ignite Technologies llc’s Post

It all started 5 years ago when we wondered how we could make the quantum control stack scalable to accommodate growing quantum applications and numbers of qubits. Enter the modular control and readout system. Whatever your setup requires, Qblox modules can be configured to achieve optimal performance for diverse quantum operations. Read more about our modular design on our website: https://lnkd.in/gMKemPgN #qblox #quantum #quantumelectronics #controlandreadout

"Robust" is a word we use a lot here at CAPTRON. ro·bust /rōˈbəst,ˈrōˌbəst/ 𝑎𝑑𝑗𝑒𝑐𝑡𝑖𝑣𝑒 1. strong and healthy; vigorous. Showcasing the robustness of our product lines can be a lot of fun. 🏒🥅 Click here to see the stress test results: https://lnkd.in/eBNcS69E #CANEO #CAPTRON #CapacitiveTechnology #Sensors

Time to market is key to survival and evaluation kits speed up development. However, EEPROM development tools tend to be product specific, outdated or nonexistent. Learn how our new Memory Xplorer evaluation platform solves this problem and shortens your development time: https://mchp.us/3yiERe9. #EmbeddedSystems #IndustrialAutomation #EmbeddedDesign #EEPROM #EmbeddedElectronics

A case study in support excellence! It is common to fast-track and de-risk the development of new functionalities by using FPGAs and evaluation boards to test new features. However, evaluation boards are often "general-purpose" and can lack functionality compared to the system being developed. Teledyne LeCroy’s local team helped Ceragon devise a customized solution so a special RF-header could be added to traffic generated by their existing Z10 Odin and Z100 Loki traffic generators. This enabled Ceragon to test a new FPGA independently from the rest of the system, significantly reducing development time and mitigating project risk. Read the case study here: https://lnkd.in/dFdJfYaw #CustomerSupport #Innovation #TechSolutions #EthernetTesting #TeledyneLeCroy #CaseStudy #Collaboration #Networking #TechInnovation #GlobalSupport

Simulation of power systems and power electronics becomes extremely slow when a large-scale circuit or system containing numerous components is to be processed. Methods such as simplifying the model and lumping identical components have been prevalent in avoiding a heavy computational burden associated with repetitive computing tasks. The paper below proposes a parallel model of the modular multilevel converter embedded with supercapacitors for high-performance computing on GPU. High fidelity is achieved with each supercapacitor modeled in detail. The GPU simulation is dozens of times faster than the multicore CPU simulation. #GPU #HighPerformanceComputing #ParallelSimulation #Supercapacitor https://lnkd.in/gRYZgde5

How do you translate from a #quantumcomputing or #quantumsensing device design to a *functional system* operating at peak performance? Typically this involves a huge amount of scripted scans and manual tuning - days or weeks of exploration that often still leaves performance on the table. #Designautomation is a central challenge for #quantumtechnology. Q-CTRL has built the world's first design-and-test "Quantum #EDA" - Boulder Opal - providing everything you need to automate and optimize the operation of quantum hardware. It's all validated on dozens of hardware systems around the world - from #superconducting circuits and #quantumdots through to #trappedions, #NV diamond, and #neutralatoms. It's easy to get started and if you're a researcher in academia or a student, access is totally free! Give it a try and see why so many major quantum companies and research groups around the world have made Boulder Opal a core part of their R&D! https://lnkd.in/g5p2KKKB

DiGiCo Quantum 326: Representing a dramatic leap forward in power and connectivity within a remarkably compact format, Quantum 326 is the younger sister of the Quantum 338. All the power, in a more compact console. Discover the Quantum 326: https://bit.ly/47fse0V Boasting a wealth of new design features and enhancements to create ultimate flexibility of use plus the speed of operation that only Quantum can deliver, Quantum 326 is based on seventh generation FPGAs with an entirely new system architecture. The console merges tried and tested workflows with immense processing muscle and bold innovation including a striking new dark mode. #DiGiCo #Quantum326 #MixingConsole

Unexpected Day 6 ✅ A surprise bonus lab to conclude this incredible challenge 🤩 This final challenge involved scaling up the results from Lab 4 to a staggering 50 qubits! As the system size increases, optimizing the Variational Quantum Classifier (VQC) and reducing its depth becomes essential. This optimization is critical because the mapping used for the GHZ state scales linearly with the number of qubits. #IBMQuantumChallenge2024 #QuantumComputing #Qiskit #VQC

Tuesday Time-Out -- Ninad Huilgol of Innergy Systems convincingly writes about how a new power-modeling approach will eliminate the SoC power simulation gap and reduce computation time so that all full-chip SoC stimulus scenarios can be used to ensure a design’s power coverage. "The Need for a New Power-Modeling Approach" published on Electronic Design. #innergy #powermodeling #SoC #powersimulation #PPA https://lnkd.in/eSCdgha9

Check out my slides from the #ZephyrDevSummit where I spoke about integrating OpenAMP with The Zephyr Project on a AMD/Xilinx #FPGA. https://lnkd.in/eat6T7MB #embeddedsoftware #zephyr #mcu #openamp