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Seagate Confidential 1
Welcome to the Datasphere
The next level of storage
Henrique Atzkern
Customer Technical Support Staff Engineer
Boston Webinar 2018-09-28
2
3
Findings From IDC’s Data Age 2025 Report
Zettabytes, projected size of global datasphere in 2025
The global datasphere will skyrocket in size—but not
how you’d expect. What are the implications for
business and individuals?
IDC Data Age 2025 study, sponsored by Seagate www.DataAge2025.com
4
IDC Data Age 2025 study, sponsored by Seagate www.DataAge2025.com
Findings From IDC’s Data Age 2025 Report
5
Seagate’s technology investments Industry’s projection of areal density growth
3.5‘‘
Drive Capacity
97 TB
48 TB
15 TB
8
TB
6
TechnologyEvolution
CMR
SMR
HDMR
HAMR
Helium
MSMR/
TDMR
Technology for high capacity/performance applications:
Multi-Sensor Magnetic Recording
• Technology: 2 or more readers; on the same track or on 2 adjacent tracks
• Motivation: +15% ADC gain with 3 readers on the same track (modeling)
• 2x Read Performance at ~10% ADC with 3 readers on 2 adjacent tracks
• Results: It works! Drive data with dual reader (same track) confirms ADC
advantage (~10%)
7
TechnologyEvolution
● Technology: Magnetic Recording on a FePt medium using
heating from a laser illuminated Near Field Transducer
● STX leads in HAMR technology development and maturity.
● Over 17 years of HAMR Innovation, > $500 Million Invested
● Demonstrated areal density of > 2.0 TB/in^2, significantly
higher than conventional technology
● Heads and Disks made in manufacturing tools
● Market introduction in 2019
CMR
SMR
HDMR
HAMR
Helium
MSMR/TDMR
Technology Leadership (Capacity):
Heat- Assisted Magnetic Recording
8
TechnologyEvolution
CMR
SMR
HDMR
HAMR
Helium
MSMR/TDMR
Heated Dot Magnetic Recording= BPM + HAMR
5 T
• In early stages of technology development
• Multiple grains per bit to a single magnetic island per bit
• Demonstrated 1.5 Tdpsi Spinstand
• HDMR at 5Tdpsi and beyond looks feasible
Continuous FePt film patterned @ 1Tdpsi to 5Tdpsi
9
Storage Metrics
$/TB
IO/TB
W/TB
Performance
Efficiency
Acquisition cost
Ease of
management
10
Step 1: Zone Block Devices
• Coupling benefits of ZBD and CMR on one device
• Launch 2019
• 16TB in 2019
Step 2: HAMR
• Core technological achievement to keep pace with
Industry Exabyte demand
• Launch 2018
• 20TB by 2020
Innovation: Scaling
11
HAMR capabilities start with the media
• Seagate has created production media up to 2Tbpsi
• Seagate has created media in research up to 10Tbpsi
• 9 years of 30% CAGR demonstrated with HAMR
Innovation: Scaling
12
Innovation: Scaling
• Investment in precision
manufacturing, optics,
mechanical/electrical/che
mical engineering.
• Energy assisted
technology is needed to
continue the amazing
growth in the Hyperscale
world.
13
Storage Metrics
$/TB
IO/TB
W/TB
Performance
Efficiency
Acquisition cost
Ease of
management
14
Innovation: Performance Enablement
The Technology: Parallelism
IOPs Growth:
Dual Actuator
• Enable 1 drive slot will now perform like 2 drives
but use less power than 2 drives
• 1 slot in the datacenter  Performance of 2X 
Enable TCO
15
The Technology: Parallelism + HAMR
Innovation: Power Management
Parallelism + HAMR = One Efficient Slot
• Parallelism can seamlessly integrate with all future
capacity growth recording techniques, starting with
HAMR (2020)
• One Drive
• Higher performance than two drives
• Lower power consumption than two drives
• Enabling lower TCO
Confidential
EXOS X14
10-12-14 TB
Enterprise
Storage Family
Tame your
petabytes
17Seagate confidential
Developments in Flash Storage
Nytro SSD Product Offering:
Enterprise PCIe/NVMe, SAS & SATA
INTRODUCING
NYTRO® 1000
SATA SSD
INTRODUCING
NYTRO® 3000
SAS SSD
18
SATA SSDs
• Cost effective performance
boost
• Built for hyperscale
applications
$
• Maximum performance acceleration,
less space, energy and cost
• Built for SDS, HPC and high-density
data centers
NVMe SSDs SAS SSDs
• Enterprise performance and
reliability
• Built for mission critical
