1. New Intel SSD
JH Yun

2. Why?
Intel SSD Roadmap

3. Why?
Why SSD ?
Why Intel SSD ?
Why PCI SSD ?

4. Why Intel SSD ?

5. Why SSD ?

6. 데이터의 엄청난 증가 오늘날 DATA의 증가는 많은 IT 업계 종사자들에게 큰 숙제를 주고 있다.
Why SSD ?
데이터의 엄청난 증가 오늘날 DATA의 증가는 많은 IT 업계 종사자들에게 큰 숙제를 주고 있다.
1.8 zettabytes
Two days in 2011 > dawn of civilization to 2003
1/3 of all Data
Stored in or pass through the cloud by 2020
209 billion
RFID tags sale in 2021; from 12 million in 2011
200 petabytes
Storage of a Smart City project in China
$800 billion
in personal location data within 10 years
$300 billion
U.S. healthcare saving from Big Data/year
750 million
Photos uploaded to Facebook in two days
Data는 Biz의 새로운 원자재가 되고 있다: 자본이나 노동력과 거의 동등한 경제력을 가지고 있다.”
—The Economist1

7. Why SSD ?
HDD 기반
SSD 기반

8. Why SSD ?
불량률
효율성

9. Why SSD ?

10. Why Intel SSD ?

11. Why Intel SSD ?
Intel SSD의 5가지 핵심 키워드
단순화
일관된 성능
IT 비 용
전 력
Data 보호

12. Why Intel SSD ?
단순화
Consistent
Performance
IT Budget
Power
Protection

13. Simple, Simple, Simple… Why Intel SSD ?
IT managers identified 3 key simplifications SSDs bring to storage system
배포가 간소화됩니다 ... I / O 요구 한 SSD VS 많은 HDD를 만날 때
서비스는 단순화 ... SSD는 견고하고 높은 신뢰성을 가지고 있기 때문에
관리 단순화입니다 ... 밸런스 HDD를 로드 할 필요가 없으므로

14. Why Intel SSD ?
Simplification
일관된 성능
IT Budget
Power
Protection

15. QoS specification is unique to Intel® SSD Data Center Seri es
Why Intel SSD ?
QoS specification is unique to Intel® SSD Data Center Seri es
Specified maximum latency
Improved RAID system performance
Consistently high IOPS and low latency
The Evidence Shows…
Competitor SSD: 4K Random Write Workload1
DC S3500: 4K Random Write Workload2
IOPS
IOPS
Time seconds
Time seconds
Loose Unpredictable IOPS
Tight Predictable IOPS
The Intel ® SSD Data Center Family delivers fast, consistent performance

16. Impact of QoS on RAIDed SSD performance
Why Intel SSD ?
Impact of QoS on RAIDed SSD performance
Drop in Bandwidth or IOPS can be triggered due to de-frag (background NAND management for reliability)
Host versus housekeeping activity
Effect of IOPS drop and high latency can amplify behind RAID
The Intel ® SSD Data Center Family provides consistent RAID performance

17. 3 Intel SSD DC S3500 + 1 Client SSD in RAID0
Why Intel SSD ?
The Intel® SSD Data Center Family with high QoS perform well with RAID
4 Intel SSD DC S3500 in RAID0
80% stability
GOOD
Higher is Better
80%
SSDs with inconsistent performance behind RAID result in drop in IOPS
3 Intel SSD DC S Client SSD in RAID0
POOR STABILITY
LOWER PERFORMANCE
27% stability
27%
Higher is Better

18. 3 Intel SSD DC S3500 + 1 Client SSD in RAID0
Why Intel SSD ?
The Intel® SSD Data Center Family with high QoS perform well with RAID
4 Intel SSD DC S3500 in RAID0
80% stability
GOOD
Higher is Better
80%
SSDs with inconsistent performance behind RAID result in drop in IOPS
3 Intel SSD DC S Client SSD in RAID0
POOR STABILITY
LOWER PERFORMANCE
27% stability
27%
Higher is Better

