NetApp - Arrow ECS

NetApp
PA2013: Hardware News
Petr Wünsch
Pre-sales Systems Engineer
petr@netapp.com
Agenda
 NetApp FAS Family Refresh
– FAS3220/3250
– FAS6220/6250/6290
 EF540 Flash Array
 E-Series
– products and solutions
– E-series + V-series
 Fabric MetroCluster
– support for CISCO MDS Switches
 End of Availability Notice
 DS2246 + 200GB eMLC SSD
 DS4486 + 4TB MSATA
NetApp FAS Family Refresh
FAS Refresh Transitions
FAS3210
FAS3240
FAS3220
FAS6240
FAS6250
FAS6280
FAS6290
FAS3250
FAS3270
FAS6220
FAS6210
Value Pricing Model
Helping Partners Maintain their Winning Edge
List Price
Traditional

Traditional pricing model:
Existing products continue
with the traditional pricing
model

Value pricing model:
More competitive list
pricing,
targets similar net pricing
with lower average
discounts

Velocity pricing model:
Introduced in FY12 on
entry platforms
Pricing Model
FAS/V6210,
6240, 6280
All Products
FAS/V3210, 3240, 3270
Legacy Products
Value
Pricing Model
Velocity
FAS/V6220, 6250, 6290
FAS/V3220, 3250
Add-On Storage
E-Series
Data ONTAP® Edge
Future Products
Pricing Model
FAS2220, 2240
Future Products
Discount Level
NetApp Storage Controller Portfolio





Enterprise features on all models
One operating system, one interface
Investment protection through seamless growth
Refresh!
Grow without data migration
FAS/V6220
Full interoperability
Refresh!
FAS/V6290
Refresh!
FAS/V6250
Refresh!
4.320 TB
FAS/V3250
1.440 disks
16TB Flash
Refresh!
4.320 TB
FAS/V3220
1.440 disks
12TB Flash
3.600 TB
1.200 disks
4TB Flash
FAS2240
1.800 TB
720 disks
2TB Flash
FAS2220
720 TB
180 TB
60 disks
400GB Flash
432 TB
480 disks
1TB Flash
144 disks
400GB Flash
Data ONTAP + common management software family
Introducing the FAS3220
What’s New
 Up to 80% performance improvement over FAS3210

Over 2x system memory (24GB vs. 8GB per HA pair)

2x number of processor cores (8 vs. 4 per HA pair)
 Twice the storage capacity – up to 480 drives
 Can be configured with IO Expansion
 Fully Flash optimized
vs. FAS3210
Capacity
100% more (up to 480)
Performance
Up to 80% higher
I/O slots
3x the PCIe slots
Introducing the FAS3250
What’s New
 Up to 70% performance improvement over FAS3240

2.5x system memory (32GB vs. 16GB per HA pair)

2x number of processor cores (16 vs. 8 per HA pair)
 20% more storage capacity – up to 720 drives
 Fully Flash optimized
 Standard FAS/V3250 configuration with high-bandwidth
I/O card included

Two base configurations with either 10GbE NIC or 8Gb FC
vs. FAS3240
Capacity
Performance
I/O slots
20% more (up to 720)
Up to 70% higher
No change
FAS3200 Systems at a Glance
HA System Configurations
3210
3220
3240
3250
A only
A or AE
A or AE
AE only
4
8
8
16
Physical memory
10GB
24GB
16GB
40GB
NVMEM* / NVRAM
1GB
3.2GB
2GB
4GB
Max drive count
240
480
600
720
Max capacity
720TB
1440TB
1800TB
2160TB
Onboard GbE
4
4
4
4
Onboard 10GbE
0
0
0
0
4 x 4Gb
4 x 4Gb
4 x 4Gb
4 x 4Gb
Onboard 6Gb SAS
4
4
4
4
PCIe slots
4
4 or 12
4 or 12
12
Limited**







HA configurations
CPU cores
Onboard FC / speed
Flash Cache support
Flash Pool support
* NVMEM takes up part of physical memory
** Installed systems only that are running Data ONTAP® 7.3.5.1 or later, 8.0.x, or 8.1.1
FAS/V3200 Single-Chassis Configurations
Standalone
FAS/V3210
FAS/V3220
FAS/V3220
FAS/V3240
FAS/V3270
HA
1
1
c0a
0a
0c
e0a
2
0b
LNK
0a
c0b
0d
c0a
0c
e0a
c0b
0d
e0b
c0a
0c
e0a
c0b
0d
e0b
c0a
0c
e0a
c0b
0d
e0b
c0a
0c
e0a
c0b
0d
e0b
2
0b
LNK
LNK
LNK
e0b
1
0a
2
0b
LNK
LNK
1
c0a
0a
0c
1
e0a
2
0b
LNK
LNK
0a
c0b
0d
2
0b
LNK
LNK
e0b
3
5
4
6
1
0a
LNK
2
0b
LNK
1
0a
LNK
FAS/V3250
c0a
0c
e0a
c0b
0d
e0b
2
0b
LNK
3
5
4
6
Not Supported
FAS/V3200 Dual-Chassis Configurations
HA Pairs
1
1
FAS/V3210
FAS/V3220
FAS/V3220
FAS/V3240
FAS/V3250
FAS/V3270
c0a
0a
0c
e0a
2
0b
LNK
LNK
c0b
0d
e0b
c0a
0c
e0a
0a
c0a
0c
e0a
c0b
0d
e0b
c0a
0c
e0a
c0b
0d
e0b
2
0b
LNK
LNK
1
1
0a
LNK
2
0b
LNK
c0b
0d
e0b
0a
LNK
2
0b
LNK
3
5
3
5
4
6
4
6
Midrange System Performance
File System Throughput Estimates
Filesystem Performance
HA Controllers
Data ONTAP 8.1.2®
150000
160000
Throughput (IOPs)
140000
120000
100922
100000
82800
80000
66600
55600
60000
40000
36300
20000
0
FAS3210
FAS3220
FAS3240
FAS3250
FAS3270
FAS6210
 FAS3220 delivers 80% more performance than FAS3210
 FAS3250 delivers 2x more performance than FAS3240
 FAS3250 SFS2008 NFS Submission
 FAS6210 delivers 80% more performance than FAS3270
Midrange System Performance
OLTP Throughput Estimates
Throughput (IOPs)
OLTP Database IOPs
HA Controllers
Data ONTAP® 8.1.2
100000
90000
80000
70000
60000
50000
40000
30000
20000
10000
0
86000
61200
52700
44200
38700
28800
FAS3210
FAS3220
FAS3240
FAS3250
FAS3270
FAS6210
 FAS3220 delivers 55% more performance than FAS3210
 FAS3250 delivers 60% more performance than FAS3240
 FAS6210 delivers 50% more performance than FAS3270
Competitive Landscape
FAS3220 and FAS3250
NetApp
EMC
Dell
HP
FAS3250
VNX 5700
VNX 5500
VNX VG2
SC8000 and
FS8600
(Compellent)
3PAR F400
3PAR F200
FAS3220
VNX 5500
VNX 5300
PS6x00 (EQL)
FS7600 (EQL)
S40 (Compellent)
EVA P6550
See the Competitive Portal for more details.
Midrange Systems Flash Limits
Platform
Flash Cache Flash Cache
per Controller per HA Pair
Flash Pool
per
Controller
Flash Pool
per HA Pair
Combined
per
Controller
Combined
per HA Pair
FAS/V3270
1.0TB
2.0TB
1.0TB
2.0TB
1.0TB
2.0TB
FAS/V3250
1.0TB
2.0TB
1.0TB
2.0TB
1.0TB
2.0TB
FAS/V3240
0.5TB
1.0TB
0.6TB
1.2TB
0.6TB *
1.2TB *
FAS/V3220
0.5TB
1.0TB
0.6TB
1.2TB
0.6TB
1.2TB
FAS/V3210
256GB **
512GB **
N/A
N/A
N/A
N/A
* When using both Flash Cache and Flash Pool on a FAS/V3240, the only option for Flash Cache is to
use a 256GB Flash Cache card and either 100GB (1 x SSD data drive) or 200GB (2 x SSD data drives)
per controller. Regardless of the combination selected, both controllers in the HA pair must have the
exact same configuration deployed (symmetrical configuration required).
** Support for Flash Cache in the FAS/V3210 is limited to existing customers only (no new installations)
running Data ONTAP® 8.0.x and Data ONTAP 8.1.1+ (no Data ONTAP 8.1 support).
FAS/V3200 Controller I/O
HA
USB
(disabled)
c0b c0a
Serial
Console
Port
Slot 1
Slot 2
1
c0a
0a
LNK
0c
e0a
2
0b
LNK
c0b
0d
e0b
e0a e0b
0a 0b
SAS
ACP
Management (e0M/SP)
0c 0d
Fibre
Chanel
Ethernet
e0a and e0b ports are GbE
Management and ACP ports are 10/100
FAS/V3200 I/O Expansion Module (IOXM)
3
5
4
6
Slot
Numbers
 Not hot swappable
– Controller will panic if removed
– If inserted into running FAS/V3200 IOXM not
recognized until controller is rebooted
 4 full-length PCIe v1.0 (Gen 1) x 8 slots
FAS/V3200 Technical Resources
 Field Portal
– FAS/V3200 SE Presentation
– FAS/V3200 Technical FAQ
– FAS/V3200 Platform Report
– FAS/V3200 Performance Comparison
 Application Sizing Tools
– Exchange, CIFS, Custom App Sizer,
Database, Unified, VDI
 Hardware Universe on NOW Support Site
 Synergy
New FAS/V6200 Model Highlights
HA Pairs
FAS/V6220A
– 2X memory increase versus FAS/V6210A
 Increases from 48GB to 96GB per HA pair
– 10% price reduction versus FAS/V6210A
FAS/V6250A
– 1.5X memory increase versus FAS/V6240A
 Increases from 96GB to 144GB per HA pair
– Note: Flash Cache™ not included in base
FAS/V6290A
– 16 additional FC or SAS ports bundled in versus
FAS/V6280A
 Additional vertical boards in slots 11 and 12
 Select appropriate FC or SAS bundle when ordering
– Note: Flash Cache not included in base
FAS/V6200 Slot Configuration Rules
Vertical I/O Slots
 Vertical slots use custom form-factor cards
 Look similar to standard PCIe, but they are not
 Cannot put standard PCIe cards into the vertical I/O slots
 Vertical slot rules
 Slot 1 must have a special FC or SAS board
– Part numbers X2056-R6 (FC) and X2067-R6-C (SAS)
