign
Calling all developers, hobbyists and students who want to explore RISC-V and FPGA technology! Watch our 'Welcome to The Lab' video for an in-depth look at our new PolarFire® SoC Discovery Kit.
#fpga
#polarfire
#soc
#riscv
Create your own GPS Tracker in minutes with the AVR-IoT Cellular Board with an Adafruit Ultimate GPS Featherwing. This simple design offers low power consumption and low BOM cost.
#innovation
#IoT
#GPS
We can make small medical devices smarter with the help of tiny ML solutions. Read how our ATmega2560 8-Bit MCU was used in an
@arduino
project to help predict impending arrhythmia + explore our 8-bit MCU portfolio: .
#8bit
#medical
The co-founder of
@arduino
,
@mbanzi
, and Microchip’s Wizard of Make, Bob Martin, invite you to join us on March 12th at 9:00 a.m. (PDT) for a demo of a weather station that you can build with the Arduino Uno Wi-Fi Rev2.
Set a reminder here:
Get fast and easy debugging and programming of most PIC®, dsPIC®, AVR® and SAM flash MCUs for less. Our most affordable debugger is now 50% off with code TP1973:
Based on our 8-bit ATmega4809 MCU, the
@arduino
Uno WiFi Rev2 is designed to ease the development of
#IoT
designs and other applications that need Wi-Fi® connectivity while using the classic Arduino form factor.
@MouserElec
Join us for Coffee Break today as we discuss how I3C® is the is the next generation of the two-wire transfer, adding new features such as dynamic addressing, hot-join, in-band interrupts and device resets over the two-wire bus: .
#microcontrollers
#I3C
Learn about the defining features of the Curiosity Nano platform and find out how they can be leveraged when getting started with using a new microcontroller or developing a new prototype. Register for this FREE course: .
#curiositynano
#microcontroller
New to Bluetooth® development? Our Building Blocks training modules walk you through the process of building an application from scratch using our WBZ451 module. Begin building: . Explore: .
#Bluetooth
#IoTMadeEasy
#BluetoothLowEnergy
Meet our team at the RISC-V Summit December 6th-8th and learn about the power open collaboration can have on the processor industry. Also learn about the technology advancements in the RISC-V ecosystem and visibility of RISC-V successes. Register: .
#riscv
The BeagleV-Fire, featuring our PolarFire® SoC FPGA, is making waves in robotics & control apps. This powerful platform, with its RISC-V capabilities, offers incredible potential for innovation. Read
@ElectronicDesgn
's article: .
#polarfire
#riscv
#fpga
Get an introduction to Practical I2C, including implementation and troubleshooting. This FREE course covers how to implement the I2C protocol on 8-bit PIC Microcontrollers using the MPLAB X® Code Configurator (MCC). Register: .
#PracticalI2C
#8bit
#mcus
What would you like to keep track of? Small and portable NanoTracker, Pico-SensoTrack and Blue-SensoTrack from
@Roundsolutions
are powered by 8-bit PIC® MCU:
Follow this step-by-step
@hacksterio
tutorial for creating a remote weather sensor. In just an hour or so, you'll be able to view temperature, light, pressure, and humidity data from the cloud.
Learn the fundamentals of the C programming language. This FREE course includes instructor-led code demonstrations conducted with the powerful MPLAB® simulator. Course details and registration: .
#cprogramminglanguage
#demonstrations
#mplab
From the earliest prototypes to the latest Nano and MKR boards, Microchip has been at the heart of the
@arduino
ecosystem and continues to celebrate this global community. Happy
#ArduinoDay2023
!
Visit us at
#IoTWorld
to see demos with our AVR-IoT WG and PIC-IoT WG development boards. We'll also showcase how our ATECC608A secure element is used to create secure connections on IoT devices ranging from Linux embedded systems to Arm Cortex®-M0+, 16-bit and 8-bit cores.
You may be familiar with MCUs, but are you familiar with Digital Signal Controllers (DSCs)? Watch our explainer video learn the differences between an MCU and DSC: .
#microcontrollers
#dsp
#motorcontrol
Do you want an IoT camera with superior video capabilities? Our latest innovation combines the power of H.264 video compression and the versatility of Linux® on PolarFire® SoC FPGAs. Use our
@github
demo to learn how: .
#fpga
#polarfire
#IoT
#ethernet
Too hot? Too cold? Just right?
@mikroel
Temp-Log click uses our AT30TSE758A digital temperature sensor to add precise ambient temperature measurement to your project:
Create secured IoT Endpoints with the first 32-bit MCU to feature robust, chip-level security and Arm® TrustZone® technology. Click here to learn more:
Create a Bluetooth® device with a PIC®-BLE or AVR®-BLE development board. Watch this tutorial to see how to get started in seconds with the LightBlue app from
@PunchThrough
: . Buy here: .