19. Data 보호 Why Intel SSD ? Simplification Consistent IT Budget
Performance
IT Budget
Data 보호
Power

20. End to End Data Protection … Guards Against Data Corruption
Why Intel SSD ?
Host
SATA Frontend
SATA
Interface CRC
Transfer Buffer
S/DRAM ECC
LBA Tag check
Internal CRC
NAND
NAND ECC
Protect against possible corruption of in-transit and stored data through ev ery element of the SSD
Including SRAM, DRAM, and NAND memory
Starting when the data enters the drive until the point it leaves
End to End Data Protection … Guards Against Data Corruption

21. 전력 손실 데이터 보호 기능 정전 감지 회로 전력 손실 허용 오차 충전 저장 향상된 펌웨어 데이터를 안전 모드
Why Intel SSD ?
전력 손실 데이터 보호 기능
정전 감지 회로
전력 손실 허용 오차 충전 저장
향상된 펌웨어 데이터를 안전 모드
핫 플러그 ​​돌입 전류 완화
Protect In-Flight Host and System Data Against Catastrophic Power Events

22. 내구성 을 보장하기 위해 4 단계 1 2 3 4 Why Intel SSD ?
Enhanced NAND Component Qualification
Qualifications based on real data
NAND Requirements:
30K cycles
Lifetime Die –level FR: <0.5%
UBER: 1E-14 (Pre XOR)
Retention: 3 months 40C 1
HET MLC NAND Technology & Management
SSD NAND management
Premium NAND
Robust Controller 2
Endurance Requirement
Workload: Assuming JEDEC
Drive Life: 5 yrs
AFR (through life): 0.44%
UBER (though life): 1E-17
Retention: 3 months 40C 3
SSD Endurance Verification
Short-stroke method used
Based on real drive data
Verifies all SSD criteria 4
높은 내구성 은 공정 분류 , 펌웨어 개선 사항 및 엄격한 검증 의 조합을 통해 달성된다

23. The Intel ® SSD Data Center Family delivers best-in-class endurance
Why Intel SSD ?
Standard
Mid
High
Search √
CDN
Boot
Workstation
Big Data Analytics
Indexing
Web Server
Virtual Machines
Databases / OLTP
Cache accelerator
Database logs
Standard, Mid and High Endurance Product Lines
High endurance for write intensive application
Mid endurance for mixed work loads
Standard endurance for read intensive applicatio ns
Endurance level up to 10 drive writes per day over 5 y ears
The Intel ® SSD Data Center Family delivers best-in-class endurance

24. 전 원 Why Intel SSD ? Simplification Consistent IT Budget Performance
Protection

25. HDD Storage1 SSD Storage2 99% Less Watts 400x Faster 적은 전력 과 성능 가속화
Why Intel SSD ?
HDD Storage1
SSD Storage2
Active: 16 watts
Idle: 11 watts
More watts, more heat, mo re cost
Active Read: 1.5 watts
Idle: <0.65 watts
Less watts, less heat, les s cost
99%
Less Watts
Power Consumption
<200 IOPS Random Read
High latencies average 2ms
Slow response
75,000 IOPS Random Read
Low latency average 50us
Fast response
400x
Faster
Performance
Rotating disks, mechanical arm
Greater risk of data loss
No moving parts
More rugged and reliable
Reliability
적은 전력 과 성능 가속화

26. IT 비 용 Why Intel SSD ? Simplification Consistent Performance Power
Protection

27. Why Intel SSD ?
Leading cost per IOPS delivering value 1
$.01
$.06
$1.09
400GB SATA SSD
400GB SAS SSD
450GB 15K HDD
Leading IOPS per Watt delivering value 2
12500
8360
> 20
400GB SATA SSD
400GB SAS SSD
450GB 15K HDD
Write the entire capacity of the SSD 10 times per day for 5 years 3
14.6PB
2 million hours mean time between failures 3
End-to-end data protection helps ensure data integrity 3

