Date post: | 14-Aug-2015 |
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Technology |
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Flash Memory Summit 2015
Seagate Flash Solutions
New Product Announcements
August 4, 2015
Seagate is Evolving to Address Trends The Intelligent Information Infrastructure
SYSTEMS
MANAGED
CLOUD
SERVICES
DEVICES
ARRAYS
Converged
Infrastructure
Hybrid Data Systems
Software-defined Storage
Flash
Arrays
Cloud Backup,
Online Storage
& Disaster Recovery
NAND PCIe Traditional Enterprise
NAND SAS Hyperscale
Desktop
Notebook / Tablet Branded NAND SATA Hybrid
Kinetic
Still Growing
Expanded Offerings
Started with Our Core Products Flash
Controllers
DATA MGMT Tiering
Compliance
Mgmt
Supporting Next Generation Workloads with Intelligent Information Infrastructure
Seagate Cloud Systems and Electronic Solutions
• Engineered to optimize capacity and performance
• 40% fewer racks required
• >1TB/sec file system performance
• Engineered solutions for object storage
• Validated architectures for open source and software-defined storage
• Private cloud appliances for backup and recovery Modular, scalable components for DIY customers
• Data Protection Solutions
• Backup as a service
• Disaster recovery as a Service
• Online Storage
• Managed services
• Private Cloud Storage Solutions
• 2+ million enclosures
• 17k+ Petabytes shipped Drive Variety (HDD, SAS, SATA, SSD, hybrid)
• Enclosures, controllers
• Customer-driven partnership
• Services: Logistics, fulfillment, warranty, design, supply chain
• High Performance Network Attached Storage
• Space Efficient – up to 32TB per device
• World’s first 1U with hot-swappable 3.5” drives
• #2 PCIe Flash Solutions Provider
• Wide Range of Controllers to enable SSD’s
• Award winning flash controllers – over 50M shipped
• Leading solid-state media decisions based on Seagate scale in storage industry
HPC Scale-Out Systems Cloud Solutions Systems OEM Business NAS Flash Products
Leveraging World’s Leading Storage Technology From the Rest of Seagate
4
Closing the Performance Gap
Flash in Computing / Cloud Applications
Gap has caused significant design inefficiencies in Client and
Enterprise Systems
Client Inefficiencies
Slow boot & application response
Short battery life (additional DRAM / HDD)
HDD form factors prevent miniaturization
Memory / Storage Performance Gap
T1 Storage
T2 Storage
Near Line
Processor
L1 Cache
L2 Cache
Main Memory
1 ns
10 ns
100 ns
10,000,000 ns (10 ms)
20,000,000 ns (20 ms)
>20,000,000 ns (>20 ms)
Latency Penalty
for Leaving
Memory Hierarchy
100,000x Seagate is
Solving Design Inefficiencies
Enterprise / Cloud Inefficiencies Low server efficiency and more $ spent on SW
Poor application performance
Use of high-performance HDDs (more power)
Lower reliability: high disk count x low MTBF
means constant failures
Future requires more work at same power
5
Capabilities & Characteristics
NAND Flash Evolution
All flash is different and changes every 18 months!
– Endurance, Reliability, Performance, Interface
10K
3K 1K
PreviousGeneration
CurrentGeneration
NextGeneration
Program / Erase Cycles
5x nmMLC
3x nmMLC
2x nmMLC
3-bit percell
Error Correction
Requirements (bits/KB)
4 12
40
60
Flash
Challenges
Benefits
Lower $/GB Cost Higher Capacity Higher Unit Volume
Challenges
Shorter Endurance Performance w/less die Lower Reliability Higher ECC Req. Evolving Flash Types
Flash
Benefits
Time
Seagate Flash Technology
bridges the gap
Controllers
SSDs
PCIe cards
Firmware
Software
Drivers
24/25nm
20/19nm
16/15nm
1z nm
3D
6
Seagate Flash Product Portfolio
1200.2 SAS SSD
Performance and Rich Enterprise
Feature Set
Blazing SAS performance up to
1800MB/s
Enterprise grade data protection
and multiple endurance options
Wide capacity range: 200GB to
4TB-class
Best for shared storage
and multi-thread / multi-host
environments
Seagate offers one of the broadest SSD portfolios in the market
SandForce®
Wide Range of Flash Controllers
to Enable SSDs
Critical building block for PCIe and
SATA SSDs and flash systems
Award winning flash controller
technology
Core of Nytro Accelerators
Over 50M controllers shipped
Nytro® Accelerators
Lowest Latency and Highest
Efficiency
Server-side PCIe flash accelerators
and aggregators
Many configurations; optimized for:
latency, density, or thermal
Maximizes datacenter performance
Proven 3rd generation application
acceleration
New Product Announcement – August 4, 2015
Seagate 1200.2 SAS SSD
8
The SAS SSD market continues to change…
SAS SSD Endurance Transitions
Economic Effect
Availability of lower
endurance
products at lower
costs allows for
more adoption of
SAS SSDs
Dual 12Gb SAS
SSDs bring 4x
performance
capability over
SATA SSDs
Applications
System architects
are more savvy on
endurance
requirements by
application
Application
deployments are
getting optimized
based on
endurance and
performance
NAND
Several grades of
NAND are
available in the
enterprise space
Frequent
lithography
changes enable
higher die density,
better power and
increased
performance
All Flash Arrays
Deployment of all
flash arrays allows
SSDS to be used
in persistent
storage
Storage
virtualization
software can
manage data flow
to SSDs to
optimize actual
endurance and
performance
9
Enterprise Grade Performance & Features
24Gb/s Active-Active (High I/O performance)
Wide capacity range (200GB to 4TB-class) with
multiple endurance options in one platform
Multi-host, dual port supports “No Single Point of Failure”
Enterprise Grade Data Protection
T10-DIF End-to-End ECC Internal and External
No danger of ‘Silent Data Corruption’
Power loss data protection (PLDP) provides mechanism to
save data/operations in process
Encryption to NSA Standard, SED and FIPS-compliance
prevents unauthorized access to stored data
Enterprise Grade Endurance
5-Year Drive Life Even Under Write-Intensive Workloads
Enterprise-focused Feature Set
Introducing Seagate 1200.2 SAS SSD
Best Fit Applications
Server Virtualization Examples: VMware vSphere,
Microsoft Hyper-V, Linux KVM, Zen
Databases Examples: OLTP, Oracle, SAP,
SQL-Server, Exchange, NO-SQL,
MySQL, MongoDB
Software Defined Storage Examples: Microsoft Storage
Spaces, Nexenta, Vmware
vSAN
10
Tuned Cost/Performance for Specific Applications
DWPD = Drive Writes Per Day
Multiple Endurance Configurations
Endurance
Tier
R / W
Mix
Cost /
Performance
Description
HE
25 DWPD
Write
Intensive
Performance
Critical
• Write intensive workloads, Random IOPs, Lowest Latency
• Consistently high performance regardless of queue-depths
• Write-latency sensitive applications (HPC, Database, Mixed-workloads)
requiring high IOPs and bandwidth
ME
10 DWPD
Mixed
Use
Performance
Optimized
• Mixed workload applications predominantly 70/30 R/W workload
• Performance scales with Queue Depth / Thread Count
• IO intensive / virtualized workloads with moderate to high QD / Threads
LE
3 DWPD
Read
Intensive
Cost &
Performance
Balanced
• Read intensive applications, like 90/10 R/W workloads
• Strong sequential write performance
• Scale in capacity offerings per slot at lower cost
SE
1 DWPD
Very
Read
Intensive
Cost Optimized /
High Capacity
• Extremely read intensive, highly write sequential workloads
• Cost focused market segment with SAS features
• Cloud environments, especially software defined storage
A wide range of product configurations enables
optimizations for specific applications and workloads
11
Industry-leading Enterprise Performance
Saturates a single 12Gb/s channel
Seq reads at 1800 MB/s with both channels
Three Security Levels
SED with TCG compliance
SED FIPS (includes tamper-proof label)
Secure diagnostics and download
SED = Self-encrypting Drive
DWPD = Drive Writes Per Day
2.5” FF
Z-height = 7mm @ <1TB, 15mm @>1TB
Key Product Points
1200.2 SAS SSD
One Platform; Multiple Endurance Options
Select the appropriate endurance for your
storage application
Endurance Tier Application Capacities (GB)
HE (25 DWPD) Write Intensive 200 / 400
ME (10 DWPD) Mixed Use 400 / 800
1600 / 3200
LE (3 DWPD) Read Intensive 400 / 480
800 / 960
1600 / 1920
3200 / 3840
SE (1 DWPD) Very Read
Intensive
1920
3840
12
Announced February 2015
Multi-year strategic agreement
Combines the innovation and technical expertise
of two industry giants
Strategic supply of NAND for Seagate
Access to SAS drive technology for Micron
Establishes framework for future collaboration on
enterprise flash-based storage technologies
Initial collaboration – Enterprise SAS SSD
Strategic Collaboration
Seagate – Micron
Brings Seagate close
to a vertically
integrated NAND
structure in SSDs
Thank You…
Questions?