UPDATED SUMMARY OF THE RESULTS OF THE PRECONSTRUCTION PHASE STAGE 1 EXPRESSION OF INTEREST (EOI)

Document number ...... MGT-001.005.015-MR-003 Revision ...... 2 Author ...... K Cloete Date ...... 2012-07-09 Status ...... Approved for release

Name Designation Affiliation Date Signature Submitted by:

K. Cloete Project Manager SKA 2012-07-09 Organisation

Approved for release by:

M. van Haarlem Interim Director SKA 2012-07-09 General Organisation

MGT-001.005.015-MR-003 Revision : 2

DOCUMENT HISTORY

Revision Date Of Issue Engineering Change Comments Number

1 2012-06-07 - Approved for release

2 2012-07-09 - Updated with additional information. Approved for release

DOCUMENT SOFTWARE

Package Version Filename

Wordprocessor MsWord Word 2007 MGT-001.005.015-MR-003-2_SummaryStage1EoIResults

ORGANISATION DETAILS Name SKA Organisation Registered Address Jodrell Bank Centre for Astrophysics Room 3.116 Alan Turing Building The University of Manchester Oxford Road Manchester, UK M13 9PL

Registered in England & Wales Company Number: 07881918 Fax. +44 (0)161 275 4049 Website www.skatelescope.org

2012-07-09 Page 2 of 42

MGT-001.005.015-MR-003 Revision : 2

TABLE OF CONTENTS 1 INTRODUCTION ...... 4 2 BACKGROUND ...... 4 3 RESULTS ...... 4 4 NEXT STEPS ...... 5 APPENDIX A: ANNOUNCEMENT ON SKA WEBSITE ...... 6 APPENDIX B: Q+A FOR INDUSTRY PARTICIPATION IN THE EOI ...... 7 APPENDIX C: LIST OF RESPONDENTS ...... 8 APPENDIX D: RESPONDENTS ARRANGED PER SKA ELEMENT ...... 13 APPENDIX E: SKA CONSORTIA AND MEMBERSHIP DETAILS ...... 25 APPENDIX F: DETAILED TABLES PER SKA ELEMENT ...... 30

LIST OF ABREVIATIONS

AI ...... Advance Instrumentation PAF ...... Phased Array Feed CSP ...... Central Signal Processor PWR ...... Power DSH ...... Dishes RFP ...... Request for proposal EoI ...... Expression of Interest SADT ...... Signal and Data Transport INFRA ...... Site and Infrastructure SAT ...... Synchronisation and Timing LFAA ...... Low Frequency Aperture Array SDP ...... Science Data Processor MFAA ...... Mid Frequency Aperture Array SKA ...... Square Kilometre Array MGR ...... Telescope Manager WBSPF ...... Wide Band Single Pixel Feed

2012-07-09 Page 3 of 42

MGT-001.005.015-MR-003 Revision : 2

1 Introduction The purpose of this document is to present the results of the SKA Preconstruction Phase Stage 1 Expression of Interest (EoI) process to all the respondents that took part in the process.

This document has been updated to accommodate the request from various consortia to make their membership publically available. In addition nine EoIs, received shortly after the closing date, were added to the tables and lists.

2 Background The work to be executed during the pre-construction phase will be structured and managed as described in the SKA Project Execution Plan (PEP) for this phase. During this phase the SKA Organisation intends to enter into agreements with a small number of consortia who will be responsible for executing large portions of the work, especially at the Element level of the SKA. The process of allocating the work will be formal and consortia will be invited to bid during a formal Request for Proposal (RFP) process against work packages described in a detailed Work Breakdown Structure (WBS)/Statement of Work (SOW). The Office of the SKA Organisation, supported by organisations and groups around the world, has recently finalised the Stage 1 WBS/SOW.

In preparation for the formal process the Office of the SKA Organisation decided to issue an Expression of Interest (EoI). The aims of the EoI process were to:

1) Establish a snapshot of the coverage of the interest to participate/execute the work as defined for the SKA Preconstruction Stage 1 WBS, and 2) Facilitate consortia formation by the gathering and utilisation of the information provided as part of the EoI process.

The EoI process was initiated on 1 May 2012 with the distribution of the EoI document (MGT-001.005.015-EOI-001, Rev 1, dated 1 May 2012) per e-mail as well as on the SKA website. The document provided an overview of the process, guidance on participating and completion of the expression of interest, general important information as well as rules (see Appendix A for SKA website announcement).

Following the release of the documents a number of questions with regards to the participation of industry arose. A number of questions and answers were developed and published via the SKA website (see Appendix B). The closing date for the process was set as Monday 14 May 2012, at 16:00 UT.

3 Results All the tables and lists as published in Revision 1 of this document have been updated with the information as indicated in paragraph 1 above. The updated results of the EoI are presented in Appendices C to G as follows:  Appendix C: Complete list of respondents  Appendix D: Respondents arranged per SKA Element  Appendix E: Consortia information  Appendix F: Detailed tables per SKA Element

The contact information as supplied by the respondents is not included in this report and is available on request. Please contact Kobus Cloete ([email protected]) to request a copy.

2012-07-09 Page 4 of 42

MGT-001.005.015-MR-003 Revision : 2

4 Next Steps Due to the recent agreement on a dual site implementation for the SKA, the Stage 1 WBS/SOW will, amongst other, be revisited. A plan, setting out the way forward for the next few months, has been drafted by the Office of the SKA Organisation and has been presented to the SKA Board at the end of June 2012. In general the plan has been approved but a few minor details have to be sorted out before it will be made publically available.

------o------

2012-07-09 Page 5 of 42

MGT-001.005.015-MR-003 Revision : 2

Appendix A: Announcement on SKA Website

Request for expressions of interest: Stage one of the SKA preconstruction phase

Background

Following the completion of the preparatory phase of the Square Kilometre Array (SKA) in December 2011, the SKA project has progressed into the preconstruction phase. During this phase the SKA Organisation intends to enter into agreements with a small number of consortia who will be responsible for executing large portions of the work, especially at the element level of the SKA.

The preconstruction phase is subdivided into two stages. The Office of the SKA Organisation, supported by organisations and groups around the world, is in the process of finalising the work breakdown structure (WBS) and statement of work (SOW) for the first stage (stage one) and the aim is to issue formal a request for proposals (RFP) for this stage towards the end of June 2012.

In preparation for the formal RFP process, the Office of the SKA Organisation has decided to issue an expression of interest (EoI) to firstly establish a snapshot of the interest to participate/execute the work for the stage one, and secondly to facilitate consortia formation by gathering and utilising the information provided as part of the EoI process.

The SKA Organisation would like to invite organisations to participate in the expression of interest process for stage one of the SKA preconstruction phase.

How to participate? Please download the documents provided at the bottom of this page. These documents provide all the background and guidance on how to complete and submit the EoI to the SKA office.

Who can participate? SKA consortia, organisations and members of industry who are considering participation by resourcing and executing the work for stage one of the SKA preconstruction phase are welcome to participate.

Timeline Expressions of interest must be sent to the SKA Organisation by no later than no later than 16:00 UT on 14 May 2012.

Industry involvement Information on industry involvement in the expression of interest (EoI) process for stage one of the SKA preconstruction phase can be found here.

Queries Any queries or questions on aspects that might still be unclear after reading the expression of interest documentation can be sent to Kobus Cloete ([email protected]).

Documents Expression of Interest MS Word and pdf. Please complete and return the MS Word version. Glossary containing terms and definitions pdf.

2012-07-09 Page 6 of 42

MGT-001.005.015-MR-003 Revision : 2

Appendix B: Q+A for Industry Participation in the EoI

Industry participation in the EoI

The SKA Organisation welcomes interest from potential industry partners. Please see below for responses to frequently asked questions regarding industry involvement in the request for expressions of interest (EoI) in stage one of the SKA preconstruction phase.

Q: How can industry get paid for their role in a work package consortium (WPC)? A: The work package consortia will not be funded by the SKA Organisation. Money will come from the funding agencies and other sources identified by the members of the SKA Organisation. Industry can be paid as a subcontractor of a university or research organisation. A second possibility is for industry to be paid directly from these funds, but that may not be allowed in all cases (e.g. if it is seen as state support). The third option is self-funding by industry, although care must be taken that potential future procurements are not affected. Indeed, the threat of “lock-out” in the procurement process should be avoided wherever possible. Organisations (including industry) based in countries that are not members of the SKA Organisation may, in all likelihood, have to self-fund or look to their own funding agencies for support. The value of any such work will not be entered into the SKA Organisation’s contribution register.

Q: Can industry lead a work package consortium? A: The EoI does not exclude this possibility. Whether the funding model of stage one work allows it is not clear, that may differ from country to country. Certainly, if there are no research organisations or universities able to lead a WPC, then this may be an attractive option. The board of directors could still decide that industry cannot lead WPCs, this should be clear in time for the request for proposals (RfP).

Q: When will information on the SKA intellectual property (IP) policy and procurement strategy be ready? A: The outline of both will be available when the RfP is issued. Both these documents require approval by the Board of Directors of the SKA Organisation. The full IP policy and the procurement strategy will be completed thereafter. Exactly how long this takes depends on the approaches advocated in the member countries and whether principles of juste-retour will be applied.

Q: What further documents will form part of the RfP? A: It is currently foreseen that with the RfP the following documents will be released in addition to the full stage one work breakdown structure (WBS) and statement of work (SOW) (and the documents referenced therein): - Template agreement for consortia; - The criteria to be used to evaluate the bids; - Updated system engineering management plan; - SKA stage one draft project management plan; - Templates for major technical documents such as requirement specifications (SRS), architectural design documents (ADD), procurement specifications and development specifications.

2012-07-09 Page 7 of 42

MGT-001.005.015-MR-003 Revision : 2

Appendix C: List of Respondents

Organisation Country 1 AARNet Australia 2 ABB Australia Australia 3 ACAL Bfi United Kingdom 4 Adaptive Array Systems Limited United Kingdom 5 AECOM Australia Australia 6 Agilent Technologies UK United Kingdom 7 Alberta Centre for Advanced Micro&Nanotech Products Canada 8 Alcatel-Lucent Australia Limited Australia 9 Altera United States 10 ANSYS Limited South Africa 11 APCO Technologies SA Switzerland 12 ARC Centre of Excellence for All-sky Astrophysics Australia 13 ARiYA Project Managers South Africa 14 Arup United Kingdom/Australia/South Africa 15 ASTRON Netherlands 16 ASTRON led consortium currently consisting out of: Netherlands • International Centre for Radio Astronomy Research (ICRAR, Australia)  Istituto Nazionale di Astrofisica Istituto di Radio Astronomia (INAF- IRA, Italy) • Joint Institute for VLBI in Europe (JIVE, The Netherlands) • Netherlands Institute for Radio Astronomy (ASTRON, The Netherlands) • Observatoire de Paris (France) • Raman Research Institute (RRI, India) • Université de Bordeaux 1 (UB1, France) • University of Cambridge (UK) • University of Malta (Malta) • University of Manchester (UK) University of Oxford (UK) 17 Aurecon Australia/South Africa 18 Aveng (Africa) Limited South Africa 19 BAE Systems Australia Australia 20 BAE Systems Land Systems South Africa South Africa 21 BCF Solutions France 22 Bigen Africa Services South Africa 23 Callisto Limited/Callisto France United Kingdom/France 24 Caltech Eng United States 25 Cambridge Consultants Ltd United Kingdom 26 Canadian SKA Industry Consortium (NRC led) currently consisting out of: Canada  IBM Canada Limited  Calgary Scientific Inc  MDA Corporation  NovAtel Inc.  DA-Integrated  Dynamic Structures Ltd  TeraXion Inc.  COM DEV Ltd  Nanowave Technologies Inc. 2012-07-09 Page 8 of 42

MGT-001.005.015-MR-003 Revision : 2

Organisation Country  Sanmina-SCI  PowerOn Ltd.  Platinum Engineering Ltd  e-VANS Corp.  Murandi Communications Ltd.  MuAnalysis Inc.  Sysacom R&D plus  Motive Industries Inc.  Lyrtech RD, Inc.  Arrow Electronics  National Research Council of Canada (NRC)  University of Alberta + TRLabs  University of Calgary 27 CCD Design & Ergonomics United Kingdom 28 CETC54 China 29 Ciena United Kingdom 30 Circadian Solar United Kingdom 31 Cisco International Limited United Kingdom 32 Clearspeed Technology Limited United Kingdom 33 Cobham Technical Services United Kingdom 34 CommAgility Limited United Kingdom 35 COMMUNICATIONS AUDIT UK United Kingdom 36 CSIRO Australia 37 CSIRO led consortium currently consisting out of: Australia  CSIRO - Astronomy and Space Science & the CSIRO ICT Centre, Australia  Astronomy Technology Program – Penticton, National Research Council, Herzberg Institute of Astrophysics Dominion Radio Astrophysical Observatory & University of Calgary, Canada  National Astronomical Observatory China (NAOC) & Joint Laboratory for Radio Astronomy Technologies (JLRAT), China  ASTRON, Netherlands  SKA SA, South Africa  INAF, Italy  Chalmers University & Onsala Observatory, Sweden  University of Manchester, UK  And in preliminary discussions:  EMSS (South Africa)  MMS (South Africa)  BAE Systems SA (South Africa)  CETC54 (JLRAT, China)  Airborne Composites (ASTRON, NL)  Finmeccanica (INAF, Italy)  Université de Bordeaux 1 (UB1, France)  Observatoire de Paris (France)  Low Noise Factory (Chalmers/Onsala, Sweden)  Omnisys Instruments AB (Chalmers/Onsala, Sweden)  Lockheed Martin Australia (CSIRO, Australia)  BAE Systems Australia (CSIRO, Australia)  GE Australia (CSIRO, Australia)  Selex-Galileo (UMan, UK) 38 CTAER and IAA-CSIC led consortium currently consisting out of: Spain  ASTRON (The Netherlands)