applications
NYTRO ENTERPRISE SSDs
19
3D NAND ENABLES FAST SHIFT FROM MLC TO TLC TO QLC
3D NAND cell design robustness allows trade-off for lower costs and higher density
19
SSD as % of GB increasing from 30% (2014) →44% (2021)
Increased cell size improves robustness
SSD
Phones
Source: Forward Insights
20
Enterprise SAS
20
Source: Seagate PLM / LRP68
• Market remains
strong thru 2021 –
Driven by growth in
AFA and external
storage
• NVMe adoption
delays (DP, hot-
swap) benefit SAS
market
ME = 10 DWPD LE = 3DWPD SE = 1DWPD TE = < 1DWPD
21
Seagate Nytro 5000 (2.5-inch PCIe SSD)
New Higher Write Performance
Target Applications / Use Case
* Based on Endurance optimized 1.6TB
Direct Attached Caching Tiering
Ordering Information: Now Shipping
Endurance Optimized for Mixed Workloads – 1.5 DWPD (TB)
1.6 0.8 0.4
U.2
STD#
SED#
XP1600HE10002
XP1600HE10012
XP800HE10002
XP800HE10012
M.2
STD#
SED#
XP1600HE30002
XP1600HE30012
XP800HE30002
XP800HE30012
XP400HE30002
XP400HE30012
Capacity Optimized for Read-Intensive Workloads – 0.3 DWPD (TB)
1.9 0.96 0.48
U.2
STD#
SED#
XP1920LE10002
XP1920LE10012
XP960LE10002
XP960LE10012
M.2
STD#
SED#
XP1920LE30002
XP1920LE30012
XP960LE30002
XP960LE30012
XP480LE30002
XP480LE30012
Key Specifications
Capacity (TB) 0.4 / 0.48 / 0.8 / 0.96 / 1.6 / 1.9
Form Factor 2.5 in × 7, M.2 (22 x 110 mm)
Interface / Architecture PCIe Gen 3, 4-Lane, NVMe 1.2a, 3D NAND
Sequential R / W (MB/s)*
Peak 128KB
2,000 / 1,200
Random Read (IOPS)*
Peak 4KB QD32
245,000 / 67,000
Power: Operating Modes (W) 12.5 (U.2), 8.25 (M.2)
Key Takeaways
Unleash data bottlenecks and improve QoS
• 5X the read bandwidth of SATA SSDs
• 2X random read IOPS performance of SATA
Data center ready with full set of features
• End to end data integrity with RAID XOR
• Instant recovery from unplanned power loss
Reduce TCO with richer IOPS/W than SATA
Seagate Confidential
Shared with CUSTOMER NAME Under NDA
22
Seagate Nytro 3330 (2.5-inch SAS SSD)
RI (1 DWPD) Industry-Leading 3D TLC Capacity and Performance
Key Takeaways
Scaling capacity and performance without breaking the bank
• 15TB capacity using 3D TLC NAND
T10 Write Stream Support for Optimal Performance
• Reduces write amplification with multiple write initiators
Designed and built for demanding enterprise applications
• Enhanced reliability, data protection and security options
(SD&D, SED, FIPS)
Target Applications / Use Case
Nytro
3000
Key Specifications (max power)
Capacity (TB) 0.96 / 1.9 / 3.8 / 7.7 / 15
Form Factor 2.5 in × 7 or 15mm
Interface / Architecture Dual 12Gb/s SAS
Sequential Read (MB/s)
Peak 128KB (dual/Single Port)
2200 / 1100
Sequential Write (MB/s)
Peak 128KB (dual/Single Port)
1700 / 1100
Random Read (KIOPS)
Peak 4KB QD64 (dual/Single Port)
410 / 225
Random Write (KIOPS)
Peak 4KB QD64
40 to 100
(based on Capacity)
Average Latency (µs) 95
Power Choice Options (W) 9 to 14
Specifications are subject to change; FIPS 140-2 are build-to-order configurations
Ordering Information: CTU: Q2’18; GCA: Q3'18
RI – Read Intensive Workloads – 1 DWPD (TB)
0.96 1.9 3.8 7.7 15
STD#
SED#
FIPS
XS960SE10003
XS960SE10013
--
XS1920SE10103
XS1920SE10113
XS1920SE10123
XS3840SE10103
XS3840SE10113
--
XS7680SE70103
XS7680SE70113
--
XS15360SE70103
XS15360SE70113
XS15360SE70123
Software Defined Storage Tiering All Flash Arrays
Seagate Confidential
Shared with CUSTOMER NAME Under NDA
23
Seagate Confidential
Shared with CUSTOMER NAME Under NDA
New Higher Write Performance and Capacity
Key Takeaways
Improve QoS with best-in-class random performance
Reduce TCO with high power efficiency and the best IOPS/W
Data center ready with full set of features
Full data protection in power loss
World class reliability, security and quality with 5-yr. warranty
Target Applications / Use CaseKey Specifications
Capacity (TB) 0.24 / 0.48 / 0.96 / 1.9 / 3.8
Form Factor SFF 2.5” x 7mm
Interface / Architecture SATA 6Gb/s
Sequential Read (MB/s)
128KB
566
Sequential Write (MB/s)
128KB
534
Random Read (IOPS)
Sustained 4KB QD32
95,000
Random Writes (IOPS)
