21.8K
ZEUart protocol used to transfer data in microcontrollers
@zetabotics
#Uart Protocol
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10.4K
THUART ✨
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UART is a standard communication protocol and is what we usually use to flash a MCU. Find out how it works!! 👆👆
#TheWiredJourney #UART #EmbeddedSystems #Microcontrollers #engineeringstudent
@thewiredjourney
57.7K
ELUART protocol explained! 🤓
Credit @utcn.ac.memes
Dm for promotion and collaboration
#electronicsprojects #explorepage #electricalengineering #electricalengineering #electricalwork #arduino #engineering #electrician #electrical
@electronic_and_communication
43.6K
WA🚀 What is UART & Why is it Important? 🤔
📡 Ever wondered how your microcontroller talks to other devices? The UART (Universal Asynchronous Receiver Transmitter) protocol makes it happen! 🎯
#UART #EmbeddedSystems #Microcontrollers #SerialCommunication #Electronics #IoT #TechEducation #DIYProjects #Engineering #HardwareDevelopment
@warriorsway_techhub
12.3K
VLTop 6 VLSI Project Ideas for Electronics Engineering Students 🚀💡
1. Digital Design Projects 💻
AES Encryption/Decryption using VHDL/Verilog: Secure your DATA TRANSMISSION with encryption techniques. 🔒
ALU (Arithmetic Logic Unit) Design: Implement a 16-BIT ALU with various ARITHMETIC and LOGIC OPERATIONS. ➗✖️
CPU Design (Simple RISC Processor): Build a BASIC RISC-BASED CPU to execute instructions. 🖥️
Floating Point Unit (FPU) Design: Implement IEEE-754 floating point arithmetic for accurate NUMBER REPRESENTATION. 🔢
Digital Clock with Alarm: A fun FPGA-BASED CLOCK with LCD/LED DISPLAY and an ALARM FEATURE. ⏰
2. Verification & Testing Projects 🧪
Verification of UART Protocol using SystemVerilog & UVM: Test the UART PROTOCOL functionality and performance. 🧑💻
I2C/SPI Communication Protocol Verification: Verify the I2C/SPI PROTOCOLS for proper data communication. 🔄
AXI Protocol Implementation & Verification: Implement and verify the AXI PROTOCOL for HIGH-PERFORMANCE DATA TRANSFER. 🚀
Memory Controller Verification: Test interfaces like DDR3/DDR4 MEMORY CONTROLLERS for seamless memory access. 💾
3. Low-Power VLSI Design Projects ⚡
Low-Power Flip-Flop Design: Use CLOCK GATING techniques to OPTIMIZE POWER CONSUMPTION in flip-flops. 🔋
Power Optimization in FIR Filter Design: Apply APPROXIMATION TECHNIQUES to reduce POWER USAGE in FIR filters. 💡
Low-Power Multiplier Design: Implement a BOOTH’S ALGORITHM or WALLACE TREE multiplier with LOW POWER CONSUMPTION. 🔋
4. FPGA-Based Projects 🎛️
Image Processing using FPGA: Work on FACE DETECTION and EDGE DETECTION algorithms for IMAGE PROCESSING. 🖼️
Traffic Light Controller using FPGA: Design a TRAFFIC LIGHT SYSTEM based on REAL-TIME DATA inputs. 🚦
Speech Recognition System on FPGA: Create a SPEECH RECOGNITION SYSTEM to convert speech into text. 🗣️
Cryptographic Hash Function Implementation on FPGA: Implement HASHING ALGORITHMS l
#vlsijobs #vlsicareer #semiconductor #trending #trendingnow #electricalengineering #reels
@vlsigoldchips
141.9K
CIToday I'm reviewing the @reyax.technology RYUW122, a 6.5 GHz and 8 GHz UWB Antenna Transceiver Module 📶
Key features:
▶️ +3.3 UART protocol interface
▶️ Handling for IEEE802.15.4-2015 UWB and IEEE802.15.4z (BPRF mode)
▶️ Supports channels 5 & 9 (6489.6MHz & 7987.2 MHz)
▶️ Location to an accuracy of 10 cm
I tested these two modules through an Arduino Uno R4 and an Arduino Uno R3 💯
The Uno R3 configures (via AT commands) the UWB modules and an Anchor, which transmits data to the other module, configures as Tag by the Arduino Uno R4. 💥
When the Tag replies, the Anchor is able to calculate the distance from the Tag! 🎉
°°° °°° °°°
Like ❤️, share 📨, follow 👥
DM me for permission to repost ✔️
#adv #advertising #reyaxtechnology #reyax #reyaxuw #uwb #RYUW122 #RYUW122_Lite #rf #radiofrequency #transceiver #antenna #antennas #uart #arduinounor4 #iot #iotsolutions #iotprojects #iotproject #arduino #arduinouno #uart #atcommand #telecommunications #arduinouno #electronics #electronicslovers
@circuitry_passion
15.6K
ELUART (Universal Asynchronous Receiver-Transmitter) is a widely used, two-wire (TX/RX) hardware protocol for asynchronous serial communication, meaning it transfers data without a shared clock signal. It converts parallel data from a CPU into serial form, transmitting it bit-by-bit at a pre-configured speed (baud rate) to a receiver that converts it back. #ece #viralreels #reelsinstagram #vlsi #gateexam
@electrofy__
62.6K
CHFollow @chip_camp and be part of the fastest growing electronics community!