2012-07-09 Page 9 of 42

MGT-001.005.015-MR-003 Revision : 2

Organisation Country  Centro Tecnológico Avanzado de Energías Renovables (CTAER; Spain)  Fraunhofer-Institut für Solare Energiesysteme (FhG-ISE; Germany)  Instituto de Astrofísica de Andalucía-CSIC (IAA-CSIC; Spain)  Instituto de Telecomunicaçaões de Aveiro (IT; Portugal)  Max-Plank Institut für Radioastronomie (MPIfR; Germany) 39 DA-Integrated Canada 40 Daniels Electronics Ltd. Canada 41 DBM Marketing – DRIE-D BEARINGS SOUTH AFRICA South Africa 42 Denel Aerostructures a Division of Denel Group South Africa 43 Dihlase Consulting Engineers South Africa 44 e2v SAS France 45 EMSS Antennas South Africa 46 EnSilica United Kingdom 47 ESP Central Ltd United Kingdom 48 Filtronic Broadband Limited United Kingdom 49 Fluor Ltd United Kingdom 50 FormaShape Canada 51 Fujitsu Semiconductor Europe GmbH United Kingdom 52 GE Intelligent Platforms Australia 53 General Dynamics SatCom Technologies United States/United Kingdom 54 GHD Australia 55 GHD Pty Ltd Australia 56 Glyndwr Innovations Ltd United Kingdom 57 Goonhilly Earth Station Ltd United Kingdom 58 Hatch Associates Australia 59 High Gain Antenna Korea 60 Hitachi Data Systems Australia 61 HUBER+SUHNER Australia 62 IBM United States 63 IBM United Kingdom Limited United Kingdom 64 INAF - Istituto Nazionale di Astrofisica led consortium Italy 65 Institute for Radio Astronomy & Space Research New Zealand 66 Instituto de Física de Cantabria (IFCA, CSIC-UC) Spain 67 Japan SKA consortium Japan 68 Jet Propulsion Laboratory United States 69 JLRAT/NAOC China 70 Jülich Supercomputing Centre (JSC), Forschungszentrum Jülich GmbH Germany 71 KEPCO KDN Korea 72 Korea Astronomy and Space Science Institute Korea 73 Lockheed Martin Australia Australia 74 Low Noise Factory Sweden 75 MARAND PRECISION ENGINEERING Australia 76 Materia, Inc United States 77 Max-Planck-Institut fuer Radioastronomie (MPIfR) Germany 78 METHODE ELECTRONICS United Kingdom 79 Micreo Limited Australia 80 Minex Engineering Corp. United States 81 Mott MacDonald Ltd United Kingdom 82 NAOC China 83 National Institute of Aerospace Technique Spain 84 National Instruments United Kingdom 85 National Measurement Institute Australia

2012-07-09 Page 10 of 42

MGT-001.005.015-MR-003 Revision : 2

Organisation Country 86 National Physical Laboratory United Kingdom 87 National Research Council of Canada led consortium Canada 88 National Time and Frequency Network (NTFN) led consortium Australia 89 NCRA-TIFR led consortium India 90 Nexeya Systems France 91 Nokia Siemens Networks Germany/South Africa 92 Norsat International Inc Canada 93 Nova Systems Australia 94 NTE-SENER S.A. Spain 95 NXP Semiconductors Netherlands 96 Observatory Sciences Ltd United Kingdom 97 Omnisys Instruments AB Sweden 98 P3-Group South Africa/Germany 99 Parsons Brinckerhoff United Kingdom 100 Persistent Systems Limited India 101 Prudent Energy Corporation United States 102 Quartzlock (UK) Limited United Kingdom 103 Rapallo Consulting & Contracting Engineers Australia 104 Reutech Radar Systems South Africa 105 RF Module & Optical Design Limited [RFMOD] United Kingdom 106 RFEL Ltd United Kingdom 107 Roke Manor Research United Kingdom 108 ROXTEC AUSTRALIA Australia 109 Sanyati Holdings South Africa 110 SCISYS United Kingdom 111 SELEX Galileo United Kingdom 112 SELEX Sistemi Integrati S.p.A. Italy 113 Siemens Industry United Kingdom 114 Siemens Nederland Netherlands 115 SKA South Africa (Telescope manager) South Africa 116 SKA South Africa (Infrastructure) South Africa 117 SKA South Africa (Central signal processor) South Africa 118 SKA South Africa led consortium currently consisting out of: South Africa  INAF  EIE*  EMSS  GDSatcom*  BAE*  RRS*  CETC54  Astron**  Chalmers**  CSIRO** * Depends on the MeerKAT Dish tender. ** Will be useful as it will fill gaps SKA SA cannot at this stage. 119 SSI Engineers and Environmental consultants South Africa 120 STFC – Technology Department United Kingdom 121 STFC RAL Space Department United Kingdom 122 Surface Generation Ltd United Kingdom 123 Systems Engineering & Assessment United Kingdom 124 Tata Consultancy Services led consortium India 125 TEK Microsystems United Kingdom 126 Teledyne Defence Limited United Kingdom

2012-07-09 Page 11 of 42

MGT-001.005.015-MR-003 Revision : 2

Organisation Country 127 Telespazio VEGA UK Ltd United Kingdom 128 The Boeing Company Australia 129 Tronicon Industries Inc. Canada 130 UNIVERSIDAD CARLOS III DE MADRID (UC3M) Spain 131 Universidad de Cantabria. Dept of Communications Engineering Spain 132 University of Cambridge (LFAA) United Kingdom 133 University of Cambridge (Central signal processor) United Kingdom 134 University of Cambridge led consortium currently consisting out of: United Kingdom  University of Cambridge (Lead)  Astronomy & Space Science CSIRO  ASTRON  SKA SA  ICRAR  SDP-NZ  STFC  University of Manchester  MPIfR Bonn  Instituto de Astrofísica de Andalucía-CSIC  International Center for Computational Science, Lawrence Berkeley National Laboratory  University of Melbourne  CADC/cyberSKA  The Chancellor, Masters and Scholars of the University of Oxford. 135 University of Malta Malta 136 University of Manchester (Non imaging processor) United Kingdom 137 University of Manchester led consortium currently consisting out of: United Kingdom  CSIRO Astronomy and Space Science (CASS, Australia)  Instituto de Telecomunicações (IT, Portugal)  Joint Institute for VLBI in Europe (JIVE, The Netherlands)  Netherlands Institute for Radio Astronomy (ASTRON, The Netherlands)  SKA South Africa  University of Manchester (UK)  University of Granada (Spain) 138 University of Oulu Finland 139 University of Oxford United Kingdom 140 WESTRALIAN ENGINEERING Australia 141 WorleyParsons Europe Limited United Kingdom 142 Stratosat Datacom (Pty) Ltd South Africa

2012-07-09 Page 12 of 42

MGT-001.005.015-MR-003 Revision : 2

Appendix D: Respondents arranged per SKA Element Dishes (80 Respondents) (* Lead = Expression of interest to lead Element; Full = full coverage of the work within the Element; Cons = Consortium; Y = Yes; N = No; P = Participate)

 ACAL Bfi  Goonhilly Earth Station Ltd  P3-Group  Alberta Centre for Advanced Micro&Nanotech  High Gain Antenna  Prudent Energy Corporation Products  IBM  Reutech Radar Systems  Altera  IBM United Kingdom Limited  RFEL Ltd  APCO Technologies SA  INAF - Istituto Nazionale di Astrofisica led  Sanyati Holdings (Lead: Y; Full: N; Cons: N)*  ARiYA Project Managers consortium (Lead: Y; Full: N; Cons: Y)*  SCISYS  Arup  Institute for Radio Astronomy & Space Research  SELEX Galileo  Aurecon (Lead: P; Full: N; Cons: N)*  Instituto de Física de Cantabria (IFCA, CSIC-UC)  SELEX Sistemi Integrati S.p.A.  BAE Systems Land Systems South Africa (Lead: Y;  Jet Propulsion Laboratory  Siemens Industry Full: N; Cons: N)*  JLRAT/NAOC  Siemens Nederland  BCF Solutions  Lockheed Martin Australia (Lead: Y; Full: N; Cons:  SKA South Africa (Telescope manager)  Callisto Limited/Callisto France N)*  SKA South Africa led consortium (Dishes) (Lead: Y;  Caltech Eng  Low Noise Factory Full: N; Cons: Y)*  Canadian SKA Industry Consortium (NRC led)  MARAND PRECISION ENGINEERING  SSI Engineers and Environmental consultants (Lead: Y; Full: N; Cons: Y)*  Materia, Inc  STFC – Technology Department  CCD Design & Ergonomics  METHODE ELECTRONICS  STFC RAL Space Department  CETC54  Micreo Limited  Stratosat Datacom (Pty) Ltd (Lead: Y; Full: N;  Cobham Technical Services  Minex Engineering Corp. Cons: N)*  COMMUNICATIONS AUDIT UK  Mott MacDonald Ltd  Surface Generation Ltd  CSIRO led consortium (Lead: Y; Full: Y; Cons: Y)*  NAOC  Systems Engineering & Assessment  DA-Integrated  National Physical Laboratory  Tata Consultancy Services led consortium  Daniels Electronics Ltd.  National Research Council of Canada led  Teledyne Defence Limited  Denel Aerostructures a Division of Denel Group consortium  Telespazio VEGA UK Ltd  EMSS Antennas  NCRA-TIFR  The Boeing Company  Fluor Ltd  Nexeya Systems  Tronicon Industries Inc.  FormaShape  Norsat International Inc  Universidad de Cantabria. Dept of  GE Intelligent Platforms  NTE-SENER S.A. Communications Engineering  General Dynamics SatCom Technologies (Lead: Y;  NXP Semiconductors  University of Oxford Full: Y; Cons: N)*  Observatory Sciences Ltd  WorleyParsons Europe Limited (Lead: Y; Full: N;  GHD Pty Ltd  Omnisys Instruments AB (Lead: P; Full: N; Cons: N)*  Glyndwr Innovations Ltd Cons: N)*

2012-07-09 Page 13 of 42 MGT-001.005.015-MR-003 Revision : 2

Low Frequency Aperture Array (LFAA) (83 Respondents) (* Lead = Expression of interest to lead Element; Full = full coverage of the work within the Element; Cons = Consortium; Y = Yes; N = No; P = Participate)

 ACAL Bfi  GE Intelligent Platforms  Prudent Energy Corporation  Adaptive Array Systems Limited  General Dynamics SatCom Technologies  Reutech Radar Systems  Agilent Technologies UK  GHD Pty Ltd  RFEL Ltd  Alberta Centre for Advanced Micro&Nanotech  Hatch Associates  Roke Manor Research Products  IBM  Sanyati Holdings (Lead: Y; Full: N; Cons: N)*  Altera  IBM United Kingdom Limited  SCISYS  ARiYA Project Managers  INAF - Istituto Nazionale di Astrofisica led  SELEX Galileo  Arup consortium  SELEX Sistemi Integrati S.p.A.  ASTRON led consortium (Lead: Y; Full: Y; Cons: Y)*  Institute for Radio Astronomy & Space Research  Siemens Industry  Aurecon (Lead: P; Full: N; Cons: N)*  Instituto de Física de Cantabria (IFCA, CSIC-UC)  Siemens Nederland  BCF Solutions  Jet Propulsion Laboratory  SKA South Africa (Telescope manager)  Bigen Africa Services  Lockheed Martin Australia  SSI Engineers and Environmental consultants  Callisto Limited/Callisto France  MARAND PRECISION ENGINEERING  STFC – Technology Department  Cambridge Consultants Ltd  METHODE ELECTRONICS  STFC RAL Space Department  Canadian SKA Industry Consortium (NRC led)  Micreo Limited  Systems Engineering & Assessment  CCD Design & Ergonomics  Minex Engineering Corp.  Tata Consultancy Services led consortium  Cisco International Limited  Mott MacDonald Ltd  TEK Microsystems  Clearspeed Technology Limited  National Institute of Aerospace Technique  Teledyne Defence Limited  Cobham Technical Services  National Instruments  Telespazio VEGA UK Ltd  CommAgility Limited  National Physical Laboratory  The Boeing Company  COMMUNICATIONS AUDIT UK  National Research Council of Canada led  Tronicon Industries Inc.  DA-Integrated consortium  UNIVERSIDAD CARLOS III DE MADRID (UC3M)  Daniels Electronics Ltd.  NCRA-TIFR led consortium  Universidad de Cantabria. Dept of  Denel Aerostructures a Division of Denel Group  Nexeya Systems Communications Engineering  e2v SAS  Norsat International Inc  University of Cambridge  EnSilica  NXP Semiconductors  University of Malta  Filtronic Broadband Limited  Observatory Sciences Ltd  WorleyParsons Europe Limited (Lead: Y; Full: N;  Fluor Ltd  Omnisys Instruments AB Cons: N)*  FormaShape  P3-Group  Fujitsu Semiconductor Europe GmbH  Parsons Brinckerhoff

2012-07-09 Page 14 of 42 MGT-001.005.015-MR-003 Revision : 2

Signal and Data Transport (SADT) (55 Respondents) (* Lead = Expression of interest to lead Element; Full = full coverage of the work within the Element; Cons = Consortium; Y = Yes; N = No; P = Participate)

 AARNet  HUBER+SUHNER  RFEL Ltd  ACAL Bfi  IBM  Roke Manor Research  Alcatel-Lucent Australia Limited  IBM United Kingdom Limited  ROXTEC AUSTRALIA  Altera  INAF - Istituto Nazionale di Astrofisica led  Sanyati Holdings (Lead: Y; Full: N; Cons: N)*  ARiYA Project Managers consortium  SELEX Sistemi Integrati S.p.A.  Arup  Institute for Radio Astronomy & Space Research  Siemens Nederland  Aurecon (Lead: P; Full: N; Cons: N)*  Lockheed Martin Australia  SKA South Africa (Telescope manager)  BAE Systems Australia  METHODE ELECTRONICS  SSI Engineers and Environmental consultants  BCF Solutions  Micreo Limited  STFC – Technology Department  Canadian SKA Industry Consortium (NRC led)  Mott MacDonald Ltd  STFC RAL Space Department  CCD Design & Ergonomics  National Physical Laboratory  Stratosat Datacom (Pty) Ltd  Ciena (Lead: P; Full: N; Cons: N)*  National Research Council of Canada led  Systems Engineering & Assessment  Cisco International Limited consortium  Tata Consultancy Services led consortium  DA-Integrated  NCRA-TIFR led consortium  Teledyne Defence Limited  Fluor Ltd (Lead: Y; Full: Y; Cons: N)*  Nokia Siemens Networks (Lead: Y; Full: Y;  Telespazio VEGA UK Ltd  Fujitsu Semiconductor Europe GmbH Cons: N)*  The Boeing Company  GE Intelligent Platforms  Norsat International Inc  University of Manchester led consortium (Lead: Y;  General Dynamics SatCom Technologies  P3-Group Full: Y; Cons: Y)*  GHD Pty Ltd  Prudent Energy Corporation  WESTRALIAN ENGINEERING  Hatch Associates (Lead: Y; Full: N; Cons: N)*  Reutech Radar Systems

2012-07-09 Page 15 of 42 MGT-001.005.015-MR-003 Revision : 2

Central Signal Processor (CSP) (68 Respondents) (* Lead = Expression of interest to lead Element; Full = full coverage of the work within the Element; Cons = Consortium; Y = Yes; N = No; P = Participate)

