David Emschermann DCS Workshop – PI Heidelberg – 22/01/2007 The TRD Ethernet network at Point 2 David Emschermann Physikalisches Institut Universität Heidelberg

David Emschermann DCS Workshop – PI Heidelberg – 22/01/2007David Emschermann DCS Workshop – PI Heidelberg – 22/01/2007

The TRD Ethernet networkThe TRD Ethernet networkat Point 2at Point 2

David EmschermannDavid Emschermann

Physikalisches InstitutPhysikalisches Institut

Universität HeidelbergUniversität Heidelberg

updated

updated


OutlineOutline

• Ethernet network status Ethernet network status

• Locations of TRD Netgear switchesLocations of TRD Netgear switches

• IP allocation for TRD DCS boardsIP allocation for TRD DCS boards

• IP allocation for Wiener LV PSIP allocation for Wiener LV PS


Ethernet network status Ethernet network status @P2@P2

• preliminary Ethernet infrastructurepreliminary Ethernet infrastructure available since autumn 2006available since autumn 2006

• Ethernet backbone installed by IT,Ethernet backbone installed by IT, to be finalized by end of January 2007to be finalized by end of January 2007

• TRD Netgear switches partially installedTRD Netgear switches partially installed

• Ethernet cables to the SMs half finishedEthernet cables to the SMs half finished

• Christian detected 25% bad connections in Christian detected 25% bad connections in DCS Ethernet cables of sector 13, A-sideDCS Ethernet cables of sector 13, A-side


