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Part 2 details tender organization and requirements, quantum processing unit (QPU) architecture and upgrade stages, complementary hardware including the Quantum Access Node and connectivity, and comprehensive software requirements such as OS, calibration control, instrumentation, APIs, compilation, and integration with HPC/AI systems. It further specifies site and environmental parameters, SLA and maintenance support, training and knowledge transfer, added value, benchmark performance, and installation and acceptance 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 \nTENDER SPECIFICATIONS  \n[Part 2: Technical specifications]  \n1 Tender Overview ......................................................................................................................... 3  \n1.1 Hosting Entity Overview ...................................................................................................... 3  \n1.2 General System Specifications ............................................................................................ 4  \n1.3 Categorization, Designation and Scoring of Technical Specifications in this Document .... 6  \n1.4 General Requirements ........................................................................................................ 7  \n2 QPU Architecture and Properties................................................................................................ 8  \n2.1 MeluXina-Q initial quantum solution .................................................................................. 9  \n2.2 MeluXina-Q mid-life upgrade ............................................................................................ 10  \n3 Complementary Hardware ........................................................................................................ 12  \n3.1 Hosting-, control systems, auxiliary servers and storage ................................................. 12  \n3.2 Quantum Access Node (QAN) ........................................................................................... 15  \n3.3 Networks and connectivity................................................................................................ 16  \n3.4 Quantum Simulator ........................................................................................................... 19  \n4 Software .................................................................................................................................... 20  \n4.1 General Software Requirements ....................................................................................... 20  \n4.2 Operating System .............................................................................................................. 21  \n4.3 Calibration Control Software............................................................................................. 22  \n4.4 Instrumentation ................................................................................................................ 23  \n4.5 Quantum level experiments and pulse level control ........................................................ 24  \n4.6 API for High-level program execution ............................................................................... 25  \n4.7 Compilation ....................................................................................................................... 27  \n4.8 High-level platform for quantum algorithms design and synthesis .................................. 28  \n4.9 Resource management and quantum task scheduling ..................................................... 30  \n4.10 Integration and interoperability with HPC and AI systems ............................................... 31  \n5 Site description and environmental parameters ...................................................................... 32  \n5.1 Hosting Site Datacentre Infrastructure ............................................................................. 32  \n5.1.1 Facility Description ...................................................................................................... 33  \n5.1.2 Datacentre Specifications ............................................................................................ 33  \n5.1.3 Facility Responsibilities ................................................................................................ 35  \n5.2 MeluXina-Q datacentre integ","cbCaidr1q4bDCnc6","https://ap.wps.com/l/cbCaidr1q4bDCnc6","pdf",1122314,51,"English","# 1 Tender Overview\n## 1.1 Hosting Entity Overview\n## 1.2 General System Specifications\n## 1.3 Categorization, Designation and Scoring of Technical Specifications in this Document\n## 1.4 General Requirements\n# 2 QPU Architecture and Properties\n## 2.1 MeluXina-Q initial quantum solution\n## 2.2 MeluXina-Q mid-life upgrade\n# 3 Complementary Hardware\n## 3.1 Hosting-, control systems, auxiliary servers and storage\n## 3.2 Quantum Access Node (QAN)\n## 3.3 Networks and connectivity\n## 3.4 Quantum Simulator\n# 4 Software\n## 4.1 General Software Requirements\n## 4.2 Operating System\n## 4.3 Calibration Control Software\n## 4.4 Instrumentation\n## 4.5 Quantum level experiments and pulse level control\n## 4.6 API for High-level program execution\n## 4.7 Compilation\n## 4.8 High-level platform for quantum algorithms design and synthesis\n## 4.9 Resource management and quantum task scheduling\n## 4.10 Integration and interoperability with HPC and AI systems\n# 5 Site description and environmental parameters\n## 5.1 Hosting Site Datacentre Infrastructure\n## 5.2 MeluXina-Q datacentre integration\n# 6 SLA, Maintenance and Support\n## 6.1 Key Performance Indicators (KPIs)\n## 6.2 Maintenance and Support SLAs\n# 7 Training and Knowledge Transfer\n## 7.1 Documentation\n## 7.2 Training\n# 8 EU Added Value\n# 9 Benchmark Performance\n# 10 Installation and Acceptance\n## 10.1 System Installation\n## 10.2 Time Schedule\n## 10.3 Acceptance Procedure\n## 10.3.1 Execution of Acceptance Tests\n## 10.3.2 Acceptance Tests","[{\"question\":\"What does Part 2 (Technical specifications) cover in the MeluXina-Q tender?\",\"answer\":\"It covers technical requirements for acquisition, delivery, installation, and hardware/software maintenance, including QPU architecture, complementary hardware, software components, and system integration needs.\"},{\"question\":\"What QPU stages are described for MeluXina-Q?\",\"answer\":\"The document describes the MeluXina-Q initial quantum solution and a mid-life upgrade stage.\"},{\"question\":\"What acceptance and installation activities are included?\",\"answer\":\"It includes system installation, a time schedule, and an acceptance procedure with execution of acceptance tests and subsequent acceptance tests.\"}]","MeluXina-Q Quantum Computer Tender Specifications - Part 2 - Technical specifications | PDF",1789632374]