 ACAL Bfi  INAF - Istituto Nazionale di Astrofisica led  Sanyati Holdings (Lead: Y; Full: N; Cons: N)*  Alberta Centre for Advanced Micro&Nanotech consortium  SCISYS Products  Institute for Radio Astronomy & Space Research  SELEX Galileo  Altera  Japan SKA consortium  SELEX Sistemi Integrati S.p.A.  ARC Centre of Excellence for All-sky Astrophysics  Jet Propulsion Laboratory (Lead: Y; Full: Y; Cons:  Siemens Industry  ARiYA Project Managers N)*  Siemens Nederland  Arup  JLRAT/NAOC  SKA South Africa (Telescope manager)  ASTRON  Korea Astronomy and Space Science Institute  SKA South Africa (Central signal processor) (Lead:  Aurecon (Lead: P; Full: N; Cons: N)*  Lockheed Martin Australia Y; Full: Y; Cons: N)*  BCF Solutions  METHODE ELECTRONICS  SSI Engineers and Environmental consultants  Cambridge Consultants Ltd  Mott MacDonald Ltd  STFC – Technology Department  Canadian SKA Industry Consortium (NRC led)  NAOC  STFC RAL Space Department (Lead: Y; Full: Y; Cons: Y)*  National Instruments  Systems Engineering & Assessment  Clearspeed Technology Limited  National Physical Laboratory  Tata Consultancy Services led consortium  CommAgility Limited  National Research Council of Canada led  TEK Microsystems  COMMUNICATIONS AUDIT UK consortium (Lead: Y; Full: N; Cons: Y)*  Teledyne Defence Limited  DA-Integrated  NCRA-TIFR led consortium  Telespazio VEGA UK Ltd  EnSilica  Nexeya Systems  The Boeing Company  Fluor Ltd  Norsat International Inc  Tronicon Industries Inc.  Fujitsu Semiconductor Europe GmbH  Observatory Sciences Ltd  University of Cambridge (Central signal processor)  GE Intelligent Platforms  Omnisys Instruments AB  University of Malta  GHD Pty Ltd  P3-Group  University of Manchester (Central signal  HUBER+SUHNER  Prudent Energy Corporation processor)  IBM  Reutech Radar Systems  University of Oxford  IBM United Kingdom Limited  RFEL Ltd  Roke Manor Research

2012-07-09 Page 16 of 42 MGT-001.005.015-MR-003 Revision : 2

Science Data Processor (SDP) (55 Respondents) (* Lead = Expression of interest to lead Element; Full = full coverage of the work within the Element; Cons = Consortium; Y = Yes; N = No; P = Participate)

 Alberta Centre for Advanced Micro&Nanotech  INAF - Istituto Nazionale di Astrofisica led  Prudent Energy Corporation Products consortium  Reutech Radar Systems  ARC Centre of Excellence for All-sky Astrophysics  Institute for Radio Astronomy & Space Research  RFEL Ltd  ARiYA Project Managers  Instituto de Física de Cantabria (IFCA, CSIC-UC)  Roke Manor Research  Arup  Japan SKA consortium  Sanyati Holdings (Lead: Y; Full: N; Cons: N)*  Aurecon (Lead: Y; Full: N; Cons: N)*  Jet Propulsion Laboratory  SCISYS  BCF Solutions  JLRAT/NAOC  SELEX Sistemi Integrati S.p.A.  Canadian SKA Industry Consortium (NRC led)  Lockheed Martin Australia  Siemens Industry (Lead: Y; Full: N; Cons: Y)*  METHODE ELECTRONICS  Siemens Nederland  CCD Design & Ergonomics  Mott MacDonald Ltd  SKA South Africa (Telescope manager)  Cisco International Limited  NAOC  SSI Engineers and Environmental consultants  Fluor Ltd  National Instruments  STFC – Technology Department  Jülich Supercomputing Centre (JSC),  National Physical Laboratory  STFC RAL Space Department Forschungszentrum Jülich GmbH  National Research Council of Canada led  Systems Engineering & Assessment  GE Intelligent Platforms consortium  Tata Consultancy Services led consortium  General Dynamics SatCom Technologies  NCRA-TIFR led consortium  Teledyne Defence Limited  GHD Pty Ltd  Nexeya Systems  Telespazio VEGA UK Ltd  Hitachi Data Systems  Norsat International Inc  The Boeing Company  IBM (Lead: Y; Full: Y; Cons: N)*  Observatory Sciences Ltd  University of Cambridge led consortium (Science  IBM United Kingdom Limited (Lead: Y; Full: Y;  P3-Group data processor) (Lead: Y; Full: Y; Cons: Y)* Cons: N)*  Persistent Systems Limited

2012-07-09 Page 17 of 42 MGT-001.005.015-MR-003 Revision : 2

Telescope Manager (MGR) (45 Respondents) (* Lead = Expression of interest to lead Element; Full = full coverage of the work within the Element; Cons = Consortium; Y = Yes; N = No; P = Participate)

 ARiYA Project Managers  INAF - Istituto Nazionale di Astrofisica led  Reutech Radar Systems  Arup consortium (Lead: Y; Full: N; Cons: Y)*  SCISYS  Aurecon (Lead: P; Full: N; Cons: N)*  Institute for Radio Astronomy & Space Research  Siemens Industry  BAE Systems Australia  Lockheed Martin Australia  Siemens Nederland  BCF Solutions  Max-Planck-Institut fuer Radioastronomie (MPIfR)  SKA South Africa (Telescope manager)  Canadian SKA Industry Consortium (NRC led)  METHODE ELECTRONICS  SSI Engineers and Environmental consultants  CCD Design & Ergonomics  Mott MacDonald Ltd  STFC – Technology Department  Cisco International Limited  National Instruments  STFC RAL Space Department  Fluor Ltd  National Physical Laboratory  Stratosat Datacom (Pty) Ltd (Lead: Y; Full: Y; Cons:  GE Intelligent Platforms  National Research Council of Canada N)*  General Dynamics SatCom Technologies  NCRA-TIFR led consortium (Lead: Y; Full: Y; Cons:  Systems Engineering & Assessment  GHD Pty Ltd Y)*  Tata Consultancy Services led consortium  Goonhilly Earth Station Ltd  Nexeya Systems  Telespazio VEGA UK Ltd  Hatch Associates  Persistent Systems Limited  The Boeing Company  IBM  Observatory Sciences Ltd  Tronicon Industries Inc.  IBM United Kingdom Limited  P3-Group  Prudent Energy Corporation

2012-07-09 Page 18 of 42 MGT-001.005.015-MR-003 Revision : 2

Synchronisation and Timing (SAT) (44 Respondents) (* Lead = Expression of interest to lead Element; Full = full coverage of the work within the Element; Cons = Consortium; Y = Yes; N = No; P = Participate)

 ARC Centre of Excellence for All-sky Astrophysics  Mott MacDonald Ltd  Reutech Radar Systems  ARiYA Project Managers  National Instruments  Roke Manor Research  Arup  National Measurement Institute  Sanyati Holdings (Lead: Y; Full: N; Cons: N)*  Aurecon (Lead: P; Full: N; Cons: N)*  National Physical Laboratory (Lead: Y; Full: N;  SCISYS  BCF Solutions Cons: N)*  SELEX Sistemi Integrati S.p.A.  Canadian SKA Industry Consortium (NRC led)  National Time and Frequency Network (NTFN) led  Siemens Industry  Cisco International Limited consortium  Siemens Nederland  COMMUNICATIONS AUDIT UK  NCRA-TIFR led consortium  SKA South Africa (Telescope manager)  Fluor Ltd  Nexeya Systems  SSI Engineers and Environmental consultants  GHD Pty Ltd  Nokia Siemens Networks (Lead: Y; Full: Y;  Systems Engineering & Assessment  IBM Cons: N)*  Tata Consultancy Services led consortium  IBM United Kingdom Limited  NXP Semiconductors  Teledyne Defence Limited  INAF - Istituto Nazionale di Astrofisica led  Observatory Sciences Ltd  Telespazio VEGA UK Ltd consortium  Omnisys Instruments AB  Tronicon Industries Inc.  Lockheed Martin Australia (Lead: Y; Full: N; Cons:  P3-Group  University of Manchester led consortium (Lead: Y; N)*  Prudent Energy Corporation Full: Y; Cons: Y)*  METHODE ELECTRONICS  Quartzlock (UK) Limited

2012-07-09 Page 19 of 42 MGT-001.005.015-MR-003 Revision : 2

Power (PWR) (55 Respondents) (* Lead = Expression of interest to lead Element; Full = full coverage of the work within the Element; Cons = Consortium; Y = Yes; N = No; P = Participate)

 ABB Australia (Lead: Y; Full: N; Cons: N)*  General Dynamics SatCom Technologies  Parsons Brinckerhoff (Lead: Y; Full: Y; Cons: N)*  ACAL Bfi  GHD (Lead: Y; Full: Y; Cons: N)*  Prudent Energy Corporation  Alberta Centre for Advanced Micro&Nanotech  GHD Pty Ltd  Rapallo Consulting & Contracting Engineers Products  Hatch Associates (Lead: Y; Full: N; Cons: N)* (Lead: Y; Full: Y; Cons: N)*  ANSYS Limited (Lead: Y; Full: N; Cons: N)*  Hitachi Data Systems  Reutech Radar Systems  ARC Centre of Excellence for All-sky Astrophysics  INAF - Istituto Nazionale di Astrofisica led  ROXTEC AUSTRALIA  ARiYA Project Managers consortium  Sanyati Holdings (Lead: Y; Full: N; Cons: N)*  Arup (Lead: Y; Full: Y; Cons: N)*  KEPCO KDN  Siemens Industry  Aurecon (Lead: Y; Full: N; Cons: N)*  Lockheed Martin Australia  Siemens Nederland  BCF Solutions  METHODE ELECTRONICS  SKA South Africa (Telescope manager)  Bigen Africa Services  Mott MacDonald Ltd (Lead: Y; Full: N; Cons: N)*  SKA South Africa (Power, Site and Infrastructure)  Canadian SKA Industry Consortium (NRC led)  National Instruments (Lead: Y; Full: N; Cons: N)* (Lead: Y; Full: Y; Cons: Y)*  National Physical Laboratory  SSI Engineers and Environmental consultants  CCD Design & Ergonomics  National Research Council of Canada led  STFC – Technology Department  Circadian Solar consortium  Tata Consultancy Services led consortium  Cisco International Limited  NCRA-TIFR led consortium  Telespazio VEGA UK Ltd  Cobham Technical Services  Nexeya Systems  The Boeing Company  CTAER and IAA-CSIC (Lead: Y; Full: N; Cons: Y)*  Norsat International Inc  Tronicon Industries Inc.  Dihlase Consulting Engineers  Nova Systems  WorleyParsons Europe Limited (Lead: Y; Full: Y;  Fluor Ltd (Lead: Y; Full: Y; Cons: N)*  Omnisys Instruments AB Cons: N)*  GE Intelligent Platforms (Lead: Y; Full: Y;  P3-Group Cons: N)*

2012-07-09 Page 20 of 42 MGT-001.005.015-MR-003 Revision : 2

Site and Infrastructure (INFRA) (49 Respondents) (* Lead = Expression of interest to lead Element; Full = full coverage of the work within the Element; Cons = Consortium; Y = Yes; N = No; P = Participate)

 ACAL Bfi  General Dynamics SatCom Technologies  Reutech Radar Systems  AECOM Australia (Lead: Y; Full: Y; Cons: N)*  GHD Pty Ltd (Lead: Y; Full: N; Cons: N)*  ROXTEC AUSTRALIA  ARiYA Project Managers  Hatch Associates  Sanyati Holdings (Lead: Y; Full: N; Cons: N)*  Arup (Lead: Y; Full: N; Cons: N)*  Hitachi Data Systems  SCISYS  Aurecon (Lead: Y; Full: N; Cons: N)*  INAF - Istituto Nazionale di Astrofisica led  SELEX Sistemi Integrati S.p.A.  Aveng (Africa) Limited consortium  Siemens Nederland  BCF Solutions  Lockheed Martin Australia  SKA South Africa (Telescope manager)  Bigen Africa Services (Lead: Y; Full: N; Cons: N)*  MARAND PRECISION ENGINEERING  SKA South Africa (Power, Site and Infrastructure)  Canadian SKA Industry Consortium (NRC led)  Materia, Inc (Lead: Y; Full: N; Cons: N)*  CCD Design & Ergonomics  METHODE ELECTRONICS  SSI Engineers and Environmental consultants  Circadian Solar  Mott MacDonald Ltd (Lead: Y; Full: N; Cons: N)*  Stratosat Datacom (Pty) Ltd (Lead: Y; Full: Y; Cons:  Cisco International Limited  National Instruments N)*  Cobham Technical Services  National Physical Laboratory  Tata Consultancy Services led consortium  COMMUNICATIONS AUDIT UK  National Research Council of Canada led  The Boeing Company  CSIRO (Lead: P; Full: N; Cons: N)* consortium  Tronicon Industries Inc.  Denel Aerostructures a Division of Denel Group  Omnisys Instruments AB  WorleyParsons Europe Limited (Lead: Y; Full: N;  Fluor Ltd (Lead: Y; Full: Y; Cons: N)*  P3-Group Cons: N)*  GE Intelligent Platforms  Parsons Brinckerhoff (Lead: Y; Full: Y; Cons: N)*  Prudent Energy Corporation

2012-07-09 Page 21 of 42 MGT-001.005.015-MR-003 Revision : 2

Mid Frequency Aperture Array (MFAA) (53 Respondents) (* Lead = Expression of interest to lead Element; Full = full coverage of the work within the Element; Cons = Consortium; Y = Yes; N = No; P = Participate)

 ACAL Bfi  General Dynamics SatCom Technologies  RFEL Ltd  Adaptive Array Systems Limited  GHD Pty Ltd  Roke Manor Research  Agilent Technologies UK  IBM  Sanyati Holdings (Lead: Y; Full: N; Cons: N)*  Alberta Centre for Advanced Micro&Nanotech  IBM United Kingdom Limited  SELEX Galileo Products  INAF - Istituto Nazionale di Astrofisica led  SELEX Sistemi Integrati S.p.A.  ARiYA Project Managers consortium  SSI Engineers and Environmental consultants  Arup  Instituto de Física de Cantabria (IFCA, CSIC-UC)  STFC – Technology Department  ASTRON led consortium (Lead: Y; Full: Y; Cons:  MARAND PRECISION ENGINEERING  STFC RAL Space Department Y)*  Micreo Limited  Systems Engineering & Assessment  BCF Solutions  Mott MacDonald Ltd  Tata Consultancy Services led consortium  Callisto Limited/Callisto France  National Institute of Aerospace Technique  Teledyne Defence Limited  Cambridge Consultants Ltd  National Physical Laboratory  Telespazio VEGA UK Ltd  Canadian SKA Industry Consortium (NRC led)  Nexeya Systems  UNIVERSIDAD CARLOS III DE MADRID (UC3M)  Cobham Technical Services  Norsat International Inc  Universidad de Cantabria. Dept of  COMMUNICATIONS AUDIT UK  NXP Semiconductors Communications Engineering  DA-Integrated  Omnisys Instruments AB  University of Cambridge  Daniels Electronics Ltd.  P3-Group  University of Malta  Filtronic Broadband Limited  Reutech Radar Systems  WESTRALIAN ENGINEERING  Fluor Ltd  RF Module & Optical Design Limited [RFMOD]  FormaShape

2012-07-09 Page 22 of 42 MGT-001.005.015-MR-003 Revision : 2

Phased Array Feeds (PAF) (41 Respondents) (* Lead = Expression of interest to lead Element; Full = full coverage of the work within the Element; Cons = Consortium; Y = Yes; N = No; P = Participate)

