10. Sun Proprietary/Confidential: Internal Use Only 10
Sun保证的Solaris 二进制兼容性
保护客户软件方面的投资
路线图上高性能四核SPARC64 VII处理器
即将发布
可在统一Domain中混合SPARC64 VI 和
SPARC64 VII
保护客户硬件投资
全新/高性能CPU板与旧板同时工作
无需更换机箱
无需宕机-采用DR部署新处理器
内存镜像/指令重试等高可靠技术
SWaP 优势
in-chassis upgrade to 4-core,
mix-frequency
提高主频
混频使用
应用迁移
Mx000 的特点
11. 11
Sun Proprietary & Confidential: Signed CDA Required
Sun SPARC Enterprise Server
M3000
12. 12
Sun Proprietary & Confidential: Signed CDA Required
System Cabinet
Hard Disk Drives
Power Switch
DVD Drive
Status Indicators
(Power, XSCF ready, System check)
Key Switch
(Lock, Service)
PCIe slots Gigabit Ethernet
UPC
RCI
SAS
Front View
Rear View
USB Serial LAN 0 & 1
13. 13
Sun Proprietary & Confidential: Signed CDA Required
M4000/5000: Mid-Range Systems
Overview
Application acceleration
Up to 4 or 8 dual core SPARC64 VI/VII processors
Upgradable to SPARC64 VII (mixed support)
New higher performance interconnect
New industry standard PCI express I/O
Less down time
Greatly improved RAS functionality
Economical, modular datacenter design
6U and 10U, rack-optimized enclosures
Up to 4 dynamic system domains
New: Support for soft partitions
Solaris 10 operating system
M4000
M5000
14. 14
Sun Proprietary & Confidential: Signed CDA Required
Sun SPARC Enterprise Server
M4000
M4000
Processor SPARC64 VI/VII
2.15/2.52GHz, 5MB L2 Cache
Max 4 (16 core)
Memory Max 256GB
Internal Disks Max 2 (2.5” SAS)
Removable Media DVD, DAT
On-board IO 2 GbE ports
Memory Bandwith 20 GBps
I/O Bandwidth 6 GBps
PCI Slots 4 PCI-E, 1 PCI-X
External IO Expansion Yes
Enclosure 6U
Redundant Parts Disk, PSU, Fan
Hot-swappable parts Disk, PSU, Fan
Power Options 1-phase 1+1 cables
Domains Max 2
RAS Management XSCF (service processor)
15. 15
Sun Proprietary & Confidential: Signed CDA Required
Sun SPARC Enterprise Server
M5000
M5000
Processor SPARC64 VI/VII
2.15/2.52GHz, 5MB L2 Cache
Max 8 (32 core)
Memory Max 512GB
Internal Disks Max 4 (2.5” SAS)
Removable Media DVD, DAT
On-board IO 4 GbE ports
Memory Bandwidth 40 GBps
I/O Bandwidth 12 GBps
PCI Slots 8 PCI-E, 2 PCI-X
External IO Expansion Yes
Enclosure 10U
Redundant Parts Disk, PSU, Fan
Hot-swappable parts Disk, PSU, Fan
Power Options 1-phase 2+2 cables
Domains Max 4
RAS Management XSCF (service processor)
16. 16
Sun Proprietary & Confidential: Signed CDA Required
M8000/9000: High-End Systems Overview
Application acceleration
Up to 16, 32, or 64 dual core SPARC64 VI processors
Upgradeable to SPARC64 VII (mixed support in box)
New high performance interconnect (up to 330 GB/sec)
New industry standard PCI-E I/O
Mainframe-class RAS capabilities
Unmatched configuration flexibility
Modular building block architecture
(CMU, IOU, expansion box, XSCF)
Up to 24 dynamic system domains
New- support for soft partitions
Solaris 10 operating system
17. 17
Sun Proprietary & Confidential: Signed CDA Required
Sun SPARC Enterprise Server
M8000
SES M8000
Processor SPARC64 VI/VII
2.28 – 2.88GHz, 6MB L2 Cache
Max 16 (64 core)
Memory Max 1024GB