TRD rack locations

19

SP

D

17

2415

15

1911

18

0

10

8

11

0 8 9 16 17 25 33 3734

EXD4/29

EX

D5

/29

MT

R

MT

R

MT

R

MT

R

TO

F

TO

F

TO

F

TR

D

TR

D

TR

D

TP

C

Sniffers

Sniffers

T0

T0

TS

/EL

AC

O

AC

O

FM

D

TR

D

TR

D

TO

F

TO

F

TO

F

7 0

MT

R

TO

F

TO

F

SP

D

EX

D2

/29

MCH

MCH

MCH

MCH12

15 TPC

TPC

16

18 TRD

TRD

TRD

20

23 TRI

TRI

TRI24

27

EX

D3

/29

35 28

Beam

Vacuum

36

39 MCH

MCH

MCH

MCH

0 8 9 16 17 24 25 33 3734

EXD6/29

EX

D7

/29

MT

R

MT

R

MT

R

MT

R

TO

F

TO

F

TR

D

TR

D

TR

D

TP

C

SS

D

SS

D

SP

D

TR

D

TR

D

TO

F

TO

F

TO

F

HM

P

SS

D

SS

D

TS

/EL

HM

P

HM

P

PHS

SPD

TPC

TPC

TPC

TPC

PMD

PMD

TR

D

TO

F

TO

F

TR

D

TO

F

Sniffers

TP

C

TO

F

SDD

SPD

CPV

SSD

SSD

21 SSD

EXD1/29

TR

D

SD

D

TR

D

TS/EL

Vacuum

TS

/EL

V0

TS

/EL

Beam

TRI

EM

C

MT

R

TRI

TRI

TRI

TRI

MC

H

MC

H

LV

LV

CP

GP

LV

LV

LV

SP

RO

LHV

LHV

LV

LV

LV

LV

LV TR TR RO LV

LV LV

TR LV LV LV LV LV LV HV CO LV LV CO LHV LHV CO LV LV LV LV LV LV LV LV SP RO RO RO RO

SP LV CO LVLV LV LV HV GAS LVPWR SIG LV LV LV LV LV

SP

LV LV SP RO RO RO RODET DET SP SP

CP

GP

LV

LV

CTP

LV

LV

CTP

CTP

CTP

CTP

CTP

mult

mult

CT

CT

CT

LV

LV

LV

LV

A

I

O

C

L3 Magnet

LV

rackscontaining

TRDequipment


Switch locations

19

SP

D

17

2415

15

1911

18

0

10

8

11

0 8 9 16 17 25 33 3734

EXD4/29

EX

D5

/29

MT

R

MT

R

MT

R

MT

R

TO

F

TO

F

TO

F

TR

D

TR

D

TR

D

TP

C

Sniffers

Sniffers

T0

T0

TS

/EL

AC

O

AC

O

FM

D

TR

D

TR

D

TO

F

TO

F

TO

F

7 0

MT

R

TO

F

TO

F

SP

D

EX

D2

/29

MCH

MCH

MCH

MCH12

15 TPC

TPC

16

18 TRD

TRD

TRD

20

23 TRI

TRI

TRI24

27

EX

D3

/29

35 28

Beam

Vacuum

36

39 MCH

MCH

MCH

MCH

0 8 9 16 17 24 25 33 3734

EXD6/29

EX

D7

/29

MT

R

MT

R

MT

R

MT

R

TO

F

TO

F

TR

D

TR

D

TR

D

TP

C

SS

D

SS

D

SP

D

TR

D

TR

D

TO

F

TO

F

TO

F

HM

P

SS

D

SS

D

TS

/EL

HM

P

HM

P

PHS

SPD

TPC

TPC

TPC

TPC

PMD

PMD

TR

D

TO

F

TO

F

TR

D

TO

F

Sniffers

TP

C

TO

F

SDD

SPD

CPV

SSD

SSD

21 SSD

EXD1/29

TR

D

SD

D

TR

D

TS/EL

Vacuum

TS

/EL

V0

TS

/EL

Beam

TRI

EM

C

MT

R

TRI

TRI

TRI

TRI

MC

H

MC

H

LV

LV

CP

GP

LV

LV

LV

SP

RO

LHV

LHV

LV

LV

LV

LV

LV TR TR RO LV

LV LV

TR LV LV LV LV LV LV HV CO LV LV CO LHV LHV CO LV LV LV LV LV LV LV LV SP RO RO RO RO

SP LV CO LVLV LV LV HV GAS LVPWR SIG LV LV LV LV LV

SP

LV LV SP RO RO RO RODET DET SP SP

CP

GP

LV

LV

CTP

LV

LV

CTP

CTP

CTP

CTP

CTP

mult

mult

CT

CT

CT

LV

LV

LV

LV

A

I

O

C

L3 Magnet

LV

581 DCS boards5 IP ranges

89 Wiener PS

64 / 1256 / 6256 / 6

IPs/SW

512 IPs 9 SW

512 IPs 9 SW

4 IP ranges

31 Netgear switches


Ethernet infrastructureEthernet infrastructure

rack O08rack O08


IP address definitionsIP address definitions

http://alice.uni-hd.de/ethernet/more/http://alice.uni-hd.de/ethernet/more/

IP addresses defined in 3 files for :IP addresses defined in 3 files for :

540 DCS boards inside the super modules540 DCS boards inside the super modules 41 DCS boards outside the super modules41 DCS boards outside the super modules (GTU, HVDS, PCU, Pretrigger)(GTU, HVDS, PCU, Pretrigger) 89 Wiener LV PS89 Wiener LV PS


DCS board IPs inside the SMDCS board IPs inside the SM

sector08s1l2 alidcsdcb0248 alitrddcb0812

location hostname location hostname aliasalias

rack IP address DCS S/N MACrack IP address DCS S/N MACI08 10.160.192.94 dcs0408 02:ea:54:00:01:98

must start with 02:must start with 02:SMint nameSMint name5 networks5 networks

sequential fromsequential from0000 to 05390000 to 0539

alitrddcbXX..alitrddcbXX..alitrddcb..YYalitrddcb..YY

– – SM no 00-17SM no 00-17- no in SM- no in SM


DCS board IPs outside the DCS board IPs outside the SMSM

hv_crate02 alidcsdcb0702 alitrddcb1902

location hostname location hostname aliasalias

rack IP address DCS S/N MACrack IP address DCS S/N MACO07 10.160.194.196 dcs1001 02:ea:54:00:03:39

must start with 02:must start with 02:SMint nameSMint name5 networks5 networks

in the range ofin the range of0600 to 09000600 to 0900

alitrddcbXX..alitrddcbXX..alitrddcb..YYalitrddcb..YY

– – SM no 18-20SM no 18-20- sequential no- sequential no


DCS naming outside the SMDCS naming outside the SM

GTUGTUHVDS HVDS

PCUPCUPretriggerPretrigger

- alitrddcb180…- alitrddcb180…- alitrddcb190…- alitrddcb190…- alitrddcb200…- alitrddcb200…- alitrddcb201…- alitrddcb201…

IP addresses for :IP addresses for :

CERN won’t allow fancy settings in DHCPD :CERN won’t allow fancy settings in DHCPD :

• no FEE_SERVER_NAME via DHCPno FEE_SERVER_NAME via DHCP• no DIM_DNS_SERVER via DHCPno DIM_DNS_SERVER via DHCP


Wiener LV PS namingWiener LV PS naming

status hostname alias IP address status hostname alias IP address

I-T alidcswie040 alitrdwie080 10.160.140.31

cable connected locationcable connected location

SM08-A1.8V-P-L01-O27-17-0 1TRDU2YO27-17

00:50:C2:2D:C3:1C 72720003

MAC address serial noMAC address serial no

installedinstalledconfiguredconfiguredtestedtested

in the rangein the range000 to 099000 to 099

alitrdwieXX.alitrdwieXX. – – no 00-17 SM,no 00-17 SM, 18 GTU, 20 PT18 GTU, 20 PT


IDs of Wiener LV PS for 1 IDs of Wiener LV PS for 1 SMSM

A1.8VA1.8VD1.8VD1.8V

1x D1.8V1x D1.8V

3x A3.3V3x A3.3V

3x3x

+1x DCS+1x DCS

alitrdwie..Yalitrdwie..Y

alitrdwie..0alitrdwie..0






SummarySummary

• IP addresses for TRD are definedIP addresses for TRD are defined

• final Ethernet network in UX25 availablefinal Ethernet network in UX25 available end of Januaryend of January

• Netgear switches are being installed Netgear switches are being installed

• TRD Ethernet cables need to be testedTRD Ethernet cables need to be tested


Thank youThank you


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Documents

David Emschermann DCS Workshop – PI Heidelberg – 22/01/2007 The TRD Ethernet network at Point 2 David Emschermann Physikalisches Institut Universität Heidelberg