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How To

ITER Catalog of I&C products - Fast ControllersThis is the ITER I & C guideline catalog for components to be used to build Fast Controllers. It is part of the Plant System Design Handbook (27LH2V) documentation set. To better understand the presented components and their usage you are invited to start your lecture from the Guideline document for Fast Controllers(333K4C). Finally, you would use references in this catalog to get in-depth technical information (ex. datasheets) and ordering reference information.

Approval Process Name Action AffiliationAuthor Makijarvi P. 26 Jan 2018:signed IO/DG/COO/SCOD/CSD/CDCCo-AuthorsReviewers Park M.

Stepanov D. 07 Feb 2018:recommended02 Feb 2018:recommended

IO/DG/COO/SCOD/CSD/CDCIO/DG/COO/SCOD/CSD/CDC

Approver Wallander A. 08 Feb 2018:approved IO/DG/COO/SCOD/CSDDocument Security: Internal Use

RO: Makijarvi PetriRead Access LG: PCDH Fast Controllers, LG: CODAC team, AD: ITER, AD: External Collaborators, AD: IO_Director-

General, AD: EMAB, AD: Auditors, AD: ITER Management Assessor, project administrator, RO, AD: OBS - Control System Division (CSD) - EXT, AD: OBS - CODAC Section (CDC) - EXT, AD: OBS - CODAC Section (CDC)...

IDM UID

345X28VERSION CREATED ON / VERSION / STATUS

26 Jan 2018 / 2.6 / Approved

EXTERNAL REFERENCE / VERSION

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Change Log

ITER Catalog of I&C products - Fast Controllers (345X28)

Version Latest Status Issue Date Description of Change

v1.0 In Work 07 Dec 2009

v1.1 Signed 14 Dec 2009 Hyperlinks to datasheets.v1.2 Approved 01 Feb 2010 Version after PCDH 5.1 review, title changed to "ITER Catalogue", links

updated.v1.3 Approved 05 Jan 2011 Components with no CODAC/EPICS/Linux proven support were removed.

All items in this version are fully compatible with CODAC Core System V2.v2.0 Signed 07 Feb 2013 PCDH v7 version.v2.1 Approved 11 Feb 2013 Page 1: Corrected - PCDH is not a live document, while its Satellite

documents areTable 7: Suggested to contact the author to get the download links to the ALPHA and BETA level software support (and documentation)

v2.2 Approved 27 Jun 2013 In section 8.2I&C Grade CompactRIO I/O Modulesadded the suggested DO products, omitted in the previous version:

9476 / 9477 Sourcing (500µs / 6-36V / 250 mA) andSinking (8 µs / 5-60V / 625 mA) Digital Output32 channels

v2.3 Approved 20 Dec 2013 5.1 - ID01549-B-001/ITER - PICMG 1.3 DAQ - NVIDIA Quatro 400-series (4x0), not only 400, according the availaibility.

6.1 - PXE-PCIe8372 - one PCIe host - dual PXIe adapter, suppressed by NI

7 - HPN - Network interface boards - emphasized the IO responsibility to deliver those with the I&C Integration Kit, while the S310E-CR, albeit obsolescence announced, is still available for the IO until 2017.

7.1.3 DAQ MTCA.4 replaced the timing board picture with the actual, large form factor model, for information.

v2.4 Approved 18 Jun 2014 Removed- PXIe-PCIe8372 - discontinued, use 2x PCIe8371- PXI-6682 - discontinued, use PXI-6683H- PCI-1588 - discontinued, use FC from catalog or a CPU w/ i350 chipset

New- ADC 12500_PXI - 2 ch. 12bit 500MS/s for Physics Applications

v2.5 Approved 11 Feb 2016 Replaced: CR320E-C with T420-CR (10GbE) 039-362 with 11850-026 (MTCA.4 chassis)Removed: CR310E-C (ended product, use T420-CR) ADQ412-3G-* (2 GHz ADC, replacement on-hold)Enhancements: CCS-level SW support for cRIO/FlexRIO I/O PICMG1.3 CPU minor revision number (eg. bigger disks)

v2.6 Approved 26 Jan 2018 Reference document versions updatedITER part numbers for NI items for Big PhysicsDAQ-grade PC4U ID01550 (PICMG1.3) replaced by ID01812 (HDEC)MPCIE-16-FS MTCA.4 to PCIe switch new referencePXIe 6363 as alternative I&C-grade general I/O (6259 still available w/ ITER part number)NI9775 new digitizer cRIO

PDF generated on 08 Feb 2018DISCLAIMER : UNCONTROLLED WHEN PRINTED – PLEASE CHECK THE STATUS OF THE DOCUMENT IN IDM

ITER-ADQ14-07/03 new GS digitizer PXIe and MTCA.4 (replaces ADQ412)MFMC-CL Camerlink framegrabber for MTCA.4 (replaces TAMC-200)- for details, follow the links for detailed, new datasheets and manuals)

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COPYRIGHT

This document is intended for the internal use within the ITER Organization and the information contained therein is for guideline purposes only. No part of the document may be reproduced in any form or incorporated into any other information retrieval system. All referred products, company names, brand names, trademarks and logos are the property of their respective owners.

DEPENDENCIES

The Fast Controllers catalog and datasheet documents it is referring to are supporting documents of CODAC Plant Control Design Handbook (PCDH, ITER_D_27LH2V) and they cannot be used, implemented or referred alone, without the corresponding PCDH document. Like with all PCDH satellite documents, new versions of this catalog are published regularly. Please make sure to always retrieve the latest version of this and all other related PCDH satellite documents from the ITER document management system (IDM).

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Contents

1 INTRODUCTION................................................................................................................................... 3

1.1 PCDH context .................................................................................................................................. 3

1.2 Objectives ........................................................................................................................................ 3

1.3 Scope of the Document ................................................................................................................. 4

1.4 Reference documents .................................................................................................................... 4

2 RECOMMEND CONFIGURATIONS .................................................................................................... 5

2.1 General Purpose Fast Controller .................................................................................................. 5

3 PERFORMANCE GRADES ................................................................................................................. 6

4 SUPPORT CATEGORY LEGEND ....................................................................................................... 7

5 CPU/NETWORK CHASSIS .................................................................................................................. 9

5.1 I&C Grade PICMG 1.3 PC 4U Computer........................................................................................ 9

5.2 DAQ Grade HDEC PC 4U Computer ............................................................................................. 9

6 I/O CHASSIS ...................................................................................................................................... 10

6.1 I&C Grade PXI Express I/O Chassis Solutions .......................................................................... 10

6.2 I&C CompactRIO I/O Chassis Solutions..................................................................................... 10

6.3 DAQ Grade PXI Express I/O Chassis Solutions ........................................................................ 11

6.4 DAQ MTCA.4 I/O Chassis Solutions ........................................................................................... 11

6.6 DAQ ATCA w/ Extensions for Physics I/O Chassis Solutions ................................................. 12

7 HPN NETWORKS INTERFACE BOARDS ........................................................................................ 13

7.1 Timing, synchronization and triggering solutions .................................................................... 13

7.1.1 I&C PCI, PXI and PXI Express Timing, Synchronization and Triggering ................................ 13 7.1.2 DAQ PXI Express Timing, Synchronization and Triggering ..................................................... 13 7.1.3 DAQ MTCA.4 Timing, Synchronization and Triggering ........................................................... 14 7.1.4 DAQ ATCA w/ Extensions for Physics Timing, Synchronization and Triggering ..................... 14

7.3 Data Archiving and Synchronous Databus Connectivity ......................................................... 15

7.3.1 DAQ PCI Express DAN and SDN Connectivity Solutions ....................................................... 15

8 I/O CARDS AND COMPLETE SOLUTIONS ..................................................................................... 16

8.1 I&C Grade PXI I/O Boards w/ Assembly and Cabling Kits ....................................................... 16

8.2 I&C Grade PXIe I/O Boards w/ Assembly and Cabling Kits ..................................................... 16

8.3 I&C Grade CompactRIO I/O Modules .......................................................................................... 17

8.4 DAQ Grade PXI Express I/O Boards and Bundles .................................................................... 18

8.5 DAQ Grade MTCA.4 I/O Boards and Bundles ............................................................................ 18

8.6 DAQ ATCA w/ Physics Extensions I/O Boards and Bundles ................................................... 19

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1 INTRODUCTION

ITER Catalog of I&C Products for Fast Controllers gives a list of COTS products recommended by the ITER Organization for Fast I/O systems. ITER Catalog of I&C Products for Fast Controllers is a living document, which is released at regular intervals throughout the lifetime of ITER. Versions of standards and products are subject to updates and extensions as the ITER project progresses.

1.1 PCDH context

The Plant Control Design Handbook (PCDH) [RD1] defines methodology, standards, specifications and interfaces applicable to ITER Plant Systems Instrumentation & Control (I&C) system life cycle. I&C standards are essential for ITER in order to:

• Integrate all plant systems into one, integrated control system. • Maintain all plant systems after the delivery acceptance. • Contain cost by economy of scale.

PCDH comprises a core document which presents the plant system I&C life cycle and recaps the main rules to be applied to the plant system I&Cs for conventional controls, interlocks and safety controls. Some I&C topics will be explained in greater detail in dedicated documents associated with PCDH as presented in the picture below. This document is one of them.

1.2 Objectives

This catalog has been created and is constantly maintained to help the Plant System manufacturers and system integrators in their work. The primary objective is to promote the usage of identical equipment in all Plant Systems so that the integration and interoperability with the ITER Instrumentation and Control system would be seamless. The secondary objective is to coordinate site-wide maintenance of the equipment. The third objective is to provide tools for the obsolescence management.

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The objectives will be met by a careful selection of industrial COTS products which will comply with existing standards, defined by the Plant Control Design Handbook (PCDH, [RD1]).

The plant system integration requirement is met by providing software support within CODAC Core System for all items in this catalog. The level of available software support may vary. When applicable, instructions will be provided for cabling, signal interfacing and installation instructions for the ITER standard cubicles.

1.3 Scope of the Document

Plant Control Design Handbook (PCDH, [RD1]) defines Slow I/O systems and Fast I/O systems. Slow I/O systems will be realized mainly using PLC devices which are out of the scope of this document. In exceptional cases of mixed I/O requirements within a single system both Slow I/O and Fast I/O can be done using a Fast Controller.

The document addresses therefore mainly the needs for Fast I/O systems, created using COTS system items, named Fast Controllers in the Plant Control Design Handbook, explained in detail in a specific Fast Controller guideline satellite document [RD2].

The network interconnects are out of scope of this document, the starting point of the Plant Operation Network interconnect is discussed in Integration Kit for PS I&C satellite document [RD4]. The High Performance Network interconnect items in this document is given only as a design reference while their procurement is under the responsibility of the ITER Organization.

1.4 Reference documents

[RD1] Plant Control Design Handbook (27LH2V v7.0)

[RD2] Guideline for Fast Controllers, I/O Bus Systems and Communication Methods between Interconnected Systems (333K4C v2.0)

[RD3] I&C cubicle internal configuration (4H5DW6 v4.1)

[RD4] Integration Kit for PS I&C (C8X9AE v1.2)

[RD5] ITER Part Numbers for NI items for Big Physics (SVPPTA v1.0)

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2 RECOMMEND CONFIGURATIONS

This chapter gives examples of system configurations that ITER CODAC Team recommends for Fast Controllers.

2.1 General Purpose Fast Controller

The picture below illustrates an example of a general purpose Fast Controller configuration which can be made using items in this catalog. The basic configuration and other more advanced configurations are suggested in Guideline for Fast Controllers, I/O Bus Systems and Communication Methods between Interconnected Systems [RD2], which explains more in detail the recommended usage of the items in this

catalog.

The picture below illustrates an example configuration installed into an ITER standard cubicle. To find building instructions, please refer to I&C cubicle internal configuration guideline document [RD3].

I/O from catalog:

- PXI

- CompactPCI

- PXI Express

I/O Chassis:

- PXIe-1065

CPU/Network chassis:

- 4U PICMG 1.3

1 Gb/s Ethernet PON

Optional SDN/DAN 10 Gb/s Ethernet

Bus Extension

PCI-Express x1

Figure 1 – A General Purpose Fast Controller

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3 PERFORMANCE GRADES

Plant Control Design Handbook (PCDH, [RD1]) defines Slow I/O systems being able to deal with control loops which are slower or equal of 100 Hz. From that follows that Fast I/O systems shall be able to deal with the entire frequency range above the 100 Hz but also the slow I/O range, since sometimes it does not make sense to install a slow controller PLC just for a single digital line for motor control, for example.

Therefore the “Fast I/O” as performance category definition is quite wide. This chapter introduces two Fast Controller Performance Grade categories, the I&C performance grade and the Data Acquisition (DAQ) performance grade. These grades are used throughout the document to better organize the catalog items.

Figure 2 below illustrates the Fast Controller Performance Grades, the “I&C” and “DAQ” performance grades, how they map to the different application ranges, what interconnect and form factors are available for each application range and what is the product range coverage in this catalog.

The Guideline for Fast Controllers [RD2] gives in-depth explanation about different I/O bus systems, network interconnects and various form factors. It is highly recommended to start with that document while this catalog shall be used as reference only and not as a learning tool or design guide.

Slow Controller

(PLC) I&C

application

range

Perf. Grade I & C DAQ DAQ

Interconnect Technology

PCIe – PXIe I/O

PCIe – cRIO I/O

PCIe - MTCA.4/µRTM

PCIe – PXIe I/O

ATCA w/ Extns. for Physics

Control loop frequency, Processing power Network capacity, Real-time constraints, Complexity, Price, Availability

Fast Control

I&C and

Interlock

(ex. ICH)

Diagnostics

Data Acquisition

(ex. Magnetics)

Diagnostics an CODAC System tasks

(ex. Plasma Control System)

(product range coverage)

Figure 2 - Fast Controller Performance Grades, Application Ranges and Form Factors

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4 SUPPORT CATEGORY LEGEND

During the selection process of the items in this catalog the ITER Organization has paid attention to the overall solution provided by each suggested I/O chassis and board. In many cases, a selection process and special manufacturing has taken place to provide a complete solution by using a single ITER part number. By using the ITER part number you would usually get a bundled product, with ITER Organization selected and accepted cabling and mounting solutions, allowing you to take full advantage of the I&C Cubicle Internal Configuration Guide [RD3], simplifying greatly the design and assembly process.

In addition, the ITER part number provides you useful information in several other support categories, such as signal interfacing, cabling solutions, thermal analysis, reliability, magnetic and radiation field resistance and last but not least in the available software support.

ITER part numbers are one of the key factors in the obsolescence management during the lifetime of the ITER project. The ITER Organization is maintaining a Component Lifecycle Management database for the electronic components in ITER I&C. The identification of the critical components can be done reliably only with the help of unique part numbers which will be maintained throughout the project lifetime. The ITER Organization and the manufacturers have been working together to make the ITER part numbers available from the beginning of the component’s life, i.e. the purchasing process. Please use those numbers whenever possible. National Instruments items part numbers for ITER are all summarized in one document, [RD5].

In below tables you will find the legend which is used in the Fast Controller product tables, defining the support category availability.

SIG.IF Explanation

PCDH A signal interface solution is available and explained in details in [RD3] and in datasheets

PLAN A signal interface solution is required and the solution is under planning by the IO

N/R There is no need for a signal interface solution

3RD A signal interface solution is required and there is an adequate 3rd

party solution

N/A A signal interface solution is required but there is no known solution available

Table 1 - SIG.IF - Signal Interface Support Categories

CABLE Explanation

PCDH A cabling solution is available and explained in details in [RD3] and in datasheets

PLAN A cabling solution is under planning by the IO, in collaboration with the manufacturer or 3rd

party

N/A A cabling solution is required but the IO will not plan it

N/R There is no need for a cabling solution

Table 2 - CABLE – Cabling Solution Support Categories

THERM Explanation

PCDH A thermal analysis and instructions related to the unit’s cooling are available and explained in details in [RD3] and in datasheets

PLAN A thermal analysis is under planning by the IO, in collaboration with the manufacturer or 3rd

party

N/A A thermal analysis is required but the IO is not planning to accomplish it

N/R There is no need for a thermal analysis

Table 3 - THERM – Thermal Analysis Categories

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RELBTY Explanation

PCDH Reliability statistics from the manufacturer are available and they are collected in datasheets so that they can be used to calculate the overall system reliability according the ITER requirements

PLAN The IO is in process to acquire and format the reliability statistics for the item.

N/A The IO does not plan to provide the reliability statistics for the item.

N/R The reliability statistics are not relevant for this item.

Table 4 - RELBTY – Reliability Statistics Categories

MAGFLD Explanation

PCDH Analysis of the module’s resistance in variable magnetic fields is available and explained in detailed datasheets

PLAN The experiment or purchase of the magnetic field resistance information is under planning by the IO

N/A The magnetic field information might have some importance but currently the IO has no plans to make the tests with this item

N/R There is no need for the magnetic field information

Table 5 - MAGFLD – Magnetic Field Analysis Availability Categories

RADFLD Explanation

PCDH Analysis of the module’s resistance under predicted radiation levels is available and explained in detailed datasheets

PLAN The experiment or purchase of the predicted radiation level resistance analysis is under planning by the IO

N/A The radiation level resistance information could be considered useful but the IO has no plans for the time being to obtain it

N/R There is no need for the radiation level resistance information

Table 6 - RADFLD – Radiation Resistance Analysis Availability Categories

SOFTWARE Explanation

CCS The device is fully supported in CODAC Core System software (SDD, EPICS device support, Health Management, Linux device driver support w/ a specified FPGA binary, when applicable). User’s Guide is available in CCS documentation set. CODAC support (ex. codac-support@iter.org) available only at this level.

BETA All of the same elements as with CCS level category are available at beta quality level, for a manual installation, installing also the documentation in the local file system from an ITER repository (i.e. RPMs in SVN or codac-dist). At this level, no CODAC support is available by default but it can be arranged case by case, please contact the author of this document directly to get the links to the software and documentation.

ALPHA Some software support exists but not at CODAC Core System quality level, only at alpha quality level. For example, only the Linux support may be available but no EPICS support. Also, the documentation does not have to be completely available. The availability of the software on the ITER repository server is not mandatory but a working, CCS-compatible packaging (mvn, rpm) for RHEL 6.x is mandatory even in this category. No CODAC support is available by default but it can be decided, case by case to leverage the software to the beta level. To start with a ALPHA level software, please contact the author of this document directly to get the links to the software and documentation.

N/R There is no need for software support.

Table 7 - SOFTWARE – Software Support Categories

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5 CPU/NETWORK CHASSIS

This chapter lists recommended PCI Express CPU/Network chassis configurations.

5.1 I&C Grade PICMG 1.3 PC 4U Computer

Manufacturer’s Reference Short Form Description ITER Reference and Datasheets

ID01549-A-004/ITER PICMG 1.3 (PCIe 3.0), 2 x Xeon = 8 cores, 8 GB DRAM, 2xSSD(RAID-1) 64GB

BKLT5Z

ID01549-B-004/ITER Same as above but with 16 GB + NVIDIA Quatro K420 GPU + Drive bay (w/o extra disks)

Support SOFTWARE SIG.IF CABLE THERM RELBTY MAGFLD RADFLD

Availability CCS N/R N/R PLAN PCDH PLAN N/R

5.2 DAQ Grade HDEC PC 4U Computer

Manufacturer’s Reference Description ITER Reference and Datasheets

ID01812-A-001/ITER HDEC (PCIe 3.0), 2 x Xeon = 16 cores, 64 GB DRAM, 2xSSD(RAID-1) 128GB

VVUBY4

ID01812-B-001/ITER as above but 128 GB + NVIDIA Quadro P4000 GPU + Drive bay (w/o extra disks)

Support SOFTWARE SIG.IF CABLE THERM RELBTY MAGFLD RADFLD

Availability CCS N/R N/R PLAN PCDH PLAN N/R

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6 I/O CHASSIS

This chapter lists recommended I/O chassis configurations with their connectivity solutions.

6.1 I&C Grade PXI Express I/O Chassis Solutions

The items in this section come in complete bundles including ex. the rack mounting kits and cables. A single ITER part number provides components which are supported by detailed installation instructions in [RD3].