Backplane Bandwidth 93 GBps
Memory Bandwidth 170 GBps
I/O Bandwidth 48 GBps
Internal Disks Max 16 (2.5” SAS)
Removable Media DVD, DAT
CMU (System Board) and IOU Max 4 each
PCI Slots (on IOU) Max 32 (PCI-E)
External IO Expansion Yes
Redundant Parts CMU, IOU, XSCF, Clock board, Disk, PSU, Fan, XB
Hot-Swappable Parts CMU, IOU, XSCF, Disk, PSU, Fan
Power Options 1-phase / 3-phase / dual-grid
Domains Max 16
RAS Management XSCF (service processor)
18. 18
Sun Proprietary & Confidential: Signed CDA Required
Sun SPARC Enterprise Server
M9000
SES M9000
Processor SPARC64 VI/VII
2.28 – 2.88GHz, 6MB L2 Cache
Max 64 (256 core)
Memory Max 4TB
Backplane Bandwidth 304.2 GBps
Memory Bandwidth 683 GBps
I/O Bandwidth 192 GBps
Internal Disks Max 64 (2.5” SAS)
Removable Media DVD, DAT
CMU (System Board) and IOU Max 16 each
PCI Slots (on IOU) Max 128 (PCI-E)
External IO Expansion Yes
Redundant Parts CMU, IOU, XSCF, Clock board, Disk, PSU, Fan, XB
Hot-Swappable Parts CMU, IOU, XSCF, Disk, PSU, Fan
Power Options 1-phase / 3-phase / dual-grid
Domains Max 24
RAS Management XSCF (service processor)
19. Sun Proprietary/Confidential: Internal Use Only 19
CMT产品家族
从特定应用领域向通用服务器的转变
T5120/T5220
Up to 64 Threads
T5140/T5240
Up to 128 Threads
Scottsdale
UltraSPARC T2 blade
T5440
Up to 256 Threads
20. 20
Sun Confidential: Need to Know Only
SPARC Enterprise
T5440
Quad-Socket UltraSPARC T2
Plus
Compute Density
• 4 RU chassis
• Modular, 4-sockets – UltraSPARC T2 Plus
> 1 – 4 processor modules
> Up to 32 cores @ 1.2GHz /1.4/1.6Ghz
> Only 8 cores per processor
> Up to 256 threads
• Up to 64 FB-DIMM slots
> 512 GB using 8 GB FB-DIMMs
Reliable
• 4 Hot-Plug 2.5” SAS disks (Raid 0,1)
• DVD +/-RW
• 4 - Redundant (2+2), hot-swap PSUs
• 4 - Redundant, hot-swappable Fans
• 1900 watts typical consumption
Expandable
• 4 - Processor+Memory card pairs
• 8 x8 PCIe expansion slots (2 - XAUI)
• 4 Gb Ethernet (or 2 x 10 GbE and
2x 1GbE)
• 4 - USB 2.0
● Up to 256 threads / 512 GB
memory in a robust, redundant
chassis
● Extending the range of CMT
servers
● LDoms consolidation dream
box
21. Sun Proprietary/Confidential: Internal Use Only 21
Internal View (T5440)
Disk
Chassis
4 x SAS
Disk Chassis
4 Fans are required
System Configuration Card
(SCC) EEPROM
Service
Processor
Daughter Card
Power
Distribution
Board
Power BUS Bars
RED = +12Volts
BLUE = Ground
MB/FT0
MEM 0
Power
Supplies
MB/FT2
MB/FT3
MB/FT1
CPU 0
CPU 2
MEM 2
MEM 1
CPU 1
CPU 3
MEM 3
XAUI/PCIe
PCIe x8
XAUI/PCIe
PCIe x8
22. Sun Proprietary/Confidential: Internal Use Only 22
PCIe 外接IO扩展单元
• 4RU
• 两个PCIe boat
• 每个PCIe boat有6个插槽
• 可热插拔, PCIe x8, 全高
• 只支持PCIe, 不支持PCIx
• 支持所有T系列产品
23. Sun Proprietary/Confidential: Internal Use Only 23
T5220 / T5240 / T5440
Feature T5220 T5240 T5440
Form Factor 2 RU, 28.125” deep 2 RU, 28.125” deep 4 RU, 24.5” deep
CPU
1 – UltraSPARC T2 1.2,
1.4,1.6 GHz 64 threads
2 - UltraSPARC T2 Plus
1.2, 1.4,1.6GHz 64
threads each
4 - UltraSPARC T2 Plus 1.2,
1.4,1.6 GHz 64 threads each
Memory
FB-DIMM, 128 GB Max.
