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Experience the Power of Open Telekom Cloud

ARE YOUR HIGH PERFORMANCE CAPABILITIES AT THE LIMIT?

▪ High performance capabilitieswithout invest and commitment

▪ Access to top-notch technology

▪ Simple, on-demand access

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HOW OFTEN DO YOU EXPERIENCE THAT?USE THE CLOUD AS ENHANCEMENT!

Work

load Peak loads with

additional demand

On-premise IT

Covered workload

Bursting with Public Cloud resources

T-SYSTEMS AND HIGH PERFORMANCE COMPUTING - EXAMPLES

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Use caseRisk

analysisGenome analysis

Simulation and scientific Computing

Simulationcrash and material

Autonomous driving

Content rendering

Infrastructure

PlatformHPC as a Service By T-Systems Solution for Research

Incl. Scheduler, Middleware, Devops, …

Software / applicationwith third

partywith third party

Scientific computingby SfR

PLM Cloud by T-SystemsAD-DTP

for autonomous driving by T-Systems

with third party

ManufacturingFinance Health Pharma Automotive MediaScience

+ Dedicated+ Edge

EUROPEAN SCIENCE CLOUDHYBRID MODEL FOR COMPUTING CAPACITIES

The Challenge

▪ Storing, managing and processing large quantities of scientific data (YOY growth by 50 PB+)

▪ High upfront investment, up to 6 months of IT delivery

▪ Addressing more than 70 million people in science and research

The Benefit

Cost transparency

Usage-driven activation of additional computing and storage resources (burst resources)

High performance – leading to better valuefor money

OpenStack for simple integration

The Solution

▪ Open Telekom Cloud as a component of the Helix Nebula Science Cloud delivering 500 k + cores of compute power

▪ Utilization of Open Telekom Cloud for various use cases in particle physics, bioinformatics, etc., especially high-throughput applications

▪ Utilization of the (10 GB) Géant network for data transfer

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COMPUTE POWER FOR X-RAY SPECTRA3DIX – 3D IMAGES FROM EXPERIMENTAL DATA

The Challenge

▪ Need for huge temporary computing resources to run compute-intensive jobs

▪ Avoidance of investments in own computing facilities

▪ Easy usage for scientists: functionality and user-friendliness

The Benefit

Usage-driven activation of computing resources

On-Demand availability of huge resources

Reduced load on own systems – availability for other workloads

Workload fits perfectly to cloud approach

The Solution

▪ Running FDMNES on Open Telekom Cloud

▪ Simple user interface plus job scheduler for scientists to import/export data and start job

▪ Transfer of only a few GB for executable, input and output data

▪ Processing power: 50 – 100 cores (min. 8 GB RAM each)

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MACHINE ROOM FOR GEOSERVICES VISTA CONVERTS SATELLITE IMAGES TO YIELD PREDICTION

The Challenge

▪ YPSILON is an innovative yield forecasting service

▪ State-of-the-art satellite data and physically-based plant growth modeling are used

▪ Europe-wide forecasts of crop yield (t/ha) and production (t) need an up-to date satellite data-basis delivering the current crop status

▪ High level of detail and accuracy over large areas resulting in very high computing needs

The Benefit

▪ On-demand capacities for on-demand jobs

▪ Usage-based costs, no invest necessary

▪ Easy management of peak loads

▪ Optional increase of job speed

▪ Focus on core competency (analytics, application), unburdening from infrastructure management

The Solution

▪ Operating Vista’s software on Open Telekom Cloud

▪ Raw data of ~1 GB per satellite scene

▪ Pre-processing of data requires temporary and large, scalable computing power and enlarges data volume by factor 10

▪ Usage of cluster of 10*32 CPU general purpose VMs from Open Telekom Cloud for parallel processing of up to 300 satellite scenes

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ANALYTICS FOR ARCHIVESARTIFICIAL INTELLIGENCE DOES THE RESEARCH

The Challenge

▪ Set-up a system for automated tagging of video content

▪ Detachment of manual work

▪ Encrypted processing of the in-house video archive to the cloud.

