1. Introduction to EonStor DS 4000
Ver Mar. 2015

2. Agenda Positioning What’s New in DS 4000? Unique Selling Points
Specifications
Features
Comprehensive 12Gb/s SAS technology
Dual host interfaces
Massive performance
Scalability
Comprehensive data services
No Learning curve – Unified UI
Competitive advantage
Competitors
Hardware
Q&A

3. Positioning From SMRs to enterprises Midrange storage
High throughput applications such as Media & Entertainment
11,000 /4,200 MB/s (Read/write)
12Gb/s SAS Drive Interface
Dual/Mixed host design
*Product available date: 2015/3/20
*Announcement: 2015/3/10

4. Dual expansion networks
What’s New in DS 4000?
12Gb/s SAS
Massive Performance
12Gb/s SAS on both host-side and drive-side channels.
Up to 11,000 MB/s Performance.
Super capacitor
Dual host-boards
Unwritten cached data stays in the flash module upon mains power outage, no time limit.
Powered by super capacitor, no BBU replacement required.
Up to 2 x host boards per controller.
Converged
One host board converged with 10 Gb/s FCoE, 8Gb/s FC, 16Gb/s FC , 10Gb/s iSCSI.
(Mid-2015)
Dual expansion networks
Two separate JBOD expansion networks, support up to 436 HDDs in total.

5. Unique Selling Points – DS 4000
Performance
11,000 MB/s
Capacity
436 HDDs
12Gb/s SAS
Both host-side
and drive-side
Dual host boards
FCoE, iSCSI, FC, SAS
+ Onboard CHs
Converged
10 Gb/s FCoE, 8Gb/s FC, 16Gb/s FC , 10Gb/s iSCSI in one host board
SuperCap
Cache protection No replacement required
Feature-Rich Data Services: SSD Caching, Automated Storage Tiering, Remote Replications, Self-encrypting drive (SED) support, Intelligent Drive Recovery (IDR), Snapshot backup, Thin-provisioning.
Unified UI: No learning curve.
Onboard channels: Each controller has two iSCSI-1GbE channels.
Feature-Rich Data Services
SSD Cache, Automated Storage Tiering, remote replications,
self-encrypting drive (SED) support, Intelligent Drive Recovery (IDR), snapshot, Thin provisioning.
High C/P ratio!

6. Specifications Redundancy Form factor Performance Cache Memory
Controller (S model and R model)
PSUs (530W)
FANs
Cache Memory
Support up to 16GB per controller
Cache backup techniques
Super capacitor + Flash module
Scalability
Up to 436 drives
Drive compatibility
SAS SSD, SATA SSD, SAS HDD, NL-SAS HDD,
Data services
SSD Cache / Automated Storage Tiering
Remote replication / SED /IDR
Thin Provisioning / Snapshot
Form factor
LFF : 3U 16-bay
Performance
DS 4000
1M all cache hit IOPS
11,000MB/s read and 3,700MB/s write
DS 4000T
1.5M all cache hit IOPS
11,000MB/s read and 4,200MB/s write
Onboard Gbe port (per controller)
1Gb/s iSCSI x 2
Multi-host Interface
16Gb/s FC
12Gb/s SAS port
10Gb/s iSCSI (SFP+)
10Gb/s FCoE
8Gb/s FC 6

7. Features

8. Comprehensive 12Gb/s SAS technology
12Gb/s SAS interface on host sides, drive sides and JBOD scalability are available
12Gb/s SAS drive
12Gb/s SAS
host board
12Gb/s SAS
Expansion port x 2
per controller
12Gb/s SAS drive
Higher transfer speed
12Gb/s SAS drive
Higher transfer speed
12Gb/s SAS drive
Higher transfer speed
12Gb/s SAS drive
Higher transfer speed