 Adaptive Array Systems Limited  Instituto de Física de Cantabria (IFCA, CSIC-UC)  Roke Manor Research  Alberta Centre for Advanced Micro&Nanotech  Japan SKA consortium  Sanyati Holdings (Lead: Y; Full: N; Cons: N)* Products  JLRAT/NAOC  SELEX Galileo  ARiYA Project Managers  MARAND PRECISION ENGINEERING  SELEX Sistemi Integrati S.p.A.  Arup  Micreo Limited  SSI Engineers and Environmental consultants  BCF Solutions  Mott MacDonald Ltd  STFC – Technology Department  Callisto Limited/Callisto France  NAOC  STFC RAL Space Department  Canadian SKA Industry Consortium (NRC led)  National Institute of Aerospace Technique  Systems Engineering & Assessment (Lead: Y; Full: Y; Cons: Y)*  National Physical Laboratory  Tata Consultancy Services led consortium  Cobham Technical Services  National Research Council of Canada led  Teledyne Defence Limited  CSIRO led consortium (Lead: Y; Full: Y; Cons: Y)* consortium (Lead: Y; Full: Y; Cons: Y)*  Telespazio VEGA UK Ltd  Fluor Ltd  Nexeya Systems  Universidad de Cantabria. Dept of  General Dynamics SatCom Technologies  Norsat International Inc Communications Engineering  GHD Pty Ltd  P3-Group  University of Cambridge  INAF - Istituto Nazionale di Astrofisica led  Reutech Radar Systems consortium (Lead: Y; Full: N; Cons: Y)*  RF Module & Optical Design Limited [RFMOD]

2012-07-09 Page 23 of 42 MGT-001.005.015-MR-003 Revision : 2

Wide Band Single Pixel Feeds (WBSPF) (39 Respondents) (* Lead = Expression of interest to lead Element; Full = full coverage of the work within the Element; Cons = Consortium; Y = Yes; N = No; P = Participate)

 Alberta Centre for Advanced Micro&Nanotech  INAF - Istituto Nazionale di Astrofisica led  Reutech Radar Systems Products consortium  Sanyati Holdings (Lead: Y; Full: N; Cons: N)*  ARiYA Project Managers  Instituto de Física de Cantabria (IFCA, CSIC-UC)  SELEX Galileo  Arup  Japan SKA consortium  SELEX Sistemi Integrati S.p.A.  BCF Solutions  JLRAT/NAOC  SKA South Africa led consortium (Lead: Y; Full: N;  Callisto Limited/Callisto France  Low Noise Factory Cons: Y)*  Caltech Eng  Materia, Inc  STFC – Technology Department  Canadian SKA Industry Consortium (NRC led)  Minex Engineering Corp.  STFC RAL Space Department  CETC54  Mott MacDonald Ltd  Tata Consultancy Services led consortium  Cobham Technical Services  NAOC  Teledyne Defence Limited  CSIRO led consortium (Lead: Y; Full: Y; Cons: Y)*  National Physical Laboratory  Telespazio VEGA UK Ltd  EMSS Antennas (Lead: Y; Full: N; Cons: N)*  National Research Council of Canada  Universidad de Cantabria. Dept of  Fluor Ltd  Norsat International Inc Communications Engineering  General Dynamics SatCom Technologies  Omnisys Instruments AB  University of Cambridge  P3-Group

2012-07-09 Page 24 of 42 MGT-001.005.015-MR-003 Revision : 2

Appendix E: SKA Consortia and Membership Details The following consortia submitted Expressions of Interest to lead and participate in various SKA Elements. Contact details of the majority of the members of the consortia are included in the list of contact details.

Lead Organisation Interest Expressed to Interest Expressed to Lead: also Participate in: 1 ASTRON led consortium currently consisting out  Low Frequency - of: Aperture Array,  International Centre for Radio Astronomy  Mid Frequency Research (ICRAR, Australia) Aperture Array.  Istituto Nazionale di Astrofisica Istituto di Radio Astronomia (INAF-IRA, Italy)  Joint Institute for VLBI in Europe (JIVE, The Netherlands)  Netherlands Institute for Radio Astronomy (ASTRON, The Netherlands)  Observatoire de Paris (France)  Raman Research Institute (RRI, India)  Université de Bordeaux 1 (UB1, France)  University of Cambridge (UK)  University of Malta (Malta)  University of Manchester (UK)  University of Oxford (UK) 2 Canadian SKA Industry Consortium (NRC led)  Dishes,  Low Frequency currently consisting out of:  Central Signal Aperture Arrays,  IBM Canada Limited Processor,  Signal and Data  Calgary Scientific Inc  Science Data Processor, Transport,  MDA Corporation  Power,  Telescope Manager,  NovAtel Inc.  Phased Array Feeds.  Synchronisation and  DA-Integrated Timing,  Dynamic Structures Ltd  Site and Infrastructure,  TeraXion Inc.  Mid Frequency  COM DEV Ltd Aperture Arrays,  Nanowave Technologies Inc.  Wide Band Single Pixel  Sanmina-SCI Feeds.  PowerOn Ltd.  Platinum Engineering Ltd  e-VANS Corp.  Murandi Communications Ltd.  MuAnalysis Inc.  Sysacom R&D plus  Motive Industries Inc.  Lyrtech RD, Inc.  Arrow Electronics  National Research Council of Canada (NRC)  University of Alberta + TRLabs University of Calgary

2012-07-09 Page 25 of 42 MGT-001.005.015-MR-003 Revision : 2

Lead Organisation Interest Expressed to Interest Expressed to Lead: also Participate in: 3 CSIRO led consortium currently consisting out of:  Dishes, -  CSIRO - Astronomy and Space Science & the  Phased Array Feeds, CSIRO ICT Centre, Australia  Wide Band Single Pixel  Astronomy Technology Program – Penticton, Feeds. National Research Council, Herzberg Institute of Astrophysics Dominion Radio Astrophysical Observatory & University of Calgary, Canada  National Astronomical Observatory China (NAOC) & Joint Laboratory for Radio Astronomy Technologies (JLRAT), China  ASTRON, Netherlands  SKA SA, South Africa  INAF, Italy  Chalmers University & Onsala Observatory, Sweden  University of Manchester, UK  And in preliminary discussions:  EMSS (South Africa)  MMS (South Africa)  BAE Systems SA (South Africa)  CETC54 (JLRAT, China)  Airborne Composites (ASTRON, NL)  Finmeccanica (INAF, Italy)  Université de Bordeaux 1 (UB1, France)  Observatoire de Paris (France)  Low Noise Factory (Chalmers/Onsala, Sweden)  Omnisys Instruments AB (Chalmers/Onsala, Sweden)  Lockheed Martin Australia (CSIRO, Australia)  BAE Systems Australia (CSIRO, Australia)  GE Australia (CSIRO, Australia) Selex-Galileo (UMan, UK) 4 Centro Tecnológico Avanzado de Energías  Power - Renovables (CTAER); Instituto de Astrofísica de Andalucía-CSIC (IAA-CSIC) led consortium currently consisting out of:  ASTRON (The Netherlands)  Centro Tecnológico Avanzado de Energías Renovables (CTAER; Spain)  Fraunhofer-Institut für Solare Energiesysteme (FhG-ISE; Germany)  Instituto de Astrofísica de Andalucía-CSIC (IAA-CSIC; Spain)  Instituto de Telecomunicaçaões de Aveiro (IT; Portugal)  Max-Plank Institut für Radioastronomie (MPIfR; Germany)

2012-07-09 Page 26 of 42 MGT-001.005.015-MR-003 Revision : 2

Lead Organisation Interest Expressed to Interest Expressed to Lead: also Participate in: 5 INAF - Istituto Nazionale di Astrofisica led  Dishes,  Low Frequency consortium  Telescope Manager, Aperture Arrays,  Phased Array Feeds.  Signal and Data Transport,  Central Signal Processor,  Science Data Processor,  Synchronisation and Timing,  Power,  Site and Infrastructure,  Mid Frequency Aperture Arrays,  Wide Band Single Pixel Feeds. 6 Japan SKA consortium -  Central Signal Processor,  Science Data Processor,  Phased Array Feeds,  Wide Band Single Pixel Feeds. 7 National Research Council of Canada led  Central Signal  Dishes, consortium Processor,  Low Frequency  Phased Array Feeds Aperture Arrays,  Signal and Data Transport,  Science Data Processor,  Telescope Manager,  Power,  Site and Infrastructure,  Wide Band Single Pixel Feeds. 8 National Time and Frequency Network (NTFN) -  Synchronisation and led consortium Timing. 9 National Centre for Radio Astrophysics - Tata  Telescope Manager  Dishes, Institute of Fundamental Research (NCRA-TIFR)  Low Frequency led consortium Aperture Arrays,  Signal and Data Transport,  Central Signal processor,  Science Data Processor,  Synchronisation and Timing,  Power.

2012-07-09 Page 27 of 42 MGT-001.005.015-MR-003 Revision : 2

Lead Organisation Interest Expressed to Interest Expressed to Lead: also Participate in: 10 SKA South Africa led consortium currently  Dishes, - consisting out of:  Wide Band Single Pixel  INAF Feeds.  EIE*  EMSS  GDSatcom*  BAE*  RRS*  CETC54  Astron**  Chalmers**  CSIRO** * Depends on the MeerKAT Dish tender. ** Will be useful as it will fill gaps SKA SA cannot at this stage. 11 Tata Consultancy Services (TCS) led consortium -  Dishes,  Low Frequency Aperture Arrays,  Signal and Data Transport,  Central Signal processor,  Science Data Processor,  Telescope Manager,  Synchronisation and Timing,  Power,  Site and Infrastructure,  Mid Frequency Aperture Arrays,  Phased Array Feeds,  Wide Band Single Pixel Feeds.

12 University of Cambridge led consortium currently  Science Data Processor - consisting out of:  University of Cambridge (Lead)  Astronomy & Space Science CSIRO  ASTRON  SKA SA  ICRAR  SDP-NZ  STFC  University of Manchester  MPIfR Bonn  Instituto de Astrofísica de Andalucía-CSIC  International Center for Computational Science, Lawrence Berkeley National Laboratory  University of Melbourne  CADC/cyberSKA  The Chancellor, Masters and Scholars of the University of Oxford.

2012-07-09 Page 28 of 42 MGT-001.005.015-MR-003 Revision : 2

Lead Organisation Interest Expressed to Interest Expressed to Lead: also Participate in: 13 University of Manchester led consortium  Signal and Data - currently consisting out of: Transport,  CSIRO Astronomy and Space Science (CASS,  Synchronisation and Australia) Timing  Instituto de Telecomunicações (IT, Portugal)  Joint Institute for VLBI in Europe (JIVE, The Netherlands)  Netherlands Institute for Radio Astronomy (ASTRON, The Netherlands)  SKA South Africa  University of Manchester (UK) University of Granada (Spain) 14 University of Oulu led consortium - Filter banks, inverse problems, digital signal transport and beam forming.

2012-07-09 Page 29 of 42 MGT-001.005.015-MR-003 Revision : 2

Appendix F: Detailed Tables per SKA Element Please note these tables are presented on A3 pages due to the size of some of them. The details within the tables have also been sorted slightly differently from those published in Revision 1.

2012-07-09 Page 30 of 42

MGT‐001.005.015‐MR‐003 Revision : 2

Engineering UC)

Products ‐

led)

Group

consortium Research consortium

CSIC

Africa

(NRC

UK

led led

Denel consultants Ltd

Ltd

AB Ltd consortium Ltd

Inc

S.p.A.

Ltd France SA

Space of

Ltd

Inc. (IFCA,

Limited

Ltd. South

Ltd

Limited Corp. Technologies

& Assessment

led Limited (Pty) AUDIT UK Services

consortium Australia

S.A.

ENGINEERING & Department Systems

Laboratory

Oxford Canada Inc

Ltd

Station Communications

Africa

Platforms Eng Managers

Corporation

Department Laboratory consortium Factory

Bfi

Ergonomics Ltd

Micro&Nanotech

Company Ltd led

Antenna

Consortium

of Astrofisica

of

Sciences Industry SKA.TEL.DSH Europe

Limited

of

Division Systems

Galileo Integrati

Holdings

consortium

Nederland VEGA

Pty &

Systems

ELECTRONICS

SatCom

Group Antennas

a di

led

IBM Cantabria

‐

Industries

Solutions Arup Kingdom

Radar

NAOC

Altera Services SENER Martin Innovations Instruments SCISYS Defence Earth Integrated

Generation

Electronics

CETC54 ‐

South

Datacom ‐

RFEL led Aurecon ACAL Gain Environmental Fluor

Space Noise Technical International

P3 MacDonald

Technologies

de

Physical

Africa Astronomy Energy Dept Engineering Project

Semiconductors

Caltech

Materia, GHD

FormaShape Boeing JLRAT/NAOC Organisation Land SELEX TIFR BCF Dishes

DA Council ‐ Micreo Limited/Callisto PRECISION NTE EMSS

Industry Nexeya

Sistemi Design Sanyati

SKA Technology Intelligent and Siemens

RAL Engineering

Low

Advanced

Propulsion High

Siemens United

University –

Mott NXP The CSIRO

Física APCO Surface Daniels Radio Dynamics South Tronicon

Reutech Telespazio GE Norsat ARiYA

Nazionale Glyndwr

Minex METHODE Omnisys SKA Observatory for Jet

CCD Teledyne

Lockheed

NCRA Goonhilly Cobham Stratosat Prudent STFC de National IBM SELEX

for COMMUNICATIONS Systems WorleyParsons Callisto

STFC Consultancy

SKA Cantabria.

