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AIによるPCB設計
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アナログ/カスタムIC設計
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アナログ・ミックスシグナルSoC検証
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先進ノード向け物理設計
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Allegro X Design Platform
PCB設計と先進パッケージング
Allegro X Adv Package Designer Platform
IC packaging design and analysis platform
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Signal and power integrity analysis platform
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RF and microwave development platform
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Data center design and management platform
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Learn how Kalray optimizes the area, power, and timing of their DPUs with Cadence tools.
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MaxLinear Integrates Analog and Digital Design into One Chip with Clarity 3D and EMX Planar 3D Solvers
ONiO Creates Sustainable, Battery-Free Solutions with Cadence Technology
Larsen & Toubro Builds Data Centers with Effective Cooling Using Cadence DataCenter Design Software
More accurate remote monitoring developed with Virtuoso and Spectre technology.
Developing a unique cavity quantum electrodynamics-based technology using Virtuoso Studio.
proteanTecs’ unique monitoring IP helps examine the health and performance of electronics.
Kudan is a computer vision software company that’s revolutionizing the smart vision systems of tomorrow.
Syroco is a climate tech startup inventing a speed craft capable of breaking the world sailing speed record.
Scalable, integrated, and secure microprocessors and microcontrollers for low-power ML tasks.
Partnering to achieve the fastest race boat design with Cadence’s expertise in hydrodynamics and CFD.
Ethernet traffic generation, testing, and troubleshooting in Cadence Palladium and Protium hardware.
Wireless monitoring efficiently utilizes battery space in ESS, auto, and industrial applications.
Learn how Neurinnov is giving tetraplegic patients their autonomy back with Cadence tools.
Learn how Labforge builds their AI-embedded smart cameras with Tensilica Vision P6 DSP.
Learn about how finot-conq has been at the forefront of yacht design with Cadence Fine Marine and AMD EPYC.
Learn how Tessolve is scaling storage and compute at next-to-zero notice times with Cadence in the cloud.
Learn about how Recogni’s AI-based vision inference chips are made for autonomous vehicles.
Learn about how Tessolve is developing an ASIC for a low-power touch-sense controller chip.
University of Texas at Arlington uses Cadence’s Fidelity Pointwise to support advanced hypersonic measurement and research.
Learn how Arm is defining the future of computing with Cadence and building the future of infrastructure.
maxon uses Fidelity CFD to go from geometry to post-processing to perfect their electric motors.
Hermeus is leveraging Cadence’s Fidelity CFD solutions for hypersonic vehicle design.
Explore Cadence Xcelium simulator’s 1.4X performance gain on the latest AMD EPYC processor.
Damen uses Cadence’s CFD and cloud solutions to carry out complex simulations of real life.
Learn how MEICSi is using Cadence cloud solutions to help more people get connected at faster rates.
Learn how SCD designs world-leading infrared detectors and laser diodes with Cadence tools.
Cadence DataCenter Digital Twinでデータセンターと顧客による双方向の運用管理が実現
Penn Electric Racing is optimizing its circuits with the help of Celsius and AWR technologies.
For modeling the surface wave effects critical to their vessels, EV Maritime trusts Cadence CFD.
Michigan Electric Boat designs the next generation of the naval industry with Cadence CFD tools, including Fine Marine.
Butterfly Network creates the world’s first ultrasound imaging system on a chip with Cadence.
Learn how CalSol designs solar vehicles using Cadence CFD to stay ahead of the competition.
With a helping hand from Cadence, National Tsing Hua University has created a human-like robot arm.
AeroDelft tackles climate change with Cadence OnCloud and Fidelity CFD.
IQM designs high-performance quantum computer chips using Cadence AWR efficiently.
3DGS dynamically sculpts glass for high-performance electronics using Cadence AWR and OnCloud.
Cardo Systems produces cutting-edge audio connectivity for the road using Tensilica HiFi 4 DSP.
Ampere engineers their cloud native architecture with Cadence and Arm technologies.
Mimi personalizes the hearing experience and makes it healthier using Tensilica HiFi DSPs.
Prophesee developed an intelligent pixel and intelligent sensor using the Jasper platform
Renault Reduces CO2 Emissions Using Cadence Fidelity CFD Technology
Xvisio uses Tensilica DSPs to create an AR and VR set that anyone can build upon.