28. Intel® Datacenter Tools Roadmap January 2014
Why Intel SSD ?
Intel® Datacenter Tools Roadmap January 2014
Changes
ConMan release in January
ConMan release targeted for LSI Support
Intel SSD DC CIM Framework Tool pushes a quarter
Q2 ’09
Q2’14
Q3 ’14
Q4’14
Q1 ’15
NOW/Q1’14
Intel SSD
DC Tool
1.0.1 Intel SSD
Data Center Tool
-FW Update 424
-Linux,, Windows
iSDCT 2.0
P3700/P3500
S3700 / S3500
Q3 ’09
Version 1.1.1
Intel SSD
Configuration
Manager
Version 2.X
Add PMC-Sierra Support
Ver
NVMe Support
Bug Fixes
Ver
LSI Support
Bug Fixes
Datacenter
Console Support
Ver 1..x
Intel SSD Datacenter Plug-in Module
CIM API
HDAT2
3rd Party Tools
HDParm
SMARTMon
Orange =
Planned, Not
POR Yet
Placeholder
Completed
POR
Version #
= Release Date

29. Intel® SSD Toolbox 3.2.x Why Intel SSD ? Current Features Overview
Easy to use GUI
Firmware Update under Microsoft Window s* on any Intel SSD including boot drive
Used/Unused capacity pie chart
SMART Summary Drive Health and Estimat ed Life Remaining bars
Integrated Help system
System Information Summary
Hypertext Help
Export Drive & System Info to a file
Command Line Interface
Localized for 11 Languages!!
Version 3.2.x Features!!
Win8 Compatibility Enhancements
Proactive FW Update and TB Update Notification
RAID 0 Trim Support with RST for Win7
Plug and Play support
Available for free
*Other names and brands may be claimed as the property of others.

30. Intel® SSD Configuration Manager 1.1.1
Why Intel SSD ?
Intel® SSD Configuration Manager 1.1.1
Function
Customer Intel SSD configuration and evaluation tool for ES to drive end of life
Features Overview
Command Line tool for Windows or Linux 32bit and 64bit versions
Enables reading of Identify Device and SMART data, SECURE ERASE, Firmware Updates b oth forwards and backwards with Intel SSD FW Binaries
Configuration options of overprovisioning by SET MAX ADDRESS and resetting and runni ng the Endurance Analyzer functions

31. Random Performance Consistency Scatter Plot
Why Intel SSD ?
Random Performance Consistency Scatter Plot
인텔 ® SSD DC S3500 시리즈는 최고 수준의 일관성을 제공하도록 최적화

32. Why Intel SSD ?
Mixed Workload Performance Improved performance for harsh workload applications
Random 70% Read, 30% Write QD=8 (IOPS)
Random 70% Read, 30% Write QD=4 (IOPS)
40% faster than nearest competition
인텔 ® SSD DC S3500 시리즈는 앞도적인 혼합 워크로드 성능을 제공합니다

33. Datasheet Specifications
Why Intel SSD ?
Datasheet Specifications
Among leaders
Disadvantaged
Not specified ?
Intel® SSD
DC S3500 (480GB)
Samsung* 843
(480GB)
Samsung* 840 PR0 (256GB)
Samsung* 840 TLC (250GB)
Micron* M500 (240GB)
Micron* P400e (100GB)
OCZ* Deneva 2 C SERIES (240GB)
NAND
20nm MLC
21 nm MLC
21 nm TLC
25nm MLC
24nm MLC
Capacities Available (GB)
2.5” and 1.8” –
up to 800 GB
2.5” –
up to 480 GB
up to 500 GB
up to 960 GB
2.5” only –
up to 400 GB
ATA Compliance
ATA8-ACS2
ATA7 - Partially Complies with ATA/ATAPI-8
ATA8 ACS2
ATA/ATAPI-8
Random 4KB Reads / Writes1
75K/11K
IOPS
70K/11.5K
50K/7.5K
Sequential
Reads / Writes
500/410 MB/s
520/410 MB/s
540/520 MB/s
530/240 MB/s
500/250 MB/s
350/140 MB/s
550/520 MB/s
Reads / Writes Latency (TYP)
50/65 us
160/40 us
500/3500 us
IOPS Consistency2
90% read
80% write
Active Power Consumption3
1.6W
2.8W
3.4W ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ?

