During 2018-2021, the Finnish Ministry of Education and Culture, together with other research and innovation operators, will implement a development programme for research infrastructures and services in data management and computing. The programme will update computing environments supporting research and improve services for research and education. To this goal, CSC — IT Center for Science Ltd is carrying out a procurement with the goal to renew CSC's high performance computing and storage infrastructure. The Finnish Meteorological Institute (FMI) is participating in the procurement. FMI is represented by CSC under a joint procurement contract.
Määräaika
Tarjousten vastaanottamisen määräaika oli 2018-04-30.
Hankinta julkaistiin 2018-03-28.
Toimittajat
Seuraavat toimittajat mainitaan hankintapäätöksissä tai muissa hankinta-asiakirjoissa:
hankintailmoitus (2018-03-28) Kohde Hankinnan laajuus
Otsikko: Tietojärjestelmät ja palvelimet
Lyhyt kuvaus:
During 2018-2021, the Finnish Ministry of Education and Culture, together with other research and innovation operators, will implement a development programme for research infrastructures and services in data management and computing. The programme will update computing environments supporting research and improve services for research and education. To this goal, CSC — IT Center for Science Ltd is carrying out a procurement with the goal to renew CSC's high performance computing and storage infrastructure. The Finnish Meteorological Institute (FMI) is participating in the procurement. FMI is represented by CSC under a joint procurement contract.
During 2018-2021, the Finnish Ministry of Education and Culture, together with other research and innovation operators, will implement a development programme for research infrastructures and services in data management and computing. The programme will update computing environments supporting research and improve services for research and education. To this goal, CSC — IT Center for Science Ltd is carrying out a procurement with the goal to renew CSC's high performance computing and storage infrastructure. The Finnish Meteorological Institute (FMI) is participating in the procurement. FMI is represented by CSC under a joint procurement contract.
Ilmoituksen metatiedot
Alkukieli: englanti 🗣️
Asiakirjatyyppi: hankintailmoitus
Sopimuksen luonne: Tavarat
Asetus: Euroopan unioni ja WTO-maat
Yhteinen hankintanimikkeistö (CPV)
Koodi: Tietojärjestelmät ja palvelimet📦 Suorituspaikka
NUTS-alue: Helsinki-Uusimaa
🏙️
Menettely
Menettelyn tyyppi: Kilpailukykyinen käsittävä neuvottelu
Tarjouksen tyyppi: Tarjous koskee kaikkia eriä
Myöntämisperusteet
Kokonaistaloudellisesti edullisin tarjous
In this procurement a scientific computing infrastructure will be installed in 3 initial deliveries and possible optional deliveries, in datacenters in Kajaani or in the Helsinki region. The procured infrastructure is described in detail in the preliminary call for tender document. It comprises up to 7 systems:
In this procurement a scientific computing infrastructure will be installed in 3 initial deliveries and possible optional deliveries, in datacenters in Kajaani or in the Helsinki region. The procured infrastructure is described in detail in the preliminary call for tender document. It comprises up to 7 systems:
AeroC: An air-cooled compute system, with a codename “AeroC”. This is the capacity (best price / performance) system, and it includes a heterogeneous set of nodes for different workloads. The workload will be a mixture of serial runs, small to mid-sized parallel runs and large embarrassingly parallel runs. This system should be designed to support the workloads similar to the benchmarks described in the attached benchmark package.
AeroC: An air-cooled compute system, with a codename “AeroC”. This is the capacity (best price / performance) system, and it includes a heterogeneous set of nodes for different workloads. The workload will be a mixture of serial runs, small to mid-sized parallel runs and large embarrassingly parallel runs. This system should be designed to support the workloads similar to the benchmarks described in the attached benchmark package.
AeroS: An air-cooled efficient HPC scratch storage tightly integrated with AeroC, codenamed "AeroS''. This parallel filesystem provides compute-node accessibility via native posix compliant client, and good support for MPI-IO. AeroB: An IOPS intensive storage solution tightly integrated with AeroC. The purpose of AeroB is to handle high IOPS workloads and reduce the IO pressure on AeroS.