 Slot 2 must have NVRAM8
 Slots 11 and 12 (except FAS/V6290)
– Option to configure with a special FC I/O or SAS I/O card
– Part numbers X2056-R6 (FC) and X2067-R6-C (SAS)
– Can mix FC and SAS boards in slots 11 and 12
 FAS/V6290 bundles include boards in slots 11 and 12
 FC card ports can be set to target or initiator
FAS/V3270 to FAS/V6220 Transition
HA System Configurations
FAS/V6220A vs. FAS/V3270A
 More capable platform
–
2X more cores
–
2.4X more memory
–
25% higher capacity
–
High-performance onboard ports
–
Higher Flash limits
–
60% more concurrent streams
 Higher performance
–
File system 80% higher
–
OLTP 50% higher
–
Large sequential 160% higher
–
Small random 50% higher
 30% better price/performance
3270
6220
A or AE
A
8
16
Physical memory
40GB
96GB
NVMEM*/NVRAM
4GB
8GB
Max drive count
960
1200
Max capacity
3840TB
4800
Onboard GbE
4
4
Onboard 10GbE
0
8
Onboard FC/speed
4 x 4Gb
8 or 16 8Gb
Onboard 6Gb SAS
4
0 or 8
PCIe slots
12
8
Flash Cache™ support
2TB
3TB
Flash Pool™ support
1TB
4TB
HA configurations
CPU cores
* NVMEM takes up part of physical memory
NAS File System Performance Estimates
HA Controllers
File System Performance
HA Controllers, Data ONTAP® 8.1.2
300000
269000
269000
FAS/V6280
FAS/V6290
250000
200000
150000
100000
198000
185000
164000
149000
7%
10%
50000
0
FAS/V6210
FAS/V6220
FAS/V6240
FAS/V6250
 Better performance on FAS/V6220 and FAS/V6240
–
–
Additional memory helps with this type of workload on these two models
FAS/V6290 comparable to FAS/V6280 as both have the same amount of memory
SAN Database Performance Estimates
HA Controllers
OLTP Database IOPs
HA Controllers, Data ONTAP® 8.1.2
120000
100000
80000
70000
71000
FAS/V6210
FAS/V6220
90000
92000
FAS/V6240
FAS/V6250
105000
107000
FAS/V6280
FAS/V6290
60000
40000
20000
0
 Comparable performance between old and new FAS/V6200 models
–
–
Additional memory doesn’t help with this type of workload
PQR results also don’t benefit from additional memory
FAS/V6200 Base Configurations
Single Chassis
FAS/V6210
FAS/V6220
FAS/V6240
FAS/V6250
FAS/V6280
FAS/V6290
Dual Chassis
FAS/V6200 Controller I/O
Standalone Controller
Vertical I/O Slots
GbE
e0a, e0b
Slots 1, 2
e0M/SP
Management
10/100 Ethernet
USB
(disabled)
ACP
PCIe v2.0
Slots
Slots 3, 4, 5, 6
e0c, e0d, e0e, e0f
0a, 0b, 0c, 0d
10GbE
8Gb FC
Serial
Console
FAS/V6200 I/O Expansion Module (IOXM)
Horizontal
Slots 7, 8, 9, 10
Vertical I/O
Slots 11, 12
Horizontal
Slots 13, 14, 15, 16
 All PCIe v2.0 (gen 2) slots
– Vertical slots have different form factor
 Not hot-swappable—controller will panic if removed
– Hot pluggable, but not recognized until reboot
– Use in HA pairs to replace IOXM nondisruptively
Strong SAN and NAS Performance
Across the FAS6200 and FAS3200 Portfolio
OLTP Database Workload
HA Pairs, Data ONTAP® 8.1.2
File system Performance
HA Pairs, Data ONTAP 8.1.2
200%
100%
0%
500%
Throughput relative to FAS3220
Throughput relative to FAS3220
300%
400%
300%
200%
100%
0%
FAS6200 Series Resources
 For more information:
–
Updated FAS6200 Field Portal Landing Page
–
Updated FAS6200 Competitive Information
 Updated FAS6200 Training:
–
ABC’s of FAS6200
 Customer resources:
–
FAS6200 page on NetApp.com
NetApp EF540 Flash Array
NetApp EF540 Flash Array
Introduction and Overview
Customers are looking to drive
greater speed and responsiveness
from key database applications
Currently overprovisioning to
achieve extreme performance
The new EF540 flash array enables
latency-sensitive applications to drive
faster results by achieving response
times only possible with all-flash storage
NetApp EF540 Flash Array
Robust portfolio of flash offerings
NetApp gives you the winning advantage by offering a portfolio of flash solutions spanning the server, hybrid,
and flash array levels, providing your customers robust storage options for business-critical workloads.
