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Page 1: Efficient and economic IT in the data center High-End S175 ...sp.ts.fujitsu.com/dmsp/Publications/public/ps_s175_s210_business-servers.pdf4 CPU cores per processor chip Increased performance

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High-End S175 and S210 Business Servers

Efficient and economic IT in the data center

Copyright 2013 FUJITSU

Page 2: Efficient and economic IT in the data center High-End S175 ...sp.ts.fujitsu.com/dmsp/Publications/public/ps_s175_s210_business-servers.pdf4 CPU cores per processor chip Increased performance

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Current Portfolio

BS2000/OSD Business Server

S175 170 up to 1040 RPF

SQ210 12 up to 1750 RPF

Performance range 1 : 417 or 12 - 5000 RPF

Copyright 2013 FUJITSU

S210 990 up to 5000 RPF

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The highlights of the new servers

New processor based on 65nm technology

Guaranteed high service levels

Higher CPU and system performance

Low-priced model entry-level and

high degree of system flexibility

Improved global storage performance and

system capacity

Support for twice the number of peripheral

devices

Low energy costs and a high degree of

environmental compatibility

Copyright 2013 FUJITSU

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The challenges for mainframes

Copyright 2013 FUJITSU

Hochverfügbarkeit / Sicherheit

Standard hot spare CPU

Redundant SKP

Dual Power Feed

Emergency or backup concept (COD)

High component availability

HIPLEX, SECOS, …

Skalierbarkeit

Flexible provision of resources

Performance, HSP and I/O interfaces

Use of capacity on demand

Virtualization with the VM2000 concept

Performance

High CPU performance (mono, multi-/multicore)

Fibre Channel for storage and high-speed

networking

Global storage

High I/O throughput via parallelism

COD: Management changing workloads

and “peaks“ ….

Total cost of ownership TCO

Simple integration in existing infrastructures

Standard SAN connectivity

Full automation of daily IT operation

High efficiency levels with a large

number of users

Low energy costs per system / user ….

Performance

Scaling

Total cost of ownership TCO

High availability

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/390 Mainframe – Innovations S series

time

1,0

1,6

1,7

2,5

130nm CMOS

190 million transistors

2nd level cache 2 MB 180nm CMOS

46 million transistors

2nd level cache 2 MB

90nm CMOS

500 million transistors

2nd level cache 6 MB

2,8 Performance (mono processor)

65nm CMOS

Quad-Core CPU chip

2nd level cache 6 MB

2000 2003 2005 2007 2009 2011 2013

S170

S180

S190

S200

S210

Copyright 2013 FUJITSU

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S server innovation P

erf

orm

an

ce, s

ca

lab

ilit

y, f

un

cti

on

S200

S165 Performance: 160 – 910 RPF

Technology: 90nm

Up to 3 CPU’s and 2 IOP’s

Performance: 860 – 4300 RPF

Technology: 90nm

Up to15 CPU’s and 4 IOP’s

2009 2013

S210

Performance: 170 – 1040 RPF

Technology: 65nm

Up to 3 CPU’s and 2 IOP’s

Performance: 990 – 5000 RPF

Technology: 65nm

Up to 15 CPU’s and 8 IOP’s

S175

Copyright 2013 FUJITSU

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The processor - the newly developed "heart" of the S175

and S210

Current CMOS technology with 65 nm feature size

4 CPU cores per processor chip

Increased performance of the individual CPU cores

Short communication paths and shared L2 cache

The system board

One board for S175, 2 or 4 boards for S210

All processor chips on the first board, each S175

contains one processor chip, S210 contains up to 4

processor chips

Contains memory, system controllers and ports for

Global Store and IO processors

The new system board of the S210

Copyright 2013 FUJITSU

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Current S server line

Copyright 2013 FUJITSU

Business

Servers

S175

Business

Servers

S210

Systems with 1 - 3 CPUs

System performance of 170 RPF to 1040 RPF

(Mono processor 390 RPF)

Increase in max. system performance

about 15% in contrast to S165

about 25% in contrast to S155

Systems with 2 - 15 CPUs

System performance of 990 RPF to 5000 RPF

(Mono processor 520 RPF)

Clear increase in performance

about 15 - 20% in contrast to S200

about 65% in contrast to S190

Each model is equipped with an additional hot spare CPU

Guaranteed high service levels: many performance extensions can be made when the system is running or in worst case with only minor interruption