Research Aerostructures

Systems MARAND

Engineers de

BAE

Centre Istituto General

Tata ‐ Canadian SSI Instituto Denel Institute National INAF Alberta Universidad Consortium Y N YYYNNNNNNNNNNNNY NNNNNNNNNNNNNNNNNNNNNNNNNNNNY NNNNNNNNNNNNNNNNNNNY NNNNNNNNNNNNN 3 SKA.TEL.DSH ‐ Dishes LEAD: YYYYYYYYYYPP Full Coverage: YYNNNNNNNNNN 4 SKA.TEL.DSH.MGT ‐ Dishes Project Management YYYYPYYYY Y PPPPYPYYP P PY P P PP P P Y YY 4 SKA.TEL.DSH.SE‐SRR ‐ Dishes SE to Requirements Review YYYYPYY YPPPPPPYPPY PP P PPPPPP YY PPP P P 4 SKA.TEL.DSH.SE‐VSYS ‐ System Engineering for Verification Systems YYYYPYY PPPPPPPYPPY PPPPPP PPPP Y PPP P Y 4 SKA.TEL.DSH.INFRA ‐ Dishes Infrastructure Requirements YYYY YYY Y PPPPY YPPY PP P Y P P 4 SKA.TEL.DSH.PWR ‐ Dishes Power Requirements YYYY YY YYPY Y PPY PP P Y Y P YPY P 4 SKA.TEL.DSH.OPTIC ‐ Optical Design YYYYPY PYPPYPPY PYYPYPPP PPP YP Y P P P Y 4 SKA.TEL.DSH.STRUC ‐ Structure YYYYYY YY Y Y PYPYYPPYY P PPPY PY PY YPP P Y 4 SKA.TEL.DSH.FEED ‐ Feeds and LNAs YPYYY Y YPPPP YY YPYP Y P PPY YP Y P Y YPPPYYYY Y Y P 4 SKA.TEL.DSH.RCVR ‐ Receivers YPYYY Y YPPPP Y YPPY YY P PY YP P P P Y Y PPYYY Y Y Y 4 SKA.TEL.DSH.LMC ‐ Local Monitor and Control YPYPYYY YYYYPYPY PP YPP Y P YYPY P P Y P Y P P P YYPY 4 SKA.TEL.DSH.LINFRA ‐ Local Infrastructure YPP P YYYYPYPPPYPPYP PYP P YP YPY P 4 SKA.TEL.DSH.VSYS‐DVA1 ‐ DVA1 Dish Verification System YYYYYYYY PPPPPYYPPYY PP Y PPP P 5 SKA.TEL.DSH.VSYS‐DVA1.MGT ‐ DVA1 Verification System: Management YYYPYYYY PPPPPYYPPYY PP PY P P P 5 SKA.TEL.DSH.VSYS‐DVA1.SE ‐ DVA1 Verification System: System Engineering YYYPYYYY PPPPPPYYPPYYP P P P PPPP 5 SKA.TEL.DSH.VSYS‐DVA1.D&D ‐ DVA1 Verification System: Design and Development YYYPYY Y PPPPPPYYP YYP PPP P P P P P PP 4 SKA.TEL.DSH.VSYS‐DVAX ‐ DVAX Dish Verification System YYYYPYP PPPPPPPYPPYY PPPP P 5 SKA.TEL.DSH.VSYS‐DVAX.MGT ‐ DVAX Verification System: Management YYYPPYY PPPPPPYP YY P P P 5 SKA.TEL.DSH.VSYS‐DVAX.SE ‐ DVAX Dish Verification System: System Engineering YYYPPYY PPPPPPPYPPY P P PP P P P P 5 SKA.TEL.DSH.VSYS‐DVAX.D&D ‐ DVAX Dish Verification System: Design and Development. YYYPPY PPPPPPPYP YYP PPP P P PY P P PP

2012‐07‐09 Page 31 of 42 MGT‐001.005.015‐MR‐003 Revision : 2

Engineering UC)

Products ‐ led)

Group

consortium (UC3M) Research consortium

CSIC

(NRC

UK GmbH

led led

Denel

consultants Ltd Technique

Ltd

AB Ltd consortium UK

Inc

S.p.A.

Ltd

France Space of Limited

Limited Inc. (IFCA,

Limited

Ltd.

Ltd

Limited Corp. Technologies

Limited

& MADRID Limited

Assessment led

Limited (Pty)

Services

AUDIT UK

Europe Australia

Malta ENGINEERING & Systems Department Laboratory

Canada

Limited

Ltd

DE Communications

Africa

Services Platforms Managers

Department Corporation

Laboratory Research consortium

Bfi

Ergonomics Ltd

Micro&Nanotech Cambridge Company of Ltd

Consortium

Astrofisica consortium

of Industry SKA.TEL.LFAA Sciences III SAS Europe

Limited

of Division

Systems

Galileo Integrati

Systems Holdings

Aerospace

Nederland

VEGA Pty

&

ELECTRONICS

SatCom of

Group

Instruments a di led

Associates Consultants IBM Cantabria

‐

Industries

Arup Solutions Kingdom

Radar

Martin Services Altera led of Instruments SCISYS Defence Integrated

Electronics

EnSilica

Technology South e2v Datacom ‐ Africa

ACAL RFEL Aurecon Environmental Fluor

Space

Technologies Technical International

MacDonald P3 Microsystems

Broadband

de Physical

Astronomy Energy Dept Manor Engineering Project

Semiconductors

GHD

FormaShape Boeing Array Organisation SELEX TIFR BCF

Low Frequency Aperture Array DA Council ‐ Micreo Limited/Callisto International PRECISION

Industry Sistemi Nexeya

Sanyati CARLOS Design SKA Hatch Intelligent Technology Siemens

and

RAL Engineering TEK

Advanced Propulsion

University Siemens

United

–

Bigen Mott CommAgility NXP National The

Roke Física Semiconductor Daniels Dynamics Radio Tronicon Reutech

GE Norsat Telespazio ASTRON University Institute ARiYA Agilent

Nazionale Omnisys METHODE Minex SKA Observatory

for

Jet CCD Teledyne

Lockheed NCRA

Cisco Cambridge Cobham Stratosat Filtronic Prudent STFC National de IBM SELEX

for COMMUNICATIONS Callisto WorleyParsons Clearspeed

STFC Consultancy Adaptive Cantabria.

Research Aerostructures Systems MARAND

Fujitsu Engineers de

Istituto Centre General

Tata National ‐ Canadian SSI UNIVERSIDAD Instituto Denel Institute National INAF Alberta Universidad Consortium Y NNNY N Y NNNNNNNNNNNNNNNNNNNNNNNY NNNNNNNNNNNNNNNNNNNY NNNNNNNNNNNNNNY NNNNNNNNNNNNNNNNN 3 SKA.TEL.LFAA ‐ Low Frequency Aperture Array LEAD: YYYP Full Coverage: Y NNN 4 SKA.TEL.LFAA.MGT ‐ Low Frequency Aperture Array Project Management YY YPYPY PPP PYYY PP P P YY Y YY 4 SKA.TEL.LFAA.SE‐SRR ‐ LFAA SE to Requirements Review Y PPYY PYPPPPY P Y PP P P Y P P 4 SKA.TEL.LFAA.SE‐VSYS ‐ System Engineering for Verification Systems Y PPYY PPPPPPY P Y P P P P P 4 SKA.TEL.LFAA.CNF ‐ Configuration YPPYYPPY P P 4 SKA.TEL.LFAA.CAL ‐ Calibration Y PYY PPP PPPPP P 4 SKA.TEL.LFAA.VSYS ‐ Verification Systems Y PPPYPPY PPP P P Y P 5 SKA.TEL.LFAA.VSYS.MGT ‐ Management Y PPPYP PP PYYY PY 5 SKA.TEL.LFAA.VSYS.SE ‐ System Engineering Y PPPYPPPPPPPY P Y P P Y 5 SKA.TEL.LFAA.VSYS.AAVS0 ‐ Verification System AAVS0 Y PPPYPPY PPPP P 6 SKA.TEL.LFAA.VSYS.AAVS0.SDD ‐ System Definition & Design Y PPPYPPY PPP PYY P Y P 6 SKA.TEL.LFAA.VSYS.AAVS0.PR ‐ Production Y PPYYPPYPP YY P P 6 SKA.TEL.LFAA.VSYS.AAVS0.INS ‐ Installation YY PP YPP P PP Y P 6 SKA.TEL.LFAA.VSYS.AAVS0.TLG ‐ Tooling Y PPYYPPYP P P P P PP Y 6 SKA.TEL.LFAA.VSYS.AAVS0.INT ‐ Integration Y PPPYPYPPPP P Y PP 6 SKA.TEL.LFAA.VSYS.AAVS0.VF ‐ Verification Y PPPYPPPPPPPY P P P 6 SKA.TEL.LFAA.VSYS.AAVS0.TAR ‐ Test Assessment & Reporting Y PPYPPPPPYP P PP 5 SKA.TEL.LFAA.VSYS.AAVS1 ‐ Verification System AAVS1 Y PPPYPP PPPY P 6 SKA.TEL.LFAA.VSYS.AAVS1.SDD ‐ System Definition & Design Y PPPYPPY PPP PY P Y Y P 6 SKA.TEL.LFAA.VSYS.AAVS1.PR ‐ Production Y PPYYPPYPP Y P P P P 6 SKA.TEL.LFAA.VSYS.AAVS1.INS ‐ Installation Y PYPYPPPP PPY P 6 SKA.TEL.LFAA.VSYS.AAVS1.TLG ‐ Tooling Y PPYYPPYP Y Y P PP 6 SKA.TEL.LFAA.VSYS.AAVS1.INT ‐ Integration Y YPPYPYPPPP 6 SKA.TEL.LFAA.VSYS.AAVS1.VF ‐ Verification Y PPPYPPPPPPPY P P PP P 6 SKA.TEL.LFAA.VSYS.AAVS1.TAR ‐ Test Assessment & Reporting Y PPPYPPPP PPY P P P 4 SKA.TEL.LFAA.LMC ‐ Local Monitoring & Control Y YPPYYP P PPYY P PY P P P Y P Y P PYPYY P 4 SKA.TEL.LFAA.LINFRA ‐ Local Infrastructure YY YPP P PPY P P 5 SKA.TEL.LFAA.LINFRA.SHH ‐ Station Hardware Housing YY YPPP P P P Y Y P P Y Y 5 SKA.TEL.LFAA.LINFRA.CL ‐ Cooling YY YPPP P P PPYP P PP Y Y Y Y 5 SKA.TEL.LFAA.LINFRA.PWR ‐ Power YY YPYY P P PPYYPY P PPP P P Y Y YY PY 5 SKA.TEL.LFAA.LINFRA.TFD ‐ Time/Freq. Distribution Y PPPPYP P Y Y P P YP NPP P 4 SKA.TEL.LFAA.AL ‐ Antenna & LNA Y PPYYPPY PP PY Y Y PP YY PY YY 5 SKA.TEL.LFAA.AL.SB ‐ Single Band Y PPYYPPY PP PYYYPP P PP PYY P P YP Y YY P 5 SKA.TEL.LFAA.AL.DB ‐ Dual Band Y PPYYPPY PP PYYYPP P PP PYY P P YP Y Y P 4 SKA.TEL.LFAA.RCV ‐ Receiver Y YPYYPYY P P YYPYP P P YY P YP 5 SKA.TEL.LFAA.RCV.DNA ‐ Receiver Near the Antenna Y YPYYPYYPP P YYYPYYPP PP PYYP PY YP P P P 5 SKA.TEL.LFAA.RCV.DCH ‐ Receiver Central Housing Y YPYYPYYPP P Y YPYP P YYP Y P P 5 SKA.TEL.LFAA.RCV.ABF ‐ Analogue Beamformer Y PPYYPP PP P YYYPY PP P P Y P 5 SKA.TEL.LFAA.RCV.AST ‐ Analogue Signal Transport Y PPYYPPYPP YPP YPYP PP P PPPY 4 SKA.TEL.LFAA.SP ‐ Signal Processing YPPYYPYP YYPP PYP PP 5 SKA.TEL.LFAA.SP.AR ‐ Algorithm Y PPYYPYP P Y Y YPPP P P P Y P P P 5 SKA.TEL.LFAA.SP.ARC ‐ Architecture Y PPYYPYPPP Y Y YYPP P PY P P Y P YP P 5 SKA.TEL.LFAA.SP.FB ‐ Filterbank Y PPYYPPPPP YPYYPPYPP PY Y Y P YPY P P 5 SKA.TEL.LFAA.SP.DBF ‐ Digital Beamformer Y PPYYPYPPP Y YPYYPPYPP YYPY Y PPY P P YPY P P 5 SKA.TEL.LFAA.SP.COR ‐ Station Correlator Y PPYYPPPPP Y YPYYPPY P YYPP N P Y P YP 5 SKA.TEL.LFAA.SP.DST ‐ Digital Signal Transport Y PPYYPPPP YY YPYP P P YYPP P P Y P Y PP P 4 SKA.TEL.LFAA.INFRA ‐ LFAA Infrastructure Requirements YY YPPYYP P PPY P P 4 SKA.TEL.LFAA.PWR ‐ LFAA Power Requirements YY YPYPYP YP PPPYPY Y Y P P P Y YY P

2012‐07‐09 Page 32 of 42 MGT‐001.005.015‐MR‐003 Revision : 2

led)

consortium Research consortium

(NRC

GmbH

led

led

consultants Ltd

consortium consortium Inc S.p.A.

Ltd

Space

Limited

Ltd Limited Technologies

& Limited Assessment led

Limited led (Pty)

