Supply of Data Processor Object Storage Software and NVRAM Storage
The purpose of the work is to assess readiness of technology developments in storage for use in the SDP compute clusters.
United Kingdom-Cambridge: Research and development services and related consultancy services
2015/S 116-210174
Contract notice
Services
Directive 2004/18/EC
Section I: Contracting authority
I.1)Name, addresses and contact point(s)
The Chancellor, Masters and Scholars of the University of Cambridge
Procurement Services, Greenwich House, 1st Floor South, Madingley Rise, Madingley Road
Contact point(s): Procurement Services
For the attention of: Tom Twitchett
CB3 0TX Cambridge
UNITED KINGDOM
Telephone: +44 1223332233
E-mail: purchasing.intend@admin.cam.ac.uk
Internet address(es):
General address of the contracting authority: https://in-tendhost.co.uk/universityofcambridge
Further information can be obtained from: The above mentioned contact point(s)
Specifications and additional documents (including documents for competitive dialogue and a dynamic purchasing system) can be obtained from: The above mentioned contact point(s)
Tenders or requests to participate must be sent to: The above mentioned contact point(s)
I.2)Type of the contracting authority
I.3)Main activity
I.4)Contract award on behalf of other contracting authorities
Section II: Object of the contract
II.1.1)Title attributed to the contract by the contracting authority:
II.1.2)Type of contract and location of works, place of delivery or of performance
Service category No 8: Research and development services
NUTS code UKH1
II.1.3)Information about a public contract, a framework agreement or a dynamic purchasing system (DPS)
II.1.5)Short description of the contract or purchase(s)
The Square Kilometre Array (SKA, http://www.skatelescope.org/) is a major international project to build a next generation radio astronomy observatory. The anticipated construction cost of the full SKA is about 2 000 000 000 EUR. When completed, the SKA will be, by a large margin, the largest and most sensitive low-frequency radio observatory ever built.
The design of the main elements of the SKA is being carried out by International Consortia, with the SKA Organisation coordinating the design process. The SKA Organisation is also the overall design authority for the SKA. The SKA Organisation is a UK company limited by guarantee and is based in the UK at Jodrell Bank in Cheshire.
An integral part of the observatory is processing the data from the streams produced by digital signal processing into calibrated, usable science products. This processing is the responsibility of the ‘Science Data Processor’ (SDP) element of the SKA which is led by the University of Cambridge. The ‘Science Data Processing Consortium’ includes members on five continents and a mixture of Universities and government organisation and institutes.
The deployment of the telescopes in SKA will be phased, with the first phase (SKA1) due to commence procurement in 2017. Until 2017 the SKA project is in a pre-production phase during which elements are undergoing design and technology is brought to production readiness level. The observatory will consist of telescopes which will be sited in Southern Africa and Western Australia. There will be a computing facility for Science Data Processing on each of the continents.
The purpose of the work is to assess readiness of technology developments in storage for use in the SDP compute clusters. The applications running in the SDP clusters have an extreme need for high performance read I/O. The details of a preliminary design of the SDP can be in the Bibliography below. Additional information on software can also be found here.
The SDP clusters may well have a hybrid storage system comprising ultra-fast node-local storage leveraging NVRAM, fast island-wide shared storage spanning a limited collection of nodes (e.g. 2 racks of computers may comprise an ‘island’) while a third storage system will provide an archive in which the science products will be stored. Given current industry trends, object stores are of considerable interest.
The purpose of this project is to establish if combinations of existing technologies are feasible to achieve the following goals:
— Can an application simultaneously use NVRAM storage as part of an object store and as memory class storage?
— Can a fast RDMA interconnect be leveraged to access an object storage backend?
— Layer a layout-aware I/O-interface, for example ADIOS, on an object store and demonstrate good performance?
