🔥 Build | See | Move | Think Smart
Pixel Series – A Complete Robotics Learning Path
Pixel Series is more than a set of boards.
It is a modular educational ecosystem designed to help learners build robots that move, see, and understand their environment.
This video introduces the core modules:
🟦 Pixel Core – The brain of the robot
⚙️ Pixel Motion – Motion and power control
👁 Pixel Vision – Smart line & color sensing
🎯 Pixel Sniper – Distance and obstacle detection
Designed for real learning, real robots, and real skills.
🎓 STEM education
🤖 Schools & robotics clubs
🚀 From beginners to advanced makers
#mBedLab #PixelSeries #Robotics #STEM
🌐 www.mBedLab.com
📍mBedLab in English:
@mBedLabLearningEN
📍mBedLab Türkçe'de
@mBedLabLearningTR
📍امبدلب به فارسی:
@mBedLabLearning
🔥 Sense | Aim | Move Smart
X-Pixel Sniper – Precision Vision for Your Robot
Movement is not enough.
Smart robots must understand their environment.
X-Pixel Sniper is designed to bring perception and awareness
into educational and mobile robots — simple, powerful, and effective.
🎯 Perfect for STEM education
🤖 Ideal for smart & competitive robots
🧠 The first step toward intelligent navigation
👉 Technical details coming soon…
#mBedLab #PixelSeries #PixelSniper #STEM
🌐 www.mBedLab.com
📍mBedLab in English:
@mBedLabLearningEN
📍mBedLab Türkçe'de
@mBedLabLearningTR
📍امبدلب به فارسی:
@mBedLabLearning
🚀 Pixel Vision LC | The Smart Eye for Educational Robots
Pixel Vision LC is the first intelligent line & color sensor with an ARM processor that auto-calibrates. It detects lines and colors accurately, requires no libraries or drivers, and works with any hardware.
○ Smart line & color detection
○ Auto-calibrated and intelligent
○ Compatible with any platform
○ Ideal for STEM and educational robotics projects
○ Compact, versatile, and easy to integrate
🤖 Learning starts when your robot can see.
#mBedLab #PixelSeries #PixelVision
🌐 www.mBedLab.com
📍mBedLab in English:
@mBedLabLearningEN
📍mBedLab Türkçe'de
@mBedLabLearningTR
📍امبدلب به فارسی:
@mBedLabLearning
🚀 Pixel Motion | Bringing Movement to Educational Robots
Pixel Motion is designed to add real, controlled movement to educational robotics platforms — without complexity or risk.
It helps learners clearly understand the relationship between code, power, and motion, making robotics learning practical and engaging.
With built-in protection and easy integration into the Pixel ecosystem, Pixel Motion provides a safe and reliable foundation for mobile robotic projects.
• Designed for educational robotics
• Safe and reliable motion control
• Supports DC motors and servos
• Easy integration with Pixel Core
• Ideal for schools, labs, and STEM projects
🤖 Pixel Motion turns learning into motion.
#mBedLab #PixelSeries #PixelMotion
🌐 www.mBedLab.com
📍mBedLab in English:
@mBedLabLearningEN
📍mBedLab Türkçe'de
@mBedLabLearningTR
📍امبدلب به فارسی:
@mBedLabLearning
Pixel Core | Educational Robotics Platform
Pixel Core is the core control platform of the Pixel educational robotics ecosystem.
It is designed to help children and beginners enter the world of robotics safely and confidently.
By simplifying hardware interaction and providing modular expansion, Pixel Core allows learners to gradually explore robotics concepts without being overwhelmed.
Key focus areas:
○ Safety-first design
○ Simple and clear system architecture
○ Hands-on learning with real robotic behavior
○ Modular growth with Pixel expansion boards
Pixel Core grows with the learner — from first steps to advanced projects.
#mBedLab #PixelSeries #PixelCore
🌐 www.mBedLab.com
📍mBedLab in English:
@mBedLabLearningEN
📍mBedLab Türkçe'de
@mBedLabLearningTR
📍امبدلب به فارسی:
@mBedLabLearning
We’re excited to share our next step at mBedLab.
Following recent strategic agreements and the expansion of our internal team, we will soon begin offering free educational content in key areas of programming, electronic and AI.
These training sessions will focus on:
○ Electronics fundamentals
○ Programming concepts
○ Robotics
○ AI
○ Practical engineering tips and real-world insights
This initiative is designed to support engineers, students, and technology enthusiasts by providing accessible, high-quality learning resources.
