当前位置:首页 > 报告详情

连接量子计算架构和数据中心环境的产品和设施需求.pdf

上传人: 明**** 编号:1012019 2025-12-21 17页 3.33MB

1、Jonathan BurnettBridging Product and Facility Requirements for Quantum Computing Architectures and Datacentre EnvironmentsSlide deck status UK OFFICIAL non commercially sensitiveAll collaborations,contracts and 3rdparty references in public domainNot Government Policy.NQCC 2025Slide deck status UK O

2、FFICIAL non commercially sensitiveAll collaborations,contracts and 3rdparty references in public domainNot Government Policy.NQCC 2025Talk overviewNQCC IntroWhat is a full-stack quantum computer?What is a colocation datacentre?Bridging quantum computing and facility requirements linking themes with

3、whitepaperSlide deck status UK OFFICIAL non commercially sensitiveAll collaborations,contracts and 3rdparty references in public domainNot Government Policy.NQCC 2025NQCC IntroTechnical program delivered to enable neutral advice to stakeholdersGovernment IndustrySupply-ChainUK National Lab focused o

4、n quantum computing Internal technology programApplicationsSoftware&ControlHPCNeutral AtomsSuperconducting circuitsTrapped IonsSlide deck status UK OFFICIAL non commercially sensitiveAll collaborations,contracts and 3rdparty references in public domainNot Government Policy.NQCC 2025What is a full-st

5、ack quantum computerPhysics-based architecture that produces qubitsEnvironmental infrastructure that is required for the qubitsVacuumOptical-stabilisationCryogenicsTelecoms-based control for signal delivery&IOMicrowave/RFOptical/laserClassical compute for runtime,logic,access CPU GPU NetworkingImage

6、 credit-https:/www.carousell.sg/p/42u-server-rack-178619025/Slide deck status UK OFFICIAL non commercially sensitiveAll collaborations,contracts and 3rdparty references in public domainNot Government Policy.NQCC 2025What is a full-stack quantum computerPhysics-based architecture that produces qubits

word格式文档无特别注明外均可编辑修改,预览文件经过压缩,下载原文更清晰!
三个皮匠报告文库所有资源均是客户上传分享,仅供网友学习交流,未经上传用户书面授权,请勿作商用。
根据报告的内容,全文主要内容概括如下: 1. **全栈量子计算机**: - 由物理架构产生量子比特,需要真空、光学稳定和低温等环境基础设施。 - 基于电信的控制信号传输和I/O,包括微波/RF和光学/激光。 - 运行时逻辑和访问需要经典计算,如CPU、GPU和网络。 2. **数据中心**: - 共享访问的设施,提供访问控制、散热、网络、电力和物理空间等服务。 - 量子计算机在数据中心的应用需要特殊考虑,如冷 aisle、电力消耗和安全性。 3. **挑战**: - 量子计算机的电力消耗高,可能不适合现有销售模式。 - 安全和健康环境(HSES)和访问控制挑战,如激光安全、液氮处理和真空系统。 - 量子计算机与传统数据中心设施要求不匹配,需要定制工程和政策。 4. **趋势**: - 量子计算机正被部署到超级计算中心和数据中心。 - 需要低延迟访问经典计算,以支持容错和冷却需求。 - 量子计算机的部署可能随着模块化数据中心的发展而变得更加容易。
"量子数据中心挑战" "全栈量子计算机揭秘" "量子计算与数据中心融合"
客服
商务合作
小程序
服务号
折叠