Sustained 4KB QD32
48,000*
Power: Active Max Average (W) 4.1
Tiered Storage
Analytics
Web Server
Read Intensive
Environments
Ordering Information**: CTU: Q3’18; GCA: Q3'18
1 DWPD 0.24 0.48 0.96 1.9 3.8
STD#
SED TCG Enterprise#
SED TCG Opal#
XA240LE10003
XA240LE10023
XA240LE10043
XA480LE10063
XA480LE10083
XA480LE10103
XA960LE10063
XA960LE10083
XA960LE10103
XA1920LE10063
XA1920LE10083
XA1920LE10103
XA3840LE10063
XA3840LE10083
XA3840LE10103
** Not all SKUs may be available at the same time.
Specifications are subject to change
Preliminary Performance based on 1.9TB capacity
* Assumes that typical data workload has 80% entropy throughout the life of the drive.
Seagate Nytro 1351
24
Seagate DuraWrite™ Technology
24
DuraWrite Architecture enables:
• Fewer P/E cycles
• Faster Reads and Writes
• More efficient garbage collection
• Reduced Write Amplification
• Lower TCO
Reduce
Data
Fewer P/E
Cycles
Reduced Write
Amplification
Faster
Reads & Writes
More Efficient
Garbage
Collection
• Lower Power
• Longer
Battery Life
• Less Heat
• Less Cooling
• Extended
Product Life
• Fewer
Product
Replacements
LONGER
EFFECTIVE
ENDURANCE
HIGHER
ENDURANCE
LOWER
TOTAL COST
DuraWriteArchitecture
Write Less
to Flash
Increase
Dynamic OP
DuraWrite data reduction increases speed and flash endurance from additional Over-provisioning
25
Seagate DuraWriteTM Technology Explained
Typical 128GB Physical Flash SSD
8GBOP
128GB Physical Flash SSD
with DuraWrite Technology
88GB Dynamic OP
The DuraWrite technology reduces the
amount of data stored on the flash and
increases dynamic Over-provisioning
The degree of benefit from DuraWrite
architecture depends on the degree of
entropy, or randomness, in the underlying
data.
120 GB User
Data May Only
Take 40 GB of
Space1
120GB User Data
26
Seagate DuraWrite™ Technology
Unique and loss-less data reduction technology designed to:
• Improve performance – Up to 3.4x higher performance than competition
• Deliver high power efficiency – Up to 2.7x higher IOPS/W than competition
• Save cost – Up to 3.4x higher IOPS/$
* Nytro 1351 random performance is preliminary and assumes a typical data workload has 80% entropy.
95K
65K
48K
98K
41K
16K
74K
51K
34K
67.5K
28K
17K
95K
42K
22K
76K
30K
14K
0
20,000
40,000
60,000
80,000
100,000
120,000
Rand. Read 70R/30R Rand. Write
Random Performance (IOPS)
SanDisk CS ECO
GII
Micron 5200 ECO
Intel DC S3520
Intel DC S4500
Nytro XF1230
Nytro 1351*
Rand. Read Rand. 70/30 R/W Rand. Write
Up to
2.3x higher
Up to
3.4x higher
9,870
3,906
7,552
4,857
6,111
3,684
0
2000
4000
6000
8000
10000
12000
IOPS/W
2.7x higher
27
Real-World benefits
Linux based Mongo DB/YCSB VDI/SPECS FS
28
Seagate SHIELD™ Technology
Adaptive Code Rates
Delivers a combination of high reliability and peak performance by implementing
a variable code rate per block
Intelligent Noise Handling
Detects and corrects various errors due to noises in flash memory with greater
accuracy and minimal performance impact.
Adaptive Read Voltage Calibration
Reduces read errors by adjusting, tuning and calibrating read voltages in NAND
cells in an adaptive manner resulting in extended endurance.
Multi-Level Error Correction - Best-In-Class LDPC Implementation
Multi-level retry schema that applies progressively stronger levels of soft-decision
LDPC decoding only as needed to maintain peak read performance.