More details will be shared soon.
#mBedLab
📍mBedLab in English:
@mBedLabLearningEN
📍mBedLab Türkçe'de
@mBedLabLearningTR
📍امبدلب به فارسی:
@mBedLabLearning
🚀 The latest update of the Altium Designer library from mBedLab is here!
This new version brings enhanced features for a more precise and professional circuit design experience:
✅ Full standardization of component models and footprints
✅ Addition of a wide range of new TH and SMD components
With this update, enjoy faster, more reliable designs aligned with industry standards.
📅 Update Date: 05/16/2025
#Electronics #Altium_Designer #ComponentLibrary #Footprint #CircuitDesign #mBedLab
📍Download the updated library now and join our channel:
@mBedLabLearning
📍mBedLab in English:
@mBedLabLearningEN
📍mBedLab Türkçe'de
@mBedLabLearningTR
#MISRA C #Rule 1.1 - A standard C environment
○ Category: #Required
○ Applies to: C90, C99, C11
Today, we're going to discuss one of the most important MISRA C rules: Rule 1.1. This rule concisely states that the code we write must be fully compliant with the rules and constraints defined in the chosen C standard (version).
Why is this rule important?
○ Portability: Code that follows the C standard is more likely to run correctly on different compilers and operating systems.
○ Error Prevention: Adhering to standard rules prevents many common programming errors.
○ Maintainability: Standard-compliant code is more readable and understandable, making it easier to maintain and develop.
What does Rule 1.1 say?
This rule encompasses three main points:
1. No Violation of C Syntactic and Semantic Rules
The code must not have any violations of the syntax and constraints defined in the C standard.
Compilers have limits for code translation (such as variable name length or function depth). The code must not exceed these limits.
The use of compiler-specific language extensions is allowed, provided they are documented and justified in the project design. For example, keywords like __inline or memory location specifiers like __zpage, __near, and __far, which are common in embedded systems, fall into this category.
Hello dear followers,
As per your requests, we'll soon be releasing a new version of our Altium library with new and improved components!
If there's a specific component you'd like to see in the library or if you have any suggestions for its improvement, please let us know.
Your feedback is invaluable and guides us in creating a perfect and practical library.
You can contact us via the ID @mBedLab_Admin.
We look forward to hearing your thoughts!
#electronics #library #Altium_Designer
📍mBedLab in English:
@mBedLabLearningEN
📍mBedLab Türkçe'de
@mBedLabLearningTR
📍امبدلب به فارسی:
@mBedLabLearning
#StartingActivity
Greetings to all enthusiasts of #programming, #electronics, #mechatronics, and #robotics.
We are delighted to announce the commencement of the #mBedLab educational and tip channel, aimed at enhancing knowledge in these fields.
Content Categories:
#Programming
#Electronics
#Mechatronics
#Robotics
Important Notes:
- Channel content will be published with appropriate #hashtags.
- Feel free to share our educational content with others. Please ensure that you credit the source.
📍mBedLab in English:
@mBedLabLearningEN
📍mBedLab Türkçe'de
@mBedLabLearningTR
📍امبدلب به فارسی:
@mBedLabLearning
🔥 Sense | Measure | Navigate Smart
X-Pixel Sniper – Laser Vision for Your Robot
If you want your robot to do more than just move,
and actually understand distances and obstacles,
X-Pixel Sniper is designed to teach real-world depth sensing and spatial awareness.
⚡️ Why X-Pixel Sniper?
• High-precision Time-of-Flight laser distance sensing
• Multi-target detection in real time
• Multi-point distance mapping for spatial awareness
• Long-range measurement (300+ cm)
• Practical field of view for mobile robots
• Reliable performance under different lighting conditions
• Simple I²C communication
• Integrated IR transmitter & receiver for control applications
🔌 Easy integration
• 5V power input
• Fully compatible with Pixel Core and other controllers
• Ready for educational and competitive robotics
💡 Learn real perception concepts
• Distance measurement
• Obstacle detection
• Environment mapping
• Basics of navigation & SLAM
🎯 Ideal for
STEM education • Mobile robots • Robotics competitions • Student projects • Advanced learners
👉 Give your robot depth perception.
This is where intelligence begins.
