Vecta Labs’ Post

Applications such as #radar , imaging, wideband #spectrum monitoring, target generation, channel emulation, and real-time spectrum analysis face significant challenges in streaming and processing high-volume, high-speed data without causing bottlenecks. To address these challenges, NI (National Instruments) provides modular #PXI systems and high-performance software tools that can scale and adapt to evolving DUT needs. In this paper, learn more about NI’s high-speed serial and coprocessor PXI modules that are designed to address these challenges head on! https://lnkd.in/gf82vSwZ

And one of the most interesting sessions during D&R IP SoC SV 24 https://lnkd.in/gmS-2CVx: Chiplet Solutions  Thank you to our speakers: Manmeet Walia-Synopsys Inc, kash johal- YorChip Inc, Jack G. Guedj-Numem, Rounak Lokare-Analog Bits, Jeff Galloway-Silicon Creations, Letizia Giuliano-Alphawave Semi, Gordon Ao-INNOSILICON who presented the following topics   UCIe Progress Report: Big Enhancements, IP Maturity, and Ecosystem Interoperability Mixed Chiplet systems with wide range of nodes is becoming real Chiplet-Based Compressed LLC Cache & Memory Expansion IP Solutions On-Die Power Management for SoCs and Chiplets Optimized clocking solutions for high performance die-to-die interfaces AI System Connectivity for UCIe and Chiplet Interfaces Demand Escalating Bandwidth Needs High Performance UCIe Chiplet and Memory Subsystems IPs Optimized to Turbo Charge Next Gen AI SOC (Covering Chiplet/GDDR7/LPDDR5X/HBM3E up to 3nm) In case you didn't get a chance to be personally and see the presentations, please see them online: https://lnkd.in/dNG7yqiH #DesignandReuse, #IPSOC, #chiplet, #technologytrends

Klepsydra is pleased to announce the successful completion of the second phase of AI performance benchmarks on the "Intel Cyclone V FPGA SoC" in preparation for our upcoming In-Orbit-Demonstration on OPSSAT, which utilizes this onboard processor. Our benchmarking involved running quantized versions of the OBPMark-ML CME model on a native YOCTO setup. The results demonstrate significant improvements: - A 30% reduction in latency - A noteworthy 20% reduction in power consumption These achievements mark a significant step towards our first in-orbit demonstration. At the #EDHPC, there will be paper presentations related to this research work, both by the Barcelona Supercomputing Center and Klepsydra Technologies. #Klepsydra #AI #InOrbitDemonstration #PerformanceBenchmarks #OPSSAT #IntelCycloneV #FPGASoC

#Day9 of #100rtldaysChallenge. ✨ Today's challenge is to implement the 100 bit wide 2-to-1 multiplexer. I have designed and simulated in #vivado2022. Multiplexers have the ability to manage data, optimize resources, and adapt to different scenarios makes them indispensable components in countless applications. Whether in processors, communication devices, or any other digital system, multiplexers play a fundamental role in ensuring efficient and intelligent data processing. Excitement levels off the charts for the upcoming challenges! With each challenge comes a chance to push boundaries, discover new capabilities, and create something extraordinary. Let's make these challenges our stepping stones to success! 🔥 #ieeecasskerala #ieeecasssahradaya #RTLDesign #HardwareDesign #Verilog #LinkedInEngage #DigitalDesign

#QuantumTechnologies #RealTimeDecoding #Decoder #ParadigmShift #QuantumComputing #QEC Riverlane DD1 Decoder: A Real-time Highly Efficient Decoder for Quantum Computers. Quantum Error Correction (QEC) has undergone a profound transformation, evolving from a theoretical concept into a practical reality. ETH Zürich [1] and Google [2] have showcased impressive QEC results using superconducting qubits. Early QEC demonstrations relied on offline decoding, meaning measurement results were collected and decoding occurred later, possibly days or weeks later. However, the prerequisites for practical quantum computers extend beyond the establishment of dependable logical quantum memories. It becomes imperative to transition towards real-time decoding for each discrete logical operation to ascertain its reliability before advancing to subsequent tasks. The implementation of the DD1 decoder on both FPGA and ASIC platforms is presently in progress, with a particular focus on the ASIC platform due to its critical role in achieving cost-effective scalability. ✅ Could real-time quantum decoding affect the ongoing development of quantum algorithms and software? __ [1] https://lnkd.in/eHA8UvVz [2] https://lnkd.in/e2fidSCc

InSemi Insights - Your regular dose of semiconductor industry insights for easy consumption so that you can absorb the most of it On-the-Go. Season 1; Episode 31 - Identify your IP Cores, Safeguard your interests! #insemiinsights #semiconductor #semiconductorindustry #onthego #knowledgesharing #technology #vlsi #vlsidesign #semiconductor #automation #soc #innovation #ip #latest #ai #insights #chip #insemi

High-speed and energy-efficient. Silicon photonics is a rapidly evolving field that is revolutionizing the world of optical communications. By leveraging silicon's unique properties and photonics principles, this technology can deliver high-speed, energy-efficient, and integrated solutions for industries such as : - data centers - artificial intelligence - telecommunications - Sensing and imaging - biomedical applications. With the Silicon photonics chips, can we imagine getting soon a photonics computer at home? #electronics #innovation #siliconphotonics #highspeed #energyefficient #intel #opticalcommunication #datatransmission #cloud #chip