Manufacturer’s Reference Description ITER Reference and Datasheets

PXIe-1065 4U/19 inch rackable, 18 3U Slots (9 PXI / CompactPCI slots, 4 hybrid slots, 3 PXI Express slots (PCI Express v1.0a), 1 PXI Express system timing slot) w/ front rack mounting kit, EMC filler kit, cable management (1 GB/s)

BW8XTV

PXIe-1066DC 5U/19 inch rackable, high-availability version of the PXIe-1065, w/ redundant DC power supplies and fans for five nines availability.

PXIe-PCIe8361 Remote PCI Express x1 (v1.0a) Control of PXI Express 192 MB/s

PXIe-PCIe8371 Remote PCI Express x4 (v1.0a) Control of PXI Express 798 MB/s

Support SOFTWARE SIG.IF CABLE THERM RELBTY MAGFLD RADFLD

Availability CCS N/R N/R PCDH PCDH PCDH PLAN

6.2 I&C CompactRIO I/O Chassis Solutions

Manufacturer’s Reference Description ITER Reference and Datasheets

9159 14 cRIO I/O modules, LX110 FPGA, MXI-Express (PCI Express x1), DIN rail mounting.

C3JXMW

PS-15 115/230 VAC / 24-28 VDC/5A, DIN rail mounting.

PCIe8361 PCI Express x1 (v1.0a) Connection 192 MB/s

Support SOFTWARE SIG.IF CABLE THERM RELBTY MAGFLD RADFLD

Availability CCS N/R N/R PCDH PCDH PCDH PLAN

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6.3 DAQ Grade PXI Express I/O Chassis Solutions

Manufacturer’s Reference Description ITER Reference and Datasheets

PXIe-1075 4U/19 inch rackable, 18 3U Slots (8 hybrid slots, 8 PXI Express slots (PCI Express V1.1), 1 PXI Express system timing slot) w/ front rack mounting kit, EMC filler kit, cable management (4 GB/s)

C2LAG7

PXIe-1085 5U/19 inch rackable, high-speed version of the PXIe-1075, w/ AC power supply, swappable fans.

PXIe-PCIe8388 Remote PCI Express x16 (v2.0) Control of PXI Express 5.6 GB/s

PXIe-PCIe8389 Same as above w/ dual port at PXIe for daisy-chaining of two chassis 5.6 GB/s

Support SOFTWARE SIG.IF CABLE THERM RELBTY MAGFLD RADFLD

Availability CCS N/R N/R PCDH PCDH PCDH PLAN

6.4 DAQ MTCA.4 I/O Chassis Solutions

Manufacturer’s Reference Description ITER Reference and Datasheets

11850-026 MTCA.4 8U 84HP 12 slots C3DEPW

MTCA.4 4-PS Power supply

NAT-MCH PHYS80 Carrier Hub MCH

MPCIE-16-FS MTCA.4 to PCI Express Switch PCI Express v3.0

Support SOFTWARE SIG.IF CABLE THERM RELBTY MAGFLD RADFLD

Availability CCS N/R N/R PCDH PCDH PLAN PLAN

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6.6 DAQ ATCA w/ Extensions for Physics I/O Chassis Solutions

Manufacturer’s Reference Description ITER Reference and Datasheets

11596-303 ATCA 12U 84HP 14 slots C3TPYF

21596-303 Shelf Manager

SMi2800-50 Power Supply

ATX-AMC-PTP MTCA.4 to PCI Express Bridge PCI Express v2.0

HIB25x16T / HIB25x16H AMC slave and PCI Express Host v2.0

Support SOFTWARE SIG.IF CABLE THERM RELBTY MAGFLD RADFLD

Availability CCS N/R N/R PCDH PCDH PCDH PLAN

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7 HPN NETWORKS INTERFACE BOARDS

This chapter lists the I/O modules to be used with the CODAC High Performance Networks (HPN)

According to the PCDH [RD1], these I/O modules are provided by the ITER Organization for all Plant System I&C requiring the HPN Network connectivity. The items are therefore listed for technical reference only.

You would select one of the items below according the required data bandwidth and the number of racks to control and indicate the need for those boards to the IO TRO who will make the necessary that you get those delivered with you I&C Integration Kit.

7.1 Timing, synchronization and triggering solutions

In each Fast Controller, at least one of the presented I/O modules will be connected to the ITER CODAC Time Communication Network (TCN).