State-of-the-Art in Flash Memory Error Correction
Improved Reliability with Minimal Impact on Performance
29
Seagate RAISE Technology
RAISE = Redundant Array of Independent Silicon Elements
• RAID-like data protection and recovery from flash memory failures
• Operates within a single drive without impacting performance
• Corrects full page, block or die failures
Beyond ECC Data Protection
Powerful Data Protection for Enterprise-Grade Reliability
30
Seagate Controller Technology
SandForce® SF3700 Family
Figure 1. Seagate® SandForce® SF3700 Block Diagram
DuraClass™ Technology DuraWrite™ data reduction Intelligent garbage collection
Enhanced RAISE™ data protection Intelligent data retention optimization
SHIELD™ error correction Power/performance balancing
Intelligent block management and wear leveling Thermal threshold management
Intelligent read disturb management
31
Intel DC S4600 Samsung SM863a Micron 5200 PRO Toshiba HK4E
Shipping Status Now Now Now Now
Capacity (GB) 1920, 960, 480,
240
1920, 960, 480, 240 3840,1920, 960 1600, 800, 400,
200
NAND Type 3D eTLC 3D TLC 3D TLC MLC
SR /SW Sust. (MB/s) 500 / 480 510 / 485 540 / 520 524 / 503
RR/RW Sust. (Max IOPS) 72,000 / 65,000 95,000 / 28,000 95,000 / 32,000 75,000 / 30,000
RW Latency (μs) 36 Not listed Not listed Not listed
Active Avg Power (W) 5 3 3.6 4.5
DWPD 3 3.6 1.4 - 3 3
TBW (TB)
High Cap up to 1.92TB
10,840 12,320 5,950 Not listed
Warranty 5y 5y 5y 5y
Key Features • PLDP (pFail)
• End-to-End protection
• AES-256
• PLDP (pFail)
• End-to-End protection
• SED AES-256
• Dynamic Thermal Guard
• PLDP (pFail)
• End-to-End protection
• SED TCG Enterprise
• Secure FW
• TAA Compliant
• RAIN
• Flex Capacity
• PLDP (pFail)
• End-to-End protection
• SED TCG Enterprise 3.0
Nytro 1551
Sep’18
3840, 1920, 960, 480, 240
3D eTLC
560* / 530*
95,000* / 55,000*
40
3.2
3
10,500
5y
• PLDP (pFail)
• End-to-End Protection
• SED TCG Opal/Enterpris
• E
• Seagate SHIELD
• Seagate RAISE
• Seagate DuraWrite
• Tunable Capacity
Nytro 1551 SATA SSD Competitive Overview
3 DWPD Endurance Class
* Preliminary specifications. Random write performance assumes a typical data workload has 80% entropy.Source: Public spec data
32
BARRACUDA SSD
A purpose-built SSD designed to provide solutions for:
Personal Laptops Home Desktops Business PCs &
Workstations
Use Cases Summary Specs
33
Fast. Dependable. Versatile.
Key Specifications
Capacity (GB) 2000 / 1000 / 500 / 250
Form Factor SFF 2.5” x 7mm
Interface / Architecture SATA 6Gb/s
Sequential Read (MB/s)
128KB
560
Sequential Write (MB/s)
128KB
540
Random Read (IOPS)
FOB 4KB QD32
90,000
Random Writes (IOPS)
FOB 4KB QD32
90,000
Power: Active Max Average (W) 3.2
Key Takeaways
 Designed for an easy upgrade with SATA interface
 Up to 30x faster than traditional storage
 A versatile SSD with a wide range of application utility
 World class reliability and quality with 5-yr. warranty
Idealfor
Mainstream Laptops Home Desktops Business PCs
Seagate confidential
Ordering Information:
2.5-inch (GB) 2000 1000 500 250
Bulk-pack1 Model # ZA2000CM10002 ZA1000CM10002 ZA500CM10002 ZA250CM10002
Retail box2 Model # STGS2000401 STGS1000401 STGS500401 STGS250401
Endurance (TBW) 1166TB 427TB 218TB 126TB
1) Bare drive bulk-pack of 30 2) Master carton of 10
BARRACUDA SSD
34
Seagate weiterführende Links / www.seagate.com
Data Age 2025 - Seagate
https://www.seagate.com/www-content/our-story/trends/files/Seagate-WP-DataAge2025-March-2017.pdf
HAMR Technology - Seagate
https://www.seagate.com/www-content/ti-dm/tech-insights/en-us/docs/TP707-1-1712US_HAMR.pdf
Multi-Tier Caching Technology White Paper - Seagate
https://www.seagate.com/files/www-content/product-content/barracuda-fam/barracuda-new/files/multi-tier-caching-technology-white-paper-2017.pdf
New Flex Dynamic Recording Method Redefines the Data Center Hard Drive
https://blog.seagate.com/intelligent/new-flex-dynamic-recording-method-redefines-data-center-hard-drive/
Seagate Nytro® NVMe SSDs: More Than Speeds and Feeds for ...
https://www.seagate.com/files/www-content/product-content/ssd-fam/nvme-ssd/nytro-xm1440-ssd/en-us/docs/seagate-nvme-ssds-data-integrity-
reliability-tb100-1-1606us.pdf
Demartek Evaluation: Seagate Enterprise SATA SSD with DuraWrite
https://www.seagate.com/www-content/product-content/enterprise/nytro/nytro-sata/demartek-seagate-durawrite-evaluation-2018-08.pdf
Seagate Secure: Protection for Life-Critical Data, On Seagate Enterprise Drives
https://blog.seagate.com/intelligent/seagate-secure/
Seagate Confidential 35
Welcome to the Datasphere
‘The sum of all data created, captured, and replicated on our planet in any given year…
we call it the “global datasphere”. ‘
IDC Data Age 2025 Report
Seagate bietet für alle Speicheranforderungen
eine optimale Lösung.
