NetApp FAS8000系列存储介绍
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Sandy Bridge chipset PCIe Gen 3 architecture NVRAM9 with persistent write cache
– Embedded NVRAM9, no slot impact
More memory, uses DDR3 technology Onboard ports include:
New architecture delivers 1.9x more performance – 64GB of memory: 60% increase – 16GB of NVRAM: 4x increase
Can help with large sequential writes
Increased flash support minimizes latency – 12TB of VST flash support: 3x increase New IO layout delivers greater flexibility
3
Introducing FAS8000
Three New Models
FAS8020 replaces FAS3220 FAS8040 replaces FAS3250 FAS8060 replaces FAS6220
No IOXM option
Single chassis configurations
Can help with large sequential writes
Increased flash support minimizes latency – 6TB of VST flash support: 3.75x increase
FAS8020
New IO layout delivers greater flexibility
– cDOT cluster interconnects, UTA2 management, UTA2 and 10GbE Base-T adapters, supported SFP+ and cables
Troubleshooting
2
Introducing The FAS8000
Next Generation Enterprise System
– 4 10GbE ports – 4 UTA2 ports (10GbE / 16Gb FC) – 4 GbE and 4 6Gb SAS ports
– 4 PCIe Gen 3 slots
5
Introducing the FAS8040
HA Pairs
What’s New Compared to FAS/V3250
FAS8000 系列存储介绍
Topics Covered In Order
FAS8000 Introduction
– Overview of architecture, positioning, and performance
FAS8000 Limits – Cover various platform limits and competitive landscape FAS8000 Deep Dive – Details on ports, slots, and field replaceable parts FAS8000 Software Environmentals – SP, SLDIAG, power consumption, cooling, dimensions, and weight Detailed I/O Information
– Standalone with controller / blank
– HA with two controllers
Dual chassis configurations
– Dual-chassis HA requires MetroCluster™
Ships on Data ONTAP® 8.2.1 RC2
Increased flash support minimizes latency – 18TB crease
FAS8060
New IO layout delivers greater flexibility
4
Introducing the FAS8020
HA Pairs
What’s New Compared to FAS/V3220
New architecture delivers 2.3x more performance – 12 CPU cores: 50% more cores – 48GB of memory: 2x more memory – 8GB of NVRAM: 2.5x increase
New architecture delivers 1.7x more performance – 32 CPU cores: 2x increase – 128GB of memory: 30% increase – 16GB of NVRAM: 2x increase
Can help with large sequential writes
– 10GbE and 16Gb FC / 10GbE Unified Target Adapters (UTA2) – 6Gb SAS and GbE management interface
V-Series becomes software option
– FlexArray Virtualization Software
FAS8040
– 8 10GbE ports
– 8 UTA2 ports (10GbE / 16Gb FC) – 8 GbE and 8 6Gb SAS ports – 8 PCIe Gen 3 slots
6
Introducing the FAS8060
What’s New Compared to FAS/V6220
– Embedded NVRAM9, no slot impact
More memory, uses DDR3 technology Onboard ports include:
New architecture delivers 1.9x more performance – 64GB of memory: 60% increase – 16GB of NVRAM: 4x increase
Can help with large sequential writes
Increased flash support minimizes latency – 12TB of VST flash support: 3x increase New IO layout delivers greater flexibility
3
Introducing FAS8000
Three New Models
FAS8020 replaces FAS3220 FAS8040 replaces FAS3250 FAS8060 replaces FAS6220
No IOXM option
Single chassis configurations
Can help with large sequential writes
Increased flash support minimizes latency – 6TB of VST flash support: 3.75x increase
FAS8020
New IO layout delivers greater flexibility
– cDOT cluster interconnects, UTA2 management, UTA2 and 10GbE Base-T adapters, supported SFP+ and cables
Troubleshooting
2
Introducing The FAS8000
Next Generation Enterprise System
– 4 10GbE ports – 4 UTA2 ports (10GbE / 16Gb FC) – 4 GbE and 4 6Gb SAS ports
– 4 PCIe Gen 3 slots
5
Introducing the FAS8040
HA Pairs
What’s New Compared to FAS/V3250
FAS8000 系列存储介绍
Topics Covered In Order
FAS8000 Introduction
– Overview of architecture, positioning, and performance
FAS8000 Limits – Cover various platform limits and competitive landscape FAS8000 Deep Dive – Details on ports, slots, and field replaceable parts FAS8000 Software Environmentals – SP, SLDIAG, power consumption, cooling, dimensions, and weight Detailed I/O Information
– Standalone with controller / blank
– HA with two controllers
Dual chassis configurations
– Dual-chassis HA requires MetroCluster™
Ships on Data ONTAP® 8.2.1 RC2
Increased flash support minimizes latency – 18TB crease
FAS8060
New IO layout delivers greater flexibility
4
Introducing the FAS8020
HA Pairs
What’s New Compared to FAS/V3220
New architecture delivers 2.3x more performance – 12 CPU cores: 50% more cores – 48GB of memory: 2x more memory – 8GB of NVRAM: 2.5x increase
New architecture delivers 1.7x more performance – 32 CPU cores: 2x increase – 128GB of memory: 30% increase – 16GB of NVRAM: 2x increase
Can help with large sequential writes
– 10GbE and 16Gb FC / 10GbE Unified Target Adapters (UTA2) – 6Gb SAS and GbE management interface
V-Series becomes software option
– FlexArray Virtualization Software
FAS8040
– 8 10GbE ports
– 8 UTA2 ports (10GbE / 16Gb FC) – 8 GbE and 8 6Gb SAS ports – 8 PCIe Gen 3 slots
6
Introducing the FAS8060
What’s New Compared to FAS/V6220