SCAI SuperComputing Application & Innovation …...Current HPC architecture infrastructure...

SCAISuperComputing Application &

InnovationCINECA

Sanzio Bassini – December 2018

CINECA

Milano

Bologna

Roma

CINECA is a Consortium of Universities, founded

in 1969 by (MIUR) to support scientific research

CINECA is a not-for-profit organization

Members:

MIUR

67 Italian Public Universities

9 Institutions Anton Dohrn, CNR, CREA, INAF,

INDIRE, INFN, INRIM, INVALSI, OGS

In-house provider:

Supervised by MIUR

No private capital

80% of activities towards Consortium members

20% Technology Transfer

Current HPC architecture infrastructure

Sanzio Bassini, December 2018 Cineca - SuperComputing Applications & Innovations 3

OPA

ETH-25Gbit

GSS

GSS

tapeFibre SW

servers

MarconiSKL Latency

core

MarconiKNL Scale

out

NFS Servers

FEC Servers

Login Gateway

50 Pbyte Max capacity

5100

TMS

Mellanox

FDR

InternetHBPPRACE / EUDAT / EOSCINFN-CNAFAcademia and national Institutes

ETH-core + MellanoxGateway

ViZ

D.A.V.I.D.E.(PRACE PCP)

AI + NN

MARCONI – 7500 Server nodes

GALILEO – 1500 BDW Server node

30 PByte

Galileo1000 server

node

MeucciCloud

250 server node

Login Gateway

INFN WLCG250 server

node

PICO Front end cluster

• Global peak performance in excess of 25 Pflops

• Global production capacity > 9000 servers nodes

• Modularity computing combining different microprocessors technology based on the same ISA and different software stack enabling effective production work flows

• Architecture development driven by the scientific challenges and applications domains

DAVIDE – 45 dual socket hybrid nodes Power + P100

Cineca Roadmap

2009 2012 2016 2019 2021 2025

IBM SP6Power6

FermiIBM BGQPowerA2

MarconiLenovo

Xeon+KNL

MarconiPPI4HPC

ICEI - PPIHBP

Latency core consolidation for Eurofusion and

Mission critical + new generation

scale out

Hybrid technology Digital computing

and quantum computing

Procurement in

progress

100TF1MW

2PF1MW

11PF+9PF

3.5MW

50PF+10PF

~4MW

>100PF+>10PF~8MW

20x

5x

5x

1x

(latency cores)

2x

1x

(latency cores)

Paradigm

change

10x

(in total)

CINECA baseline

Sanzio Bassini, july 2018 4Cineca - SuperComputing Applications & Innovations

> 250 PF+> 20PF

~10MW CINECA EuroHPC HE

Funding Allocation

5x

2x

Training and promoting HPC Culture (2017)

Sanzio Bassini, july 2018 Cineca - SuperComputing Applications & Innovations 5

INSPIRE Infrastructural Project – POR FESR ER.RBIG DATA National Hub – Italian EOSC reference model

6

DATA

Integrated Research

Data Infrastructure

Network

• Scale out performance;

• Towards exascale;

• Hosting Member of PRACE, Eudat, Human Brain, Human Technopole…;

• Hyper scaling;• Tier1 WLCG;• Hosting

Member of Indigo Cloud, SKA…;

• # 1 in Europe in the LHC WLCG

• 70% of the national big data

• Up to 2 tera bit/s • Common swstack

CN

R

Mate

ria

l En

vir

on

men

t Eli

xir

• > 95% of the national big data

WP2 - I4.0, ML, IA

WP1 - HW Middleware

WP3 – New material WP4 – Life science, genomic, biobanking

Linked open data portal for PA, SMEs, Citizens in the domains of weather forecast and climate changes impacts in the agriculture industry segment

Sanzio Bassini, july 2018 Cineca - SuperComputing Applications & Innovations 7

ARPAE-SIMCInstitutionalnetworks

ARPAPi.Institutionalnetworks

OtherARPAInstitutionalnetworks

AereonauticaMilitare

MeteoNetworkobservations

ECMWF

Observed

Data

HPCSim

ulation

Forecasts

ObservedDataProvidersinItaly

AereonauticaMilitare Models

AMHPCcenter

ARPAE-SIMCModels

CINECAHPCcenter

DataAssimilation DataAssimilation

ARPAE-SIMCForecastDatasite

AMForecastData

CivilProtection&otherusers

LAMI

GTS-WIS-WMO

DPCCOMPOSITRADAR

SatelliteData

Internationaldataproviders

NCP

Mistral Project Highlander Project

Partneship: Agriculture confederation, ARPA-ER, ARPA-P, ASTER, CINECA, Civic protection,CMCC, DEDAGRUOP S.r.l., ECMWF, Fundation E. Mach, U. of TusciaStakeholders: Regione Emilia Romagna, Regione Lazio, Regione Puglia, Provincia Trento, Provincia Bolzano

8

Effective HPC application development process for industries and SMEs

d2v = v( i-1, j ) + v( i+1, j ) +v( i, j-1 ) + v( i, j+1 )

End users

(geo) phisycs

Iterative method

requirements

code

parallelization

applications

executionProduction & KPI monitoring

interface

Numerical simulation

optimization

performanceHPC expert

9

Seisimic and resorvoirs data processing

Current collaborations with Industry and SME

10

• Altran: Engineering and R&D services (Torino)

• Amet: Engineering Company (Torino)

• Chiesi farmaceutici: Innovation in healthcare (Parma)

• Dallara Automobili (Parma)

• Dompè Farma: Innovation in drug design (L’Aquila)

• Eni Oil & Gas (Milano)

• Elica hoods (Ancona)

• Ferretti Yachts (Forlì)

• Nolan Group: motorbike helmet (Bergamo)

• OlsaGroup: Optical Lighting Systems (Torino)

• R&D CFD: Computational Fluid Dynamics (Modena)

• RED Fluid Dynamics: Research & development in Fluid Dynamics (Rimini)

• Unipol Group: insurance (Bologna)