7.1.1 I&C PCI, PXI and PXI Express Timing, Synchronization and Triggering

Manufacturer’s Reference Description ITER Reference

and Datasheets

PXI 6683H PXIe Hybrid slot compatible triggering (no PXIe star-lines) and clock generation, timestamps, synchronizing with ITER CODAC TCN.

C62B6C

Support SOFTWARE SIG.IF CABLE THERM RELBTY MAGFLD RADFLD

Availability CCS N/R N/R PCDH PCDH PCDH PLAN

7.1.2 DAQ PXI Express Timing, Synchronization and Triggering

Manufacturer’s Reference Description ITER Reference

and Datasheets

PXI 6683H PXIe Hybrid slot compatible triggering (no PXIe star-lines) and clock generation, timestamps, synchronizing with ITER CODAC TCN.

C6AYLX

Support SOFTWARE SIG.IF CABLE THERM RELBTY MAGFLD RADFLD

Availability CCS N/R N/R PCDH PCDH PCDH PLAN

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7.1.3 DAQ MTCA.4 Timing, Synchronization and Triggering

Manufacturer’s Reference Description ITER Reference

and Datasheets

PTM-DAMC-1588-10F AMC module providing triggering and clock generation, timestamps, synchronizing with ITER CODAC TCN.

C6E7R3

Support SOFTWARE SIG.IF CABLE THERM RELBTY MAGFLD RADFLD

Availability BETA N/R N/R PLAN PLAN PLAN PLAN

7.1.4 DAQ ATCA w/ Extensions for Physics Timing, Synchronization and Triggering

Manufacturer’s Reference Description ITER Reference

and Datasheets

ATX-AMC-PTP AMC carrier module providing triggering and clock generation according the ATCA with Extensions for Physics specification (ex. IRIG-B timecode signa), timestamps, synchronizing with ITER CODAC TCN.

C8HMKZ

Support SOFTWARE SIG.IF CABLE THERM RELBTY MAGFLD RADFLD

Availability BETA N/R N/R PLAN PLAN PLAN PLAN

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7.3 Data Archiving and Synchronous Databus Connectivity

This section specifies the I/O modules for interfacing with ITER CODAC Synchronous Databus Network (SDN) and Data Archiving Network (DAN). Since the base technology is based on 10 GbE it is recommended to use these products wherever the 10 GbE optional Ethernet interconnect is required.

7.3.1 DAQ PCI Express DAN and SDN Connectivity Solutions

Note : these items are delivered with the I&C Integration kit provided by the IO-CT.

Manufacturer’s Reference Description ITER Reference and Datasheets

T420-CR Dual port 10GbE T4 Adapter for PCI Express x8 C8J4JW

SM10G-LR 10 G long reach single-mode optical module

Support SOFTWARE SIG.IF CABLE THERM RELBTY MAGFLD RADFLD

Availability CCS N/R N/R PLAN PCDH PLAN PLAN

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8 I/O CARDS AND COMPLETE SOLUTIONS

This chapter lists recommended I/O cards and complete solutions both for I&C and DAQ performance categories.

8.1 I&C Grade PXI I/O Boards w/ Assembly and Cabling Kits

The items in this section come in complete bundles including ex. terminal blocks and cables. A single ITER part number provides components which are supported by detailed installation instructions in [RD3].

Manufacturer’s Reference Description ITER Reference and Datasheets

PXI 6259 32 x AI (16-bit, ±10V, ±5V, ±ext ref) 2.8 MS/s (shared with channels) 4 x AO (16-bit ±10V, ±5V) 48 x DIO (CMOS TTL 24mA), 32 lines are clocked, 10 MHz max.

C8S269

PXI 6528 24 x DI (sink/source . ±60V isolation) 24 x DO (sink/source . ±60V isolation, 150 mA drv)

Support SOFTWARE SIG.IF CABLE THERM RELBTY MAGFLD RADFLD

Availability CCS PCDH PCDH PCDH PCDH PCDH PLAN

8.2 I&C Grade PXIe I/O Boards w/ Assembly and Cabling Kits

Manufacturer’s Reference Description ITER Reference and Datasheets

PXIe 6363 32 x AI (16-bit, ±10V, ±5V, ±ext ref) 2 MS/s (single channel maximum with channels) 1 MS/s (shared with channels) 4 x AO (16-bit ±10V, ±5V) 48 x DIO (32 x 24mA, 16 x 16mA), 32 lines are clocked, 10 MHz max.

