Joseph Ogbonna
DIIDevHeads IoT Integration Server
•Created by Joseph Ogbonna on 5/13/2024 in #devheads-feed
IoT Fundamentals
2 replies
DIIDevHeads IoT Integration Server
•Created by Joseph Ogbonna on 4/22/2024 in #jobs
Embedded Software Contract Job
If you are an Embedded software Engineer and have worked on Nordic SoC e.g nRF52xxx SoC. Just Identify. Or if you know you can a firmware on it.
@MCU, MPU & Firmware @PCB & Analog
12 replies
DIIDevHeads IoT Integration Server
•Created by Joseph Ogbonna on 4/17/2024 in #devheads-feed
Explore Real-World IoT Applications
Explore Real-World IoT Applications
https://www.linkedin.com/pulse/explore-real-world-iot-applications-joseph-ogbonna?utm_source=share&utm_medium=member_android&utm_campaign=share_via
2 replies
DIIDevHeads IoT Integration Server
•Created by Joseph Ogbonna on 4/5/2024 in #devheads-feed
Foldable Phone
2 replies
DIIDevHeads IoT Integration Server
•Created by Joseph Ogbonna on 3/26/2024 in #devheads-feed
Accelerating Development with Edge Impulse and Arm Keil MDK
Accelerating Development with Edge Impulse and Arm Keil MDK
Check out this new blog!
https://www.edgeimpulse.com/blog/announcing-arm-keil-integration/
1 replies
DIIDevHeads IoT Integration Server
•Created by Joseph Ogbonna on 3/18/2024 in #devheads-feed
Transformative moments with AI. Nvidia CEO
Transformative moments with AI. Nvidia CEO.
https://www.youtube.com/live/Y2F8yisiS6E?si=diSGFA7sq-0_8aZb
2 replies
DIIDevHeads IoT Integration Server
•Created by Joseph Ogbonna on 12/18/2023 in #devheads-feed
How Digital Twins Can Make Decarbonization a Reality in the Oil and Gas Industry
As virtual replicas of the physical oil and gas fields, digital twins can provide asset teams with invaluable details on real-time operations and optimize production such that companies can compile information and establish operational tactics to pinpoint areas of excessive emissions and curb them.
https://www.iotworldtoday.com/iiot/how-digital-twins-can-make-decarbonization-a-reality-in-the-oil-and-gas-industry-
2 replies
DIIDevHeads IoT Integration Server
•Created by Joseph Ogbonna on 12/11/2023 in #pcb-and-analog
Unlocking the Power of Software Knowledge for Hardware Engineers
15 replies
DIIDevHeads IoT Integration Server
•Created by Joseph Ogbonna on 12/8/2023 in #middleware-and-os
Understanding the Vulnerabilities in IoT Security
9 replies
DIIDevHeads IoT Integration Server
•Created by Joseph Ogbonna on 12/7/2023 in #firmware-and-baremetal
Inside the NXP i.MX 8ULP Processor
5 replies
DIIDevHeads IoT Integration Server
•Created by Joseph Ogbonna on 11/29/2023 in #pcb-and-analog
Texas Instruments - A Pillar in the Electronics Industry
25 replies
DIIDevHeads IoT Integration Server
•Created by Joseph Ogbonna on 11/27/2023 in #pcb-and-analog
Exploring the Cutting-Edge Sensors in Autonomous Driving
2 replies
DIIDevHeads IoT Integration Server
•Created by Joseph Ogbonna on 11/24/2023 in #firmware-and-baremetal
TSMC's Impact on Chip Manufacturing
1 replies
DIIDevHeads IoT Integration Server
•Created by Joseph Ogbonna on 11/22/2023 in #firmware-and-baremetal
ASML's EUV Lithography : Enhancing Chip Manufacturing for Better Performance
7 replies
DIIDevHeads IoT Integration Server
•Created by Joseph Ogbonna on 11/22/2023 in #pcb-and-analog
The Crucial Role of Firmware Development for Hardware and PCB Design Engineer
Hardware and PCB design engineers stand to gain substantial benefits from acquiring basic knowledge in firmware development.