Besuchen sie unsere Webseite www.seagate.com
Sprechen sie mit uns oder unseren Partnern!

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Welcome to the Datasphere – the next level of storage

  • 1. Seagate Confidential 1 Welcome to the Datasphere The next level of storage Henrique Atzkern Customer Technical Support Staff Engineer Boston Webinar 2018-09-28
  • 2. 2
  • 3. 3 Findings From IDC’s Data Age 2025 Report Zettabytes, projected size of global datasphere in 2025 The global datasphere will skyrocket in size—but not how you’d expect. What are the implications for business and individuals? IDC Data Age 2025 study, sponsored by Seagate www.DataAge2025.com
  • 4. 4 IDC Data Age 2025 study, sponsored by Seagate www.DataAge2025.com Findings From IDC’s Data Age 2025 Report
  • 5. 5 Seagate’s technology investments Industry’s projection of areal density growth 3.5‘‘ Drive Capacity 97 TB 48 TB 15 TB 8 TB
  • 6. 6 TechnologyEvolution CMR SMR HDMR HAMR Helium MSMR/ TDMR Technology for high capacity/performance applications: Multi-Sensor Magnetic Recording • Technology: 2 or more readers; on the same track or on 2 adjacent tracks • Motivation: +15% ADC gain with 3 readers on the same track (modeling) • 2x Read Performance at ~10% ADC with 3 readers on 2 adjacent tracks • Results: It works! Drive data with dual reader (same track) confirms ADC advantage (~10%)
  • 7. 7 TechnologyEvolution ● Technology: Magnetic Recording on a FePt medium using heating from a laser illuminated Near Field Transducer ● STX leads in HAMR technology development and maturity. ● Over 17 years of HAMR Innovation, > $500 Million Invested ● Demonstrated areal density of > 2.0 TB/in^2, significantly higher than conventional technology ● Heads and Disks made in manufacturing tools ● Market introduction in 2019 CMR SMR HDMR HAMR Helium MSMR/TDMR Technology Leadership (Capacity): Heat- Assisted Magnetic Recording
  • 8. 8 TechnologyEvolution CMR SMR HDMR HAMR Helium MSMR/TDMR Heated Dot Magnetic Recording= BPM + HAMR 5 T • In early stages of technology development • Multiple grains per bit to a single magnetic island per bit • Demonstrated 1.5 Tdpsi Spinstand • HDMR at 5Tdpsi and beyond looks feasible Continuous FePt film patterned @ 1Tdpsi to 5Tdpsi
  • 10. 10 Step 1: Zone Block Devices • Coupling benefits of ZBD and CMR on one device • Launch 2019 • 16TB in 2019 Step 2: HAMR • Core technological achievement to keep pace with Industry Exabyte demand • Launch 2018 • 20TB by 2020 Innovation: Scaling
  • 11. 11 HAMR capabilities start with the media • Seagate has created production media up to 2Tbpsi • Seagate has created media in research up to 10Tbpsi • 9 years of 30% CAGR demonstrated with HAMR Innovation: Scaling
  • 12. 12 Innovation: Scaling • Investment in precision manufacturing, optics, mechanical/electrical/che mical engineering. • Energy assisted technology is needed to continue the amazing growth in the Hyperscale world.