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Business Server S175

Copyright 2013 FUJITSU

1 to 3 CMOS /390 processors and 1 hot spare CPU

Performance range: 170 to 1040 RPF

Mono processor performance: 390 RPF

Up to 64 Gbyte main memory

Up to 2 x 64 Gbyte global storage

Up to 2 IOPs

Max. 128 channels type S, max. 16 channels type FC, max. 60 channels type 2

Operating system BS2000/OSD as of version 7.0

Optional up to 15 guest systems with VM2000 V9.0

Open Fibre Channel technology

About 20% lower energy costs* and high-level environmental compatibility

Full flexibility with scaling, performance, availability and connectivity

Highlights

* in contrast to previous system

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Business Server S175 - Details

Copyright 2013 FUJITSU

Each model is upgradeability to

max. 1040 RPF

max. 64 Gbyte main memory

max. 16x type FC, 128x type S, 64x type 2

Preference package

Model No of CPUs

Performnace factor

RPF Main

memory Type S Type FC

S175-10A 1 1 170 2 16 8

S175-10B 1 1,4 240 2 16 8

S175-10C 1 1,8 300 4 16 8

S175-10D 1 2,0 340 4 16 8

S175-10E 1 2,3 390 4 16 8

S175-20B 2 2,7 460 4 16 8

S175-20C 2 3,4 570 6 16 8

S175-20E 2 4,4 740 8 16 8

S175-30E 3 6,1 1040 12 16 12

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Business Server S210

Copyright 2013 FUJITSU

2 to 15 CMOS-/390 processors and 1 hot spare CPU

Model offer to meet requirements: 2, 3, 4, 6, 8, 10, 12, 14, 15 way system

Performance range: 990 to 5000 RPF

Up to 256 Gbyte main memory; 2 x 128 Gbyte global storage

Up to 8 IOPs, max. 256 channels type S, max. 64 channels type FC, max. 60 channels type 2

Operating system BS2000/OSD as of version 7.0

Optional up to 15 guest systems with VM2000 V9.0

Open Fibre Channel technology

Pre-upgrade options

About 20% lower energy costs* and high-level economic compatibility

Highlights

* in contrast to previous system

Leader in performance, calling, availability and connectivity

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Business Server S210 - Structure

Copyright 2013 FUJITSU

Service consol

processor

I/O prozessor

S210-40 4-Way-System

S210-50 5-Way-System

S200-60 6-Way-System

S210-20 2-Way-System

S210-30 3-Way-System

S210-80 8-Way-System

S210-100 10-Way-System

S210-120 12-Way-System

S210-140 14-Way-System

S210-150 15-Way-System

I/O prozessor

Global storage

I/O prozessor

I/O prozessor

Main memory

System board System board

Main memory

CPU CPU

CPU CPU

CPU CPU

CPU CPU

CPU CPU

CPU CPU

CPU CPU

CPU CPU

Model No of CPU‘s Performance factor RPF

S210-20 2 1 990

S210-30 3 1,4 1390

S210-40 4 1,8 1770

S210-50 5 2,2 2130

S210-60 6 2,5 2480

S210-80 8 3,2 3150

S210-100 10 3,8 3750

S210-120 12 4,3 4300

S210-140 14 4,8 4750

S210-150 15 5,1 5000

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Two or four system boards in S210

Copyright 2013 FUJITSU

Main

Memory

General Processors

(Quad-Core)

System Control

X-Bar Units

DC - DC

Converter

General Processors

(Quad-Core)

Main

Memory

System Control

Data Path Unit

System board S175

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Global Storage - Eigenschaften

The performance option for S175 and S210 server

Throughput and capacity increase with global storage

Memory up to 2 x 128 GB per S210 (double compared to S200)

Data rate up to 2 GB/s

Fast downtime system-specific cache

Use as redundant GSP with battery and

HW duplications

Clustering and failover

Power failure bridging with at least

24h battery operation

To meet high demands regarding data availability

Copyright 2013 FUJITSU

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Extended peripherals for S210 / S175

Copyright 2013 FUJITSU

New peripheral devices for BS2000 Servers

ETERNUS DX400 S2 / DX8700 S2

Symmetrix V-Max

ETERNUS CS High End (and Net-Storage from BS2000/OSD V9.0)

Scalar 10K, i2000/i6000 and i500 with LTO5 from BS2000/OSD-BC V8.0 (LTO6 planned in 2013)

Support for open fibre channel interfaces standards (such as UNIX systems, Win,.)