9. Dual host interfaces High Extreme throughput performance !!!
Flexibility
10Gb/s iSCSI + 16Gb/s or 8Gb/s FC available !!!
Expandable bandwidth
Extreme throughput performance !!!
More host ports supported
16Gb/s FC x 8 ports
8Gb/s FC x 16 ports (Q2, 2015)
10Gb/s iSCSI x 8 ports
12Gb/s SAS x 8 ports
For Expandable bandwidth, customer can purchase one host board first, then purchase another one later when he get enough budget to expand bandwidth.
High

10. Massive performance 11,000 MB/s seq. read 4,200 MB/s seq. write
Up to 1.5M IOPS
Massive throughput gets you ready for 4K media and beyond (Ingest, NL-Editing, Playout and Archive)

11. Powerful performance - Media & Entertainment
For non-linear editing: The DS 4000’s massive throughput of 11,000 MB/s read and 4,200 MB/s write means
up to eight 4K streams can be supported for read and two 4K streams for write in non-linear editing
For Playout
The DS 4000’s massive throughput of 11,000 MB/s read and support of up to eight 4K streams for read easily meet customer’s performance requirements for playout.
For Ingest and Archive: Supporting up to 436 drives, and 4,200 MB/s write performance, the DS 4000
can easily meet customer’s ingest and archive capacity and performance requirements.

12. Powerful performance - Database
High Performance – Satisfied customers include SQL and Oracle
Extremely fast!!! DS 4000 supports
245,000+ transactions in a second!!!
Controller
DS 3060RE(FC 16G) FW
511G.30(FA511G30_217_IFT_ESDSG7I3S6G.PAKNDS.BIN)
RAM
4GB DDRIII 1333 *4
Drives
RAID: HITACHI SAS 3TB (Model: HUS723030ALS640; Capacity: 3TB; Speed: 6G; 7,200 RPM)
Online transactions
Stock exchanges
Banks
ATMs
Mail servers
POS

13. Powerful performance - VDI
Number of VDI
Support up to 3,300 VDI
Consider boot storm
1,000 VDI
Support up to 3,300 VDI !!!
2,000 VDI
Powerful storage solution for your
Virtual Desktop Infrastructure
VMware infrastructure

14. Scalability – maximum number of supported drives
Up to 436 drives per system
JB 3016
JB 3060
Total drives
DS 4016 14
240 7
436
JBOD
RAID
Refer to EonStor DS compatibility matrix for supported hard drive information

15. Scalability – Two separate daisy-chains and 12Gb/s SAS JBOD
Connection with 12Gb/s SAS JBOD
Connection with SAS 12Gb/s JBOD
Dual 12Gb/s SAS expansion ports per controller ( two IN )
Connection with SAS 12Gb/s JBOD
12Gb/s SAS Cable:
SFF-8644 to SFF-8644
JBOD expands to two separate daisy-chains
for extra performance
provides extra data security
requires shorter cables
JB 3016, 12Gb /s SAS JBOD

16. New 12Gb/s SAS 12Gb/s SAS Max. Bandwidth: 4-lane = 4,800 MB/s
SFF-8466 Cable Connector
P/N
Description
9370CmSASCab1-0030
(Default Included with JB 3000 series )
SAS 12G external cable, Pull type, SFF-8644 to SFF-8644 (12G to 12G), 50 Centimeters
9370CmSASCab2-0030
SAS 12G external cable, Pull type, SFF-8644 to SFF-8644 (12G to 12G), 120 Centimeters
9370CmSASCab3-0030
SAS 12G external cable, Pull type, SFF-8644 to SFF-8644 (12G to 12G), 260 Centimeters

17. JBOD Expansion Connection
JBOD expands to two separate daisy-chains
for extra performance
provides extra data security
requires shorter cables
DS 4016
JB 3016