UK

Europe Australia

& Systems Department Laboratory Canada

Ltd Networks

Africa

Australia Platforms Managers Corporation Department

Research consortium

Bfi

Ergonomics

Ltd

Company Ltd

Consortium

Astrofisica

of SKA.TEL.SADT

Limited

ENGINEERING Integrati Holdings

Nederland VEGA Pty

&

Australia AUSTRALIA ELECTRONICS

SatCom

Group

di

led

Associates IBM ‐

Solutions

Arup Kingdom

Ciena Radar

Services

Altera Martin Defence Integrated

South AARNet Datacom ‐ RFEL ACAL Aurecon Environmental Fluor

Space International

P3 MacDonald

Physical

Astronomy Energy Manor Project

GHD

Siemens Boeing Organisation Systems

TIFR BCF Signal and Data Transport DA

Manchester Council ‐ Micreo International

Industry Sistemi

Design Sanyati SKA Lucent HUBER+SUHNER Hatch Intelligent Technology and

RAL Engineering ‐

Siemens of United ROXTEC

–

Mott The

Roke BAE Semiconductor Dynamics Radio Reutech

GE Telespazio Norsat ARiYA

Nazionale METHODE Nokia SKA

CCD Teledyne

Lockheed NCRA Cisco Stratosat WESTRALIAN Prudent STFC National IBM SELEX for

STFC Consultancy Alcatel

Research Systems

Fujitsu Engineers

Istituto General University Tata ‐ Canadian SSI Institute National INAF Consortium Y NNNNNNNNNNY NNNNNY NNNNNYYNNNNNNNNNNNNNNNNY NNNNNNNNNNNNN 3 SKA.TEL.SADT ‐ Signal and Data Transport (SaDT) LEAD: YYYYYPP Full Coverage: YYYNNNN 4 SKA.TEL.SADT.MGT ‐ SADT Project Management YYYY YPYP P Y PYPP YP YPPY P Y Y P 4 SKA.TEL.SADT.SE‐SRR ‐ SADT SE to Requirements Review YYYY PPPY PP PY P YP Y P PP P 4 SKA.TEL.SADT.SE‐VSYS ‐ System Engineering for Verification Systems YYYY PPPY P Y P PP Y P P Y P Y 4 SKA.TEL.SADT.NWA ‐ Network Architecture YYYY YPPYPPPyYYYPYYP Y PP P P 5 SKA.TEL.SADT.NWA.TOP ‐ Topology Design YYYP YPPYPPPyYYYPYPP PP P P P 5 SKA.TEL.SADT.NWA.OTD ‐ Optical Transmission Design YYYY YPPYPPPyYYYPPPPP PPP P P Y 4 SKA.TEL.SADT.NMGR ‐ Network Manager YYYY YPPYPP YYPY PP P P Y P 4 SKA.TEL.SADT.DDBH ‐ Digital Data Back Haul YYYY YPPYPPPyYYY Y P PPYY P 5 SKA.TEL.SADT.DDBH.PKT ‐ Packetisation YYYY YPPYPP yYYY P PYY P 5 SKA.TEL.SADT.DDBH.DT ‐ Data Transmission YYYY YPPYPPPyYYY P PYP PPYY 5 SKA.TEL.SADT.DDBH.FLC ‐ Fibre Link Components YYYY YPPYPPP YY Y YYP P PPPYY Y PPY 5 SKA.TEL.SADT.DDBH.IMGR ‐ Interface Management YYYY YPPYPPP YY P Y P PPPP YY P P 5 SKA.TEL.SADT.DDBH.NWA ‐ Network Architecture YYYY YPPYPPPyYYY PYPY P P P YY 4 SKA.TEL.SADT.TM ‐ Telescope Management SaDT YYYY YPPYPP YP PY Y 5 SKA.TEL.SADT.TM.PNET ‐ Production Network YYYY YPPYPP Y Y 5 SKA.TEL.SADT.TM.ENET ‐ Engineering Network YYYY YPPYPP YP Y 5 SKA.TEL.SADT.TM.SNET ‐ Safety Critical Functions YYYY YPPYPP Y Y P P Y 5 SKA.TEL.SADT.TM.IMGR ‐ Interface Management YYYY YPPYPP Y Y P P 5 SKA.TEL.SADT.TM.NWA ‐ Network Architecture YYYY YPPYPP yYYYYP YP 4 SKA.TEL.SADT.CSP ‐ Central Processor Data Transmission YYYY YPPYP PyYYY P YP PPP 5 SKA.TEL.SADT.CSP.DT ‐ Data Transmission YYYY YPPYPPPyYYY P Y Y P 5 SKA.TEL.SADT.CSP.FI ‐ Facility Interconnect YYYY YPPYP PyYYY PYY P 4 SKA.TEL.SADT.DP ‐ Data Processor Data Transmission YYYY YPPYP PyYYY P Y P 5 SKA.TEL.SADT.SDP.DT ‐ Data Transmission YYYY YPPYP PyYYY P Y Y 5 SKA.TEL.SADT.SDP.FI ‐ Facility Interconnect YYYY YPPYP PyYYY PYY P 4 SKA.TEL.SADT.RET ‐ Reticulation YYYY Y PPYPPPyY YY P 5 SKA.TEL.SADT.RET.IMGT ‐ Interface Management YYYY PPYPPPyY P Y P 5 SKA.TEL.SADT.RET.INSR ‐ Installation Planning YYYY PPYPPPyY P Y 5 SKA.TEL.SADT.RET.OPS ‐ Operations Planning YYYY PPYPPPyY PP P P 5 SKA.TEL.SADT.RET.CABE ‐ Cable Equipment and Components YYYY PPYPPPyY Y YYP P P P 5 SKA.TEL.SADT.RET.RH ‐ Record Handling YYYY YPPPYPPPyY PP YP 4 SKA.TEL.SADT.INFRA ‐ SADT Infrastructure Requirements YYYY Y PPYPPP PY P 4 SKA.TEL.SADT.PWR ‐ SADT Power Requirements YYYY Y PPYPP PPY Y P PY Y PP P

2012‐07‐09 Page 33 of 42 MGT‐001.005.015‐MR‐003 Revision : 2

Products led)

consortium Research consortium

Institute

(NRC

UK GmbH

Astrophysics

led

led

consultants

Ltd

AB Ltd consortium

Inc

S.p.A.

Ltd Space

Inc.

Limited sky

Ltd ‐ Limited

& Science Assessment

led

Limited AUDIT

UK

All Europe Australia

Malta & Systems Department

Laboratory

Oxford Canada

Limited Ltd

Africa Africa

Platforms Managers Department

Corporation Laboratory Research consortium

Bfi

Ltd

Cambridge

Micro&Nanotech for of Company Ltd

Consortium

Manchester

of Astrofisica

of

Sciences

SKA.TEL.CSP Industry

Systems

Galileo Integrati Space consortium Holdings

Nederland

VEGA

Pty

ELECTRONICS

of

Group Instruments di

led

of Consultants IBM

‐ Industries

Solutions Arup Kingdom

Radar

NAOC

Services Altera Martin Instruments SCISYS Defence Integrated

EnSilica

South South Technology ASTRON ‐ Aurecon RFEL ACAL Environmental Space

Fluor

and International SKA MacDonald P3 Microsystems

Physical

Astronomy

Energy Manor Project

GHD

Boeing JLRAT/NAOC Organisation SELEX TIFR BCF Central Signal Processor DA Council ‐

Nexeya Sistemi Industry SKA SKA Sanyati HUBER+SUHNER Technology Intelligent Siemens and

RAL Engineering TEK

Advanced

Propulsion University Siemens

United Excellence

University –

Mott

CommAgility The National

Roke Japan Semiconductor Radio Reutech Tronicon

GE Telespazio Norsat University ARiYA

Nazionale METHODE Omnisys of SKA Observatory University for

Jet

Teledyne

NCRA Lockheed

Cambridge Prudent STFC National IBM SELEX for COMMUNICATIONS

Clearspeed STFC Consultancy Astronomy

Research Systems

Fujitsu Engineers

Centre Centre Istituto

Tata ‐ Canadian SSI Korea Institute ARC National INAF Alberta Consortium Y NNY NNY NNNNNNNNNNNNNNNNNNNNNNNNY NNNNNNNNNNNY NNNNNNNY NNNNNNNNNNNNNNNN 3 SKA.TEL.CSP ‐ Central Signal Processor (CSP) Lead: YYYYYP Full Coverage: YYNNNN 4 SKA.TEL.CSP.MGT ‐ CSP Project Management YYYY YYYP Y P PYY Y PP P Y Y 4 SKA.TEL.CSP.SE‐SRR ‐ CSP SE to Requirements Review YYYY YPP Y PYPYPPPP P P PP P 4 SKA.TEL.CSP.SE‐VSYS ‐ System Engineering for Verification Systems YYYY YPP Y PY YPP P P P P P Y 4 SKA.TEL.CSP.INFRA ‐ CSP Infrastructure Requirements YYPP YPP Y PP YP Y P 4 SKA.TEL.CSP.PWR ‐ CSP Power Requirements YYPP YPP Y YY P PPP PYPY P P Y P YYY P P 4 SKA.TEL.CSP.CBF ‐ Correlator and Central Beamformer YYPY PPPYYYYYP P P P PYP PP PP 5 SKA.TEL.CSP.CBF.MGT ‐ CBF Management YYPY PPPYYYYY PPP Y PP 5 SKA.TEL.CSP.CBF.SE ‐ CBF System Engineering YYPY PPPYYYYYPPpP P P PP P 6 SKA.TEL.CSP.CBF.SE.DSH ‐ Dish Correlator and Central Beamformer YYPY PPPYYYYYP P YYPPPP PPPPPPP P PY P 6 SKA.TEL.CSP.CBF.SE.AA ‐ Aperture Array Correlator and Central Beamformer YYPP PPPYYYYYP YP PPP PYPPPP PPPPPPPP P PY P P 4 SKA.TEL.CSP.NIP ‐ Non‐Imaging Processor (NIP) YYPP PPPY YYYP P PP Y 5 SKA.TEL.CSP.NIP.MGT ‐ NIP Management YYP PPPY YYY P P Y Y 5 SKA.TEL.CSP.NIP.SE ‐ NIP System Engineering YYPP PPPY YYYPP P P Y P 6 SKA.TEL.CSP.NIP.SE.SEARCH ‐ Pulsar Search YYPP PPPYYYYPPPPYPPY 6 SKA.TEL.CSP.NIP.SE.TIMING ‐ Pulsar Timing YYPP PPPYYYYPPPPYPPPY 4 SKA.TEL.CSP.CLK ‐ Clock and Timing Distribution YYPY PPPYYY Y Y P P P Y P P 4 SKA.TEL.CSP.LMC ‐ Local Monitoring and Control YYPY YPPPYYY P PY Y Y P Y P PP Y PYYPP 4 SKA.TEL.CSP.DRSK ‐ Central Signal Processor De‐Risking YYPY PPPYYYYY P P PPP P

2012‐07‐09 Page 34 of 42 MGT‐001.005.015‐MR‐003 Revision : 2 GmbH

Jülich

UC) Products ‐

led)

consortium Research consortium

CSIC

(NRC

Astrophysics

led

led

consultants

Ltd consortium Inc

S.p.A.

Ltd Space consortium

(IFCA, sky

Ltd ‐ Limited Technologies

& Limited Limited Assessment

led Limited

UK

led

All Australia

& Systems Department Laboratory

Canada

Ltd

Africa

Systems Platforms Managers Corporation Department

Laboratory Research Forschungszentrum consortium

Ergonomics

Ltd

Micro&Nanotech

for Company Ltd

Consortium

Astrofisica

of

Sciences

SKA.TEL.SDP Industry

Systems

Integrati consortium Holdings

Nederland VEGA Pty

&

ELECTRONICS SatCom

Group Instruments di

led

IBM

Cantabria ‐

Solutions Arup Kingdom

Systems Radar Data NAOC

Services

Martin SCISYS Defence

South (JSC), RFEL Aurecon Environmental Fluor Space

International SKA MacDonald P3

de Physical

Astronomy

Energy Manor Project

GHD

Boeing JLRAT/NAOC Organisation Cambridge TIFR BCF Science Data Processor

Council ‐ International

Nexeya Sistemi Industry

Design Sanyati SKA Intelligent Technology Siemens and

RAL Engineering

Advanced of

Propulsion

Siemens

Excellence United

–

Mott Hitachi National The

Roke Japan Física Centre Dynamics Radio Reutech

GE Telespazio Norsat

ARiYA

Nazionale METHODE of SKA Observatory for

Jet CCD

Teledyne

Lockheed NCRA

Cisco Persistent Prudent STFC National de IBM SELEX

for

STFC Consultancy

Research Systems

Engineers

Centre University Centre Istituto General

Tata ‐ Canadian SSI Instituto Institute ARC National INAF Alberta Supercomputing

Jülich Consortium Y NNY NNNY NNNNNNY NNNY NNY NNNNNY NNNNNNNNNNNNNNNNNNNNNNNNNNN 3 SKA.TEL.SDP Science Data Processor (SDP) LEAD: YYYYYP Full Coverage: YYYNNN 4 SKA.TEL.SDP.MGT ‐ SDP Project Management YYY YPY PY PY Y PPP Y PPP YY Y 4 SKA.TEL.SDP.SE‐SRR ‐ SDP SE to Requirements Review YYYP PY PPY PP P Y P PP PPP 4 SKA.TEL.SDP.SE‐VSYS ‐ System Engineering for Verification Systems YYY PY PPY P P PPY PPP 4 SKA.TEL.SDP.SSUP ‐ Science Support and Simulation YYYPPYYPPPPP PPY Y P P 4 SKA.TEL.SDP.DATA ‐ SDP Data Layer YYYP PYPPPPP P YP P P Y P 5 SKA.TEL.SDP.DATA.FLOW ‐ Data Flow YYYP PPPPPPP P YPY YP P 5 SKA.TEL.SDP.DATA.LIFE ‐ Data Life‐Cycle YYYP PYPPYPP P YP YPPP P 5 SKA.TEL.SDP.RES.DB ‐ Data Base YYYPPPYPPYPPPPYPYPP P 5 SKA.TEL.SDP.DATA.MODEL ‐ Data Modelling YYYP PYPPPPP PP YP PY P P Y 5 SKA.TEL.SDP.DATA.TM ‐ Data Interfaces to Telescope Manager (TM) YYYPPYPPYPPPY P YP P 4 SKA.TEL.SDP.PIP ‐ Processing Pipelines YYYP PPPPPP P YY YPY PP Y P 5 SKA.TEL.SDP.PIP.IM ‐ Imaging Pipelines YYYP PPPPY P Y YP 6 SKA.TEL.SDP.PIP.IM.ALG ‐ Algorithm development for imaging pipelines YYYP PPPPY P Y YP P 5 SKA.TEL.SDP.PIP.CAL ‐ Calibration Pipelines YYY PPPPY P Y YP P 6 SKA.TEL.SDP.PIP.CAL.ALG ‐ Algorithm development for calibration pipelines YYY PPPPY P Y YP P 5 SKA.TEL.SDP.PIP.AA ‐ Aperture Array Pipelines YYY PPPP P Y Y 6 SKA.TEL.SDP.PIP.AA.ALG ‐ Algorithm development for Aperture‐array pipelines YYY PPPPY P Y Y 5 SKA.TEL.SDP.PIP.TD ‐ Time Domain Observation Pipelines YYYP PPPP P YY YY P 6 SKA.TEL.SDP.PIP.TD.ALG ‐ Algorithm development for time domain observations YYYP P PP P YY YY P 5 SKA.TEL.SDP.PIP.SD ‐ Processing of Science Data YYYP PPPPYP P YY YYP 6 SKA.TEL.SDP.PIP.SD.ALG ‐ Algorithm development for processing science data YYYP PPPPYP PP YY YYP P 4 SKA.TEL.SDP.COMP ‐ Computing Platform YYYP PPPPPPY P PP PP P Y 5 SKA.TEL.SDP.COMP.PLT ‐ Compute Platforms YYYP P PPPPY P Y PY PP Y 5 SKA.TEL.SDP.COMP.STRM ‐ Data Streaming, Distributed Data and Data Buffer YYYP PPPPPPY P Y PY PP Y 5 SKA.TEL.SDP.COMP.ROUTE ‐ Routing Technologies YYYP PPPP PY P Y P P Y 4 SKA.TEL.SDP.ESCI ‐ E‐Science and Grid Computing YYYP PPPPYP P YPY P P Y 4 SKA.TEL.SDP.SOA ‐ System Operations and Administration YYY YPPP YPYPPP P 4 SKA.TEL.SDP.LMC ‐ Local Monitoring and Control YYYY YPPPPP YPPP Y P P PP PY P PP PY P Y 4 SKA.TEL.SDP.INFRA ‐ SDP Infrastructure Requirements YYY YPP PYP P Y P Y P 4 SKA.TEL.SDP.PWR ‐ SDP Power Requirements YYYP YPP PYPPP PP Y P P Y P P

2012‐07‐09 Page 35 of 42 MGT‐001.005.015‐MR‐003 Revision : 2

led)

(MPIfR)

consortium Research consortium

(NRC

led led

consultants Ltd

Ltd

Ltd consortium

Ltd Space

Inc.