34. Datasheet Specifications (cont’d)
Why Intel SSD ?
Datasheet Specifications (cont’d)
Among leaders
Disadvantaged
Not specified ?
Intel® SSD
DC S3500 (480GB)
Samsung* 843
(480GB)
Samsung* 840 PR0 (256GB)
Samsung* 840 TLC (250GB)
Micron* M500 (240GB)
Micron* P400e (100GB)
OCZ* Deneva 2 C SERIES (240GB)
End-to-End Data Protection
Yes No
Power-Loss Data Protection
Encryption
AES-256
AES-128
MTBF (hours)
2M Hrs
1.5M Hrs
1.2M Hrs
UBER
1 in 1017
1 in 1015
Warranty
5 Yrs
3 Yrs
Endurance
(TBW)
275 TB – Based
on JESD-219
workload
1060 TB
Workload not specified
72 TB1
175 TB2
Operating Temperature
0-70 C
0-60 C
0-55 C ? ? ? ? ? ? ? ? ?

35. Why PCI SSD ?

36. Why PCI SSD ?

37. Lowest latency Hot Data moving closer and closer to the application
Why PCI SSD ?
Tomorrow
NVDIMM
Today
I/O
Controller
Yesterday
I/O
Controller
M.2
Lowest latency Hot Data moving closer and closer to the application

38. Why PCI SSD ?

39. Why PCI SSD ?

40. Intel SSD Roadmap

42. Intel® SSD DC S3500 Series - Wolfsville M
Intel® SSD DC S3500 Series - Wolfsville M.2 in planning - Features and schedule subject to change
Intel® SSD DC S3500 Series
Form Factor
2.5”, 1.8” & M.2 80mm
Capacity
2.5” – 80, 120, 160, 240, 300, 480, 600, 800GB, 1.2TB & 1.6TB
1.8” – 80, 240, 400 & 800GB
M.2 – 80, 120, 340GB
Performance
75,000 IOPS 4K random read
11,500 IOPS 4K random write
Power Write/Idle
2.5” – 5.0 W / 650 mW Typical
1.8” – 5.2 W / 650 mW Typical
Security
End-to-End Data Protection
Power Loss Data Protection
AES 256b encryption
Endurance
Up To 310 TB
Warranty
5 year
Product QS
Product Availability
DC S3500 Series 2.5“ 80, 120, 160, 240, 300, 480, 600 & 800GB
1.8” 80, 240 & 400GB
Now
DC S3500 Series 1.8“ 800GB
Q1 ’14
DC S3500 Series 2.5“ 1.2 & 1.6TB
Q3 ’14
Q4 ’14
DC S3500 Series M.2 80, 120 & 340GB
Q2 ’14
Q3 ‘14

43. Intel® SSD DC S3610 Series In planning - Features and schedule subject to change , POR expected Q4 ‘13
Intel® SSD DC S3610 Series
Form Factor
2.5”
Capacity
480, 800GB, 1.2TB & 1.6TB
Performance
TBD IOPS 4K random read
TBD IOPS 4K random write
Power Write/Idle
TBD
Security
End-to-End Data Protection
Power Loss Data Protection
AES 256b encryption
Endurance
3 drive writes Per Day over 5 years
Warranty
5 year
Product QS
Product Availability
Intel SSD DC S3610 Series 2.5” 480, 800, 1.2TB & 1.6TB
Q3 ‘14
Q4 ‘14

44. Intel® SSD DC S3700 Series Intel® SSD DC S3700 Series Form Factor
2.5” & 1.8”
Capacity
2.5” – 100, 200, 400 & 800GB
1.8” – 100, 200 & 400 GB
Performance
75,000 IOPS 4K random read
36,000 IOPS 4K random write
Power Write/Idle
2.5” – 6W / 650 mW Typical
1.8” – 5.3W / 650 mW Typical
Security
End-to-End Data Protection
Power Loss Data Protection
AES 256b encryption
Endurance
10 drive writes Per Day over 5 years
Warranty
5 year

45. Intel® SSD DC S3710 Series - Haleyville In planning - Features and schedule subject to change
Form Factor
2.5”
Capacity
200, 400, 800GB & 1.2TB
Performance
TBD IOPS 4K random read
TBD IOPS 4K random write
Power Write/Idle
TBD
Security
End-to-End Data Protection
Power Loss Data Protection
AES 256b encryption
Endurance
10 drive writes Per Day over 5 years
Warranty
5 year
Product QS
Product Availability
DC S3710 Series 2.5”
Q3 ‘14
Q4 ‘14