  • 14. 14 Innovation: Performance Enablement The Technology: Parallelism IOPs Growth: Dual Actuator • Enable 1 drive slot will now perform like 2 drives but use less power than 2 drives • 1 slot in the datacenter  Performance of 2X  Enable TCO
  • 15. 15 The Technology: Parallelism + HAMR Innovation: Power Management Parallelism + HAMR = One Efficient Slot • Parallelism can seamlessly integrate with all future capacity growth recording techniques, starting with HAMR (2020) • One Drive • Higher performance than two drives • Lower power consumption than two drives • Enabling lower TCO
  • 17. 17Seagate confidential Developments in Flash Storage Nytro SSD Product Offering: Enterprise PCIe/NVMe, SAS & SATA INTRODUCING NYTRO® 1000 SATA SSD INTRODUCING NYTRO® 3000 SAS SSD
  • 18. 18 SATA SSDs • Cost effective performance boost • Built for hyperscale applications $ • Maximum performance acceleration, less space, energy and cost • Built for SDS, HPC and high-density data centers NVMe SSDs SAS SSDs • Enterprise performance and reliability • Built for mission critical applications NYTRO ENTERPRISE SSDs
  • 19. 19 3D NAND ENABLES FAST SHIFT FROM MLC TO TLC TO QLC 3D NAND cell design robustness allows trade-off for lower costs and higher density 19 SSD as % of GB increasing from 30% (2014) →44% (2021) Increased cell size improves robustness SSD Phones Source: Forward Insights
  • 20. 20 Enterprise SAS 20 Source: Seagate PLM / LRP68 • Market remains strong thru 2021 – Driven by growth in AFA and external storage • NVMe adoption delays (DP, hot- swap) benefit SAS market ME = 10 DWPD LE = 3DWPD SE = 1DWPD TE = < 1DWPD
  • 21. 21 Seagate Nytro 5000 (2.5-inch PCIe SSD) New Higher Write Performance Target Applications / Use Case * Based on Endurance optimized 1.6TB Direct Attached Caching Tiering Ordering Information: Now Shipping Endurance Optimized for Mixed Workloads – 1.5 DWPD (TB) 1.6 0.8 0.4 U.2 STD# SED# XP1600HE10002 XP1600HE10012 XP800HE10002 XP800HE10012 M.2 STD# SED# XP1600HE30002 XP1600HE30012 XP800HE30002 XP800HE30012 XP400HE30002 XP400HE30012 Capacity Optimized for Read-Intensive Workloads – 0.3 DWPD (TB) 1.9 0.96 0.48 U.2 STD# SED# XP1920LE10002 XP1920LE10012 XP960LE10002 XP960LE10012 M.2 STD# SED# XP1920LE30002 XP1920LE30012 XP960LE30002 XP960LE30012 XP480LE30002 XP480LE30012 Key Specifications Capacity (TB) 0.4 / 0.48 / 0.8 / 0.96 / 1.6 / 1.9 Form Factor 2.5 in × 7, M.2 (22 x 110 mm) Interface / Architecture PCIe Gen 3, 4-Lane, NVMe 1.2a, 3D NAND Sequential R / W (MB/s)* Peak 128KB 2,000 / 1,200 Random Read (IOPS)* Peak 4KB QD32 245,000 / 67,000 Power: Operating Modes (W) 12.5 (U.2), 8.25 (M.2) Key Takeaways Unleash data bottlenecks and improve QoS • 5X the read bandwidth of SATA SSDs • 2X random read IOPS performance of SATA Data center ready with full set of features • End to end data integrity with RAID XOR • Instant recovery from unplanned power loss Reduce TCO with richer IOPS/W than SATA Seagate Confidential Shared with CUSTOMER NAME Under NDA
  • 22. 22 Seagate Nytro 3330 (2.5-inch SAS SSD) RI (1 DWPD) Industry-Leading 3D TLC Capacity and Performance Key Takeaways Scaling capacity and performance without breaking the bank • 15TB capacity using 3D TLC NAND T10 Write Stream Support for Optimal Performance • Reduces write amplification with multiple write initiators Designed and built for demanding enterprise applications • Enhanced reliability, data protection and security options (SD&D, SED, FIPS) Target Applications / Use Case Nytro 3000 Key Specifications (max power) Capacity (TB) 0.96 / 1.9 / 3.8 / 7.7 / 15 Form Factor 2.5 in × 7 or 15mm Interface / Architecture Dual 12Gb/s SAS Sequential Read (MB/s) Peak 128KB (dual/Single Port) 2200 / 1100 Sequential Write (MB/s) Peak 128KB (dual/Single Port) 1700 / 1100 Random Read (KIOPS) Peak 4KB QD64 (dual/Single Port) 410 / 225 Random Write (KIOPS) Peak 4KB QD64 40 to 100 (based on Capacity) Average Latency (µs) 95 Power Choice Options (W) 9 to 14 Specifications are subject to change; FIPS 140-2 are build-to-order configurations Ordering Information: CTU: Q2’18; GCA: Q3'18 RI – Read Intensive Workloads – 1 DWPD (TB) 0.96 1.9 3.8 7.7 15 STD# SED# FIPS XS960SE10003 XS960SE10013 -- XS1920SE10103 XS1920SE10113 XS1920SE10123 XS3840SE10103 XS3840SE10113 -- XS7680SE70103 XS7680SE70113 -- XS15360SE70103 XS15360SE70113 XS15360SE70123 Software Defined Storage Tiering All Flash Arrays Seagate Confidential Shared with CUSTOMER NAME Under NDA