Ltd Limited Technologies

& Limited Limited Assessment led

(Pty)

UK

Australia

& Systems Department Laboratory

Canada

Ltd

Station

Africa

Australia Platforms Managers

Department Corporation

consortium

Ltd Ergonomics

Company

Consortium

Astrofisica

of

SKA.TEL.MGR Sciences Industry

Systems

Radioastronomie

Nederland VEGA

Pty & ELECTRONICS

SatCom

Group Instruments di

led

Associates IBM

‐ Industries

Arup Kingdom

Solutions

Systems

Radar

Martin Services SCISYS Earth

South Datacom Aurecon Environmental Fluor Space

MacDonald P3

fuer

Physical

Astronomy Energy

Project

GHD

Boeing Organisation Systems TIFR BCF Telescope Manager

Council ‐ International

Nexeya Industry

Design SKA Hatch Intelligent Technology Siemens and

Engineering RAL

Siemens United

– Mott National The

BAE Dynamics Radio Reutech Tronicon GE Telespazio ARiYA

Nazionale METHODE SKA Observatory Institut

CCD

NCRA Lockheed Cisco Goonhilly Persistent ‐ Stratosat Prudent STFC National IBM for

STFC Consultancy

Research Systems

Engineers

Planck Istituto General ‐ Tata ‐ Canadian SSI Institute Max National INAF Consortium Y N Y NNY NNNNNNNNNNNNNNY NNNNNNNNNNNNNNNNNNY NNNNN 3. SKA.TEL.MGR ‐ Telescope Manager (TM) LEAD: YYYP Full Coverage: YYNN 4. SKA.TEL.MGR.MGT ‐ Telescope Manager Project Management YYYYPP YY P P Y Y PY P P Y Y 4 SKA.TEL.MGR.SE‐SRR ‐ Telescope Manager SE to System Requirements Review YYY PY YP P Y Y PY Y P PY P 4 SKA.TEL.MGR.INFRA ‐ TM Infrastructure Requirements YYYPP PPP PP P Y Y P P P 4 SKA.TEL.MGR.PWR ‐ TM Power Requirements YYYPPY PPP PY PPP Y P Y P 4 SKA.TEL.MGR.TELMGT ‐ Telescope Management YYY PYPYYPP PY PYP P P Y P 5 SKA.TEL.MGR.TELMGT.MON ‐ Monitoring data acquisition and handling YYP PYPYYPPYYYYPY P Y YY P PPY 5 SKA.TEL.MGR.TELMGT.CTRL ‐ Control YYP PYPYYPPPYYYYYP P P YY P PY P 5 SKA.TEL.MGR.TELMGT.DTM ‐ Data Model support YYY PYPYPPPYYYYYY P Y 5 SKA.TEL.MGR.TELMGT.UIS ‐ Operator and Engineer interfaces YYY PYPYPPPYYY PYP PP P Y P Y 5 SKA.TEL.MGR.TELMGT.LMC ‐ Local M&C Interface standardisation YYPPPYPY PPYYYYYYP PP P YY P 5 SKA.TEL.MGR.TELMGT.IFS ‐ Specific Interfaces scoping YYP PYPYYPP PYYPY Y 5 SKA.TEL.MGR.TELMGT.OPDBS ‐ Operations Support databases YYYPPYPYYPPYPY Y P Y 5 SKA.TEL.MGR.TELMGT.OPSUPP ‐ Operations Support YYYYPYPYYP YYYPYP P 5 SKA.TEL.MGR.TELMGT.ARCH ‐ Monitoring data archive YYYYPYPYYPP PYYY PP P Y 5 SKA.TEL.MGR.TELMGT.FAULT ‐ Fault detection and management YYYYPYPYYPP PYYYYP P P P 5 SKA.TEL.MGR.TELMGT.SAFE ‐ Safety and asset protection YYPPPYPYYP PY Y P YP 5 SKA.TEL.MGR.TELMGT.SEC ‐ Security YYPPPYPYYPP YP PY PYY P 5 SKA.TEL.MGR.TELMGT.REL ‐ Reliability, availability and integrity YYPPPYPYYPP PY Y P PYP P 5 SKA.TEL.MGR.TELMGT.ENGSIM ‐ Engineering device simulators YYP PYPYYPPP YYY P P YY 5 SKA.TEL.MGR.TELMGT.PLAT ‐ Platform Specification YYP PYP YPP YPPY 4 SKA.TEL.MGR.OBSMGT ‐ Observation management YYY PYPY P Y 5 SKA.TEL.MGR.OBSMGT.PROPSUB ‐ Proposal Submission YYY PYPY P Y PP Y PY 5 SKA.TEL.MGR.OBSMGT.OBSPREP ‐ Observation preparation YYP PYPY P YP PP 5 SKA.TEL.MGR.OBSMGT.SCHED ‐ Scheduling YYP PPPY P YP Y PP Y 5 SKA.TEL.MGR.OBSMGT.CFG ‐ Instrument configuration YYP PYPY P Y Y 5 SKA.TEL.MGR.OBSMGT.EXEC ‐ Observation execution YYP PYPY Y Y 5 SKA.TEL.MGR.OBSMGT.ARCH ‐ Observation management data archive YYP PYPY Y P Y 5 SKA.TEL.MGR.OBSMGT.UI ‐ User interface YYY PYPY Y P PP Y 5 SKA.TEL.MGR.OBSMGT.SIM ‐ Simulation YYY PYPYY Y Y P P P 5 SKA.TEL.MGR.OBSMGT.PLAT ‐ Platform Specification YYP PYPYY P 4 SKA.TEL.MGR.CSF ‐ Common Software Framework YYP PYPYY PP P YY YP 5 SKA.TEL.MGR.CSF.CDM ‐ Common Data Models YYY PYPYY PY PP YY P 5 SKA.TEL.MGR.CSF.PROTO ‐ Common Protocols and Runtime YYP PYPYY PY P YY 5 SKA.TEL.MGR.CSF.DEVT ‐ Common tools YYP PYPYY PY P YY 5 SKA.TELMGR.CSF.TEST ‐ Common Testing Framework YYP PYPYY P PY YY P P

2012‐07‐09 Page 36 of 42 MGT‐001.005.015‐MR‐003 Revision : 2

consortium

led)

led

consortium

(NRC

UK

Astrophysics

led

consultants

AB Ltd consortium consortium

S.p.A.

Ltd

(NTFN)

Inc. sky

Institute

‐ Ltd

Limited

Limited Assessment led Limited led

AUDIT UK

All Limited Australia

& Systems Laboratory

Ltd Networks

Africa

Managers Corporation

Research consortium

Ltd for

Consortium

Astrofisica Sciences SKA.TEL.SAT Industry

Systems

Integrati Holdings (UK)

Nederland VEGA

Pty

Network

ELECTRONICS

Group Instruments

di

led IBM

‐ Industries

Arup Solutions Kingdom

Radar

Services Martin Instruments SCISYS Defence

South Aurecon Environmental Fluor

MacDonald P3

Physical

Energy Manor Project Semiconductors

GHD

Siemens

Organisation

TIFR Synchronisation and Timing BCF Measurement Manchester ‐

International

Industry Nexeya Sistemi

Sanyati SKA Siemens

and

Engineering

Siemens of United Excellence

Mott NXP National Roke Reutech Tronicon Telespazio Quartzlock Frequency ARiYA Nazionale METHODE Omnisys of Nokia SKA Observatory

Teledyne

NCRA Lockheed Cisco Prudent National IBM SELEX COMMUNICATIONS Consultancy National

and

Systems Engineers

Centre Istituto

University Tata Time ‐ Canadian

SSI ARC INAF National Consortium Y NNNNNY NNY NNNNY NNNNY NNNNNNNY NNNNNNNNNNNNNNNN 3 SKA.TEL.SAT ‐ Synchronisation and Timing (SaT) LEAD: YYYYYP Full Coverage: YYNNNN 4 SKA.TEL.SAT.MGT ‐ SAT Project Management YYY PPYPP P Y Y Y PPPPYY Y 4 SKA.TEL.SAT.SE‐SRR ‐ SAT SE to Requirements Review YYYY PYPP P PYP PPPP P P 4 SKA.TEL.SAT.SE‐VSYS ‐ System Engineering for Verification Systems YYYY PYPP PYP PPP PY 4 SKA.TEL.SAT .UTCR ‐ Central Timing and Frequency Reference YYYY PYPP PYP Y 5 SKA.TEL.SAT.UTCR.SCI ‐ Central Timing Science Requirements YYYP PYP P Y 5 SKA.TEL.SAT.UTCR.CLKS ‐ Clock YYYY PYPYPYP Y 5 SKA.TEL.SAT.UTCR.ENSB ‐ Central clock ensemble YYYP PYPYPYY 4 SKA.TEL.SAT.STFR ‐ Station Frequency Reference YYYP PYPPPP Y 5 SKA.TEL.SAT.STFR.SCI ‐ Frequency Reference Science Requirements YYYP PYP P 5 SKA.TEL.SAT.STFR.PERF ‐ Performance Models YY Y PYPYP 5 SKA.TEL.SAT.STFR.DD ‐ Direct distribution of frequency standards YYYY PYPYPPY P Y P 5 SKA.TEL.SAT.STFR.RL ‐ Remote locking of frequency standards YYYY PYPYPPY P Y P 4 SKA.TEL.SAT.RTS ‐ Remote Timer Server YYYP PYPPPPY 4 SKA.TEL.SAT.NTW ‐ Network Architecture YYY PYPPP Y YY 4 SKA.TEL.SAT.LMC ‐ Local Monitoring and Control YYY PPYPPPP PY YP PP PY P YYP P 4 SKA.TEL.SAT.INFRA ‐ SAT Infrastructure Requirements YYP YPYPPP P P YP P 4 SKA.TEL.SAT.PWR ‐ SAT Power Requirements YYPP YPYPPP PPYP YYP Y Y P

2012‐07‐09 Page 37 of 42 MGT‐001.005.015‐MR‐003 Revision : 2

Products

led)

consortium consortium

(NRC

Engineers Astrophysics

led

led

consultants

AB consortium Inc

Ltd

Inc. sky Limited

Ltd ‐ Technologies

Limited

led CSIC Services

UK

‐

All Engineers Australia

Systems Department Laboratory Canada

Ltd

Africa Africa Solar

Systems

Services Platforms Managers Corporation

consortium

Bfi

KDN

IAA Ergonomics Ltd Micro&Nanotech for

Company

Consortium

Astrofisica

of

SKA.TEL.PWR Industry Europe

Systems Limited

Contracting Holdings

Nederland VEGA

Pty &

Systems ELECTRONICS AUSTRALIA SatCom

Group

Instruments

di

led

Brinckerhoff Associates Australia

‐ GHD Industries

Arup Solutions

&

Radar and Data

Services Martin

Instruments

South South Africa Aurecon ACAL Environmental Fluor

Technical International

MacDonald P3

Physical

Energy Project

KEPCO

GHD

Boeing Organisation Consulting TIFR ABB BCF

Power Nova

ANSYS Council Circadian ‐ International

Nexeya Industry

Design Sanyati SKA SKA Hatch Intelligent Technology Siemens and

Advanced

Siemens

Excellence ROXTEC CTAER Bigen

– Mott Parsons Hitachi The National

Dynamics Reutech Tronicon GE Telespazio Norsat ARiYA

Nazionale METHODE Omnisys of SKA for

CCD

NCRA Lockheed

Cisco Cobham Consulting Prudent

National Dihlase WorleyParsons STFC Consultancy

Research

Engineers

Centre Centre Istituto General

Tata Rapallo ‐ Canadian SSI ARC National INAF Alberta Consortium Y NNNNNNNY NNNNNNNNNY NNNNNNNNNNNY NNNNNNNNNNNNYYNNNNNNNNNN 3 SKA.TEL.PWR ‐ Power LEAD: YYYYYYYYYYYYYYYY Full Coverage: YYYYYYYYNNNNNNNN 4 SKA.TEL.PWR.MGT ‐ Project Management YYYYYYYYYYYYY YP PY YYP PP P YPP Y 4 SKA.TEL.PWR.SE‐SRR ‐ Power SE to Requirements Review YYYYYYYYYYYYYP YPP PYPY P PPPPP PP P 5 SKA.TEL.PWR.SE‐SRR.PUM ‐ Power Utilisation Management YYYYYYYYYYYYY YYP PYPPYPP PPP PP 4 SKA.TEL.PWR.SUP ‐ Power Supply to SKA YYYYYYYYYPYYYP YYY YYYYYYPPPPPPP P 5 SKA.TEL.PWR.SUP.ECO ‐ Analysis of power generation options YYYYYYYYYPYYY YYY PYYYYYYPPPPPP 5 SKA.TEL.PWR.SUP.SIT ‐ Potential Siting of Generation Systems in Relation to SKA YYYYYYYYYYYYY YYY PY PYYPP PP P P 4 SKA.TEL.PWR.EMM ‐ RFI and other low emission investigations YYYYYYYYYYPY YPYPYPY Y P P P P YP Y 5 SKA.TEL.PWR.EMM.RFI ‐ Radio Frequency Interference Requirements YYYYYYYYYYPYP YPYP PY P P P YPP Y Y 5 SKA.TEL.PWR.EMM.LEMI ‐ Low EMI Transmission YYYYYYYYYYPYP YPY PPYYPP PYP P 5 SKA.TEL.PWR.EMM.GROU ‐ Grounding / Earthing YYYYYYYYPYYYY YPYYYP YY P P P PPP P 4 SKA.TEL.PWR.GRID ‐ SKA Grid and Distribution Network YYYYYYYYYYYYYP YYP YYYYY PPPP P 5 SKA.TEL.PWR.GRID.REQ ‐ Collect supply requirements for elements YYYYYYYYYYYYY YYY YYYPY P P P 5 SKA.TEL.PWR.GRID.BDG ‐ Key building power requirements YYYYYYYYYPYYYP YYYYYYPYYP P PP P 5 SKA.TEL.PWR.GRID.SGT ‐ Smart Grid Technology YYYYYYYYYPPPYP YYP PYYPYYYPPPPYPP P 5 SKA.TEL.PWR.GRID.DEV ‐ Development of Power Budget for SKA elements YYYYYYYYYYYPY YYYPYYPYYP P PPPP 5 SKA.TEL.PWR.GRID.NETT ‐ Network Topology YYYYYYYYYPYYY YYP PYYPYPPP PPPP 4 SKA.TEL.PWR.LOC ‐ Locally Powered Remote Station Power Block YYYYYYYYYPYPY YYP PYYPYYYPPPPPP P 4 SKA.TEL.PWR.PMC ‐ Power Monitoring and Control YYYYYYYYYYYPY YYP PYYPYYYPP PPPP P PPPPPYYPPY 4 SKA.TEL.PWR.ENV ‐ Environmental / Ecological Impact of Power Provision YYYYYYYYYYPPYP YYY Y P YPYPPPP 4 SKA.TEL.PWR.ENV ‐ Power Infrastructure Requirements YYYYYYYYPYYPYP YYY YY YPYYYPP P P

2012‐07‐09 Page 38 of 42 MGT‐001.005.015‐MR‐003 Revision : 2

led)

Group

consortium consortium

(NRC

UK

led led

Denel consultants Ltd

AB consortium

S.p.A.

of

Inc. Limited

Ltd Technologies

Limited led Services (Pty)

AUDIT

Australia

ENGINEERING Limited Systems Laboratory

Canada Inc

Ltd

Africa Africa Solar

Systems Services Platforms Managers Corporation

Bfi

Ltd Ergonomics Company

Consortium

Astrofisica

SKA.TEL.INFRA of Europe

Division Australia Integrati

Holdings

Nederland

Pty

&

ELECTRONICS AUSTRALIA SatCom

Group Instruments a di

Brinckerhoff Associates

‐ Industries

Arup Solutions

Radar Data CSIRO

Services Martin Instruments SCISYS

South South Datacom Africa ACAL Aurecon (Africa) Environmental Fluor

Technical

P3 MacDonald

Physical

Energy Project

GHD Materia,

Boeing Organisation BCF Site and Infrastructure Council Circadian International PRECISION

Industry Sistemi Design

Sanyati SKA SKA Hatch AECOM Intelligent

and

Siemens ROXTEC Bigen Parsons Mott Hitachi The National Aveng Dynamics Reutech Tronicon GE ARiYA

METHODE Omnisys Nazionale SKA

CCD

Lockheed Cisco Cobham Stratosat Prudent National SELEX COMMUNICATIONS WorleyParsons Consultancy

Research Aerostructures MARAND

Engineers

General Istituto Tata ‐ Canadian SSI Denel National INAF Consortium NNNNNNNNNNNNNY NNNNY NNYNNNNY NNNNNNNNNNNNNNNNNNNNNN 3 SKA.TEL.INFRA ‐ Site and Infrastructure LEAD: YYYYYYYYYYYYP Full Coverage: YYYYYNNNNNNNN 4 SKA.TEL.INFRA.MGT ‐ Project Management YYYYYYYYYY PP PPYPPPYP P Y 5 SKA.TEL.INFRA.MGT.GOV ‐ Interaction with government YYYYYYYYP PY PP PP 5 SKA.TEL.INFRA.MGT.RQZ ‐ Radio Quiet Zone Matters YYYYYYY P PP PP 5 SKA.TEL.INFRA.MGT.MAN ‐ Site Management YYYYYYYYYY PP PYPYPPP P P P 4 SKA.TEL.INFRA.SE‐SRR ‐ System Engineering to System Requirements Review YYYPYYYYYY PY P PYPPP PP P 4 SKA.TEL.INFRA.ENV ‐ Site Environment Engineering YYYYYYYYYY PP PYYY PP P P 5 SKA.TEL.INFRA.ENV.CLI ‐ Climate, Weather, Environmental Hazards YYYYYYYYP PP PYY P P 5 SKA.TEL.INFRA.ENV.GEO ‐ Geophysical data YYYYYYYYYY PP PYY P 5 SKA.TEL.INFRA.ENV.RFI ‐ Radio Frequency Interference YYYYYYY P PP P PPPP PY 4 SKA.TEL.INFRA.GND ‐Grounding and Lightning Protection YYYYYYYYY PYPYPY PP P YP P P 4 SKA.TEL.INFRA.BCOD ‐ Building Codes YYYYYYYYYY PY PYP P 4 SKA.TEL.INFRA.BLDS ‐ Buildings YYYYYYYYYY PY PYYYP PP P 4 SKA.TEL.INFRA.ROAD ‐ Roads YYYYYYYYYY PY PYYYP 4 SKA.TEL.INFRA.AIR ‐ Airstrip YYYYYYYYYY PY PYYYP P P 4 SKA.TEL.INFRA.WAS ‐ Water and Sanitation YYYYYYYYYY PY PYYYP P Y 4 SKA.TEL.INFRA.FND ‐ Dish Foundation and other related infrastructure YYYYYYYYYY PYPYYYP P P 4 SKA.TEL.INFRA.LFAAS ‐ Low Frequency AA Site YYYYYYYYY PP PP 4 SKA.TEL.INFRA.MFAAS ‐ Mid Frequency AA Site YYYYYYYYY PP PP P 4 SKA.TEL.INFRA.RRET ‐ Routing and Reticulation YYYYYYYYYY PP PYPY Y P P 4 SKA.TEL.INFRA.CON ‐ Construction Provisions YYYYYYYYYY PY PY Y P PP 4 SKA.TEL.INFRA.SINS ‐ Site Instrumentation YYYYYPYY PY PPPP Y PY 5 SKA.TEL.INFRA.SINS.MET ‐ Site Meteo Stations YYYYYP Y PY PPPY Y 5 SKA.TEL.INFRA.SINS.STI ‐ Site Troposphere Interferometer Facility YYYYYPYY PY PP 5 SKA.TEL.INFRA.SINS.RFI ‐ Site RFI Monitoring YYYYYPYY PP PPPYPP PP 4 SKA.TEL.INFRA.VER On‐site Verification facilities YYYYYYY PY PP 4 SKA.TEL.INFRA.SEC ‐ Security YYYYY YYY PYPY Y P 4 SKA.TEL.INFRA.OES ‐ Operations Equipment and Support YYYYYYYYP PY PY P Y P 5 SKA.TEL.INFRA.OES.LOG ‐ Operations Logistics YYYYYYYYP PYPY PP Y P 5 SKA.TEL.INFRA.OES.EQPT ‐ Operations Equipment YYYYYYYYP PY PY PP Y P 4 SKA.TEL.INFRA.SAF ‐ Safety YYYYYYYYY P PYPY 4 SKA.TEL.INFRA.PWR ‐ Site and Infrastructure Power Requirements YYYYYYYYYY PY PY YP PY P YY Y P P

2012‐07‐09 Page 39 of 42 MGT‐001.005.015‐MR‐003 Revision : 2

Engineering UC)

Products ‐ led)

consortium (UC3M)

CSIC

[RFMOD]

(NRC

UK

led

consultants Technique

Ltd

AB consortium UK Inc

S.p.A.

Ltd

France

Limited

(IFCA,

Ltd.

Ltd

Limited Technologies

Limited

MADRID

Assessment led Limited Limited Services

AUDIT UK

Malta ENGINEERING & Systems Department Laboratory

Ltd

DE Communications

Managers

Department Research

Bfi

Ltd Micro&Nanotech Cambridge of Ltd

Consortium

Astrofisica

consortium SKA.AI.MFAA III

Limited

of

Systems ENGINEERING Galileo Integrati

Systems Aerospace Holdings

VEGA

Pty

of SatCom

Group Design di

IBM Cantabria Consultants

‐

Arup Solutions Kingdom

Radar Services

of

led Instruments Defence Integrated

Electronics

‐ ACAL RFEL

Environmental Fluor Technologies Space Technical International MacDonald P3

de

Broadband Physical

Dept Manor Project Semiconductors

GHD

FormaShape Array Organisation SELEX BCF Mid Frequency Aperture Array DA Micreo Limited/Callisto PRECISION Industry Nexeya Sistemi

CARLOS

Sanyati Technology

and

RAL Engineering

Advanced

Optical

University

United

–

Mott NXP

Roke Física & Daniels Dynamics

Reutech Telespazio Norsat ASTRON University Institute ARiYA

Agilent

Nazionale Omnisys SKA

for

Teledyne

Cambridge Cobham Filtronic WESTRALIAN STFC de National IBM SELEX

COMMUNICATIONS Callisto STFC Consultancy Adaptive Cantabria.

Systems MARAND Engineers de

Module

Centre General Istituto

Tata National ‐ Canadian SSI UNIVERSIDAD RF Instituto INAF Alberta Universidad Consortium Y N Y NNNY NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNY NNNNNNNNNNNNN 3 SKA.AI.MFAA ‐ Mid Frequency Aperture Array (MFAA) LEAD: YY Full Coverage: Y N 4 SKA.AI.MFAA.MGT ‐ Management Y PPYPYPP P Y P Y P Y YY 4 SKA.AI.MFAA.SE ‐ System Engineering Y PPPPYPPPPY P PP P P 4 SKA.AI.MFAA.R&D ‐ MFAA Research & Development Y PPPYY PPYP P P P Y Y 4 SKA.AI.MFAA.PA ‐ Pathfinder Analysis Y PPPYY P Y P 4 SKA.AI.MFAA.SE‐VSYS ‐ System Engineering for Verification Systems Y PPPPYYPPPYPP PP P P 4 SKA.AI.MFAA.TRA ‐ Technology Readiness Assessment Y PPPYYYPP Y P 4 SKA.AI.MFAA.VSYS ‐ Verification Systems Y PPPP Y PP P P P P P 5 SKA.AI.MFAA.VSYS.MGT ‐ Management Y PPP PPP P Y P P 5 SKA.AI.MFAA.VSYS.SE ‐ System Engineering Y PPPYPPPPPYYP PP PP P 5 SKA.AI.MFAA.VSYS.SDD ‐ System Definition & Design Y PPPYPY PP YP PP P P 5 SKA.AI.MFAA.VSYS.PR ‐ Production Y PPPYPYPPPYYP P PP 5 SKA.AI.MFAA.VSYS.INS ‐ Installation YPPPPPPYP P P 5 SKA.AI.MFAA.VSYS.TLG ‐ Tooling Y PPPP YP Y P P P P 5 SKA.AI.MFAA.VSYS.INT ‐ Integration Y PPP PPPPY P P 5 SKA.AI.MFAA.VSYS.VF ‐ Verification Y PPPPPPP P P P 5 SKA.AI.MFAA.VSYS.TAR ‐ Test Assessment & Reporting Y PPPPPPP P P P 4 SKA.AI.MFAA.CAL ‐ Calibration YPPYYP P PP PP P 4 SKA.AI.MFAA.AL ‐ Antenna & LNA Y PPPYYYPPPYY PP PY P PYYP P Y yYP P P 5 SKA.AI.MFAA.AL.ORA ‐ ORA element Y PP YYYPPP Y PP PP PPPYYPPP Y yYP P 5 SKA.AI.MFAA.AL.VIV ‐ Vivaldi element Y PP YYYPPPYY PP PP PPPYYPPP Y P P P 4 SKA.AI.MFAA.RCV ‐ Beamformer Y PPPYYPPPPYY P PPP PYY Y yY PP YYPP 4 SKA.AI.MFAA.RCV ‐ Receiver Y YPPPYYPPYYY PP PP P PYYP Y PPP YYP

2012‐07‐09 Page 40 of 42 MGT‐001.005.015‐MR‐003 Revision : 2

Engineering UC)

Products ‐ led)

consortium consortium

CSIC

[RFMOD]

(NRC

led led

consultants Technique

consortium Inc S.p.A.

Ltd France Limited

(IFCA,

Ltd Technologies

Assessment led Limited Limited Services UK

ENGINEERING & Systems Department Laboratory Canada

Ltd

Communications

Managers

Department Research

Ltd Micro&Nanotech Cambridge Consortium

Astrofisica SKA.AI.PAF of

Limited

of

Systems Galileo Integrati consortium Systems Holdings Aerospace

consortium

VEGA

Pty

SatCom

of

Group Design di

Cantabria

‐

Arup Solutions

Radar NAOC

Services of Defence

led Environmental Fluor Space Technical International SKA

P3 MacDonald

de

Physical

Dept Manor Project

GHD

JLRAT/NAOC Array Organisation SELEX BCF

Phased Array Feed Council Micreo Limited/Callisto PRECISION

Industry Nexeya Sistemi

Sanyati

Technology

and

Engineering RAL

Advanced Optical

– Mott CSIRO

Roke Japan Física & Dynamics Reutech

Telespazio Norsat Institute University

ARiYA

Nazionale SKA

for

Teledyne

Cobham STFC de National SELEX

Callisto STFC Consultancy Adaptive Cantabria.

Research Systems

MARAND Engineers de

Module

Istituto Centre General

Tata National ‐ Canadian SSI RF Instituto National INAF Alberta Universidad Consortium YYYYNNNNNNNNNNNNNNNNNY NNNNY NNNNNNNNNNNNNN 3 SKA.AI.PAF ‐ Phased Array Feed (PAF) LEAD: YYYYY Full Coverage: YYYNN 4 SKA.AI.PAF.MGT ‐ Management YYY YYYPP P P PYP P Y P Y Y Y 4 SKA.AI.PAF.SE ‐ System Engineering YYYY PYYPPPPYP PPP P P 4 SKA.AI.PAF.R&D ‐ Phased Array Feeds Research & Development YYYP PYYPPPPPPP Y P P P Y Y YPYP 4 SKA.AI.PAF.PA ‐ Pathfinder Analysis YYYPYPPPPP 4 SKA.AI.PAF.SE‐VSYS ‐ System Engineering for Verification Systems YYYP PYYPPPPYPPPP P P 4.SKA.AI.PAF.TRA ‐ Technology Readiness Assessment YYYP PYYPPP PPP P P 4 SKA.AI.PAF.VSYS ‐ Verification Systems YYY PYPPPP/YPY PPP P P 5 SKA.AI.PAF.VSYS.MGT ‐ Management YYY PY PPPP P PYP P Y 5 SKA.AI.PAF.VSYS.SE ‐ System Engineering YYY PYYPPPPYP PP P P P 5 SKA.AI.PAF.VSYS.D&D ‐ Design and Development YYYP PYYPPPPY P PP Y P PP

2012‐07‐09 Page 41 of 42 MGT‐001.005.015‐MR‐003 Revision : 2 Engineering UC)

Products ‐ led)

consortium consortium

CSIC

(NRC

led led

AB consortium

Inc S.p.A.

Ltd France

(IFCA,

Ltd Technologies Corp.

led Limited Services UK

consortium

Systems Department Laboratory Canada Inc

Communications

Eng Managers

Department Factory

Ltd Micro&Nanotech Cambridge

led Consortium

Astrofisica

SKA.AI.WBSPF of

of

Galileo Integrati consortium Holdings

consortium

VEGA

SatCom of

Group Antennas di

Cantabria ‐

Solutions Arup

Radar NAOC

Services Instruments Defence

CETC54

led Fluor Space Noise Technical International P3 MacDonald SKA

de

Physical Africa

Dept Engineering Project

Caltech

Materia,

JLRAT/NAOC Organisation SELEX Wide Band Single Pixel Feed BCF Council Limited/Callisto EMSS

Industry Sistemi

Sanyati Technology

RAL

Low Advanced

– Mott CSIRO

Japan Física Dynamics South Reutech

Telespazio Norsat University ARiYA

Nazionale

Omnisys Minex SKA for

Teledyne

Cobham STFC de National SELEX

Callisto STFC Consultancy SKA Cantabria.

Research

de

Centre Istituto General

Tata ‐ Canadian Instituto National INAF Alberta Universidad Consortium YYNNY NNNNNNNNY NNNNNNNYYYNNNNNNNNNNNNNNN 3 SKA.AI.WBSPF ‐ Wide Band Single Pixel Feed (WBSPF) LEAD: YYYY Full Coverage: Y NNN 4 SKA.AI.WBSPF.MGT ‐ Management YP YYP PYPP P Y PY Y Y 4 SKA.AI.WBSPF.SE ‐ System Engineering YP YPPPPYYPPPPPPP P 4 SKA.AI.WBSPF.R&D ‐ Wideband Single Pixel Feeds Research & Development YP YPYPPYYPPP P PPPPPP Y PYYPP YY YP 4 SKA.AI.WBSPF.PA ‐ Pathfinder Analysis YP YPPPPPY P P 4 SKA.AI.WBSPF.SE‐VSYS ‐ System Engineering for Verification Systems YP PPPPPYYPP PPPPP P 4.SKA.AI.WBSPF.TRA ‐ Technology Readiness Assessment YP PPPPP P P P P

2012‐07‐09 Page 42 of 42