[PPT] - Status of PXD DAQ (today mostly ONSEN, DHE/DHC and DATCON update PowerPoint Presentation

SLIDE 1

Status of PXD DAQ

(today mostly ONSEN, DHE/DHC and DATCON update will be presented by Igor Konorov and Bruno Deschamps on VXD Workshop next week in Santander)

S ö r e n L a n g e

PXD DAQ Group:IHEP Beijing, Univ. Bonn, Univ. Giessen, KEK, Univ. Mainz, TU Munich Belle II DAQ/Trigger Workshop, Novosibirsk, 09/05–07/2016

A n MS C A

R

I S E p r

j

e c t f u n d e d b y E u r

p

e a n U n i

n

u n d e r g r a n t n . 6 4 4 2 9 4

SLIDE 2

S. Lange, Novosibirsk 09/2016

2

PXD DAQ

O U T L I N E

1 . S u m m a r y

f

r e s u l t s f r

m

D E S Y 4 / 2 1 6 t e s t b e a m → p r e p a r a t i

n

f

r

B P A C 2 . P l a n s f

r

n e w D E S Y t e s t b e a m 3 . O n g

i

n g w

r

k , t e s t s a t K E K , t e s t s a t G i e s s e n → p r e p a r a t i

n

f

r

D E S Y t e s t b e a m 4 . N e w s f

r

E V B 2 i n t e r f a c e ( P C I e c a r d

p

t i

n

) 5 . D a t a r a t e s

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S. Lange, Novosibirsk 09/2016

3

PXD DAQ

2 5 x 2 5 5 5 x 5 u m 5 1 2 x 2 5 6 x 5 u m 2 5 x 2 5 7 x 5 u m 5 1 2 x 2 5 8 5 x 5 u m

D E S Y P X D 9 s e t u p 4 / 2 1 6

R O I ( r e g i

n

–

f

– i n t e r e s t )

P X D r e a d

u

t = d a t a a c q u i s i t i

n

a n d d a t a r e d u c t i

n

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S. Lange, Novosibirsk 09/2016

4

PXD DAQ

P X D D A Q A r c h i t e c t u r e D H P D H E D H C O N S E N H L T

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S. Lange, Novosibirsk 09/2016

5

PXD DAQ

P i z z a – O N S E N P

c

k e t – O N S E N D A T C O N D H E / D H C ( V ME – b a s e d , S V D s i d e , 2 m d i s t a n c e )

P X D r e a d

u

t a t D E S Y t e s t 4 / 2 1 6 ( 1 / 2

f

f u t u r e V X D )

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S. Lange, Novosibirsk 09/2016

6

PXD DAQ

s e n d R O I s ( b a c k p l a n e ) D H C

p

t i c a l D H E D H E R O I s e l e c t

r

D A T C O N R O I s (

p

t i c a l ) H T L R O I s ( G b E ) s e n d fj l t e r e d d a t a t

E

V B 2 ( G b E )

O N S E N S e t u p D E S Y 4 / 2 1 6 1

s t

t i m e u s i n g A T C A c a r r i e r b

a

r d s → b a c k p l a n e c

m

m u n i c a t i

n

C a r r i e r b

a

r d F P G A

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S. Lange, Novosibirsk 09/2016

7

PXD DAQ

3 k H z f u l l D A Q c h a i n → f a c t

r

3 h i g h e r t h a n 2 1 4 „ G

l

d e n “ r u n # 2 7 9 1 . 1 5 M e v e n t s w /

n

l i n e R O I s e l e c t i

n

n n

e

r r

r

, b u t „ l a r g e “ R O I s i z e ( w /

r

e – m a p p i n g ) 2 P X D l a y e r s → c

r

r e l a t i

n

s b e t w e e n R O I ( l a y e r 1 ) a n d R O I ( l a y e r 2 ) s e c

n

d a r y t a r g e t → m u l t i p l e R O I s p e r 1 l a y e r ( ~ 5 % ) 1 8 . 9 M e v e n t s (

f

t

t

a l 1 1 . 1 M) w / h i g h q u a l i t y ( b u t „ – 1 “ P X D / S V D t r i g g e r

fg

s e t )

fj e l d

n

4 G e V fj e l d

fg

4 G e V

R e s u l t s D E S Y t e s t b e a m 4 / 2 1 6 f

r

B P A C

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S. Lange, Novosibirsk 09/2016

8

PXD DAQ

s e e t a l k b y F l

r

i a n L ü t t i c k e S e e

n

2 1 6

m

i r r

r

e d p e r 4 c

l

u m n s

t

h e n m i r r

r

e d p e r 6 4 c

l

u m n s

2

5 v s . 2 5 6 p i x e l s

d

i fg e r e n t f

r

P X D l a y e r 1 a n d l a y e r 2

P X D r e

m

a p p i n g

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S. Lange, Novosibirsk 09/2016

9

PXD DAQ

R e

m

a p p i n g : t h e r e i s

n

e c

l

u m n a l t e r n a t i n g i n D H P I D r

w
b

y

r
w

SLIDE 10

S. Lange, Novosibirsk 09/2016

10

PXD DAQ

D

E S Y 4 / 2 1 6 t e s t b e a m :

w
r

k a r

u

n d i m p l e m e n t e d

n

H L T R O I s h a v e m i n i m u m s i z e

f

4 x 6 2 ( 1 g a t e a n d 1 D H P I P ) „ l a r g e “ R O I s

a

l l

t

h e r r u n s h a v e d e b u g R O I s „ s m a l l “ R O I s t h e s e c a n b e s m a l l e r t h a n 4 x 6 2 , a n d w e r e w r i t t e n i n t

t

h e d a t a !

N

e x t D E S Y t e s t b e a m : s i m p l i fj e d r e

m

a p p i n g , p r

p
s

e d b y F l

r

i a n L ü t t i c k e ( B

n

n ) ( i n fj r m w a r e

n

D H E

r

O n s e n )

D A T A F O R MA T WI L L N O T C H A N G E

P X D r e

m

a p p i n g

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S. Lange, Novosibirsk 09/2016

11

PXD DAQ

R O I e ffj c i e n c y ( b e t t e r : h i t m a t c h i n g e ffj c i e n c y ) R e l a t i v e e ffj c i e n c y

B e n j a m i n S c h w e n k e r , B 2 G M 6 / 2 1 6 B j ö r n S p r u c k , T B a n a l y s i s m e e t i n g , 1 2 . 7 . 1 6

P r

b

l e m w a s : „ – 1 “ P X D / S V D t r i g g e r

fg

s e t c

r

r e c t i

n

w a s a p p l i e d 2 x

E ffj c i e n c y p r

b

l e m w a s s

l

v e d

SLIDE 12

S. Lange, Novosibirsk 09/2016

12

PXD DAQ

2 R O I s i n 2 l a y e r s ~ 4 . 7 %

f

e v e n t s w i t h > = 1 R O I

z e r

R

O I s i n e v e n t → t r i g g e r g e n e r a t e d , b u t n

R

O I f r

m

H L T ( t r i g g e r = s c i n t i l l a t

r

a t b e a m e n t r y w i n d

w

i n t

c

a v e )

Mu l t i p l e R O I s p e r 1 P X D l a y e r

5 m m P b t a r g e t t

g

e n e r a t e s e c

n

d a r i e s ( r u n 3 3 9 )

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S. Lange, Novosibirsk 09/2016

13

PXD DAQ

B j ö r n S p r u c k R O I

ffm

i n e s t u d y w i t h s e c

n

d a r y t a r g e t ( r u n 3 3 9 , s e l e c t i

n

w a s n

t

p e r f

r

m e d

n

l i n e , b u t R O I s w e r e s t

r

e d

ffm

i n e )

SLIDE 14

S. Lange, Novosibirsk 09/2016

14

PXD DAQ

R e d u c t i

n

i n r u n # 3 3 9 ( w / m u l t i p l e R O I s p e r e v e n t a n d p e r l a y e r )

6 8 . 6 1 1 e v e n t s 6 . 4 2 . 1 8 3 p i x e l h i t s 3 7 3 . 5 4 8 R O I s 3 6 5 . 2 7 8 p i x e l h i t s i n s i d e R O I s C

n

t a i n s a f a c t

r

1 . 8 ( t h e r e a r e e v e n t s w i t h z e r

R

O I s , b u t H L T „ y e s “ ) Mu s t b e c

m

p a r e d t

r

e q u i r e m e n t f a c t

r

≥3 ( f a c t

r

≥3

n

H L T x f a c t

r

≥1

n

O n s e n )

R E D U C T I O N F A C T O R 1 7 . 6

( p r e l i m i n a r y , f

r

B P A C )

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S. Lange, Novosibirsk 09/2016

15

PXD DAQ

Ma s t e r t h e s i s T a d e a s B i l k a , P r a g u e , 2 1 4

D e fj n i t i

n
f

u , v

SLIDE 16

S. Lange, Novosibirsk 09/2016

16

PXD DAQ

R O I s v s . S V D c l u s t e r s

v u

R O I s v s . P X D h i t s A l l R O I s a r e „ d e b u g R O I s “ ( = s m a l l R O I s , a s t h e y s h

u

l d b e ) „ e d g e e fg e c t s “ ( p r e l i m i n a r y i d e a : V X D T F s e c t

r

m a p s ? ) P X D h i t s v s . S V D c l u s t e r s

v u v u

C

r

r e l a t i

n

s i n r u n # 2 7 9 ( „ g

l

d e n “ r u n ,

n

l i n e R O I s e l e c t i

n

) N E W R E S U L T

SLIDE 17

S. Lange, Novosibirsk 09/2016

17

PXD DAQ

ONSEN monitoring – IPMI

2

I P MI c

n

t r

l

l e r s a s a d d

n

b

a

r d s

Mi

c r

c
n

t r

l

l e r A T ME L A t x m e g a 1 2 8

A

T C A c a r r i e r b

a

r d s I P MC

( i n t e l l i g e n t p l a t f

r

m m a n a g e m e n t c

n

t r

l

l e r )

u n d e r n e a t h p

w

e r s u p p l y a d d –

n

9 b

a

r d s + s p a r e

A

MC d a u g h t e r b

a

r d s MMC

( m

d

u l e m a n a g e m e n t c

n

t r

l

l e r )

3 3 b

a

r d s + s p a r e

A

l l b

a

r d s p r

d

u c e d

A

l s

t

e s t e d f

r

D A T C O N ( u T C A i n s t e a d

f

A T C A )

O r i g i n a l d e s i g n b y T h . G e ß l e r , i t e r a t i

n

b y B . S p r u c k

B j ö r n S p r u c k e t a l . Ma i n z T e a m & Wo r k s h

p

I P MC MMC I P MC

D e s i g n b y B . S p r u c k

SLIDE 18

S. Lange, Novosibirsk 09/2016

18

PXD DAQ

IPMI in 04/2016 DESY testbeam

B j ö r n S p r u c k ( Ma i n z )

T h i s y e a r 2 c a s e s

f
v

e r h e a t i n g i n t h e l a b → t e m p e r a t u r e m

n

i t

r

i n g e x t r e m e l y i m p

r

t a n t

SLIDE 19

S. Lange, Novosibirsk 09/2016

19

PXD DAQ

NEW DESY TEST (12/2016, pre-test ≥10/2016)

SLIDE 20

S. Lange, Novosibirsk 09/2016

20

PXD DAQ

Next DESY test – goals

„

R O I e ffjc i e n c y p r

b

l e m “ w a s s

l

v e d → f

c

u s

f

D E S Y t e s t i s r e d e fj n e d :

S
l

v e r e

m

a p p i n g

n

l i n e ( „ s m a l l “ R O I s )

N

E W h a r d w a r e t e s t ( s e e n e x t p a g e )

2

i m p

r

t a n t i n i t i a l p r e – s t e p s :

„

– 1 “ t r i g g e r n u m b e r

fg

s e t m a y b e s

l

v e d ( r e p

r

t b y N a k a

–

s a n ) b u t n e e d s t

b

e v e r i fj e d ( → n

w
r

k a r

u

n d s a n y m

r

e )

a

d e t e c t

r

( P X D 9 ) m u s t b e s w i t c h e d

n

r e

m

a p p i n g n

t

r e q u i r e d f

r

h y b r i d – 5

r

E MC M ( → n

d

r y – t e s t s w /

r

e

m

a p p i n g )

I

n f

f

r

m

C a r l

s

: 4 . 1 . s t a r t

f

P X D d e t e c t

r
p

e r a t i

n

a t D E S Y

N

e w C a b l i n g : „ e m u l a t e “ f u t u r e K E K s e t u p : G b E c a b l e s w i l l n

t

b e R J 4 5 – R J 4 5 , b u t

p

t i c a l fj b r e s L C

L

C ( r e q u i r e s c

n

v e r t e r s / t r a n s c e i v e r s , a l s

L

C – Q S F P )

SLIDE 21

S. Lange, Novosibirsk 09/2016

21

PXD DAQ

O

N S E N

R

O I w i t h s m a l l R O I s ( s i m p l i fj e d r e

m

a p p i n g )

