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ECAL crate (front view). TVB. TVB. L0DU. TRIG40 (tell40 structure). X 14. Selection board in barrack. TELL1 (1MHz). Actual Design. Upgrade – setup. Calorimeter detector. 20 bits @40Mhz Link = 4 copper wire Serial LVDS 280Mhz. Front-end boards. Optic Mezzanine - PowerPoint PPT Presentation
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Upgrade: Calo Trigger Study [email protected]/20
ECAL crate (front view)
X 14
TVB TVB
Selection boardin barrack
TELL1(1MHz)
L0DU
TRIG40(tell40
structure)
Upgrade: Calo Trigger Study [email protected]/20
Calorimeterdetector
20 bits @40Mhz
Link =4 copper wire
Serial LVDS280Mhz
32 bits @40Mhz
Link =Optic fibre
1.6 Ghz
Front-end boards
Selection Board (SB)
Optic Mezzaninerubbon of 12 fiber
Trigger Validation Board (TVB)
To farm DAQ 1Mhz To L0DU
Actual Design
108x32 bits @40Mhz
Link =Optic fibre
~infiniband rateTo Be Define
1,6Ghz or 4,8Ghz or…
Tell 40 system with 1.6 GHZ inputs
To farm DAQ 40Mhz To SuperODIN(LLT)
Upgrade – setup
Upgrade: Calo Trigger Study [email protected]/20
Previsionnal Tell40 designATCA board
ATCA mezzanine
Upgrade: Calo Trigger Study [email protected]/20
Upgrade: Calo Trigger Study [email protected]/20
Upgrade: Calo Trigger Study [email protected]/20
Upgrade: Calo Trigger Study [email protected]/20
Upgrade: Calo Trigger Study [email protected]/20
Other input by muons,
LLT_L0DU Firmware work: Clermont?
Upgrade: Calo Trigger Study [email protected]/20
2 TRIG40 = full Calo trigger upgrade
7000€
7000€
7000€
7000€
5000€
Total installation cost = 8 x 7000 + 2 x 5000 = 66 000 €
+ common ATCA Crate with SuperODIN
LLT_CALO Firmware work: Annecy ?(old bologna concept)
LLT_OUT_CALO Firmware work: Annecy ?(link with LLT_L0DU firmware)
Upgrade: Calo Trigger Study [email protected]/20
TELL40: Actual CPPM prototype in may 2011ATCA board
ATCA mezzanine
2 stratix4 instead 1 stratix5
1 microATCA crate+ commercial µ ATCA board
with specific board on
ATCA board with normal ATCA Crate
instead
ATCACrate
(15 slots)
Upgrade: Calo Trigger Study [email protected]/20
LAPP devellopment schedule
ATCAmanager board:
Commercial+
CCPM part
First prototype boardSummer of 2012
> CCPM (Marseille)
CCPM debugging
First board available for LAPP:
Proto: Spring of 2013
SmallATCACrate
(2 slots)
Commercial ATCA
Carrier board
Upgrade: Calo Trigger Study [email protected]/20
First possible LAPP devellopment setup
7000€
2000€
First cost = 20 000 €
Commercial ATCA
manager board
3500€3500€4000€
ComputerWith tools
Upgrade: Calo Trigger Study [email protected]/20
(Timeline from Pierluigi Campana - 27/6/2011)
LAPP Team previsionnal installation for Calorimeter Trigger upgrade
STARTElectronic work
END Electronic work
TRIG40Preliminary study
Upgrade: Calo Trigger Study [email protected]/20
Possible upgrade TVB
HCAL FPGAEPPI FPGA Available Inputs:• 8 RJ45 connector on backplane (8 bits@40Mz each) (= instead PSPD Pattern bus)• 8 ECAL total energy• 8 ECAL cluster energy• 8 ECAL cluster adress
Available Outputs:• 3 optical link (32bit@40Mhz each)
Remarks:•Devellpment tools from 2005 -> old in 2018…
Free space in EPPI FPGA TVBTo implement new functions
Slow-Control of FE crate – scheme1
Upgrade: Calo Trigger Study [email protected]/20
GBT
GBT-SCA
conv-SPECS
FSC40 board
clock-DRIVER
FE Backplane CRATE
Instead CROC
FEB&
TVB
FEB&
TVB
FEB&
TVB
FEB&
TVB
FEB&
TVB
FEB&
TVB
FEB&
TVB
FEB&
TVB
FEB&
TVB
FEB&
TVB
FEB&
TVB
FEB&
TVB
FEB&
TVB
FEB&
TVB
Slow-Control of FE crate – scheme2
Upgrade: Calo Trigger Study [email protected]/20
GBT
GBT-SCA
conv-SPECS
FSC40 board
clock-DRIVER
FE Backplane CRATE
Instead CROC
TVB TVB
GBT
DATAprocess
FEB
TELL40 board
New TVB
Slow-Control of FE crate – scheme3
Upgrade: Calo Trigger Study [email protected]/20
GBT
GBT-SCA
FSC40 board
FE Backplane CRATE
CROCSlotEMPTY
GBT
DATAprocess
FEB
TELL40 board
I2C
DATAprocess
GOL
clk
TRIG40 board