AeroS: An air-cooled efficient HPC scratch storage tightly integrated with AeroC, codenamed "AeroS''. This parallel filesystem provides compute-node accessibility via native posix compliant client, and good support for MPI-IO. AeroB: An IOPS intensive storage solution tightly integrated with AeroC. The purpose of AeroB is to handle high IOPS workloads and reduce the IO pressure on AeroS.
Lake: A common storage area, codenamed “Lake”. This is an object store that will serve as the common storage area for the new and existing HPC systems, the cPouta IaaS cloud, and the Rahti OpenShift container cloud. The capacity of this storage will be increased over the lifetime of the infrastructure.
Lake: A common storage area, codenamed “Lake”. This is an object store that will serve as the common storage area for the new and existing HPC systems, the cPouta IaaS cloud, and the Rahti OpenShift container cloud. The capacity of this storage will be increased over the lifetime of the infrastructure.
HydroC: A high-end liquid-cooled capability system codenamed “HydroC”. This system will focus on scalability to run large jobs, using a large fraction of the total system resources. The interconnect network should provide high bisection bandwidth and low latency across the fabric. This system should be designed to support workloads similar to the benchmarks in the attached benchmark package.
HydroC: A high-end liquid-cooled capability system codenamed “HydroC”. This system will focus on scalability to run large jobs, using a large fraction of the total system resources. The interconnect network should provide high bisection bandwidth and low latency across the fabric. This system should be designed to support workloads similar to the benchmarks in the attached benchmark package.
HydroS: An efficient air-cooled HPC scratch storage tightly integrated with HydroC, codenamed “HydroS”. This parallel file system provides compute-node accessibility via native posix compliant client, and good support for MPI-IO and HDF5. The solution should be from the same product family as AeroS, but may be of a newer generation.
HydroS: An efficient air-cooled HPC scratch storage tightly integrated with HydroC, codenamed “HydroS”. This parallel file system provides compute-node accessibility via native posix compliant client, and good support for MPI-IO and HDF5. The solution should be from the same product family as AeroS, but may be of a newer generation.
HydroB: An IOPS intensive storage solution tightly integrated with HydroC. The purpose of HydroB is to handle high IOPS workloads and reduce the IO pressure on HydroS. In all of these systems options are specified. Over the lifetime of the infrastructure the capacity of the systems is expected to be increased, based on the needs of the users. The competitiveness and relevance of the options is hence of importance. The procurement includes requirements and options for support, software and collaboration opportunities to build a integrated infrastructure from these components. The preliminary drafts of the following documents are appended to the Invitation to participate:
HydroB: An IOPS intensive storage solution tightly integrated with HydroC. The purpose of HydroB is to handle high IOPS workloads and reduce the IO pressure on HydroS. In all of these systems options are specified. Over the lifetime of the infrastructure the capacity of the systems is expected to be increased, based on the needs of the users. The competitiveness and relevance of the options is hence of importance. The procurement includes requirements and options for support, software and collaboration opportunities to build a integrated infrastructure from these components. The preliminary drafts of the following documents are appended to the Invitation to participate:
— preliminary call for tenders and the appendices to it (Appendix 1 and the subappendices to it),
— preliminary draft of the contract (Appendix 2 and the subappendices to it),
Confidential appendices of the preliminary call for tenders can be requested using the email dl2021-procurement@csc.fi
A signed NDA (Appendix 5) must be attached to the request. The mandatory requirements concerning the procurement are defined in the preliminary call for tenders and its appendices. These requirements are non-negotiable. The views expressed by the contracting entity in the appendices listed above should only be considered preliminary and there will be changes to the contents of the documents during the procurement process.