  • 23. 23 Seagate Confidential Shared with CUSTOMER NAME Under NDA New Higher Write Performance and Capacity Key Takeaways Improve QoS with best-in-class random performance Reduce TCO with high power efficiency and the best IOPS/W Data center ready with full set of features Full data protection in power loss World class reliability, security and quality with 5-yr. warranty Target Applications / Use CaseKey Specifications Capacity (TB) 0.24 / 0.48 / 0.96 / 1.9 / 3.8 Form Factor SFF 2.5” x 7mm Interface / Architecture SATA 6Gb/s Sequential Read (MB/s) 128KB 566 Sequential Write (MB/s) 128KB 534 Random Read (IOPS) Sustained 4KB QD32 95,000 Random Writes (IOPS) Sustained 4KB QD32 48,000* Power: Active Max Average (W) 4.1 Tiered Storage Analytics Web Server Read Intensive Environments Ordering Information**: CTU: Q3’18; GCA: Q3'18 1 DWPD 0.24 0.48 0.96 1.9 3.8 STD# SED TCG Enterprise# SED TCG Opal# XA240LE10003 XA240LE10023 XA240LE10043 XA480LE10063 XA480LE10083 XA480LE10103 XA960LE10063 XA960LE10083 XA960LE10103 XA1920LE10063 XA1920LE10083 XA1920LE10103 XA3840LE10063 XA3840LE10083 XA3840LE10103 ** Not all SKUs may be available at the same time. Specifications are subject to change Preliminary Performance based on 1.9TB capacity * Assumes that typical data workload has 80% entropy throughout the life of the drive. Seagate Nytro 1351
  • 24. 24 Seagate DuraWrite™ Technology 24 DuraWrite Architecture enables: • Fewer P/E cycles • Faster Reads and Writes • More efficient garbage collection • Reduced Write Amplification • Lower TCO Reduce Data Fewer P/E Cycles Reduced Write Amplification Faster Reads & Writes More Efficient Garbage Collection • Lower Power • Longer Battery Life • Less Heat • Less Cooling • Extended Product Life • Fewer Product Replacements LONGER EFFECTIVE ENDURANCE HIGHER ENDURANCE LOWER TOTAL COST DuraWriteArchitecture Write Less to Flash Increase Dynamic OP DuraWrite data reduction increases speed and flash endurance from additional Over-provisioning
  • 25. 25 Seagate DuraWriteTM Technology Explained Typical 128GB Physical Flash SSD 8GBOP 128GB Physical Flash SSD with DuraWrite Technology 88GB Dynamic OP The DuraWrite technology reduces the amount of data stored on the flash and increases dynamic Over-provisioning The degree of benefit from DuraWrite architecture depends on the degree of entropy, or randomness, in the underlying data. 120 GB User Data May Only Take 40 GB of Space1 120GB User Data
  • 26. 26 Seagate DuraWrite™ Technology Unique and loss-less data reduction technology designed to: • Improve performance – Up to 3.4x higher performance than competition • Deliver high power efficiency – Up to 2.7x higher IOPS/W than competition • Save cost – Up to 3.4x higher IOPS/$ * Nytro 1351 random performance is preliminary and assumes a typical data workload has 80% entropy. 95K 65K 48K 98K 41K 16K 74K 51K 34K 67.5K 28K 17K 95K 42K 22K 76K 30K 14K 0 20,000 40,000 60,000 80,000 100,000 120,000 Rand. Read 70R/30R Rand. Write Random Performance (IOPS) SanDisk CS ECO GII Micron 5200 ECO Intel DC S3520 Intel DC S4500 Nytro XF1230 Nytro 1351* Rand. Read Rand. 70/30 R/W Rand. Write Up to 2.3x higher Up to 3.4x higher 9,870 3,906 7,552 4,857 6,111 3,684 0 2000 4000 6000 8000 10000 12000 IOPS/W 2.7x higher
  • 27. 27 Real-World benefits Linux based Mongo DB/YCSB VDI/SPECS FS
  • 28. 28 Seagate SHIELD™ Technology Adaptive Code Rates Delivers a combination of high reliability and peak performance by implementing a variable code rate per block Intelligent Noise Handling Detects and corrects various errors due to noises in flash memory with greater accuracy and minimal performance impact. Adaptive Read Voltage Calibration Reduces read errors by adjusting, tuning and calibrating read voltages in NAND cells in an adaptive manner resulting in extended endurance. Multi-Level Error Correction - Best-In-Class LDPC Implementation Multi-level retry schema that applies progressively stronger levels of soft-decision LDPC decoding only as needed to maintain peak read performance. State-of-the-Art in Flash Memory Error Correction Improved Reliability with Minimal Impact on Performance
  • 29. 29 Seagate RAISE Technology RAISE = Redundant Array of Independent Silicon Elements • RAID-like data protection and recovery from flash memory failures • Operates within a single drive without impacting performance • Corrects full page, block or die failures Beyond ECC Data Protection Powerful Data Protection for Enterprise-Grade Reliability