Here are four compelling reasons why this synergy is indispensable:
1. Seamless Integration: Acquiring basic firmware development skills allows hardware and PCB designers to better understand the intricacies of the software layer that interfaces with their hardware. This knowledge facilitates seamless integration between hardware and firmware.
2. Debugging Efficiency: Familiarity with firmware development empowers engineers to identify and troubleshoot issues at the intersection of hardware and software. This proficiency helps in the debugging process and also enhances the overall reliability of the system.
3. Optimized Performance: Hardware and firmware are two sides of the same coin. Engineers with a dual skill set can fine-tune the hardware-firmware interface, leading to optimized performance.
Engineers who embrace this synergy position themselves as valuable assets in the industry, capable of delivering robust and cutting-edge solutions.
Share your thoughts and Experience
3 replies
DIIDevHeads IoT Integration Server
•Created by Joseph Ogbonna on 11/20/2023 in #pcb-and-analog
Enhancing Collaboration Between Hardware Design Engineers and PCB Manufacturers
Bridging the Gap:
Enhancing Collaboration Between Hardware Design Engineers and PCB Manufacturers!
Communication breakdowns between these two entities can lead to inefficiencies, delays, and sometimes, compromised designs.
Here are some strategies to foster a seamless and productive relationship:
1️⃣ Early Engagement: Start the conversation early! Involve your PCB manufacturer in the design phase. Their expertise can provide valuable insights, ensuring that the design aligns with manufacturing capabilities.
2️⃣ Clear Documentation: Communication thrives on clarity. Provide comprehensive and detailed documentation. This includes design specifications, materials, and any specific manufacturing requirements. Clarity reduces ambiguity and streamlines the manufacturing process.
3️⃣ Regular Updates and Meetings: Maintain an open line of communication through regular updates and meetings. This helps in addressing any potential issues promptly and allows for real-time adjustments. Collaboration is not a one-time event – it's an ongoing process.
4️⃣ Feedback Loop: Establish a feedback loop. Encourage both engineers and manufacturers to provide feedback on the design and manufacturing processes. This fosters continuous improvement and strengthens the partnership.
By implementing these strategies, we can create an environment where hardware design engineers and PCB manufacturers collaborate seamlessly, leading to more efficient designs, reduced time to market, and ultimately, greater project success.
Let's here your thought and experience on this.
#PCBDesign #HardwareEngineering #Collaboration
5 replies
DIIDevHeads IoT Integration Server
•Created by Joseph Ogbonna on 11/17/2023 in #pcb-and-analog
The Role of Sensors in Shaping IoT
In the Internet of Things (IoT) industry, sensors are playing a pivotal role in driving and evolving the industry. These tiny devices act as the eyes and ears of IoT systems, collecting invaluable data that fuels the intelligent decision-making processes at the core of these interconnected networks.
Here are Some Essential Role of Sensors:
Data Acquisition: Sensors are the primary data source in IoT, collecting information from the physical world.
Real-time Monitoring: Sensors provide real-time data, crucial for immediate responses in applications like industrial automation and healthcare.
Enhanced Decision-Making: Sensors enable intelligent decision-making by constantly feeding data to IoT platforms.
Sensors are also Driving These fields and Market
Industry 4.0 Revolution: Sensors drive smart factories by facilitating seamless communication and real-time optimization.
Healthcare Transformation: Sensors monitor vital signs, track medication adherence, and enable remote patient monitoring, improving healthcare delivery.
Agricultural Innovation: IoT sensors transform agriculture through precision farming, monitoring soil conditions, crop health, and weather patterns.
Three Sensor Manufacturers:
Bosch Sensortec: Renowned for high-quality motion, environmental, and MEMS sensors.
Texas Instruments: Produces a wide array of sensors for industrial, automotive, and consumer applications.
STMicroelectronics: Offers a diverse portfolio of sensors, including accelerometers and environmental sensors.
In conclusion, sensors play a crucial role in IoT, driving innovation across industries and shaping the future of connected technologies.
Put your thoughts on the these fast evolving technology.
How sensor is shaping the IoT Industry.