Lightelligence designs their optical computer system using Integrity 3D-IC and Innovus.
Shinshu University develops a voice recognition system with Cadence for hands-free use of technology.
Rodelta optimizes pumps using meshing and non-linear harmonic of Cadence’s Fidelity CFD Platform
Raspberry Pi used Allegro X, Xcelium, and Digital Full Flow tools to design their popular computers.
EdgeQ delivers the world’s first 5G base station on a chip using Xcelium and Digital Full Flow
Learn how Sequans develops its next generation 5G IoT platform using Virtuoso RF Solution.
Learn how Nexite uses Cadence Liberate and Spectre technologies to design their NanoBT tag.
Imagination uses Cadence digital design and simulation solutions to deliver leading-edge GPU technology for automotive, mobile, and data center products.
Samsung uses Cadence Cerebrus ML to tune their digital implementation flow for the latest foundry nodes, automatically delivering 8% better PPA
Learn how Renesas has been using Cadence Cerebrus ML to optimize the digital implementation flow, delivering 15% lower power and 10% better performance.
Corning overcomes the speed, power, and material challenges using Sigrity technology.
Honda implements Cadence Computational Fluid Dynamics platform for solution automation.
Highly accurate and 3X faster simulation ensures IC designs function as intended and meet specifications.
イマジネーションが最新のケイデンス・デジタル設計・検証ソリューションをどのように活用し、自動車、モバイル、データセンター製品向け最先端GPUテクノロジを提供しているのかご紹介します。
Tensilica HiFi DSPを用いた音声認識システムを開発し、技術のハンズフリー化を実現、声(ボイスコマンド)で医用画像ビューワーを操作
マシンラーニングを活用した新製品Cerebrus Intelligent Chip Explorerを用いてデジタルインプリメンテーションフローを自動的に最適化し、15%の消費電力削減と10%のパフォーマンス向上を実現
ケイデンスの数値流体力学(CFD)プラットフォームが提供する自動化技術により、本田技研工業がどのように処理速度を向上し、効率的なメッシングの並列処理、自動車開発におけるエンジンの機能保証を行ったのかご紹介します
Learn how Cadence technologies help create mmWave ICs for terrestrial and aerial radar.
DSP Concepts partnered with Cadence to create an AI-Optimized Audio framework for Cadence Tensilica HiFi processors.
Learn how Dynamic Duo 2.0 is becoming a game-changer technology for NVIDIA.
Palladium and Protium help AMD push emulation in capacity, next-gen testbench design, advanced clocking, and hybrid use.
ETNZ engineers explain why simulation is key to winning this edition and defending the trophy.
Hailo’s leading-edge solution for AI used Cadence digital design and signoff technology.
Green Hills Software partners with Cadence to leverage their respective strengths.
富士通、ケイデンスとの設計協業により、世界一のスーパーコンピュータ富岳に向けた高性能で高密度なArmベースCPU開発を実現
Ambarella keeps pace with the market by minimizing the design cycle using Clarity 3D Solver.
Ambarella performs fast and accurate 3D analysis of AI vision processors
Find out how BabbleLabs is creating a revolution in speech power devices using Cadence Tensilica processors.
Toshiba speeds storage controller software development using Palladium Z1 and Protium S1 platforms
Samsung accelerated its ISP IP verification Using the Palladium Z1 Platform with UVM
Discover how Renesas used Cadence tools for faster performance analysis.
Discover how Toshiba is using the Tensilica Vision P6 DSP as an image recognition processor for ADAS applications.
Find out how Cadence helps overcome challenges faced while designing GPUs and SoCs.
Understanding how brains compute by using Cadence solutions to process artificial heart beats
Cadence Allegro tools used to build largest neuromorphic computer in the world
Next-gen digital hearing aids with increased computation performance created using Cadence Tensilica IP
Cadence Tensilica IP helps integrate sensors for improved safety and increased accessibility
Tensilica DSP上で動作する自動運転ソフトウェアAutowareの自動走行実験
Find out from the Nuvia leaders how designing with Cadence helps them reimagine silicon design.
Discover how NSITEXE used the digital design full flow for its data flow processor IP.
Discover how Uhnder created the world’s first digital radar chip.
Discover how Socionext used the digital full flow the successful production tapeout of its 16nm ASIC chip.