NetApp®
Products
Key
Features
Server Flash
All-Flash Array
Hybrid Array
Traditional Storage
• Cache storage
• Fastest access
• Lowest capacity
• Persistent storage
• Submillisecond access
• Larger capacity
• Intelligent caching
• Submillisecond access
for cached data
• Leverages HDD for
capacity
• Persistent storage
• Slowest access
• Scalable, cost-effective
capacity
• Flash Cache™
• FlashAccel ™
• Server caching partners
• EF540
•
•
•
•
• FAS/V-Series
• E-Series
New!
Flash Cache
Flash Pool™
Flash aggregates
SSD cache
Performance (Latency) Requirements
Capacity Requirements
NetApp EF540 Flash Array
Designed for performance-driven
applications with submillisecond
latency requirements
 Extreme performance
– More than 300,000 IOPS at submillisecond latency
– Up to 6GB/s of bandwidth
 2U/24 system with 800GB SSDs
– 12 drives (9.6TB raw) or 24 drives (19.2TB raw)
 SANtricity® storage management software
– Performance optimized; enterprise proven
– Optional Snapshot™ and Remote Mirroring
NetApp EF540 Flash Array
Product Details
Core Attribute
Form factor
Drive
EF540
• 2U/24-drive shelf
• 800GB SSD
Standard High-Availability Features
Configurations (raw capacity)
• 12 drives (9.6TB)
• 24 drives (19.2TB)
Controller memory/cache
• 12GB per controller
• RAID levels 0, 1, 5, 6, and 10
Base I/O interfaces
• (8) 8Gb FC
• Redundant, hot-swappable controllers,
disk drives, power supplies, and fans
Optional expansion
I/O interfaces
•
•
•
•
Storage OS
Optional SANtricity
replication features
(requires licensing)
(8) 8Gb FC
(8) 6Gb SAS
(4) 10Gb iSCSI
(4) 40Gb IB
• SANtricity® 10.84
• Snapshot™ technology
• Synchronous mirroring
• Asynchronous mirroring
• Dual-active controller with automated
I/O path failover
• Automatic drive failover detection and
rebuild using global hot spares
• Mirrored data cache with battery
backup and destage to memory
• Nondisruptive controller firmware
upgrades
• Proactive drive health monitoring
• Background media scan with
autoparity check and correction
Performance
Random Reads
More than 300,000 IOPS with submillisecond latency
34
Performance
Random Reads (continued)
35
Performance
Random Writes
36
12 Drives Versus 24 Drives
37
Configuration Comparison
12-drive EF540
24-drive EF540
4K reads
250,000 IOPS @ 0.5 ms
311,000 IOPS @ 1 ms
4K writes
22,500 IOPS @ 0.5 ms
44,000 IOPS @ 0.5 ms
Raw capacity
9.6 TB
19.2 TB
Usable (10+1+spare)
7.45 TB
14.89 TB
 12-drive system has better read IOPS/drive
 24-drive system has better write performance and
capacity
NetApp EF540 Flash Array
Components overview
 dual-active controllers in 2U shelf
 fully redundant with hot-swappable components
 “80 plus” high-efficiency power supplies
Front View
Controllers
Back View
SSDs
Power/Cooling
NetApp EF540 Flash Array
Controller
6Gb SAS drive
expansion port
(not used)
(4) 8Gb FC host
interface ports
USB
Dual Ethernet
connections
Optional host
interface card
DS5300 Shown
NetApp EF540 Flash Array
Host Interface Options
FC Host Card
• (4) 8Gb FC host interface ports
• Creates 8 total ports per controller
SAS Host Card
• (4) 6Gb SAS host interface ports
• (4) 8Gb native FC ports are enabled
iSCSI Host Card
• (2) 10Gb iSCSI host interface ports
• (4) 8Gb native FC ports are enabled
InfiniBand Host Card
• (2) 40Gb IB host interface ports
• Native FC ports are disabled
SANtricity®
Storage Manager Software
 Configuration and administration interface
for EF540 flash array
 Highly configurable to optimize performance
– Tune any attribute to meet any application need
– Graphically-based performance tools
 Data is always available, protected, secure
– Fully-redundant I/O path with automated failover
– Online configuration, expansion, maintenance
– Advanced monitoring and diagnostic features enable
timely problem resolution and proactive repair
SANtricity
Disk Structure
Host LUNs
Volumes
Volume Groups
Hard Disks
SANtricity
Software
 EF540 Volume Group
– RAID 0, 1, 10, 5, 6
– Various group/pool sizes
 EF540 Volumes
–
–
–
–
–
Custom sizing and naming
Up to 256 per volume group
Contiguous on drive
Dynamically expandable
Individual attributes
 Read cache, write cache, media scan, segment size
– Segment sizes 8, 16, 32, 64, 128, 256, 512KB
SANtricity
Proven Reliability and Availability
Data availability features
 Supports RAID levels
1, 5, 6 and 10
 Multi-path failover support
from controller to host
 Path redundancy from
controller to disk drives
 Immediate LUN availability
– Any given LUN, once created, is available
nearly instantaneously for usage
 Dynamic configuration / reconfiguration
SANtricity
Proven Reliability and Availability
Data protection / integrity features
 Data cache is mirrored and de-staged
to internal flash memory upon power loss
 On-the-fly recreation of “lost” data using redundancy
 Optional RAID parity verification ensures accuracy
before returning read request
 Continue a drive rebuild even when encountering
an unreadable sector (patented)
SANtricity
Proven Reliability and Availability
Advanced diagnostic features / proactive repair
 Optional media scan identifies parity inconsistencies,
rewrites sectors that may not have been properly
written, and reallocates defective sectors
 Proactive drive health monitoring identifies
problem drives before they create issues
– Proactively tracks SSD wear life and alerts
when threshold is reached
 Extensive diagnostic data capture and statistics
collection provide comprehensive fault isolation
and simplify analysis of unanticipated events
SANtricity
Graphical Performance Monitor
 Provides information on storage
I/O from multiple view points
– Define and view real-time data