Check the product on the official website Click here
#mBedLab #PixelSeries #PixelSniper #Robotics #STEM
🌐 www.mBedLab.com
📍mBedLab in English:
@mBedLabLearningEN
📍mBedLab Türkçe'de
@mBedLabLearningTR
📍امبدلب به فارسی:
@mBedLabLearning
🔥 Build | See | Learn
X-Pixel Vision LC – Smart Line & Color Tracking Module
If you want your robot to track lines and colors and react intelligently to its environment,
X-Pixel Vision LC is designed for precise line and color detection with advanced capabilities.
⚡️ Why X-Pixel Vision LC?
○ Precise line and surface detection in any lighting condition (dark or light)
○ Line detection range from 0.5 to 6 cm for line-following and path navigation
○ One-click setup for fast and easy calibration
○ 2 color sensors for accurate color recognition and matching
○ True Analog or digital output with easy toggle
○ ARM Cortex M0+ processor for fast processing
○ Supports 5V DC power input
○ 4 programmable RGB LEDs for calibration and feedback
○ Memory to store settings for future use without reconfiguration
○ No driver needed, just plug and play
🔌 Easy, hassle-free integration
○ Serial and I/O outputs for connecting with other modules
○ Quick calibration with SET and RESET buttons
💡 Real-world vision and detection learning
Learn the following with Pixel Vision LC:
○ Line detection from 0.5 to 6 cm
○ Line and surface detection in any lighting condition (dark or light)
○ Color recognition with high accuracy in all lighting conditions
○ One-click calibration
○ Analog and digital output flexibility
○ Store and load settings with internal memory for future use
🎯 Perfect for
STEM education • Schools & training centers • Robotics classes • Student projects • Makers & robotics clubs
👉 Build robots that see and react.
This is where learning becomes real.
Check the product on the official website Click here
#mBedLab #PixelSeries #PixelVisionLC #Robotics #STEM
🌐 www.mBedLab.com
📍mBedLab in English:
@mBedLabLearningEN
📍mBedLab Türkçe'de
@mBedLabLearningTR
📍امبدلب به فارسی:
@mBedLabLearning
🔥 Build | Learn | Move
X-Pixel Motion V1 – Bringing Motion to Robotics
If you want your robot to truly move and understand the fundamentals of motion control, power, and feedback,
X-Pixel Motion V1 is the perfect motion module for robotics and STEM education.
⚡️ Why X-Pixel Motion V1?
○ Supports 2 DC motors for educational and mobile robots
○ Compatible with 2 servo motors or 2 encoders
○ Precise PWM control for smooth and reliable motion
○ Wide power input range: 7–35V DC
○ Integrated 5V regulator for logic and peripheral power
○ Built-in protection against overcurrent, short circuit, and overheating
🔌 Designed for Easy Integration
○ Standard connectors for motors, servos, and encoders
○ Status LEDs for power and motor activity
○ Seamless compatibility with Pixel Core and other controllers
💡 Learn Motion the Right Way
Pixel Motion enables hands-on learning of:
○ DC motor control
○ Servo positioning
○ Encoder-based feedback
○ Fundamentals of closed-loop control systems
🎯 Perfect for
STEM education • Schools & training centers • Robotics classes • Student projects • Makers & clubs
👉 Turn control signals into real motion.
This is where robotics comes alive.
See More on Our Website
#mBedLab #PixelSeries #PixelMotion
🌐 www.mBedLab.com
📍mBedLab in English:
@mBedLabLearningEN
📍mBedLab Türkçe'de
@mBedLabLearningTR
📍امبدلب به فارسی:
@mBedLabLearning
🔥 Build | Learn | Innovate
X-Pixel Core R1 – The Real Starting Point of Robotics
If you’re looking for a powerful, affordable, and ready-to-use development board for robotics and STEM education,
X-Pixel Core R1 is exactly what you need.
⚡️ Why X-Pixel Core R1?
○ Popular compatible microcontroller (Arduino-compatible)
○ Flexible power options: USB Type-C, DC input up to 24V, Li-ion battery
○ Integrated smart battery management (charging + voltage boost)
○ Onboard 3-axis accelerometer and temperature sensor
○ 8 programmable RGB LEDs for status indication and visual effects
○ Full hardware protection for safe and reliable learning
🔌 Effortless Expandability
○ Just plug in Pixel expansion boards and start building:
○ Motor driver & two-wheel robot modules
○ Line follower and color detection sensors
○ IR modules for competitive robot applications
○ Matrix display modules
💻 Simple Yet Professional Programming
Compatible with Arduino IDE, mBlock, and Atmel Studio
🎯 Perfect for
STEM education • Schools & training centers • Robotics classes • Makers & student projects
👉 Build your first robot with X-Pixel Core R1.
