eInfochips (An Arrow Company)’s Post

Download this insightful #whitepaper: https://hubs.li/Q02n9fFR0 🔍 Quality constraints are the key to success in the world of chip design. Learn how implementing effective validation techniques can make all the difference in your design quality, performance, and time-to-market goals. #TimeToMarket #DesignQuality #STA

🚀 Download this insightful #whitepaper: https://hubs.li/Q02m1N680 🔍 Quality constraints are the key to success in the world of chip design. Learn how implementing effective validation techniques can make all the difference in your design quality, performance, and time-to-market goals. #TimeToMarket #DesignQuality #STA

🚀 Day 33: Ring Counter 🚀 #100daysofRTL Continuing my 100 Days of RTL Challenge, today I focused on Ring Counters! 🔹 Basic Operation: A ring counter is a type of counter composed of flip-flops connected in a ring, where the output of the last flip-flop is fed back to the input of the first, creating a circulating pattern of bits. 🔹 Self-Starting: One of the flip-flops is initially set to '1' while the others are '0', and this '1' bit circulates around the ring with each clock pulse. 🔹 Simple Design: Ring counters are easy to design and implement, making them useful in applications requiring a known sequence of states, such as sequence generators and timers. 🔹 Applications: Commonly used in digital systems for timing, control logic, and state machine design due to their predictable and repeating sequence. Excited to share more insights and designs as I progress through this challenge! 💡🔧 #100DaysOfRTL #DigitalDesign #Verilog #FPGA #ASIC #HardwareDesign #Engineering #RingCounter #Counters #VLSI #Semiconductors

Once upon a time I had a job at an EDA company fixing their mixed-signal simulator so it would handle power properly - the code went into a 2014 release, then got removed again, and no other attempt has been made since, so I'm marginally interested in finding out which piece of old rope they're flogging here... https://lnkd.in/gPiMGkkP Post a comment if you bother finding out. Although none of the Verilog-AMS implementations work the way I originally intended, there are ways of fixing it in user-space, and you can use ngSpice/OpenVAF free for the Verilog-A piece these days. IEEE P1800 (SystemVerilog) abandoned attempts to handle analog modeling last year, and kicked it back to Accellera, so get in touch if you are feeling the need for a good mixed-signal simulator (this decade). + you can mix power and timing verification with this approach - https://lnkd.in/gssPHwZW

🚀 Day 34: Johnson Counter 🚀 Today, in my 100 Days of RTL Challenge, I delved into the fascinating world of Johnson Counters! 🔹 Johnson Counter Overview: A Johnson counter, also known as a twisted ring counter, is a type of shift register where the inverted output of the last flip-flop is fed back to the input of the first. This creates a unique sequence of bit patterns. 🔹 State Cycles: With n flip-flops, a Johnson counter cycles through 2n unique states. For example, a 4-bit Johnson counter goes through 8 different states, providing a greater range of outputs compared to a simple ring counter. 🔹 Key Applications: Johnson counters are widely used in frequency dividers, digital-to-analog converters, and complex state machines due to their predictable and extended sequence of states. 🔹 Advantages: Johnson counters are simple to design with minimal external logic, offer glitch-free operation, and have low power consumption. These attributes make them suitable for low-power, high-reliability applications. Excited to continue sharing my journey and insights in digital design! 💡🔧 #100DaysOfRTL #DigitalDesign #JohnsonCounter #FPGA #ASIC #VLSI #HardwareDesign #Engineering #SequentialCircuits #Verilog

At the core of every groundbreaking device is a powerful PCB. We design the circuits that drive innovation, ensuring speed, efficiency, and reliability in every layer. Step into the future with PCBs that do more. #pcbdesign #prototypeengineering #schematicdesign #pcblayout #circuitdesign #pcbmanufacturing #electronicprototyping #hardwaredevelopment #engineeringservices #electronicsdesign #techinnovation #componentsourcing #pcbtesting #pcbassembly #techprototyping

Javelin doesn't use older design techniques like tile arrays and cell libraries since they often require compromises. These methods may reduce development time and costs, but they limit the selection available for creating your ASIC, potentially forcing you to settle for functional blocks that are merely close to your needs rather than exactly meeting them. In other words, every Javelin ASIC is a custom ASIC. Learn more: https://zurl.co/NQvc

🚀 Day 36: Modulo-7 Counter 🚀 #100daysofRTL In today's journey of the 100 Days of RTL Challenge, I delved into the design and implementation of a Modulo-7 Counter! 🔹 Modulo-7 Counter: This digital counter cycles through seven states (0 to 6) and then resets back to 0, continuing the cycle. It's used in applications requiring a repeating sequence of seven, such as dividing clock frequencies by 7. 🔹 Core Logic: The counter increments its state with each clock pulse until it reaches the maximum count (6), after which it resets to 0. The counter includes a reset functionality for initializing the count state. 🔹 Applications: Modulo counters are crucial in timing circuits, frequency division, and digital state machines where specific periodic sequences are needed. 🔹 Design Insight: Understanding the modulo operation and implementing efficient reset logic are key aspects of designing such counters. It emphasizes the importance of sequential logic design in digital circuits. Excited to keep learning and sharing more about digital design concepts! 💡🔧 #100DaysOfRTL #DigitalDesign #Verilog #FPGA #HardwareDesign #Engineering #Counters #SequentialLogic

Ever encountered a chip with this type of package ? While working on a project, I faced a classic mix-up with a chip footprint. According to the datasheet, the pinout was viewed from the bottom side, but I mistakenly drew it from the top. Luckily, flipping the chip solved the problem. Despite the exposed pad being on top, the low current in this scenario spared me from disaster. It is nice to see a device working on the first PCB iteration—what a relief! This experience was a stark reminder of how crucial attention to detail is in tech. #EngineeringFails #TechTips #AttentionToDetail

Choosing the right embedded chip is crucial for optimal performance. Key evaluation indicators include clock speed, core count, RAM size, power consumption, and security features. Explore our detailed guide to make informed decisions and enhance your embedded system design! #EmbeddedSystems #TechTips #PerformanceEvaluation