 Allows administrators to make
informed decisions on storage
system adjustments
– Performance tuning,
locating stranded
storage, efficient
provisioning
SANtricity
Storage Partitioning
 Creates multiple virtual systems
from a single disk system
 Heterogeneous host support
enables consolidation in
multi-platform environments
 Storage-based implementation
ensures data integrity
 Logical partitioning provides
extemsive flexibility
Logical
Partition
Logical
Partition
Logical
Partition
LUN
0
LUN
0
LUN
1
LUN
1
LUN
2
LUN
2
VOL
unmapped
LUN
4
unconfigured
SANtricity
Replication Features
 SANtricity Snapshot
– Capacity-efficient, point-in-time (PiT) image of a volume
– Copy-on-write technology
 SANtricity Volume Copy
– Complete copy of a volume, also referred to as clone
– Suspends I/O to source during copy
 SANtricity Remote Mirroring
– Continuous replication from one system to another
– Synchronous or asynchronous mirroring
Why This Is Important to You
 Participate in a rapidly growing all-SSD “flash array” market with the
support of NetApp.
‒ Confidently lead in a new fast-growing market.
 Drive larger, more strategic opportunities by leading with a deeper, more
solution-oriented conversation around your customer’s current and future
business needs.
‒ Offer your customers a flash solution that meets their IOPS, latency, budgetary, and
data management needs.
 Save time and effort by partnering with one vendor you have come to
know and trust to solve all of your flash needs.
‒ Partner with a single vendor with a full flash portfolio who can now meet the
performance needs of your customers.
‒ NetApp, your one stop shop, offers enterprise-grade availability, reliability, and
supportability for your customers.
The Flash Array Opportunity
High-Growth Market
All Flash Array Revenue in $ Millions
• New, high-growth market, growing
at a CAGR of 36.2%
$1 893
$1 604
• Nearly a $2 billion market
opportunity by 2017
• Market has lacked vendors with
proven enterprise support and
worldwide presence
$1 359
$1 001
$705
$404
CY2012
CY2013
Source: NetApp and IDC
CY2014
CY2015
CY2016
CY2017
Competition
Products:
• 6000 Series
• 3000 Series
Insight:
• Market-share leader
• Claim 1 million IOPS
• Promote ground-up
flash design
• Offer SLC (6000 series)
and MLC (3000 series)
Products:
• RamSan 710/810
• RamSan 720/820
Insight
• Strong IP; 7th gen flash
• Claim 500,000 IOPS
• Same read/write IOPS
• Offer SLC (710/720)
and MLC (810/820)
Insight:
• Promote ground-up
flash design
• Big brochure numbers
• Will claim “enterprise
class”
Recognizing Opportunities
Your customer:
 Has identified a performance bottleneck
 Has an application that requires
consistent latency < 1 ms
 Is already talking to a flash-array
competitor
Key Messages
The EF540 brings together extreme performance and enterprise-grade
reliability to create a system optimized for latency-sensitive workloads
Deliver business results faster, improve customer
experience, and handle more operations in less time
Eliminate overprovisioning and dramatically reduce
costs by cutting space, power, and cooling
Keep business operations running with field-proven,
enterprise-class reliability, availability, and protection
Resources
 Content on Field Portal:
– Sales Playbook
– Customer and technical presentations
 EF540 and SANtricity
–
–
–
–
Quick Reference Guide and FAQs
Tech Report
SANtricity simulator
Competitive Information
 Training
– New Sales and Technical
courses at: NetAppU
NetApp E-Series
NetApp E-Series
Introduction
 Based on the Engenio technology
– purchased from LSI in May 2011
 Suited for application-specific or dedicated workloads
with extreme performance or density requirements
that simply can’t be provided in a shared, virtualized
infrastructure
 Exist as a separate product line – NetApp E-Series
– E5400 and E2600 disk arrays
 How to sell
– as a solution
– dedicated storage (E5400 only)
NetApp Storage Portfolio
Separate product lines to best fit customer requirements
Data ONTAP 8:
E-Series:
Revolutionizing storage with
an agile data infrastructure
Performance-optimized
for dedicated workloads
NetApp Storage Portfolio
Positioning
• NetApp’s flagship storage
operating system
• Ideal for data centers deploying
shared virtual infrastructures
and/or cloud services
• Built for business and
engineering applications and
enterprise content repositories
• Offers advanced data
management from the
storage layer
• Performance optimized
for dedicated workloads
• Perfect for application-specific
infrastructures with unique
requirements
• Designed for high performance
applications and digital content
workflows
• Ideal when data management
resides in the application layer
E5400 Platform
High-performance modular storage
E5460 (4U/60)
• Highest rack density
• Max shelf bandwidth
• NL-SAS or SSD drives
E5424 (2U/24)
• Great performance/watt
• Great bandwidth/RU
• 10K SAS or SSD drives
E5412 (2U/12)
• Lowest entry price
•
15K SAS or NL-SAS drives
 Three distinct models to best meet requirements
 Each shelf supports controllers or can be used for expansion
– Intermix shelves to address wide-ranging requirements
 FC or IB host interfaces today; SAS and iSCSI – new
 SANtricity 10.83 (Fremont); includes Dynamic Disk Pools
Modular Scalability
 Scale bandwidth and capacity by adding systems
 Scale only capacity by adding disk shelves
(1) E5460 system
• 180TB raw capacity
• 6GB/sec bandwidth*
(2) E5460 systems
• 360TB raw capacity
• 12GB/sec bandwidth*
(1) E5460 systems
• 360TB raw capacity
• 6GB/sec bandwidth*
*Maximum raw performance. Actual performance will vary based on configuration, application and workload.