16x Slots
FB-DIMM, 256 GB Max. up
to 32x Slots
FB-DIMM, 512 GB Max. up to
64x Slots
Network 2 – 10GbE + 4x GbE
2 - 10GbE + 2 - GbE or
4 - GbE
2 - 10GbE + 2 - GbE or 4 -
GbE
Internal Storage
8 - 2.5” SAS or SATA,
hot-swap (16 w.
refresh)
Up to 16- 2.5” SAS or
SATA, hot-swap
4 – 2.5” SAS or SATA
hot-swap
Removable Media 1 - DVD +/-RW 1 - DVD +/-RW 1 - DVD +/-RW
Serial 1 - RS-232, 4 - USB 1 - RS-232, 4 - USB 1 - RS-232, 4 - USB
PCI Express slots
6x (low profile) or 4x
+ 2x XAUI
6 - (low profile) or 4x
+ 2x XAUI
8 - (low profile) or 6x +
2x XAUI
IO box YES YES YES
Power Supply 2 - 750W AC /DC 2 - 1100W AC /DC 4 - 1120W AC (N+1)
24. Sun Proprietary/Confidential: Internal Use Only 24
Memory
T5120
T5220
T5140
T5240
T5440
T6320
T6340
CPU
4x1.2, 8x1.2,
8x1.4,8x1.6GHz
4x1.2, 8x1.2,
8x1.4,8x1.6GHz
8x1.2, 12x1.2,
16x1.4GHz
8x1.2, 12x1.2,
16x1.4,16x1.6GHz
1.2,1.4,1.6GHz 4 GB FB-DIMMs at
800 Mhz for 1.6GHz
4x1.2, 8x1.2,
8x1.4,8x1.6GHz
8x1.2, 12x1.2,
16x1.4GHz
系统配置
29. Sun Proprietary/Confidential: Internal Use Only 29
竞争定位
Sun IBM HP
T5x20 P6 520 rx6600 rx3600
T5x40 P6 550,P560Q rx7640 ,rx6600
T5440 P6 560Q,P570 Rx8640,Superdome
Notas do Editor
This is Sun's official corporate overview last updated on January 25, 2007.
This presentation is aimed at both existing and new customers who might want to hear a broad overview of Sun. It is contained in five sections in two files ..
Sun Executive Overview - Introduction.
Sun Executive Overview - Products, Innovations, Good News, Customers
For detailed statistics use the 'Executive Essentials' document as a source document.
You will need to adapt this material for each customer situation. Prepare for your presentation by understanding the following things from the customer or sales rep on the account:
Current status of the account.
What the customer wants to achieve from the presentation
What the sales rep wants you to achieve from the presentation
What is your role, what can you help to do – for customer or rep?
Speak with energy, authority and ensure that you connect with the customer. Make your presentation highly interactive. Check in before you start and keep checking in with the customer that they are getting what they need from you and from Sun.
START
Thank you for your time today.
I know that some of you in the room may not have look at Sun for a while, while others have been doing business with us for some time. We have found over the past year that even those that have a history with us are unaware of some of significant changes that have recently taken place.
This overview today will update you on what has changed at Sun and how Sun today has emerged as the most innovative IT infrastructure supplier in the industry.
But we are not the only chip designer who has begun to work on these problems, merely the ones in the lead.