2

R O I s e l e c t

r

s p a r a l l e l ( i f 2 D H C c

n

n e c t e d )

D

H E / D H C

N

E W h a r d w a r e ( n e w fj r m w a r e )

o

p t i c a l l i n k s f r

m

D H P ( P P ) t

D

H E

D

i s p l a y P

r

t c a b l e f r

m

D H E t

D

H P ( P P )

A

T C A c a r r i e r b

a

r d s f

r

D H C

O

v e r l a p p i n g t r i g g e r s ( s e n d

u

t p a r t

f

d a t a 2 x )

T

e s t 3 k H z ( f a c t

r

1 h i g h e r t h a n 4 / 2 1 5 )

MI L E S T O N E S

S T A R T 4 . 1 .

N E W D E S Y T E S T

N

E W A S I C s

P

i l

t

e m

d

u l e s & E MC M D H P T 1 . ( 1 . 1 ) D C D v 4 . 1 S w i t c h e r B G v 1

N

e x t i t e r a t i

n

( a v a i l a b l e ? ) D H P T 1 . 2 D C D v 4 . 2 . x S w i t c h e r B G v 2

D

H P c l

c

k 7 6 Mh z i n s t e a d

f

6 5 Mh z

SLIDE 22

S. Lange, Novosibirsk 09/2016

PXD DAQ

DHH/ONSEN setup at KEK

VME crate:

1 DHC w/ VME adapter
1 FTSW2
1 FTSW3 (unused a.t.m.)
DHC / ONSEN slow-control PCs
MicroTCA Shelf w/ ONSEN data generator
2-slow ATCA Shelf (unused a.t.m.)

14-slot ATCA Shelf w/ Shelf Manager:

ONSEN Merger: Carrier v3.3 + 1 AMC v4
ONSEN Selector: Carrier v3.3 + 4 AMCs v4

→ Carriers with PS v1.3 and RTM v1.1 → All with IPMC / MMC from Mainz

1 spare AMC v4, 3 spare AMC v3
5 spare MMC, 1 spare IPMC

T h

m

a s G e ß l e r ( K E K , J S P S )

SLIDE 23

S. Lange, Novosibirsk 09/2016

23

PXD DAQ

Preparation for new DESY test : ONSEN tests at KEK

R

E MI N D E R : D e c i s i

n
f

P X D g r

u

p i n 6 / 2 1 6 – 2 n d t e s t b e a m a t D E S Y i n 1 2 / 2 1 6 – P X D + S V D t e s t s e t u p a t D E S Y ( n

t

a t K E K a n y m

r

e ) m i l e s s t

n

e

f

f u l l O N S E N s y s t e m a t K E K 2 1 6 c a n c e l l e d → s i g n i fj c a n t i mp a c t f

r

s h i p p i n g l

g

i s t i c s , B MB F r e p

r

t s , J S P S f e l l

w

s h i p s , J E N N I F E R s e c

n

d m e n t s e t c .

C

O N S T R A I N T S :

A

l l O N S E N h a r d w a r e s t i l l i n C h i n a → s e n d 1 l a r g e A T C A s h e l f f r

m

G i e s s e n ( 7 / 2 1 6 )

Mu

l t i p l e d a t a s

u

r c e s ( D H C s ) n

t

a v a i l a b l e / s u p p

r

t e d

N
P

X D m

d

u l e a t K E K y e t

O

n g

i

n g w

r

k a t K E K

S

i g n i fj c a n t n e w O N S E N fj r m w a r e : i n p u t d a t a c h e c k s / s a n i t i z a t i

n

„ d a t a s n i fg e r s “ – p r

t

e c t i

n

a g a i n s t w r

n

g d a t a f

r

m a t s f r

m

e . g . D H C – n e w R O I – p a c k e t d a t a f

r

m a t ( H L T – O N S E N )

i

n t e g r a t i

n

t e s t s w i t h D A Q s y s t e m

d

e b u g g i n g

f

e x i s t i n g O N S E N h a r d w a r e ( l i n k p r

b

l e m s )

I

m p r

v

e m e n t

f

O N S E N a u t

p

r

g

r a m m i n g m e c h a n i s m a n d b

t

l

a

d e r

I

P MI

r

e l a t e d t e s t s w i t h Ma i n z ( n

w
n

h

l

d d u e t

l

a c k

f

a n A T ME L p r

g

r a m m e r )