18. Feature-Rich Data Services
Performance
SSD Cache
Automated Storage Tiering
Backup
Remote replication
Local replication
Snapshot
Data security
SED
IDR
Storage capacity utilization
Thin provisioning
SSD Cache
Copies hot data to high speed SSD cache pool.
Accelerates performance for random read-intensive applications.
Automated storage tiering
Hot data has higher priority and resides in faster performance tiers. Cold data migrated to lower performance but higher capacity tiers.
Optimizes utilization of HDDs, SSDs, and RAID levels to enhance ROI.
Remote replication
Data backup with synchronous and asynchronous options in WAN, IP, and FC SAN environments .
Essential for effective disaster recovery, data backup, or long distance migration.
SED
(Self-encrypting drives)
Unique factory encryption secures data plus makes deletion simple and complete.
Helps users avoid data loss due to breaches , theft, and other events.
IDR (Intelligent Drive Recovery)
Smarter RAID 6 drive clone/replace, data recovery, and media scan.
Avoids performance-impacting and time-consuming rebuild.
Snapshot
128-target snapshot included, upgradable to 4096 targets.
Users can instantly take point-in-time data images and use them as granular recovery points.
Thin provisioning
Automatically allocates system capacity to applications as needed.
"Just-in-time" capacity allocation helps Increase storage utilization.

19. No Learning Curve – Unified UI
Shares the same user interface sets with all EonStor DS product lines
Experienced users have no learning curve.
SANWatch™
Browser UI
Terminal
Command Line Interface (CLI)

20. Competitive advantage

21. Advantage of dual host board combinations
Number of ports per system
Infortrend
DS 4000
DotHill
4004
NetApp
E5500
IBM
V7000
HDS
HUS 150 HP
3PAR 7200C
Dell Compellent SC8000
EMC VNX 5600
16Gb/s FC 8 16 32
8Gb /s FC 24 40
10Gb /s iSCSI 20
12Gb /s SAS
10Gb /s FCoE 4
Hybrid
16Gb/s FC +
1Gb/s iSCSI
8+4
8Gb/s FC +
1Gb /siSCSI
16+4
10Gb/siSCSI +
8+6
12Gb/s SAS +
10Gb/s FCoE +
10Gb/s iSCSI +
8+8
8Gb/s FC
8+16
Massive throughput host board combinations
Default includes on-board 1Gb/s iSCSI ports
DS 4000’s dual host board advantage!!
More multiple host ports and various host port mixture
configurations to choose from DS 4000
Flexibile hybrid combination
10Gb/s iSCSI + FC 16Gb/s or 8Gb/s available !!!

22. Comparison of maximum drive figures

23. Super Capacitor Super capacitor and flash module Benefits
Super capacitor provides power for saving data in cache memory into flash modules
Benefits
The super capacitor is covered by the system warranty
Nonflammable and recyclable
Applicable to hazardous and harsh environments, like the oil industry or military systems
Lower maintenance efforts and costs with long life expectancy
No need to perform annual part replacement, e.g. BBU
Number of ports per system
Infortrend
DS 4000
DotHill
4004
NetApp
E5500
IBM
V7000
HDS
HUS 150 HP
3PAR 7200C
Dell Compellent SC8000
EMC VNX 5600
Super capacitor + Flash
BBU + Flash

24. Hybrid drive solutions
Speed up random write performance
20% via adding memory
Huge increase of random read performance via SSD cache for database, mail applications
Comprehensive huge increase of random read and write performance via automated
storage tiering for database, VDI and mail applications
Improve more
Read performance
Improve more Read & Write
performance
How to increase performance with lowest cost?
Great Hybrid drive solution !!
I also want to increase “read” performance
How do I increasing read and write performance with cost effective solution
Model
SSD Cache
Infortrend DS 4000
DotHill 4004
NetApp E5500 No
EMC VNX 5600
HDS HUS 150
HP 3PAR 7200C
Dell Compellent SC8000
Model
Automated Storage Tiering
Infortrend DS 4000
(4-tiers)
DotHill 4004
(3-tiers)
NetApp E5500 No
EMC VNX 5600
HDS HUS 150
HP 3PAR 7200C
Dell Compellent SC8000