II.1.6)Common procurement vocabulary (CPV)
73000000, 73300000, 72230000, 72200000
II.1.7)Information about Government Procurement Agreement (GPA)
II.1.8)Lots
II.1.9)Information about variants
II.2.1)Total quantity or scope:
The Square Kilometre Array (SKA, http://www.skatelescope.org/) is a major international project to build a next generation radio astronomy observatory. The anticipated construction cost of the full SKA is about 2 billion Euros. When completed, the SKA will be, by a large margin, the largest and most sensitive low-frequency radio observatory ever built.
The design of the main elements of the SKA is being carried out by International Consortia, with the SKA Organisation coordinating the design process. The SKA Organisation is also the overall design authority for the SKA. The SKA Organisation is a UK company limited by guarantee and is based in the UK at Jodrell Bank in Cheshire.
An integral part of the observatory is processing the data from the streams produced by digital signal processing into calibrated, usable science products. This processing is the responsibility of the ‘Science Data Processor’ (SDP) element of the SKA which is led by the University of Cambridge. The ‘Science Data Processing Consortium’ includes members on five continents and a mixture of Universities and government organisation and institutes.
The deployment of the telescopes in SKA will be phased, with the first phase (SKA1) due to commence procurement in 2017. Until 2017 the SKA project is in a pre-production phase during which elements are undergoing design and technology is brought to production readiness level. The observatory will consist of telescopes which will be sited in Southern Africa and Western Australia. There will be a computing facility for Science Data Processing on each of the continents.
The purpose of the work is to assess readiness of technology developments in storage for use in the SDP compute clusters. The applications running in the SDP clusters have an extreme need for high performance read I/O. The details of a preliminary design of the SDP can be in the Bibliography below. Additional information on software can also be found here.
The SDP clusters may well have a hybrid storage system comprising ultra-fast node-local storage leveraging NVRAM, fast island-wide shared storage spanning a limited collection of nodes (e.g. 2 racks of computers may comprise an ‘island’) while a third storage system will provide an archive in which the science products will be stored. Given current industry trends, object stores are of considerable interest.
The purpose of this project is to establish if combinations of existing technologies are feasible to achieve the following goals:
— Can an application simultaneously use NVRAM storage as part of an object store and as memory class storage?
— Can a fast RDMA interconnect be leveraged to access an object storage backend?
— Layer a layout-aware I/O-interface, for example ADIOS, on an object store and demonstrate good performance?
II.2.2)Information about options
II.2.3)Information about renewals
II.3)Duration of the contract or time limit for completion
Section III: Legal, economic, financial and technical information
III.1.4)Other particular conditions
III.3.1)Information about a particular profession
III.3.2)Staff responsible for the execution of the service
Section IV: Procedure
IV.1.1)Type of procedure
IV.1.3)Reduction of the number of operators during the negotiation or dialogue
IV.2.1)Award criteria
IV.2.2)Information about electronic auction
IV.3.1)File reference number attributed by the contracting authority:
IV.3.2)Previous publication(s) concerning the same contract
IV.3.3)Conditions for obtaining specifications and additional documents or descriptive document
Payable documents: no
IV.3.4)Time limit for receipt of tenders or requests to participate
IV.3.6)Language(s) in which tenders or requests to participate may be drawn up
IV.3.7)Minimum time frame during which the tenderer must maintain the tender
IV.3.8)Conditions for opening of tenders
Persons authorised to be present at the opening of tenders: no
Section VI: Complementary information
VI.1)Information about recurrence
VI.2)Information about European Union funds
VI.3)Additional information
Information about the tender process to be followed does not amount to a legally binding offer by the University to follow the process so described. The University reserves the right not to follow or to modify the procedures as the University considers necessary.
The tender process is being conducted electronically via In-tend.
Suppliers are required to register on this website:
https://in-tendhost.co.uk/universityofcambridge in order to receive documentation. After registering the tender documentation can then be downloaded. All tender responses and any supporting documentation must be submitted through this system. There must be no postal correspondence from bidders unless agreed with the University. Tenders shall not be sent and will not be accepted by fax or email.
VI.5)Date of dispatch of this notice: