PRIZ Guru’s Post

Meta's Journey Towards AI Independence with MTIA v2 Chip #AI #AIindependence #artificialintelligence #compute #Electronics #llm #LPDDR5memory #machinelearning #memorybandwidth #MetaPlatforms #MTIAv2chip #PCIExpress50controller #Scalability #SRAMenhancements #Tritonlanguage

Want to know more about AMD Versal devices especially the Versal AI Edge range? Next week I am hosting a webinar on Element14 to provide an introduction to Versal and talk about how we can work with these devices. #fpga #engineering #embeddedsystems #electronics #embeddedsoftware #ai https://lnkd.in/duyknkJg

Hi Folks, The three most popular encodings for FSM states are binary, Gray, and one-hot. Which Encoding Is the Best? This is a tough question, mostly because each encoding has its benefits and shortcomings, so it comes down to an optimization problem that depends on a large number of factors. If a very simple system yields very similar results across encodings, then the original encoding is the best choice. If the FSM cycles through its states in one path (like a counter) then Gray code is a very good choice. If the FSM has an arbitrary set of state transitions or is expected to run at high frequencies, maybe one-hot encoding is the way to go. Choose wisely...!!! 0047@allaboutfpga #fpga #allaboutfpga #vlsi #asic #digital #electronics #automation  #innovation #semiconductor #technology #engineering #intel #amd #fsm #encoding

Tech Paper: Flex-RV, a 32-bit microprocessor based on an open RISC-V instruction set fabricated with indium gallium zinc oxide thin-film transistors on a flexible polyimide substrate, enabling an ultralow-cost bendable microprocessor. Flex-RV also integrates a programmable machine learning (ML) hardware accelerator inside the microprocessor and demonstrates new instructions to extend the RISC-V instruction set to run ML workloads. It is implemented, fabricated and demonstrated to operate at 60 kHz consuming less than 6 mW power.

Day 35 #100daysamplifierdesign As I continue my journey through microelectronics, recently I dived into the world of two-stage CMOS op-amps! These tiny machines are the unsung heroes of modern electronics, amplifying signals with precision and accuracy. But what makes them tick? Let's break it down! - Input Stage: The differential pair helps the op-amp understand the difference between two input signals. This stage is crucial for rejecting common-mode noise and ensuring high input impedance. - Output Stage: The gain stage and output design work together to deliver a strong, stable signal. This stage determines the op-amp's overall gain, bandwidth, and slew rate. - Noise Reduction: Special measures are taken to minimize noise and ensure stability. This includes techniques like channel-length modulation, source degeneration, and frequency compensation. By carefully designing and simulating each stage, we can create op-amps that excel in various electronic devices - from phones and computers to medical devices!

One of my finished projects in 2023. Revolutionizing Computational Power with FPGA-Based Processing Units.  🚀 #FPGA #ProcessingPower #Innovation #TechAdvancement #ComputingRevolution #MixedReality #AIIntegration #xilinx

Accurately Capture True Acceleration #Data In #OnVehicle #DVRSystems Using A Mems Accelerometer And The Adaptive Reference Method #technologynews #electronicsenws #electronics #technology #electronicsera #techarticle #article Analog Devices

[iSTART-TEK's EDA tool, START v3, Supports eFuse from Renowned Semiconductor Manufacturers and OTP and MTP from Leading NVM IP Suppliers] With AI and high-performance computing relying heavily on CPUs and NPUs to handle the computing tasks required for operating systems and applications, the demand for large amounts of SRAM is growing. iSTART-TEK's memory testing and repair EDA tool, START v3, provides an efficient solution by using eFuse, OTP, and MTP for SRAM repair. START v3 is built on an innovative, patented architecture designed to offer highly efficient memory repair techniques. Its advanced memory testing algorithms precisely detect defects in memory locations, and the tool’s efficient repair capabilities ensure fast and reliable SRAM repairs. Hard Repair can be performed using eFuse, OTP, and MTP, greatly improving yield, reducing costs of high-performance and AI chips, and enhancing product competitiveness. iSTART-TEK remains committed to advancing technology and innovation, offering high-performance memory testing and repair solutions for high-performance, AI, and automotive chip developers. #EDA #chip #EDAtool #semiconductor #chipdesign #memorytesting #memoryrepair #AI #automotive #HPC #OTP #MTP

Kioxia aims to mass produce 1000-layer 3D NAND by 2031 — 4x the current number of layers: Today, Kioxia's best 3D NAND device is 8th Generation BiCS 3D NAND memory with 218 active layers and a 3.2 GT/s interface (first introduced in March 2023). This generation introduces a novel CBA (CMOS directly Bonded to Array) architecture, which involves separate manufacturing of the 3D NAND cell array wafers and I/O CMOS wafers using the most suitable process technology and bonding them together. The result is a product with enhanced bit density and improved NAND I/O speed, which ensures that the memory can be used to build the best SSDs. By producing memory cells and peripheral circuits separately, manufacturers can leverage the most efficient process technologies for each component, leading to further advantages as the industry progresses towards methods like string stacking, which will certainly be used for 1,000-layer 3D NAND. #semiconductor #semiconductorindustry #tsmc #intel #samsung #imec #globalfoundries #smic #umc #innovation #ai #computerchips #machinelearning #broadcomm #transistor #cowos #skhynix #microntechnology #kioxia #nanya #toshiba #ymtc #yangtze #scaling #moore #manufacturing #production #fabrication #apple #nvidia #arm #amd #qualcomm #ibm #huawei #chip #chipdesign #chipmaker #memory #logic #cpu #processor #FEOL #BEOL #interconnects #dram #nand #3Dnand #nandflash #storage #asml #euv #lithography

#day35 #100daysamplifierdesign As I continue my journey through microelectronics, recently I dived into the world of two-stage CMOS op-amps! These tiny machines are the unsung heroes of modern electronics, amplifying signals with precision and accuracy. But what makes them tick? Let's break it down! - Input Stage: The differential pair helps the op-amp understand the difference between two input signals. This stage is crucial for rejecting common-mode noise and ensuring high input impedance. - Output Stage: The gain stage and output design work together to deliver a strong, stable signal. This stage determines the op-amp's overall gain, bandwidth, and slew rate. - Noise Reduction: Special measures are taken to minimize noise and ensure stability. This includes techniques like channel-length modulation, source degeneration, and frequency compensation. By carefully designing and simulating each stage, we can create op-amps that excel in various electronic devices - from phones and computers to medical devices!