This is where real learning begins.
See More on Our Website
#mBedLab #PixelSeries #PixelCore
🌐 www.mBedLab.com
📍mBedLab in English:
@mBedLabLearningEN
📍mBedLab Türkçe'de
@mBedLabLearningTR
📍امبدلب به فارسی:
@mBedLabLearning
New chapter starts here.
For years, our focus has been on designing and developing embedded hardware
as in-house solutions for selected teams and projects.
Today, we are opening this work to a broader audience
and sharing our products publicly.
This is the foundation of what’s coming next.
Each product will be introduced in detail in the coming days.
#mBedLab
📍mBedLab in English:
@mBedLabLearningEN
📍mBedLab Türkçe'de
@mBedLabLearningTR
📍امبدلب به فارسی:
@mBedLabLearning
Today, we are opening a new chapter at mBedLab.
Until now, our products and embedded solutions have been developed and delivered privately — in close collaboration with selected teams, companies, and research groups.
Behind the scenes, we focused on design quality, reliability, and long-term usability rather than visibility.
Starting today, we are making mBedLab public.
We will begin sharing our boards, tools, and design philosophy openly with the embedded community — from engineers and developers to makers and students.
This is not just about releasing products.
It’s about building a transparent, modular, and professional embedded ecosystem.
More to come.
#mBedLab
📍mBedLab in English:
@mBedLabLearningEN
📍mBedLab Türkçe'de
@mBedLabLearningTR
📍امبدلب به فارسی:
@mBedLabLearning
What is #Machine_Learning?
Machine learning (ML) powers some of the most important technologies we use, from translation apps to autonomous vehicles. This course explains the core concepts behind ML.
ML offers a new way to solve problems, answer complex questions, and create new content. ML can predict the weather, estimate travel times, recommend songs, auto-complete sentences, summarize articles, and generate never-seen-before images.
In basic terms, ML is the process of training a piece of software, called a model, to make useful predictions or generate content from data.
For example, suppose we wanted to create an app to predict rainfall. We could use either a traditional approach or an ML approach. Using a traditional approach, we'd create a physics-based representation of the Earth's atmosphere and surface, computing massive amounts of fluid dynamics equations. This is incredibly difficult.
Using an ML approach, we would give an ML model enormous amounts of weather data until the ML model eventually learned the mathematical relationship between weather patterns that produce differing amounts of rain. We would then give the model the current weather data, and it would predict the amount of rain.
#Machine_Learning #Programming
📍mBedLab in English:
@mBedLabLearningEN
📍mBedLab Türkçe'de
@mBedLabLearningTR
📍امبدلب به فارسی:
@mBedLabLearning
Are you familiar with the #MISRA C standard?
The MISRA C standard is a set of guidelines for programming in the C language, especially in critical and sensitive systems. This standard helps us write code that is:
✅ Safer (prevents dangerous bugs and errors)
✅ More reliable (reduces the chance of failure and malfunction)
✅ More portable (runs on different systems)
✅ More readable and maintainable (easier to understand and modify the code)
Why is MISRA C important?
In systems where safety and stability are very important (such as automobiles, medical equipment, aerospace systems, etc.), using this standard is almost essential. By providing rules and guidelines, MISRA C prevents common programming errors and improves software quality.
Where to learn more?
If you would like to learn more about MISRA C, you can join us.
#MISRA_C #Programming
📍mBedLab in English:
@mBedLabLearningEN
📍mBedLab Türkçe'de
@mBedLabLearningTR
📍امبدلب به فارسی:
@mBedLabLearning
The mBedLab library for #Altium_Designer has been updated!
No more worrying about finding footprints for electronic components. This comprehensive library with thousands of TH and SMD components makes your circuit design much easier.
Access a vast world of components with the latest update (2024/09/01) available now.
Note: The file is compressed and needs to be extracted.
#electronics #library #Altium_Designer
📍mBedLab in English:
@mBedLabLearningEN
📍mBedLab Türkçe'de
@mBedLabLearningTR
📍امبدلب به فارسی:
@mBedLabLearning
