Design And Reuse’s Post

Thank you Design And Reuse for publishing our latest update on the launch of Advanced RISC-V Processor IP Design and Verification Online Courses which has been authored by our Founder and CEO, Mr. Sivakumar P R. To know more, read the complete article here - https://lnkd.in/dHyvntJW #riscv #mavensilicon

Side-channel analysis (SCA), Do you know what it is ? 🤔 I did not few minutes ago 😇 Mind-blowing what you can achieve with (great hardware and) amazing people 💡 Teledyne SP Devices #SPDevicesAtWorks #Fastest14bitsDigitizers #FPGA #SignalProcessing Source in the webpage:

On extension to the "VLSI system on chip design" course I have gained more knowledge by completing the "VLSI Design Methodologies" by MAVEN Silicon. #VLSI #MAVEN #ECE

Extreme Performance Defining a new Level of Industrial Computing! All New 1.8" Pi SBC with AMD Ryzen Embedded R2000 Read more: https://lnkd.in/dZ8qDNt4 #amdryzen #embedded #embeddedcpu #sbc #sbcboard #industrialcomputing #AMD #technologysolutions #computing #ComputingSolutions #Motherboard #Processor #industrialprocessor

Day-16 of #100DaysOfRTL challenge: Tristate Buffer Tri-state buffers are critical components in digital circuit design, enabling the sharing of communication lines among multiple devices without signal interference. Their ability to switch between active states and high impedance makes them indispensable in bus systems, memory interfaces, and various multiplexing applications. Understanding and implementing tri-state buffers is essential for designing efficient and flexible digital systems. Checkout my Github Repository: https://lnkd.in/g8aVHwn6 #DigitalDesign #Verilog #RTLDesign #FPGA #HardwareEngineering #LearningJourney #100DaysOfRTL

🎉 Exciting Project Milestone Alert! 🎉 I'm thrilled to share that my latest project is progressing beyond my expectations. I've been working on a digital logic design environment that allows you to construct and manipulate complex digital circuits using a graph-based approach. This system, inspired by physical logic boards, lets you create and connect gates AND, OR, NOT, and more to form intricate circuits with ease. 💻⚙️ As part of testing this system to its limits, I'm launching a new YouTube series where I'll build a 4-bit microprocessor ALU from scratch. The first video is already live, so you can see the system in action and follow along as I dive into this ambitious project! 🚀🔧 Feel free to check out the first episode [https://lnkd.in/dNhjq5wi ] and join me on this exciting journey as I explore the depths of digital logic design. Your feedback and support mean the world to me! The source code is available on my GitHub: [https://lnkd.in/dBQiJ7uc] Will make a more detailed post about the system and its features, Saving and loading a graph with its wiring was a hard task with a lot of segmentation faults but seeing the components saved and loaded was so satisfying and I'm very proud of what I've built so far. Feel free to use any code :) #DigitalDesign #LogicGates #Microprocessor #YouTubeSeries #TechProject #Innovation #Graphs

⚠ Reflow and X-Ray tests can result into quality losses during the production of PCBs. Downstream programming avoids this and at the same time achieves further advantages, which is why in-system programming is also recommended by semiconductor manufacturers. You can read more about the technical background as well as solutions with the XDM Series in ProMik's application note. #promik #deviceprogramming #flashprogramming #embeddedsystems #applicationnote #download 

🚀 Day 14 of the #100daysRTLChallenge : Navigating through the logic of 8x3 Priority Encoders ! 🧮 ## What Is an 8x3 Priority Encoder? An encoder is a combinational circuit that performs the inverse operation of a decoder. It takes multiple input signals and encodes them into a smaller number of outputs. A priority encoder also includes a hierarchy of inputs, giving precedence to higher-order signals. ## Practical Uses: - Priority encoders are used in: - Interrupt controllers to prioritize processor tasks. - Keyboard encoding where multiple keys are pressed. - Signal processing for selecting the strongest signal. Encoders are like the decision-makers in digital circuits, choosing which signal takes precedence! 🌟 #DigitalCircuits #vlsi #verilog #DigitalLogicDesign #HdlLearning #VLSI #PublicLearning #EngineeringJourney #ECE

This new presentation thoroughly examines the latest capabilities of Emergent’s award-winning eCapture Pro software. This application-focused software targets system deployment and rapid prototyping while offering customized GPU and FPGA processing options. Watch it here: https://bit.ly/3S1faX4 Performance and reliability proven! 10+ years shipping 10GigE 6+ years shipping 25GigE 3+ years shipping 100GigE RDMA Ready Avoid the imitators. Engage the innovators. #gigevision #machinevision #zerodataloss #ecapturepro #gpuprocessing #fpgaprocessing #polarization #patternmatching

🚀 Day 27: Exploring PISO (Parallel-In Serial-Out) Shift Registers 🚀 #100daysofRTL As part of my 100 Days of RTL Challenge, today I delved into the world of PISO (Parallel-In Serial-Out) shift registers! 🔹 Core Functionality: PISO shift registers enable the conversion of parallel data inputs into serial output streams. This functionality is crucial in applications where data needs to be transmitted over a single line, such as in communication protocols and data storage systems. 🔹 Implementation Insights: By loading parallel data into the register and then sequentially shifting it out one bit at a time, PISO registers streamline data handling and transmission processes. Understanding the internal workings of these registers is essential for efficient design and optimization of digital systems. 🔹 Practical Applications: PISO shift registers are widely used in digital electronics for tasks such as data serialization, interfacing microcontrollers with serial devices, and reducing the number of I/O pins required for communication. 🔹 Learning Outcome: This exploration provided a deeper understanding of data conversion techniques and the importance of shift registers in digital system design. It reinforced the versatility of fundamental components in achieving efficient and reliable data management. Excited to continue sharing more insights as I progress in this journey! #100DaysOfRTL #DigitalDesign #Verilog #FPGA #VLSI #HardwareDesign #Engineering