  • 30. 30 Seagate Controller Technology SandForce® SF3700 Family Figure 1. Seagate® SandForce® SF3700 Block Diagram DuraClass™ Technology DuraWrite™ data reduction Intelligent garbage collection Enhanced RAISE™ data protection Intelligent data retention optimization SHIELD™ error correction Power/performance balancing Intelligent block management and wear leveling Thermal threshold management Intelligent read disturb management
  • 31. 31 Intel DC S4600 Samsung SM863a Micron 5200 PRO Toshiba HK4E Shipping Status Now Now Now Now Capacity (GB) 1920, 960, 480, 240 1920, 960, 480, 240 3840,1920, 960 1600, 800, 400, 200 NAND Type 3D eTLC 3D TLC 3D TLC MLC SR /SW Sust. (MB/s) 500 / 480 510 / 485 540 / 520 524 / 503 RR/RW Sust. (Max IOPS) 72,000 / 65,000 95,000 / 28,000 95,000 / 32,000 75,000 / 30,000 RW Latency (μs) 36 Not listed Not listed Not listed Active Avg Power (W) 5 3 3.6 4.5 DWPD 3 3.6 1.4 - 3 3 TBW (TB) High Cap up to 1.92TB 10,840 12,320 5,950 Not listed Warranty 5y 5y 5y 5y Key Features • PLDP (pFail) • End-to-End protection • AES-256 • PLDP (pFail) • End-to-End protection • SED AES-256 • Dynamic Thermal Guard • PLDP (pFail) • End-to-End protection • SED TCG Enterprise • Secure FW • TAA Compliant • RAIN • Flex Capacity • PLDP (pFail) • End-to-End protection • SED TCG Enterprise 3.0 Nytro 1551 Sep’18 3840, 1920, 960, 480, 240 3D eTLC 560* / 530* 95,000* / 55,000* 40 3.2 3 10,500 5y • PLDP (pFail) • End-to-End Protection • SED TCG Opal/Enterpris • E • Seagate SHIELD • Seagate RAISE • Seagate DuraWrite • Tunable Capacity Nytro 1551 SATA SSD Competitive Overview 3 DWPD Endurance Class * Preliminary specifications. Random write performance assumes a typical data workload has 80% entropy.Source: Public spec data
  • 32. 32 BARRACUDA SSD A purpose-built SSD designed to provide solutions for: Personal Laptops Home Desktops Business PCs & Workstations Use Cases Summary Specs
  • 33. 33 Fast. Dependable. Versatile. Key Specifications Capacity (GB) 2000 / 1000 / 500 / 250 Form Factor SFF 2.5” x 7mm Interface / Architecture SATA 6Gb/s Sequential Read (MB/s) 128KB 560 Sequential Write (MB/s) 128KB 540 Random Read (IOPS) FOB 4KB QD32 90,000 Random Writes (IOPS) FOB 4KB QD32 90,000 Power: Active Max Average (W) 3.2 Key Takeaways  Designed for an easy upgrade with SATA interface  Up to 30x faster than traditional storage  A versatile SSD with a wide range of application utility  World class reliability and quality with 5-yr. warranty Idealfor Mainstream Laptops Home Desktops Business PCs Seagate confidential Ordering Information: 2.5-inch (GB) 2000 1000 500 250 Bulk-pack1 Model # ZA2000CM10002 ZA1000CM10002 ZA500CM10002 ZA250CM10002 Retail box2 Model # STGS2000401 STGS1000401 STGS500401 STGS250401 Endurance (TBW) 1166TB 427TB 218TB 126TB 1) Bare drive bulk-pack of 30 2) Master carton of 10 BARRACUDA SSD
  • 34. 34 Seagate weiterführende Links / www.seagate.com Data Age 2025 - Seagate https://www.seagate.com/www-content/our-story/trends/files/Seagate-WP-DataAge2025-March-2017.pdf HAMR Technology - Seagate https://www.seagate.com/www-content/ti-dm/tech-insights/en-us/docs/TP707-1-1712US_HAMR.pdf Multi-Tier Caching Technology White Paper - Seagate https://www.seagate.com/files/www-content/product-content/barracuda-fam/barracuda-new/files/multi-tier-caching-technology-white-paper-2017.pdf New Flex Dynamic Recording Method Redefines the Data Center Hard Drive https://blog.seagate.com/intelligent/new-flex-dynamic-recording-method-redefines-data-center-hard-drive/ Seagate Nytro® NVMe SSDs: More Than Speeds and Feeds for ... https://www.seagate.com/files/www-content/product-content/ssd-fam/nvme-ssd/nytro-xm1440-ssd/en-us/docs/seagate-nvme-ssds-data-integrity- reliability-tb100-1-1606us.pdf Demartek Evaluation: Seagate Enterprise SATA SSD with DuraWrite https://www.seagate.com/www-content/product-content/enterprise/nytro/nytro-sata/demartek-seagate-durawrite-evaluation-2018-08.pdf Seagate Secure: Protection for Life-Critical Data, On Seagate Enterprise Drives https://blog.seagate.com/intelligent/seagate-secure/
  • 35. Seagate Confidential 35 Welcome to the Datasphere ‘The sum of all data created, captured, and replicated on our planet in any given year… we call it the “global datasphere”. ‘ IDC Data Age 2025 Report Seagate bietet für alle Speicheranforderungen eine optimale Lösung. Besuchen sie unsere Webseite www.seagate.com Sprechen sie mit uns oder unseren Partnern!