46. Intel® SSD DC P3500 Series -Pleasantdale
Form Factor
2.5” / AIC
Capacity
2.5”: 400, 800GB, 1.2, 1.6, & 2TB
AIC: 400, 800GB, 1.2, 1.6, & 2TB
Performance
2800/850MB/s R/W sequential
450/35k IOPS R/W 4K random
Power Write/Idle
25/10W Typical
Security
End-to-End Data Protection
Power Loss Data Protection
AES 256b encryption
Endurance
Up to 374 TB
Warranty
5 years
Consistent, Native-PCIe performance
5X throughput over SATA interface
Lowest latency storage interface
Product QS
Product Availability
DC P3500 Series 2.5“ 500, and 1TB
Q2 ’14
Q3 ‘14
DC P3500 Series 2.5” 2TB; AIC 500, 1TB and 2TB
Q2 ‘14

47. Intel® SSD DC P3600 Series Intel SSD DC P3600 Series
Form Factor
2.5” / AIC
Capacity
2.5”: 400, 800GB 1.2TB, 1.6 and 2.0TB
AIC: 400, 800GB 1.2TB, 1.6 and 2.0TB
Performance
2800/850MB/s R/W sequential
450/70k IOPS R/W 4K random
Power Write/Idle
25/10W Typical
Security
End-to-End Data Protection
Power Loss Data Protection
AES 256b encryption
Endurance
3 drive writes Per Day over 5 yrs
Warranty
5 years
Consistent, Native-PCIe NVMe performance
5X throughput over SATA interface
Lowest latency storage interface
Robust Endurance
Product QS
Product Availability
DC P3600 Series 2.5” 400, 800GB, 1.2TB, 1.6TB, 2.0TB
Q2 ‘14
DC P3600 Series AIC 1.6TB and 2.0TB
DC P3600 Series AIC 400, 800GB and 1.2TB
Q3 14

48. Intel® SSD DC P3700 Series - Fultondale
Form Factor
2.5” / AIC
Capacity
2.5”: 200, 400, 800, 1.6TB & 2.0TB
AIC: 200, 400, 800, 1.6TB & 2.0TB
Performance
2800/1700MBps R/W sequential
450/150k IOPS R/W 4K random
Power Write/Idle
25/10W Typical
Security
End-to-End Data Protection
Power Loss Data Protection
AES 256b encryption
Endurance
10 drive writes Per Day over 5 yrs
Warranty
5 years
Consistent, Native-PCIe performance
5X throughput over SATA interface
Lowest latency storage interface
High Endurance Technology
Product QS
Product Availability
DC P3700 Series 2.5“ 400, 800GB & 1.6TB
Q1 ‘14
Q2 ‘14
DC P3700 Series AIC 400, 800GB & 1.6TB
DC P3700 Series 2.5” & AIC 200GB, 2.0TB
Q3 ‘14

49. Intel® SSD 750 Series - August Ridge
“Intel’s first Native PCIe SSD for Performance Client”
Targeted Markets
Enthusiast DT, Workstation, Notebook
Opportunistic: Server
Product
FF: M.2 80mm (SS/ DS) & AIC – HHHL
Capacities: 180, 240, 360, 480 & 600GB
Intel® SSD 750 Series
Form Factor
M.2 80mm & AIC HHHL
Capacity
AIC , 240, 360, 480 & 600GB M , 240, 360, 480 & 600GB
Performance:
Seq R/W
Rand 4K R/W
1500/1100 MB/s
180k/ 24k
Active Power
< 10W
Warranty
5 year
Product QS
Product Availability
750 Series M.2 80mm 180, 240, 360, 480 & 600GB
Q3’14
Q4’14
750 Series AIC HHHL 180, 240, 360, 480 & 600GB

50. First Time (Cold) Reads Existing (Back-End) Storage
Intel® Cache Acceleration Software Accelerating Performance of Existing Storage
Server Application
Intel® Cache Acceleration Software (Intel® CAS)
Fully integrates with system memory
Promoting data based on policy
System cache avoided for non-hot dat a (read around)
Saving memory and improving performance
More IOPS, more memory
Allows increased VM density
Hot Reads
Warm Reads
Intel® CAS L1 READ Cache (DRAM Memory)
First Time (Cold) Reads
Intel® CAS L2 READ Cache
(SSD Flash)
Existing (Back-End) Storage