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What is ProBug Debugger Board
Short Intro on ProBug Debugger Board
The ProBug Debugger is a cost-effective and reliable tool designed for debugging and programming NXP Semiconductors S32K Platform microcontrollers. This versatile debugger is compatible with all microcontrollers in the S32K Platform that are based on ARM Cortex M series processors, including ARM Cortex M0/M3/M4/M7, and more. The supported SoC names include S32K1xx and S32K3xx.
ProBug Debugger is idle choice when working on custom embedded product development or learning/training/prototyping purpose on NXP S32K automotive Microcontrollers. Looking to start with NXP S32K platform for development, ProBug debugger would be reliable and cost-effective debugger that can be used across S32K MCU’s.
// Kew Features
Technical Specs &
Technical Specs &
Features of ProBug Debugger
2 Debug Connectors for connecting to Target S32Kxxx Microcontroller
10-pin SWD connector and 20-pin JTAG connector
Segger Jlink Debug Port
Jlink Debug Port Detection for Programming and Debugging S32K MCU's
Target MCU Power Configuration
Target Microcontroller can be Powered via 3.3V or 5V. That is configurable via Power Header
Virtual UART Serial Com Port
Virtual UART COM Port Detection via same Debug connector for logging Realtime data via UART Peripheral.
Connection to Host Laptop/Desktop
Connect to Host Laptop/Desktop via USB-to Type C Cable
On-Board Reset Button
On Board Reset Button for resetting Target MCU via ProBug Debugger
Pricing & Buy
Start With An
Start With An
Affordable
Chinese Clone Jlink Debuggers
<INR5K/ piece
Not Reliable
- Big in Size
- Chinese Clone
- Non-Isolated
Industrial
ProBug Debugger
INR7.5K / piece
Domestic Shipping
- Readily available
- Indigenous Product (India)
- Custom Bootloader (Not Chinese)
- Galvonic Isolation
academia
ProBug Debugger
INR5.0K/piece
Domestic Shipping
- Readily available
- Indigenous Product (India)
- Custom Bootloader (Not Chinese)
- Non-Galvonic Isolation
// Packet Contents
With ProBug Debugger
Applications
Usecases of ProBug Debugger
ProBug Debugger with NXP S32K312(ARM Cortex M7 Processor)
ProBug Debugger with NXP S32K144(ARM Cortex M4 Processor) using ElecronicsV2 Board
// User Manual and User Guide
To use ProBug Debugger
STMicroelectronics
February 12, 2025
No Comments
STM32 We carry more than just good coding skills. Our experience makes us stand out from other web development. SPC5 32 bit Automotive MCU We carry more than just good coding skills. Our experience makes us stand out from other web development. STM8 We carry more than just good coding skills. Our experience makes us stand out from other web development.
NXP Controller’s
February 12, 2025
No Comments
S32 Automotive Microcontrollers We carry more than just good coding skills. Our experience makes us stand out from other web development. I.MX Edge AI Microcontroller We carry more than just good coding skills. Our experience makes us stand out from other web development. LPC Series Microcontroller We carry more than just good coding skills. Our experience makes us stand out from other web development. Kinetic Series Microcontroller We carry more than just good coding skills. Our experience makes us stand out from other web development.
Embedded MCU
February 11, 2025
No Comments
// our offering We Offer an MCU/MPU programming blogs of different semiconductor companies NXP Semiconductors To explore Automotive, edge AI, safety, security and and general-purpose embedded microcontrollers Texas Instruments For Power electronics, power and energy microcontrollers STMicroelectronics For consumer electronics, Industrial automation and beginner friendly microcontrollers Silicon Labs For wireless, safety and security microcontrollers Espressif Systems For wireless, IoT, easy to use, low cost and beginner friendly microcontrollers Microchip For beginner friendly, easy to use and low cost 8 bit microcontrollers Nordic Semiconductors For Internet of things, Wireless microcontrollers UI/UX Design Build the product you need on time with an experienced team that uses a clear and effective design. Dedicated Team Over the past decade, our customers succeeded by leveraging Intellectsoft’s process of building, motivating. Custom Hardware Development contact us Custom Software Development contact us Tutorial/trainings/courses contact us What are Embedded MCU Short Intro on Embedded MCU Embedded Microcontrollers are one of the most widely and commonly used integrated circuits in any electronic/electrical gadget. Main purpose of Embedded Microcontroller is to control how electronic gadgets work. This complexity can be as simple as LED control to autonomous driving. Embedded Microcontroller are manufactured and developed by number of Semiconductor Companies. Further every semiconductor company make their own family of microcontroller. We would be learning about microcontrollers by categorizing them into different semiconductor companies and their family. LEARN MORE
Semiconductor chip blogs
February 11, 2025
No Comments
Unlocking the Power of Semiconductor Chips in Embedded Systems
Semiconductor chips are the backbone of modern embedded systems, powering everything from automotive ECUs to industrial automation and consumer electronics. Understanding these chips, their architectures, and how to program them efficiently is crucial for any embedded engineer.