Standardized infrastructure for BS2000/OSD and Open Systems

BS2000/OSD Data Center

ETERNUS

Disk storage

system

ETERNUS CS

Virtual Tape Appliance

Symmetrix V-Max

Disk storage system

Scalar

Tape storage

system

HNC

High speed

net connect

SAN

Business Server

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ETERNUS DX400 S2 / DX8700 S2

High-End storage DX8700 S2

Scalable Capacity and Performance

Midrange storage DX410 S2 / DX440 S2 Approved for BS2000/OSD:

S-Server from OSD V7.0

SQ-Server from OSD V8.0

SX-Server from OSD V8.0

SHC-OSD V10.0

Qualified for BS2000/OSD: S- and SX/SQ-Server

New

ETERNUS DX410 S2, DX440 S2 and

ETERNUS DX8700 S2 with SHC-OSD 10.0

Copyright 2013 FUJITSU

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BS2000/OSD Online / Nearline Peripherals

Copyright 2013 FUJITSU

SQ series

Quantum Scalar

LTO

ETERNUS DX serie

DX400 S2

DX8700 S2

S series

HNC

Fibre Channel

FC SAS

RAID disk subsystem

ETERNUS JX40 ETERNUS CS High End

(Net-Storage as of OSD V9.0)

LAN

Fibre Channel

ETERNUS CS High End

ETERNUS LT40

LTO

SAS

FC

EMC

Symmetrix

DMX / VMAX

Onlin

e

Nearlin

e

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Capacity on Demand

Copyright 2013 FUJITSU

Advantages for growth customers:

CPU performance reserves for peak requirements

Four different usage periods: 30, 60, 90 or 120 days

The customer defines the start and end of usage

CPU peak load

Capacity

on Demand

Basic

system

1. Q. 2. Q. 3. Q. 4. Q.

30 Day 30 Day

CPU 1

CPU 2

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Cost efficiency of BS2000/OSD

Copyright 2013 FUJITSU

The excellent TCO of the mainframes has

been proven again:

distributed platforms are double the cost

of the mainframe – per unit or per user

Source: Mainframe Market Bulletin, Arcati Ltd January 2011

… BS2000/OSD helps to reduce costs for

those elements which represent an ever-

increasing share of the total costs in the

data center

… BS2000/OSD is and remains efficient

even with high load peaks and an

extremely high number of users

* Source: Arcati Ltd; A fresh look at The Dynosour Myth

* *

Mainframes provide the best TCO all platforms

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Takes care of environment and budget

Copyright 2013 FUJITSU

m2 space

power KWh

climate CO2

High degree of energy efficiency

Approx. 20% less energy consumption *

System performance is simultaneously up to 20% greater *

Clearly reduced energy costs for servers and cooling

Environmentally friendly

The greatly reduced energy consumption for the new servers helps to protect the environment and the climate

The new powder coating means that the housing paint has no volatile organic connections

Low footprint for mainframes

Minimum space requirements, yet top performance and functionality

* in contrast to previous system

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High-speed Net Connect HNC-VI

Copyright 2013 FUJITSU

Hardware-based PRIMERGY RX350-S7 / TX300-S7

Floor-stand and rack

Incl. 2x Fibre Channel and 2x LAN

Basic configuration equipped ready for operation

Server port

Only Fibre Channel (FC)

Connection to S series: direct or via FC switch

High Availability

Basic configuration with mirrored boot disk

Second Power supply is provided as standard

Automatic password protection, fast restoration of user profiles

Throughput:

Up to 90.000 transactions /sec and

Up to 115 Mbyte /sec

New HNC-VI 91855

0,0

1,0

2,0

3,0

4,0

5,0

openNet Server V3.0 HNC-IIIR

openNet Server V3.3 HNC-IV

openNet Server V3.5 HNC-V / HNC-VI

throughput

transaction

factor

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BS2000/OSD software roadmap

2009 2010 2011 2012 2013 2014 2015 2016

Software innovations

with BS2000/OSD

OSD V8.0 Intel server support

FibreCAT integration

Remote service

New SWK versions

Extended SOA support

OSD V9.0 Extensions SQ Server SQ210

Net-Storage integration

Extensions with ease-of-use,

Performance, automation

SHC-OSD:

Clone and snap function ETERNUS DX

SESAM: dynamism, SOA

OSD V10.0 Support new server generation incl. HA & LM

Net-storage interoperability

Measures to increase performance

openSM2: web-based interface

SHC-OSD: asynchronous REC for ETERNUS DX

SESAM: stored procedures ; Oracle: 12c migration

Further development of the software configuration

Vers

ion

Copyright 2013 FUJITSU

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BS2000/OSD server roadmap

2009 2010 2011 2012 2013 2014 2015 2016 2017

SQ series

SE series

S series

Serv

ice

S175 S210

SQ210

SQ200

SQ100

Copyright 2013 FUJITSU

/390

x86

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Business Server S175 and S210 - summary

High reliability and availability levels for all business data and processes

Investment protection via long-term compatible support of customer applications

Perfect integration for existing applications in web-capable systems

Increased system performance and maximum scaling

Capacity on demand to cover peak loads

Lower TCO thanks to sophisticated automation technology

Low energy costs per system/user

Copyright 2013 FUJITSU

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