A signed NDA (Appendix 5) must be attached to the request. The mandatory requirements concerning the procurement are defined in the preliminary call for tenders and its appendices. These requirements are non-negotiable. The views expressed by the contracting entity in the appendices listed above should only be considered preliminary and there will be changes to the contents of the documents during the procurement process.
Kesto: 48 kuukautta
Uudistusten kuvaus:
The Customer reserves the right to an option period of 3 year(s). The Customer must declare its use of the option 6 months before the end of the agreement period.
Vaihtoehtojen kuvaus:
All of the procured systems include options as specified in the preliminary call for tenders and its appendices. Over the lifetime of the infrastructure the capacity of the systems is expected to be increased, based on the needs of the users. The procurement includes also requirements and options for support, software and collaboration opportunities to build an integrated infrastructure from these components.
All of the procured systems include options as specified in the preliminary call for tenders and its appendices. Over the lifetime of the infrastructure the capacity of the systems is expected to be increased, based on the needs of the users. The procurement includes also requirements and options for support, software and collaboration opportunities to build an integrated infrastructure from these components.
Suorituspaikka
Pääkohde tai suorituspaikka: Data centers in Kajaani and in Helsinki region.
Oikeudelliset, taloudelliset, rahoitukselliset ja tekniset tiedot Osallistumisehdot
Kelpoisuus harjoittaa ammattitoimintaa: Candidates must fill out a European Single Procurement Document (ESPD).
Menettely
Ehdokkaiden vähimmäismäärä: 3
Ehdokkaiden enimmäismäärä: 8
Tarjousten vastaanottoaika: 12:00
Kielet, joilla tarjoukset tai osallistumishakemukset voidaan jättää: englanti 🗣️
Hankintaviranomainen Tunnistetiedot
Kansallinen rekisterinumero: FI09206320
Hankintaviranomaisen nimi: The Finnish Meteorological Institute
Kansallinen rekisterinumero: FI02446647
Postitoimipaikka: Helsinki
Maa: Manner-Suomi
🏙️
Muu hankintaviranomaisen tyyppi: Non-profit limited company owned by the State and higher education institutions
Yhteystiedot
Sähköposti: kirjaamo@fmi.fi📧
Internetosoite: http://ilmatieteenlaitos.fi/🌏
Asiakirjojen URL-osoite: https://hanki.tarjouspalvelu.fi/hanki_testi🌏
Täydentävät tiedot Arvostelurunko
Nimi: The Market Court
Postiosoite: Radanrakentajantie 5
Postitoimipaikka: Helsinki
Postinumero: 00520
Maa: Suomi 🇫🇮
Puhelin: +358 295643300📞
Sähköposti: markkinaoikeus@oikeus.fi📧
Faksi: +358 295643314 📠
Internetosoite: http://www.oikeus.fi/markkinaoikeus🌏
Lähde: OJS 2018/S 062-136906 (2018-03-28)
Ilmoitus tehdystä sopimuksesta (2018-12-20) Kohde Hankinnan laajuus
Lyhyt kuvaus:
In this procurement a scientific computing infrastructure will be installed. It comprises 5 systems and 2 optional systems: AeroC: An air-cooled compute system, with a codename "AeroC''. AeroS: An air-cooled efficient HPC scratch storage tightly integrated with AeroC, codenamed "AeroS''. Lake: A common storage area, codenamed "Lake''. HydroC: A high-end liquid-cooled capability system codenamed "HydroC''. HydroS: An efficient air-cooled HPC scratch storage tightly integrated with HydroC, codenamed "HydroS''. In all of these systems options are specified. Over the lifetime of the infrastructure the capacity of the systems is expected to be increased, based on the needs of the users. The procurement includes requirements and options for support, software and collaboration opportunities to build a integrated infrastructure from these components.