Two of the other big chip manufacturers, Intel and AMD, have already shipped or announced to ship quad-core processors at the expense of high clock rates and absurdly large caches. Start-ups such as Azul and Tilera have designed for massive numbers of cores as a matter of course. Intel has announced that it's working on an 80-core chip to be delivered by 2011.
In short, almost everyone gets the idea that masiv multi-core and multi-threaded architectures are the key to performance going forward.
Application acceleration for 2007 and into the future:
First FF & DC systems deliver increased performance
First 18 months: system performance doubles... acceleration is economical (change CPU module) and convenient (field upgradeable).
Higher single system performance benefits very large workloads and creates possibility for greater application consolidation
Faster I/O and increased I/O connectivity
Increased RAS by design- introducing key new features
Safe application portability – retain infrastructure investments
SPARC/Solaris 10 binary compatibility – Application Guarantee
Same system mgmt software, connect to same Sun storage
Remote connection/management via Sun Connection
The midrange systems will support at least two processor generations, Olympus and Jupiter
We expect these systems to be upgradeable
For customers requiring more than the 5/10 on board IO slots, there is an option to add external IO expansion modules(2 IOU).
The midrange systems will support at least two processor generations, Olympus and Jupiter
We expect these systems to be upgradeable
For customers requiring more than the 5/10 on board IO slots, there is an option to add external IO expansion modules.
The midrange systems will support at least two processor generations, Olympus and Jupiter
We expect these systems to be upgradeable
For customers requiring more than the 5/10 on board IO slots, there is an option to add external IO expansion modules(2 IOU).
The midrange systems will support at least two processor generations, Olympus and Jupiter
We expect these systems to be upgradeable
For customers requiring more than the 5/10 on board IO slots, there is an option to add external IO expansion modules(4 IOU).
In Summary, the Datacenter servers were designed with the highest reliability and availability in mind, with high redundancy, serviceability and lots of health checks. They will have fast CMT processors with lots of memory and the latest industry standard I/O.
As has been Suns philosophy in the past, the servers will be modular with shared common components for your investment protection and will have expandable I/O.
The domaining will be highly flexible with hard partitions, soft partitions, and application containers resulting in an industry leading virtualization strategy.
In Summary, the Datacenter servers were designed with the highest reliability and availability in mind, with high redundancy, serviceability and lots of health checks. They will have fast CMT processors with lots of memory and the latest industry standard I/O.
As has been Suns philosophy in the past, the servers will be modular with shared common components for your investment protection and will have expandable I/O(8 IOU).
The domain will be highly flexible with hard partitions, soft partitions, and application containers resulting in an industry leading virtualization strategy.
In Summary, the Datacenter servers were designed with the highest reliability and availability in mind, with high redundancy, serviceability and lots of health checks. They will have fast CMT processors with lots of memory and the latest industry standard I/O.
As has been Suns philosophy in the past, the servers will be modular with shared common components for your investment protection and will have expandable I/O (16 IOU) .
The domain will be highly flexible with hard partitions, soft partitions, and application containers resulting in an industry leading virtualization strategy.
Looking then at the number of threads the application requires and where the application workload gets its data either directly from disk storage or over the network, Sun found that these workloads could be grouped into four basic workload categories:
Data Centric Workloads – This is all about managing, analyzing and transforming data (such as for Data Warehousing, Data Mining, and OLTP). These are highly threaded applications that access data from storage.
Application Centric Workloads – This is about enterprise applications, managing multiple threads (such as for ERP, CRM, SCM). There are typically highly threaded applications that access data from both the network and disk storage, such as Java 2 Enterprise Edition application servers.
Web Centric Workloads – This is about managing data that comes off the network. These are highly threaded applications that get most of their data from the network (such as IP processing, Web serving, Caching).
Compute Centric Workloads – This is about primarily single threaded applications, running one thread extremely fast (such as for HPTC, Grid, Financial Risk and Portfolio Analysis), where the data is taken mainly from the network but could also come from disk storage.
We also recognize that there is a high-performance computing (HPC) workload category, but these typically have very similar system requirements to the compute-centric workloads.
Let's take a look at the workload attributes and system requirements for these four workload categories.