#tech
#innovation
#ble
How far do you want to go? Add long-range, low-power LoRa® wireless technology to your design with Atmel START and the LoRa click or LoRa 2 click from
@mikroel
:
#clickSTART
Embedded developers use our MCUs and the powerful MPLAB® X IDE tool suite to quickly and easily add machine learning to their new or legacy designs with SensiML’s Analytics Toolkit. Explore a fully developed example use case with
@SensiML
: .
@Hacksterio
It's easy to implement ML solution for keyword spotting using our SAM E54 with Edge Impulse: . Get the SAM E54 Development Board: and the PIC32 Audio Codec daughter board: .
@Hacksterio
#keywordspotting
#ml
One of the main reasons 8-bit stays on top of the MCU game is because of the ease of use. It reduces software development time by efficiently using the peripherals, which reduces lines of code. Learn more: .
#embeddedsystems
#analog
#technology
This IoTMadeEasy example demonstrates how to send data from a Bluetooth app to an OLED display using our WBZ41 multi-protocol MCU. Get the code: .
#IoTMadeEasy
#Bluetooth
#microcontrollers
This
@Hacksterio
tutorial shows you how to create a cloud-based laboratory monitoring system using the AVR-IoT WG development board and the ATmega328P Arduino Nano:
BeagleV®-Fire brings together the performance and capabilities of our PolarFire® SoC to the open-source community. Watch our recent
@DigiKey
webinar to learn more: .
#FPGA
#PolarFire
#RISCV
Interested in expanding your knowledge of embedded Linux? Check out this Microchip University course, which will introduce you to the embedded Linux boot sequence and the different components that make up a board support package.
#embedded
#linux
Have you heard that FPGAs are complex and difficult to work with? Let us demystify FPGAs and get your next design idea on track with our Hello FPGA Kit. Join our free 1 hour webinar to learn more. Register: .
@MouserElec
#ReThinkFPGAs
#FPGAs
Our ATmega328 has been chosen as one of the top MCUs among makers for its ease of programming and community support. Get your MCU today, here or .
#tech
#engineering
#gadget
Interested in learning how cryptography works? This FREE course will cover both symmetric and asymmetric cryptography, and examples will be shown on how each are used in real-life examples. Register: .
#cryptography
We are pleased to introduce the new AVR® DA microcontroller (MCU) family. Its powerful peripherals enables enhanced real-time control and increased capability for closed-loop control. Learn more:
#tech
#innovation
#IoT
#engineering
#IIoT
There is so much to consider when choosing the right MCU for your embedded design. Find out how our broad range of MCUs and easy-to-use development tools will help you start designing your next great project:
Have you ever wanted to add a capacitive touch button to your application? How about build an IR remote? Now you can learn both in this easy-to-follow “how to” series. Watch this video:
Want to implement a bootloader in your embedded design? Watch this video to learn about our Easy Bootloader (EZBL) for PIC24 and PIC32MM MCUs and dsPIC33 DSCs:
Embedded developers use our MCUs and the powerful MPLAB® X IDE tool suite to quickly and easily add machine learning to their new or legacy designs with SensiML’s Analytics Toolkit. Explore a fully developed example use case with
@SensiML
: .
@Hacksterio
Reduce your power consumption in your applications by using the PIC16F15244 Curiosity Nano Evaluation Kit. Get 15% off now with code 15OFF: .
#sensor
#tech
Zymkey 4i from
@zymbit
integrates our ATECC508A to provide secure hardware root of trust for Raspberry Pi® based applications. Read more about it
@cnxsoft
blog:
In these IoTMadeEasy demos, we show you how to use our RNBD451 Bluetooth, plug-and-play module to add to connect to an AVR or PIC microcontroller over UART. Go to the demos:
#IoTMadeEasy
#Bluetooth
#microcontroller
The ATmega644 Narrow and ATmega1284 Narrow simple boards offer a large amount of Flash and Ram, extra connectivity, a small footprint,
@arduino
compatibility, and optional OLED. Read
@CrowdSupply
’s article to learn more: .
#tech
#engineering
#gadget
The successful Chandrayaan-3 lunar mission was made possible by many technological advances. We are proud to have contributed to its success with our highly reliable, energy-efficient and radiation-tolerant FPGAs. Read the
@eetimes
article: .
#space
#fpgas
Have a complicated design that requires a lot of CPU usage? Use a PIC18-Q41 that contains integrated peripherals to reduce CPU usage. Get 15% off when you use code Q41 at checkout: .
#electronics
#MCUs
#engineering