Share and save this reel for future.
Take any 2 microcontrollers (LPC2148 ,Atmega (Arduino) etc) and communicate between them using
SPI
I2C
UART
CAN ( you can use MCP2515 CAN controller)
Analyse which protocol will suit for:
Single master single slave
Single Master multiple slave
Multiple master multiple slave
Choose an appropriate protocol to implement the below project:
Develop a complete system for a smart vehicle with several ECUs - Electronic Control units (slaves) interacting with one master node.
Here these ECUs can be Airbag system, Obstacle avoidance system, Fuel system, Anti theft system, Temperature system.
Each ECUs can have its own microcontroller connected to an appropriate sensor. Like for the airbag system there will be a sensor to detect the impact, based on the impact value the ECU decides if the Air bag should be opened or not. If opened ECU sends data to the master node about the impact, the master can then send the location and call an ambulance.
Basically each slave node collects data from their sensors and send it to the master and the master takes appropriate call.
(Hint: check which protocol is used in today’s automobiles)
Share this reel and let’s reach out to all the electronics students out there!
Let’s grow together!
[vlsi ece btech project ideas eee electronics engineering corejobs embedded systems semiconductor industry electrical engineering roadmap futurejobs careers ]
#vlsi #projects #embedded #chipcamp #ece #eee #controlsystem #core #ai #btech #embeddedsystems #digital #electronicsengineering #electricalengineering #semiconductor #engineeringjobs #projectideas
@chip_camp
2.3K
EMSPI vs I2C vs UART – Which One Should You Use?
A quick and clear comparison of SPI, I2C, and UART to help you choose the right protocol based on speed, wiring, and real-world use cases.
#spi #i2c #uart #embedded #embeddedsystems #microcontroller #electronics #firmware #iot #automotive #ev
@embeddedsystemstutorials
1.6K
M5#M5StackNew 🎉 Chain Key Released
Chain Key is a single-button input node in the M5Stack Chain series. The button adopts a hot-swappable mechanical keyboard design with a blue tactile switch and integrates a programmable RGB LED.
✨Features
✅ Hot-swappable mechanical keyboard blue switch
✅ STM32G031G8U6 core MCU, UART cascading communication protocol
✅ Single button input, 2x programmable RGB LED
✅ 2x HY2.0-4P expansion interfaces to extend Chain series devices
🛒 Get Yours:
Shopify: https://biturl.top/7zyMje
AliExpress: https://s.click.aliexpress.com/e/_c4emiJWp
#M5Stack #M5StackNew #IoT #Hardware #Makers #SmartHome #HMI #STM32 #KeySwitch #MechanicalKeyboard
@m5stack
174.7K
OBA few days ago, I bought a new stepper motor driver (TMC2209)🔥. I think it's one of the best drivers, but unfortunately, you can only make the most of this driver if you are using an AVR microcontroller. With esp32 I unable to control the driver via the UART protocol.
And now, I'm developing a module with this driver for OBJEX Link😎.
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#TMC2209 #driver #pcb #pcba #soldering #electronics #mcu #engineering
#diy #makerforlife #electricalengineering #prototype
@objexlabs
14.0K
ADOpenClaw vs. a 475-page datasheet: let the robot do the transcribing 🦞🤖
The u-blox SAM-M8Q has been sitting on my bench for months. This little GPS module has a built-in antenna, coin cell backup, speaks both NMEA and UBX binary protocol over UART or I2C. So why isn't it in the shop already? Well, it's mostly cause of the 475-page interfacing datasheet documenting every command, struct, and config register. Hundreds of message types. I got partway through by hand with some Claude Code Sonnet assistance, but ran out of time - plus it was still tedious when babysitting Sonnet.
However, now we're living in an Opus + Codex era! So I pointed my Raspberry Pi OpenClaw at it.
https://github.com/adafruit/openclaw
Here's the setup: Raspberry Pi 5 running OpenClaw, wired to a QT Py RP2040, which talks to the SAM-M8Q. Opus 4.6 reads the datasheet (converted to markdown first by Sonnet 4.6 with 1M context to minimize re-parsing that PDF every session) and builds the implementation plan. I review the plan to make sure it prioritizes the most common commands and reports, and flagged some unessential sections like automotive-assist or RTK-specific. Then Codex is assigned each message implementation task as a sub-agent and writes the actual C code for the Arduino library. Opus suggested using struct-based parsing rather than digging through each uint8_t array; we just memcpy the checksummed message raw bytes onto the matching struct and extract the typed bit fields.
We've got four message types done so far. After each message is implemented, Codex also writes a test sketch that will exercise / pretty-print the results of each message, great for self-testing as well as regression testing later. Tonight I'm telling it to keep going while I sleep: code, parse, test against live satellite data, fix failures, commit and push on success, then move on to the next.
To me this is a great usage of "agentic" firmware development: there's no creativity in transcribing 84 different structs from a 475-page datasheet. Once the LLMs are done, I can review the PRs as if it were an everyday contributor and even make revision suggestions.
@adafruit
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