Linear Scaling with E5460
 Scale bandwidth by adding systems (E5460)
 Scale capacity by adding drive enclosures (DE6600)
E5460 Dual
Controller System
Front
View
2 x E5460
or
1 x E5460 +
1 x DE6600
Rear
View
3 x E5460
or
1 x E5460 +
2 x DE6600
4 x E5460
or
1 x E5460 +
3 x DE6600
5 x E5460
or
1 x E5460 +
4 x DE6600
6 x E5460
or
1 x E5460 +
5 x DE6600
1 x E5460
2 x 5400 Controller or
2 x ESM
Drives (n)
30 - 60
90 - 120
150 - 180
210 - 240
270 - 300
330 - 360
Capacity (TB)
60 - 180
180 - 360
300 - 540
420 - 720
540 - 900
660 – 1080
Bandwidth when
scaling systems
(GB/s, writes)*
3.1
6.2
9.3
12.4
15.5
18.6
Bandwidth when
scaling drive
enclosures
(GB/s, writes)*
3.1
3.1
3.1
3.1
3.1
3.1
*subject to change pending test results
E-Series Solution Racks
Prepackaged for faster time to results
42
41
41
40
40
39
39
38
N10-PAC1-550W
FAN
STAT
FAN2
FAIL
STAT
FAN
STAT
PS1
FAIL
FAN1
N10-PAC1-550W
37
OK
37
OK
PS2
 Enterprises, Government, and TSP
 Highly-reliable storage for Petabyte
scale unstructured analytics
 HDFS servers & software, E2660 &
FAS2040 storage, and switches
38
OK
PS2
OK
N10-PAC1-550W
N10-PAC1-550W
UCS B200 M1
!
UCS B200 M1
!
!
!
36UCS 5108
36
!
SLOT
SLOT
1
2
!
!
Reset
Console
Reset
Console
UCS B200 M1
35
!
UCS B200 M1
!
!
35
!
SLOT
SLOT
3
4
!
Console
!
Console
Reset
34
!
Console
!
Console
Reset
UCS B200 M1
!
34
UCS B200 M1
!
!
!
SLOT
6
SLOT
5
33
Reset
33
Reset
UCS B200 M1
!
32
UCS B200 M1
!
!
!
SLOT
SLOT
7
8
!
OK
!
Reset
Console
FAIL
OK
FAIL
OK
32
Reset
Console
FAIL
OK
FAIL
31
31
UCS B200 M1
!
UCS B200 M1
!
!
!
30UCS 5108
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!
SLOT
SLOT
1
2
!
!
Reset
Console
Reset
Console
UCS B200 M1
!
29
UCS B200 M1
!
!
29
!
SLOT
SLOT
3
4
!
!
Reset
Console
28
Reset
Console
UCS B200 M1
!
28
UCS B200 M1
!
!
!
SLOT
6
SLOT
5
27
!
!
Reset
Console
Reset
Console
UCS B200 M1
!
26
HPC Rack
FAN
STAT
STAT
FAIL
FAN2
FAIL
FAN1
FAN
STAT
PS1
Hadoop Rack
42
!
!
SLOT
SLOT
7
8
!
OK
Console
FAIL
!
Reset
OK
27
UCS B200 M1
!