T h

m

a s G e ß l e r

SLIDE 24

S. Lange, Novosibirsk 09/2016

24

PXD DAQ

Preparation of new DESY test: Onsen tests at Giessen

T

e s t s y s t e m :

n

l i n e r e

p

r

c

e s s i n g

f

D E S Y d a t a w i t h s m a l l R O I s ( d e b u g R O I s w e r e w r i t t e n i n t

t

h e d a t a s t r e a m )

R

e – c h e c k p r

b

l e m a t i c H L T „ s e n d A l l “ fm a g p r

c

e s s i n g

n

O n s e n

N

e w , e x t e n s i v e e r r

r

d e t e c t i

n

i n b a s f 2 u n p a c k e r → fj n d d a t a e r r

r

s i n s u b s y s t e m s q u i c k l y

d

e b u g g i n g

n

V ME i n t e r f a c e f

r

F T S W

n

g

i

n g ( Wo l f g a n g )

K l e m e n s L a u t e n b a c h S e l e c t

r

G b E

p

t i c a l G b E

p

t i c a l

Me r g e r

G b E

p

t i c a l

A T C A B a c k p l a n e ( A u r

r

a )

D E S Y T E S T R O O T fj l e B u t ( s t i l l ) : T e m p e r a t u r e p r

b

l e m i n b a c k p l a n e t r a n s m i s s i

n

N e w R O O T fj l e

d a t a R O I

SLIDE 25

S. Lange, Novosibirsk 09/2016

25

PXD DAQ

N E W e r r

r

d e t e c t i

n

i n b a s f 2 u n p a c k e r

O p e n i s s u e : h

w

t

g

e n e r a t e a n A L A R M? ( d i s c u s s i

n

b y Mi c h a e l , K l e m e n s a n d K

n

n

s

a n ) P r

b

a b l y e a s i e s t s

l

u t i

n

: E p i c s

I

O C

n

E V B 2 ? O r N S M2 a l a r m ?

SLIDE 26

S. Lange, Novosibirsk 09/2016

26

PXD DAQ

– f

r

S V D d a t a c

l

l e c t i

n

– c u s t

m

d e s i g n b y S C H R O F F / P e n t a i r – p r

t
t

y p e a r r i v e d i n 7 / 2 1 6

1

s t

r e s u l t s w i l l b e p r e s e n t e d

n

V X D Wo r k s h

p

i n S a n t a n d e r

N E WS f r

m

D A T C O N : c u s t

m

mT C A b a c k p l a n e a r r i v e d

B r u n

D

e s c h a m p s ( B

n

n )

SLIDE 27

S. Lange, Novosibirsk 09/2016

27

PXD DAQ

D H P = 1 , 3 [ r

w

, 6 4 * d h p + c

l

_ i n _ d h p ]

>

[ r

w

^ x 2 , 6 4 * d h p + ( ( ( c

l

_ i n _ d h p ^ x 3 c ) + ( ( r

w

& 2 ) > > 1 ) % 6 4 ) ) ] D H P = 2 , 4 [ r

w

, 6 4 * d h p + c

l

_ i n _ d h p ]

>

[ r

w

, 6 4 * d h p + c

l

_ i n _ d h p ^ x 3 c ] S i m p l i fj e d r e

m

a p p i n g P r

p
s

e d b y F l

r

i a n L ü t t i c k e ( B

n

n ) N

D

H P _ I D c h a n g e r e q u i r e d , n

L

U T r e q u i r e d

SLIDE 28

S. Lange, Novosibirsk 09/2016

28

PXD DAQ

7 6 8 ( R O W) 2 5 ( C O L ) D H P 1 D H P 2 D H P 3 D H P 4 p r i c e t

p

a y : m i s s i n g a r e a s

F l

r

i a n L ü t t i c k e ( B

n

n )

SLIDE 29

S. Lange, Novosibirsk 09/2016

29

PXD DAQ

N E WS F R O M O N S E N – E V B 2 I N T E R F A C E

SLIDE 30

S. Lange, Novosibirsk 09/2016

PXD DAQ

8 C A R R I E R B O A R D S 3 2 A MC C A R D S O p t i

n

1 ( d e f a u l t / f a l l b a c k ) E a c h

f

3 2 O N S E N S e l e c t

r

N

d

e s h a s 1 S i T C P G b E

u

t p u t → 3 2 R J 4 5 c a b l e s 3 2 MB / s p e r l i n k O N S E N

u

t p u t s a n d E V B 2 c

n

n e c t e d w i t h G b E s w i t c h ( Y a m a g a t a – s a n w i l l c h

s

e w i s e l y ) P r

:
a

l r e a d y t e s t e d i n D E S Y t e s t

n
c

h a n g e s r e q u i r e d C

n

:

„

l a r g e “ n u m b e r

f
u

t p u t s ( b u t n

t

s t r

n

g a r g u m e n t , a s fj b r e s a r e a l r e a d y i n s t a l l e d ! )

x 32

SLIDE 31

S. Lange, Novosibirsk 09/2016

PXD DAQ

B A C K P L A N E G b E 8 S E L E C T O R C A R R I E R O p t i

n

2 : A T C A G b E S w i t c h w / 1 G b E u p l i n k

d

a t a s e n t b y A T C A b a c k p l a n e G b E

P

r

:
n

l y 1

u

t p u t

G

b E m a k e s i t „ s i m p l e “

C
n

:

E

V B 2 c h a n g e s r e q u i r e d r e c e i v e s d a t a w i t h s i n g l e 1 G b E c a b l e

n
t

s u r e i f s w i t c h b a n d w i d t h i s s u ffj c i e n t → n e e d s a t e s t w / 8 c a r r i e r b

a

r d s s e n d i n g s i m u l t a n e

u

s l y

A

D L I N K a T C A

3

1 5 s w i t c h ( e x i s t i n g @ G i e s s e n , w i l l b e t e s t e d w h e n c a r r i e r b

a

r d s a r e a v a i l a b l e )

SLIDE 32

S. Lange, Novosibirsk 09/2016

PXD DAQ

8 S E L E C T O R C A R R I E R 1 C O N C E N T R A T O R 1 S E N D E R N O D E O p t i

n

3 : P C I e c a r d i n E V B 2

1

n e w c a r r i e r b

a

r d

4

n e w A MC s r e q u i r e d : 3 " C

l

l e c t

r

" N

d

e s +

n

l y 1 " S e n d e r " N

d

e

d

a t a s e n d b y A T C A b a c k p l a n e A u r

r

a

S

e n d e r N

d

e S e n d s a l l d a t a

u

t v i a → 2 b

n

d e d 6 . 2 5 G b p s A u r

r

a l i n k s

E

V B 2 r e c e i v e s d a t a v i a t w

p

t i c a l l i n k s w i t h n e w F P G A / P C I e c a r d A L I C E C

R

O R C c a r d

P

r

:
n

l y 2

u

t p u t s

C
n

:

a

d d i t i

n

a l O N S E N h a r d w a r e r e q u i r e d ( n

t

i n t h e p l a n y e t )

SLIDE 33

S. Lange, Novosibirsk 09/2016

33

PXD DAQ

A L I C E C

R

O R C c a r d

H . E n g e l , e t a l . T h e A L I C E H i g h

L

e v e l T r i g g e r R e a d

O

u t U p g r a d e f

r

L H C R u n 2 J

u

r n a l

f

I n s t r u m e n t a t i

n

, 1 ( 2 1 6 ) C 1 4 1 p r e s e n t e d T

p

i c a l Wo r k s h

p
n

E l e c t r

n

i c s f

r

P a r t i c l e P h y s i c s 2 1 5 ( T WE P P

1

5 )

A c k n

w

l e d g e d t

H

e i k

E

n g e l ( F r a n k f u r t ) f

r

l

t

s

f

h e l p a n d s u p p

r

t ! !

SLIDE 34

S. Lange, Novosibirsk 09/2016

34

PXD DAQ

H i g u c h i

s

a n ‘ s „ d r e a m “ : a s i m i l a r P C I e c a r d w a s b a c k u p

p

t i

n

f

r

P X D r e a d

u

t ( s e e T D R )

SLIDE 35

S. Lange, Novosibirsk 09/2016

35

PXD DAQ

1 2 x s e n d d a t a

n

S F P 1 G b p s 8

l

a n e P C I e 2 . ( b u t

n

l y q u a d

c
r

e C P U ) Wr i t e d a t a t

S

S D l i m i t e d b y t

t

a l m e a s u r e d 3 3 8 MB / s T O D O : A u r

r

a ( p r e s e n t l y , C

R

O R C

p

t i c a l p r

t
c
l

) S i m

n

w i l l s t a r t P h . D . T h e s i s f

r

B e l l e I I

T e s t

f

C

R

O R C c a r d

Ma s t e r t h e s i s S i m

n

R e i t e r ( G i e s s e n )

Wr i t e d a t a t

S

S D Wr i t e d a t a t

R

A M 6 h

u

r s , n

e

r r

r
b

s e r v e d

SLIDE 36

S. Lange, Novosibirsk 09/2016

PXD DAQ

D A T A R A T E S A N D L O C A L R U N

SLIDE 37

S. Lange, Novosibirsk 09/2016

37

PXD DAQ

What we estimated for TDR (still valid !)