At Gettobyte, we bridge the gap between theory and practical implementation by providing in-depth tutorials on microcontrollers like STM32, ATmega, and NXP’s S32 series. Whether you’re exploring real-time operating systems (RTOS), cryptographic security for automotive applications, or hands-on firmware development, our resources are designed to give you industry-level expertise.
Stay tuned as we dive deeper into the world of semiconductor hardware, breaking down complex concepts into easy-to-understand guides. Ready to take your embedded skills to the next level? Explore our latest blogs and tutorials at Gettobyte.
Automotive Software Solutions
February 9, 2025
No Comments
https://youtu.be/kgsLO2cDsKI Automotive Secure Communication Over CAN -FD using Cryptography(SHE Peripheral) Description: Demonstration of Standard CAN Communication between couple of Gettobyte Technologies Pvt. Ltd. automotive boards : ELECRONICSV3 or automotive ecu : VEHRONICSV1 using our automotive software drivers and nxp stacks! Though there is one flaw in current demonstration (which i have briefed in video too). It would be good to see, if anybody can guess it. In next demonstration update, we will explain how we rectify that flaw. Checkout CAN Protocol DiY hands-on course, to learn and build such project: https://lnkd.in/gS98vXmd Features/Specs of Demonstration: 1) Standard CAN communication at 500kpbs using on chip flexcan CAN Controller2) Use of Rx-Tx mailboxes to store CAN data in flexcan can Controller of s32k144 mcu3) Off-loading CPU on receiving Node, with use of Interrupts to continously receive CAN data efficiently.4) Zero Code in main while () of receiving end with the use of CAN Rx mailboxes interrupts5) Use of SPI Protocol for driver creation of color lcd screen.6) SPI Peripheral with DMA to offload CPU for printing data on color lcd screen7) Number system conversion from hex to string for displaying data on screen in human readable format( In this demonstration their is one flaw on this)
What is ProBug Debugger Board
Short Intro on ProBug Debugger Board
The ProBug Debugger is a cost-effective and reliable tool designed for debugging and programming NXP Semiconductors S32K Platform microcontrollers. This versatile debugger is compatible with all microcontrollers in the S32K Platform that are based on ARM Cortex M series processors, including ARM Cortex M0/M3/M4/M7, and more. The supported SoC names include S32K1xx and S32K3xx.
ProBug Debugger is idle choice when working on custom embedded product development or learning/training/prototyping purpose on NXP S32K automotive Microcontrollers. Looking to start with NXP S32K platform for development, ProBug debugger would be reliable and cost-effective debugger that can be used across S32K MCU’s.
// Kew Features
Technical Specs &
Technical Specs &
Features of ProBug Debugger
2 Debug Connectors for connecting to Target S32Kxxx Microcontroller
10-pin SWD connector and 20-pin JTAG connector
Segger Jlink Debug Port
Jlink Debug Port Detection for Programming and Debugging S32K MCU's
Target MCU Power Configuration
Target Microcontroller can be Powered via 3.3V or 5V. That is configurable via Power Header
Virtual UART Serial Com Port
Virtual UART COM Port Detection via same Debug connector for logging Realtime data via UART Peripheral.
Connection to Host Laptop/Desktop
Connect to Host Laptop/Desktop via USB-to Type C Cable
On-Board Reset Button
On Board Reset Button for resetting Target MCU via ProBug Debugger
Pricing & Buy
Start With An
Start With An
Affordable
Chinese Clone Jlink Debuggers
<INR5K/ piece
Not Reliable
- Big in Size
- Chinese Clone
- Non-Isolated
Industrial
ProBug Debugger
INR7.5K / piece
Domestic Shipping
- Readily available
- Indigenous Product (India)
- Custom Bootloader (Not Chinese)
- Galvonic Isolation
academia
ProBug Debugger
INR5.0K/piece
Domestic Shipping
- Readily available
- Indigenous Product (India)
- Custom Bootloader (Not Chinese)
- Non-Galvonic Isolation
// Packet Contents
With ProBug Debugger
Applications
Usecases of ProBug Debugger
ProBug Debugger with NXP S32K312(ARM Cortex M7 Processor)
ProBug Debugger with NXP S32K144(ARM Cortex M4 Processor) using ElecronicsV2 Board
// User Manual and User Guide
To use ProBug Debugger
Breakout Boards
Kunal Gupta
Evalution Kits
Kunal Gupta
Development Boards
ElecronicsV3 Board
Low cost Development Board for NXP S32K144 MCU as beginner friendly automotive kits
Kunal Gupta