FAIL
OK
Console
FAIL
OK
25
26
Reset
FAIL
25
3
24
1
2
3
4
5
6
6
2
5
1
4
9 12
24
8 11
7
10
 Medium & small HPC opportunities
in manufacturing, EDA/semiconductor,
life sciences, financial modeling,
universities
 Provides reduce deployment time
and faster “time-to-science”
7
8
9
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10 11 12
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10 11 12
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Front
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Front
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VSS Solution Rack
3
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Distributed Content
Repository Rack
Front
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Front
 Cities, airports, casinos, college
and corporate campuses
 Video management servers/software,
E2660 and switches
11
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1
 Distributed content repository for
multi-site, media & entertainment,
TSP, and healthcare
 Continuous availability, compliance,
integrated tape archive,
price/performance
Big Data ABCs
Spark innovation, make better decisions, and drive successful
business outcomes at the speed of today’s business.
Big Data Innovation is Built on NetApp
Gain Insight
Analytics for
extremely large
datasets
Go Fast
Keep Everything
Performance for
data intensive
workloads
Boundless secure,
scalable data
storage
Purpose-built solutions for demanding workloads.
Efficiently ingest, analyze, retain, and access data at scale.
NetApp Big Data Solutions
Open Solution for Hadoop
Seismic Processing Solution
Analytics for extremely large data sets
High-performance, scalable and dense
storage for 2D, 3D, and 4D seismic data
Target markets: Financial Services,
Public Sector, Utilities
Target market: Upstream Oil and Gas
Value: Increase competitive advantage
with insights from your own data
Value: Increase the pace of exploration
Full Motion Video
HPC Solution for Lustre
Turnkey solution for ingest, exploitation
and dissemination of surveillance video
Massively parallel distributed file system
for large scale cluster computing
Target market: Public Sector (DoD)
Target markets: Government Labs,
University Research, Commercial R&D
Value: Improve in-theatre decision
making
Value: Accelerate innovation and results
Media Content Management
StorageGRID for Healthcare
Multi petabyte capture and playback
platform for rich media content creators
Petabyte scale object-based storage for
distributed image, video and records data
Target market: Media & Entertainment
Target market: Healthcare Providers
Value: Enable the highest quality media
content with fastest delivery time
Value: Manage mission-critical patient
data across healthcare facilities
E-Series Solutions Training Approach
Partner delivered:
Learning Path (by Solution)
Client Applications
 Pixia (FMV)
 Halliburton (SPS)
 Dalet, Atto (MCM)
NetApp delivered:
Solutions
Hadoop
FMV
MCM
SPS
HPC
StorageGRID
Partner delivered:
File System
Hadoop
(Cloudera)
StorNext
(Quantum)
Lustre
(Whamcloud)
StorageGRID
(NetApp)
5400
5400




Introduction
Technical overview
Deployment
Support
NetApp delivered:
E-Series Storage Platform
2600
 Sales/SE webcasts
 Architecture and design
 Implementation
5400/2600
 Technical overview
 Install and configure
 Support and maintain
V-Series + E-Series Support
 Deliver E-Series 5400 NetApp branded support with
V-Series to accelerate, simplify and allow NetApp
customers to standardize on a single data management
tool
– Support NetApp branded E-Series 5400 arrays
– Single data management for E-Series, NetApp disks
and multi-vendor storage
– V-Series and E-Series Use Cases
 V+E use cases are identical to FAS (DR, Backup/Restore,
Secure mulitenancy etc..)
 Extend DOT storage efficiency features to E-Series storage
 Portion of E-series capacity used for FMV, Hadoop.
Remaining capacity managed by V-series
V+E Customer Use Cases
Share E-storage with V-Series & FMV/Hadoop
SAN Clients
(FC, FCoE, iSCSI)
NAS Clients
(NFS, CIFS)
E-5400
Unified SAN and NAS &
Hadoop, FMV
… and the rest
NetApp Fabric MetroCluster
Supported SAN switches
 8.1
8.1.1 
Brocade 300
YES
YES
Brocade 5100
YES
YES
Brocade 6510
NO
YES
Cisco MDS9148
NO
YES
Cisco MDS9222i
NO
YES
Data ONTAP
MDS 9148
MDS 9222i
•
•
•
•
48 ports
FMC/CISCO Switch Config Guide
http://support.netapp.com/NOW/products/interop
erability/MetroCluster_Compatibility_Matrix.pdf
18 ports
optional 48 port, 8Gb blade
End Of Availability Notice
300GB 15K SAS disks
CPC-1301-03
All 300GB SAS 15K RPM disk and shelf parts for FAS systems are being phased out due to low demand, starting with the June