▪ Metadata for AI-based face recognition are encrypted in the cloud

The Benefit

▪ Using one of the world‘s fastest and most accurate neural networks for visual computing (face, objects, actors, sports, scene understanding)

▪ Foundation for new business models

▪ Complete stack from Germany

▪ High performance through GPU clustering

The Solution

▪ Raypack AI video analyzer

▪ Self training AI methods for automated tagging

▪ Open Telekom Cloud GPU flavors

▪ Users from business departments (journalists) creating models for business analytics

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GREAT PERFORMANCE AND PRICE/PERFORMANCE, GREAT SCALING

-66 %

Bes

t avg

. pri

ce/p

erfo

rman

ce ra

tio

of 2

, 4, 8

gen

eral

pur

pose

vC

PU

s

Gee

kben

ch4

Mult

i-core

Price/Performance of VMs

Open

Tel

ekom

Clo

ud

-14 %

Am

azon

Web

Ser

vice

s (A

WS

)

Goo

gle

Clo

ud

Eng

ine

(GC

E)

MS

A

zure

-30 %

-73 %

Open

Tel

ekom

Clo

ud

AW

S

GC

E

MS

Azu

re

Multi-Core Performance

-36 %

-60 %

Bes

t per

form

ance

of

high

-per

form

ance

vC

PU

s

600

1000

1800

1400

OpenFoam CFD Benchmark

120 240 480 720

Exe

cutio

n tim

e: O

pen

Tele

kom

C

loud

bea

ts p

hysi

cal s

erve

rs

[Cores]

Open Telekom Cloud

Xeon 2680v4, 28 core@2.4 GHz

[s]

[MiB/s]

10 k

30 k

70 k

50 k

Scalability with number of compute/storage nodes

6.813

56.007

61.452

8.137

1 2 3 4 5 6 7 8

Read throughputWrite throughput

[Nodes]

Bey

ond

file

syst

em

thro

ughp

ut, l

ocal

NV

Me

[GPUs NVidia P100 PCIE]

1x2x

4x

8x

1 2 4 8

Deep Learning Caffe + GoogleNet

=>

Nea

r lin

ear s

calin

g

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A CLOUD-CENTRIC PROVISIONING CONCEPT FOR DIGITAL SCIENCE AND ENGINEERING

GPU Computing▪ High energy

physics▪ Media streaming▪ Machine learning

Network access

Accounting

IdM

Virtual front end and desktops

Throughput computing

Certified end-to-end security

Pre- & postprocessing

Data management

FPGA Computing▪ Genome assembly (health)▪ Seismic (oil and gas) ▪ Machine learning

Highly Scalable HPC/HPDA▪ Numerical simulation▪ CFD▪ Weather/climate▪ Data discovery▪ High-speed analytics

WAN/VPN100Gb/s*

User

Quantum Computing▪ Optimization

•Telecommunication•3D printing•Portfolio (finance)•Radiation therapy (health)

▪ Cryptoanalytics▪ Machine learning

Baseline HPC/HPDA▪ Numerical simulation▪ CAE▪ Data analytics

Neuromorphic Computing▪ Vision systems▪ Autonomous systems

100Gb/s*

Open Telekom Cloud

Hybrid

on-prem

NPU Computing▪ Machine learning▪ AI▪ Autonomous systems

* InfiniBand (IB) EDR

Open Telekom Cloud provides the infrastructure and necessary interfaces▪ Flavors (HPC, GPU, FPGA, …)▪ Certification

I need a mix of it

all

I want to do it myself

I want to do it with you

I want to have it from you

T-Systems provides a individual managed solution as a service ▪ Flavors (HPC, GPU V100, FPGA, …)▪ Certification

TSI provides a ready-to-use application▪ E.g. Product Lifecycle Management Cloud (PLM*)▪ Flavors (HPC, GPU V100, FPGA, …)▪ Certification

IT‘S YOUR CHOICE

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Max Guhl

Mobile: +49 170 850 7516

E-Mail: max.guhl@t-systems.com

Your contacts today:

Fabian Placht

Mobile: +49 160 989 30292

E-Mail: fabian.placht@t-systems.com

Thank you!