SLIDE 38

S. Lange, Novosibirsk 09/2016

PXD DAQ

G B / s R e q u i r e s N P I f

r

D D R 2 w r i t e R e q u i r e s N P I f

r

D D R 2 w r i t e 1 G b E c a b l e s u ffj c i e n t 3 %

c

c u p a n c y ( s y s t e m l i m i t )

SLIDE 39

S. Lange, Novosibirsk 09/2016

PXD DAQ

MA X t

E

V B 2 ( b y s y s t e m d e s i g n )

N

t

t a k e n i n t

a

c c

u

n t y e t ( b u t c a n n e v e r b e m

r

e t h a n 3 % MA X . ) – c l u s t e r – b a s e d f

r

m a t 1 h e a d e r p e r 1 c l u s t e r ( i n s t e a d

f

1 h e a d e r p e r 1 D H H I D ) –

v

e r l a p p i n g t r i g g e r ( s e n d p a r t

f

d a t a 2 x )

SLIDE 40

S. Lange, Novosibirsk 09/2016

40

PXD DAQ

PXD Readout Data Rates

SLIDE 41

S. Lange, Novosibirsk 09/2016

41

PXD DAQ

PXD Readout Data Rates

SLIDE 42

S. Lange, Novosibirsk 09/2016

PXD DAQ

PXD calibration (local run)

P

e d e s t a l t a k i n g

n
r

m a l d a t a s t r e a m , l

c

a l r u n

r

i n t e r l e a v e d i n n

r

m a l r u n

p

e d e s t a l t a k i n g d u r i n g i n j e c t i

n

( i n s t e a d

f

l

c

a l r u n ) u n d e r d i s c u s s i

n

i n P X D g r

u

p

„

f u l l f r a m e “ e v e n t s = b u l k

f

8 M p e d e s t a l s ( c

n

s e c u t i v e A D C v a l u e s , n

p

i x e l a d d r e s s e s )

r

e q u i r e s a t r i g g e r a n d H L T „ y e s “ (

t

h e r w i s e d a t a d

n

‘ t a r r i v e E V B 2 )

R

O I s e l e c t i

n

b y p a s s i n g

n

O n s e n ( d e t e c t i

n

b y h e a d e r , i m p l e m e n t e d a n d t e s t e d )

P

e d e s t a l u p l

a

d i n g

J

T A G , v e r y s l

w

, ~ 4 m i n ( i n f

f

r

m

F l

r

i a n )

D

E S Y e x p e r i e n c e : p e d e s t a l s a r e s t a b l e ,

n

l y c h a n g e d m a y b e 1 x p e r w e e k

A

d d i t i

n

a l

p

e r a t i

n

s t

fj

n d

p

t i m u m P X D w

r

k i n g p

i

n t : t h r e s h

l

d s c a n , A D C s c a n , … a l r e a d y e x i s t i n g i n B

n

n D A Q ( n

t

i n D H E fj r m w a r e y e t ) → m a y b e u s e B

n

n D A Q i n fj n a l e x p e r i m e n t ? ( u n d e r d i s c u s s i

n

)

SLIDE 43

S. Lange, Novosibirsk 09/2016

PXD DAQ

D A T A F O R MA T D

c

u m e n t b y D i m a L e v i t V e r s i

n

. 4 . 3 8 , Ma y 6 , 2 1 5 i s c u r r e n t l y

u

r b a s e l i n e → a t t a c h e d h e r e i n t h e i n d i c

SLIDE 44

S. Lange, Novosibirsk 09/2016

44

PXD DAQ

T H A N K Y O U .