In this procurement a scientific computing infrastructure will be installed. It comprises 5 systems and 2 optional systems: AeroC: An air-cooled compute system, with a codename "AeroC''. AeroS: An air-cooled efficient HPC scratch storage tightly integrated with AeroC, codenamed "AeroS''. Lake: A common storage area, codenamed "Lake''. HydroC: A high-end liquid-cooled capability system codenamed "HydroC''. HydroS: An efficient air-cooled HPC scratch storage tightly integrated with HydroC, codenamed "HydroS''. In all of these systems options are specified. Over the lifetime of the infrastructure the capacity of the systems is expected to be increased, based on the needs of the users. The procurement includes requirements and options for support, software and collaboration opportunities to build a integrated infrastructure from these components.
In this procurement a scientific computing infrastructure will be installed. It comprises 5 systems and 2 optional systems: AeroC: An air-cooled compute system, with a codename "AeroC''. AeroS: An air-cooled efficient HPC scratch storage tightly integrated with AeroC, codenamed "AeroS''. Lake: A common storage area, codenamed "Lake''. HydroC: A high-end liquid-cooled capability system codenamed "HydroC''. HydroS: An efficient air-cooled HPC scratch storage tightly integrated with HydroC, codenamed "HydroS''. In all of these systems options are specified. Over the lifetime of the infrastructure the capacity of the systems is expected to be increased, based on the needs of the users.
In this procurement a scientific computing infrastructure will be installed. It comprises 5 systems and 2 optional systems: AeroC: An air-cooled compute system, with a codename "AeroC''. AeroS: An air-cooled efficient HPC scratch storage tightly integrated with AeroC, codenamed "AeroS''. Lake: A common storage area, codenamed "Lake''. HydroC: A high-end liquid-cooled capability system codenamed "HydroC''. HydroS: An efficient air-cooled HPC scratch storage tightly integrated with HydroC, codenamed "HydroS''. In all of these systems options are specified. Over the lifetime of the infrastructure the capacity of the systems is expected to be increased, based on the needs of the users.
Vaihtoehtojen kuvaus:
All of the procured systems include options as specified in call for tenders and its appendices. Over the lifetime of the infrastructure the capacity of the systems is expected to be increased, based on the needs of the users. New models can replace the offered products and components. In addition the purchase will comprise hardware and software products which are tightly connected with the specified systems (for example racks, server chassis, hard drives, memory, networking equipment, other peripherals and relevant software). The procurement includes also requirements and options for support, software and collaboration opportunities to build an integrated infrastructure from the systems. The customers reserve the right to an option term of 3 year(s). The customers must declare their use of the option at latest 2 months before the end of the agreement period.
All of the procured systems include options as specified in call for tenders and its appendices. Over the lifetime of the infrastructure the capacity of the systems is expected to be increased, based on the needs of the users. New models can replace the offered products and components. In addition the purchase will comprise hardware and software products which are tightly connected with the specified systems (for example racks, server chassis, hard drives, memory, networking equipment, other peripherals and relevant software). The procurement includes also requirements and options for support, software and collaboration opportunities to build an integrated infrastructure from the systems. The customers reserve the right to an option term of 3 year(s). The customers must declare their use of the option at latest 2 months before the end of the agreement period.
Sopimuksen tekeminen
Sopimuksen tekemispäivä: 2018-12-12 📅
Nimi: Atos IT Solutions and Services Oy
Kansallinen rekisterinumero: 2324120-2
Postitoimipaikka: Espoo
Maa: Suomi 🇫🇮 Helsinki-Uusimaa
🏙️
Nimi: Atos Nederland B.V.
Kansallinen rekisterinumero: 804905587B01
Postitoimipaikka: Amstelveen
Maa: Alankomaat 🇳🇱 Extra-Regio NUTS 1
🏙️
Hankinnan kokonaisarvo: 64 500 000 EUR 💰
Tietoa tarjouskilpailuista
Saatujen tarjousten määrä: 5
Hankintaviranomainen Tunnistetiedot
Muu hankintaviranomaisen tyyppi: non-profit limited company owned by the State and higher education institutions
Lähde: OJS 2018/S 246-564129 (2018-12-20)