4 replies
DIIDevHeads IoT Integration Server
•Created by Joseph Ogbonna on 11/13/2023 in #pcb-and-analog
Navigating The Chip Shortage
🌐 Navigating the Chip Shortage: A Call to Innovation! 🚀
The ongoing chip shortage has sent ripples through industries worldwide, posing challenges for hardware engineers. 🤯 Here's a quick dive into the impact and some strategies to navigate these turbulent times:
1. Industry Impact: The shortage has hit sectors like automotive, consumer electronics, and more. Production delays, increased lead times, and rising component costs are testing the resilience of supply chains globally.
2. Adaptation is Key: Hardware engineers, now more than ever, need to embrace adaptability. Explore alternative components, collaborate closely with suppliers, and be ready to pivot designs based on component availability.
3. Innovation Amidst Challenges: Let's turn challenges into opportunities! Hardware engineers can explore creative solutions, redesign PCBs for component flexibility, and leverage simulation tools to optimize designs without compromising functionality.
How are you coping with the chip shortage?
Drop your insights below!
9 replies
DIIDevHeads IoT Integration Server
•Created by Joseph Ogbonna on 11/9/2023 in #firmware-and-baremetal
The Benefits of Using Evaluation Electronics Boards for Prototyping
The Benefits of Using Evaluation Electronics Boards for Prototyping
In electronics prototyping, time and efficiency are paramount. Evaluation electronics boards offer a swift and effective solution, providing several key advantages:
1. Quick Prototyping:
Evaluation boards, tailored for specific components, enable rapid assembly and testing. Engineers can skip the time-consuming process of designing custom PCBs, accelerating prototype development.
2. Simple Component Testing:
Equipped with necessary interfaces, these boards simplify connecting various components like sensors and microcontrollers. Engineers can quickly assess component compatibility and functionality, saving valuable time.
3. Real-time Monitoring:
Evaluation boards often feature integrated debugging tools, allowing engineers to monitor prototype performance in real-time. This functionality aids in identifying issues and optimizing algorithms.
4. Cost-effectiveness:
Compared to custom PCB fabrication, evaluation boards are budget-friendly. They reduce initial development costs, allowing engineers to allocate resources wisely, investing in custom solutions after thorough testing.
5. Focus on Core Functionality:
By using evaluation boards, engineers can concentrate on refining the prototype's core functionality. This focused effort enhances software development and user experience, ensuring a polished end product.
6. Enhanced Collaboration:
Standardized evaluation boards facilitate collaboration and knowledge sharing among team members and peers. Engineers can exchange designs and insights, fostering innovation and problem-solving in the engineering community.
In summary, evaluation electronics boards streamline prototyping by offering rapid deployment, simplified component testing, real-time monitoring, cost-effectiveness, and enhanced collaboration.
Please share the evaluation board you normally use for your prototype development and testing. Thanks.
3 replies
DIIDevHeads IoT Integration Server
•Created by Joseph Ogbonna on 11/9/2023 in #pcb-and-analog
The Power of IC Application Notes for Electronics Engineers
The Power of IC Application Notes for Electronics Engineers
One often overlooked resource that can make a significant difference is the Integrated Circuit (IC) application note – a document provided by IC manufacturers.
Understanding IC Functionality:
IC application notes offer detailed insights into IC functionalities, limitations, and optimal operating conditions. Engineers gain a profound understanding of the IC, making informed design decisions.
Optimal Circuit Design:
These notes provide reference designs and best practices in circuit design, layout, and component selection. Implementing these recommendations enhances performance, reliability, and efficiency.
Troubleshooting Made Easy:
Application notes address common problems, providing quick solutions. This guidance saves time and resources during design and testing phases.
Performance Optimization:
Engineers can fine-tune designs based on application notes, achieving desired output, efficiency, and stability. This optimization ensures products meet high standards.
Cost Efficiency:
Understanding IC intricacies prevents over-designing or underutilizing components, leading to cost savings. Optimized designs reduce material costs, making projects more economical.
Keeping Up with Innovations:
By studying application notes, engineers stay updated with the latest advancements. Harnessing cutting-edge ICs enables the design of innovative and competitive products.
In summary, IC application notes empower engineers to create superior, reliable designs, making them essential tools in the field of electronics engineering.
7 replies