SLIDE 45

S. Lange, Novosibirsk 09/2016

45

PXD DAQ

B A C K U P

SLIDE 46

S. Lange, Novosibirsk 09/2016

46

PXD DAQ

P X D C L U S T E R F O R MA T

R

e m i n d e r : t h i s i s „ F C E “ f

r

m a t ( c l u s t e r i n g

n

D H E )

n
t

„ D C E 3 “ f

r

m a t a n y m

r

e ( c l u s t e r i n g i n D C E A S I C w a s s t

p

p e d )

D

C E 3 d e c

d

e r w a s i m p l e m e n t e d

n

O N S E N ( D a v i d Mü n c h

w

)

F

C E d e c

d

e r / u n p a c k e r i n b a s f 2 w a s i m p l e m e n t e d ( K l e m e n s L a u t e n b a c h ‘ s m a s t e r t h e s i s )

Wh

y a d v a n t a g e f

r

r e

m

a p p i n g ? → n e w , r e

m

a p p e d D H P _ I P n e e d s t

b

e w r i t t e n i n a h e a d e r b u t i n h i t

b

a s e d f

r

m a t a l l h i t s a r e „ b u l k “ e n c a p s u l a t e d w / 1 h e a d e r → c l u s t e r

b

a s e d f

r

m a t a d d s a h e a d e r f

r

e v e r y h i t ( f

r

1

p

i x e l c l u s t e r d a t a „ b l

w
u

p “ b y f a c t

r

2 “ )

b

u t : t h e „ g h

s

t “

f

r e

m

a p p i n g w i l l h a u n t u s a c l u s t e r w i l l b e s p l i t i n t

2

c l u s t e r s , b e l

n

g i n g t

2

D H P I D s → n e e d s „ c l u s t e r r e c

m

b i n a t i

n

“ i n c l u s t e r r e s c u e a n d b a s f 2

P

r

b

l e m f

r

O N S E N : d i fg e r e n t l

g

i c h i t s – i n s i d e – c l u s t e r – b u t –

u

t s i d e – R O I ( c l u s t e r b u fg e r , t i m i n g n

t

s

l

v e d y e t )

SLIDE 47

S. Lange, Novosibirsk 09/2016

47

PXD DAQ

P C MA G F i n a l F i e l d Ma p E U D E T A n n u a l Me e t i n g 2 8 , N I K H E F 7 . O c t

b

e r 2 8 C h r i s t i a n G r e f e C E R N

SLIDE 48

S. Lange, Novosibirsk 09/2016

48

PXD DAQ

S i m p l i fj e d r e

m

a p p i n g ( „ I n t e r m e d i a t e “ F

r

m a t ) F r

m

D H P w e g e t ( b e f

r

e r e

m

a p p i n g ) : [ r

w

, 6 4 * d h p + c

l

_ i n _ d h p ] R e

m

a p p i n g f

r

D H P I D = 2 , 4 [ r

w

, 6 4 * d h p + c

l

_ i n _ d h p ^ x 3 c ] E x a m p l e : c

l

_ i n _ d h p = 4 4 → 1 1 1 ( i s 6 b i t

n

l y ) x 3 c i s 6 → 1 1 1 1 X O R

f

1 1 1 a n d 1 1 1 1 g i v e s 1 ( → 1 6 , n e w r e

m

a p p e d C O L )

SLIDE 49

S. Lange, Novosibirsk 09/2016

49

PXD DAQ

S i m p l i fj e d r e

m

a p p i n g ( „ I n t e r m e d i a t e “ F

r

m a t ) F r

m

D H P w e g e t ( b e f

r

e r e

m

a p p i n g ) : [ r

w

, 6 4 * d h p + c

l

_ i n _ d h p ] R e

m

a p p i n g f

r

D H P I D = 1 , 3 [ r

w

^ x 2 , 6 4 * d h p + ( ( ( c

l

_ i n _ d h p ^ x 3 c ) + ( ( r

w

& 2 ) > > 1 ) % 6 4 ) ) ] E x a m p l e : c

l

_ i n _ d h p = 4 4 → 1 1 1 ( i s 6 b i t

n

l y ) x 3 c i s 6 → 1 1 1 1 X O R

f

1 1 1 a n d 1 1 1 1 g i v e s 1 ( → 1 6 , n e w r e

m

a p p e d C O L ) R

w

= 1 9 = 1 1 1 ( 1 1 1 A N D 1 ) > > 1 g i v e s a l t e r n a t i n g a n d 1

SLIDE 50

S. Lange, Novosibirsk 09/2016

50

PXD DAQ

„ L a r g e “ R O I s

SLIDE 51

S. Lange, Novosibirsk 09/2016

51

PXD DAQ

SLIDE 52

S. Lange, Novosibirsk 09/2016

52

PXD DAQ