VXTN9K

Support SOFTWARE SIG.IF CABLE THERM RELBTY MAGFLD RADFLD

Availability CCS PCDH PCDH PLAN PLAN PLAN PLAN

ITER_D_345X28 v2.6

17

8.3 I&C Grade CompactRIO I/O Modules

Manufacturer’s Reference Description ITER Reference and Datasheets

9425 / 9426 Sinking / Sourcing Digital Input 7 µs, 32 channels 12 / 24 V

C8TGMD

9476 / 9477 Sourcing (500µs / 6-36V / 250 mA) and Sinking (8 µs / 5-60V / 625 mA) Digital Output 32 channels

9205 32 x AI (16-bit, ±200mV to ±10V) 250 kS/s

9264 16 x AO (16-bit, ±10V, isolation 60 VDC) 25 kS/s/ch (simultaneous)

9775 4 x AI (14-bit, ±10V) 5 MS/s/ch at 74 dB SNR, 20 MS/s/ch at 68 db SNR

Support SOFTWARE SIG.IF CABLE THERM RELBTY MAGFLD RADFLD

Availability CCS N/A N/A PCDH PCDH PCDH PLAN

ITER_D_345X28 v2.6

18

8.4 DAQ Grade PXI Express I/O Boards and Bundles

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Manufacturer’s Reference Description ITER Reference and Datasheets

PXIe 6368 32 x AI (16-bit, ±10V, ±5V, ±ext ref) 2 MS/s (simultaneous) 4 x AO (16-bit, ±10V, ±5V, ±ext ref) 3.3 MS/s (simultaneous) 48 x DIO (CMOS TTL 24mA), 32 lines are clocked, 10 MHz max.

C8TQ8R

ADC12500_PXIe 2 x AI (12-bit) 500 MS/s – w/ physics application specific FPGA code available, preinstalled

PXIe 7966R / 5761R FPGA / ADC Bundle 250 MS/s 500 MHz / 14-bit 4 ch + DIO

PXIe-7961R / 6581 FPGA / DIO Bundle 100 MHz, 54 x DIO

PXIe 7966R / 1483 FPGA / Image Acquisition Bundle Camera Link (10-tap, 80-bit images) 20 to 85 MHz pixel clock 4 TTL DO, 2 Optical DI, 1 Quadrature encoder input

ITER-ADQ14-07 4 x AI (14-bit) 1 GS/s/ch

Support SOFTWARE SIG.IF CABLE THERM RELBTY MAGFLD RADFLD

Availability CCS PCDH PCDH PCDH PCDH PLAN PLAN

8.5 DAQ Grade MTCA.4 I/O Boards and Bundles

Manufacturer’s Reference Description ITER Reference and Datasheets

SIS8300 04075 / SIS8900 10 x AI (16-bit) 125 MS/s w/ single-ended RTM-module

C8TB4C

SIS8300 04075 / RTM 7201 10 x AI (16-bit) 125 MS/s 10 kHz – 1 MHz Chopper Integrator 4 channels ±5V / ±50V (50 ms) 1 kΩ, int.error < 200µVs / 1000 s

MFMC-CL Extended-Full Camera Link Frame Grabber for MTCA.4 System

ITER-ADQ14-03 4 x AI (14-bit) 1 GS/s/ch

Support SOFTWARE SIG.IF CABLE THERM RELBTY MAGFLD RADFLD

Availability BETA PCDH PCDH PCDH PCDH PLAN PLAN

ITER_D_345X28 v2.6

19

8.6 DAQ ATCA w/ Physics Extensions I/O Boards and Bundles

Manufacturer’s Reference Description ITER Reference

and Datasheets

ATCA-IO-PROCESSOR 48 x AI (18-bit) 2 MS/s 48 x AO (18-bit) 1 MS/s bundled with RTM interface module

C8V4EZ

Support SOFTWARE SIG.IF CABLE THERM RELBTY MAGFLD RADFLD

Availability ALPHA PCDH N/A PCDH PLAN PLAN PLAN