2013 QuoteEdge release.
End of Availability
Last Order Date
Last Shipment
End of Support
Software
End of Support
Hardware
DSK SHLF,12x300GB,15K,EN,-C
21-Jun-2013
21-Jul-2013
31-Jul-2015
31-Jul-2018
DS4243-1504-12S-QS-R5
DSK SHLF,12x300GB,15K,QS
21-Jun-2013
21-Jul-2013
31-Jul-2015
31-Jul-2018
DS4243-1504-12S-R5-C
DSK SHLF,12x300GB,15K,-C
21-Jun-2013
21-Jul-2013
31-Jul-2015
31-Jul-2018
DS4243-1504-12S-SK-R5
DSK
SHLF,12x300GB,15K,FAS22xx,SK
21-Jun-2013
21-Jul-2013
31-Jul-2015
31-Jul-2018
DS4243-1507-24S-EN-R6-C
DSK SHLF,24x300GB,15K,EN,-C
21-Jun-2013
21-Jul-2013
31-Jul-2015
31-Jul-2018
DS4243-1507-24S-QS-R5
DSK SHLF,24x300GB,15K,QS
21-Jun-2013
21-Jul-2013
31-Jul-2015
31-Jul-2018
DS4243-1507-24S-R5-C
DSK SHLF,24x300GB,15K,-C
21-Jun-2013
21-Jul-2013
31-Jul-2015
31-Jul-2018
DS4243-1507-24S-SK-R5
DSK
SHLF,24x300GB,15K,FAS22xx,SK
21-Jun-2013
21-Jul-2013
31-Jul-2015
31-Jul-2018
X410A-R5
Disk Drive,300GB 15k,DS424x
21-Jun-2013
21-Jul-2013
31-Jul-2015
31-Jul-2018
Part Number
Product Description
DS4243-1504-12S-EN-R6-C
End Of Availability Notice
DS4243 100GB SSD Disk Shelves
CPC-1212-08
This notice announces the end of availability of the NetApp DS4243 100GB SSD disk shelves in the May 2013 release of
QuoteEdge and eConfigurator. NetApp has released the next-generation disk shelf products, the DS2246 200GB SSD disk
shelves, which provide greater capacity, density, and performance in our latest generation of SAS disk shelf products.
End of Availability
End of Support End of Support
Last Ship Date
Last Order Date
Software
Hardware
Product
Old Part
New Part
SSD SHLF,12x100GB,QS
DS4243-SL01-12A-QS-R5
DS2246-SL024-12A-QS-R6
10-May-13
10-Jun-13
30-Jun-15
30-Jun-18
SSD SHLF,6x100GB,QS
DS4243-SL006-6A-QS-R5
DS2246-SL008-4A-QS-R6
10-May-13
10-Jun-13
30-Jun-15
30-Jun-18
SSD SHLF,24x100GB,QS
DS4243-SL02-24A-QS-R5
DS2246-SL048-24A-QS-R6
10-May-13
10-Jun-13
30-Jun-15
30-Jun-18
SSD SHLF,12x100GB,-C
DS4243-SL01-12A-R5-C
DS2246-SL024-12A-R6-C
10-May-13
10-Jun-13
30-Jun-15
30-Jun-18
SSD SHLF,6x100GB,-C
DS4243-SL006-6A-R5-C
DS2246-SL008-4A-R6-C
10-May-13
10-Jun-13
30-Jun-15
30-Jun-18
SSD SHLF,24x100GB,-C
DS4243-SL02-24A-R5-C
DS2246-SL048-24A-R6-C
10-May-13
10-Jun-13
30-Jun-15
30-Jun-18
SSD SHLF,6x100GB,EN,-C
DS4243-SL006-6A-EN-R6-C DS2246-SL008-4A-EN-R6-C
10-May-13
10-Jun-13
30-Jun-15
30-Jun-18
SSD SHLF,12x100GB,EN,-C
DS4243-SL01-12A-EN-R6-C DS2246-SL024-12A-EN-R6-C
10-May-13
10-Jun-13
30-Jun-15
30-Jun-18
SSD SHLF,24x100GB,EN,-C
DS4243-SL02-24A-EN-R6-C DS2246-SL048-24A-EN-R6-C
10-May-13
10-Jun-13
30-Jun-15
30-Jun-18
DS2246 + 200GB eMLC SSD
Data ONTAP Usable
Capacity
Disk Shelf / Form
Factor
X441A-R5 100GB SLC SSD
95,146MiB
DS4243 / 3,5“
X446A-R5 200GB eMLC SSD
190,532MiB
DS2246 / 2,5“
Drive
The industry is moving to 2.5” 10k rpm SAS disk drives and eMLC SSD. This is
not being decided by NetApp. NetApp is aligning with the industry changes, not
dictating them.
Controller
100GB
200GB
Entry systems
(FAS2240-2, FAS2240-4, and FAS2220)
1
1
Midrange systems
(FAS3160, FAS3170, FAS3230, FAS3240, FAS3250, and FAS3270)
3
2
High-end systems
(FAS6030, FAS6040, FAS6070, FAS6080, FAS6210, FAS6240, and
FAS6280)
9
5
Minimum number of SSD data drives in Flash Pool per system
DS4486 + 4TB MSATA
 Ideally suited for near archive,
backup environments
 Dense Capacity
–
–
48 x 3.5” drives in 4U
3TB and 4TB MSATA tandem
drives = 2 drives per carrier
(6TB and 8TB of capacity per drive
bay)
 Two drives per carrier
 Single Field Replaceable Unit
(FRU)
 If one drive fails a disk
evacuation will be executed on
the remaining healthy drive to
facilitate the removal of the
 Support
–
–
–
FAS3220 and higher
Data ONTAP 8.1.1+ (3TB MSATA)
Data ONTAP 8.1.2+ (4TB MSATA)
Disk
Usable capacity
3TB (SATA): X478A
2,891,588MiB
4TB (SATA): X480A
3,807,816MiB
Petr Wünsch
petr@netapp.com