25. Advantages of DS 4000’s data service features
DS 4000 provides comprehensive data service solution
Data service features
Infortrend
DS 4000
DotHill
4004
NetApp
E5500
IBM
V7000
HDS
HUS 150 HP
3PAR 7200C
Dell Compellent SC8000
EMC VNX 5600
SSD Cache
Automated Storage Tiering
Remote replication
Local replication
Self -encrypting drive (SED)
Thin provisioning

26. Competitors

27. EonStor DS 4000 vs. Dot Hill 4004 EonStor DS 4000 Dot Hill 4004
Available on 4 in 1 host boards and will be released in May 2015
Red indicates advantages
EonStor DS 4000
Dot Hill 4004
Form factor
3U 16-bay LFF
2U 24-bay SFF
2U 12-bay LFF
Host connectivity (per controller)
• 4 X 16Gb/s FC ports
• 8 X 8Gb/s FC ports*
•8 X 10Gb/s iSCSI (SFP+) ports*
• 4 X 10Gb/s iSCSI (SFP+)
•4 X 12Gb/s SAS ports
• 8 X 10Gb/s FCoE ports*
• 4 x 16Gb/s FC ports • 4 x 8Gb/s FC ports • 4 x 10Gb/s iSCSI ports (SFP+) • 4 x 1Gb/s iSCSI ports • 4 x 12Gb/s SAS ports • 4 x 6Gb/s SAS ports
Onboard ports (per controller)
• 2 X 1Gb/s iSCSI ports
N/A
Cache memory (per controller)
Default 2GB, up to 16GB
Default 6GB, up to 6GB
Cache protection
Super capacitor + flash
Super capacitor + Flash
Max drives
436
LFF: 96 SFF: 192
Data services
Local replication (default)
Thin provisioning (default)
SED (default)
Remote replication
Automated storage tiering (up to 4 tiers)
SSD Cache
Thin provisioning (default) Self-encrypting drives (SED, included by default) SSD Cache(default)
Automated storage tiering
Performance (dual controller)
Seq. read: 11,000 MB/s
Seq. write: 4,200 MB/s
Random IOPS: 490K
Seq. read: 6,400 MB/s
Seq. write: 5,300 MB/s
Random IOPS: 100K

28. Super capacitor + flash
EonStor DS 4000 vs. HP 3PAR 7200c
Available on 4 in 1 host boards and will be released in May 2015
Red indicates advantages
EonStor DS 4000
HP 3PAR 7200c
Form factor
3U 16-bay LFF
2U 24-bay SFF
Host connectivity (per controller)
• 4 X 16Gb/s FC ports
• 8 X 8Gb/s FC ports*
•8 X 10Gb/s iSCSI (SFP+) ports*
• 4 X 10Gb/s iSCSI (SFP+)
•4 X 12Gb/s SAS ports
• 8 X 10Gb/s FCoE ports*
• 4 x 16Gb/s FC ports • 8 x 8Gb/s FC ports • 4 x 10Gb/s iSCSI ports (SFP+ or RJ-45) • 2 x 10Gb/s iSCSI/FCoE ports • 8 x 1Gb/s iSCSI ports
Onboard ports (per controller)
• 2 X 1Gb/s iSCSI ports
• 16Gb/s FC ports • 8Gb/s FC ports
Cache memory (per controller)
Default 2GB, up to 16GB
Default 40GB, up to 40GB
Cache protection
Super capacitor + flash
BBU + Flash
Max drives
436
240
Data services
Local replication (default)
Thin provisioning (default)
SED (default)
Remote replication
Automated storage tiering (up to 4 tiers)
SSD Cache
Volume copy (default)
Automated storage tiering (up to 2 tier) (default)
Self-encrypting drives (SED) (default)
Performance (dual controller)
Seq. read: 11,000 MB/s
Seq. write: 4,200 MB/s
Random IOPS (R/W): 490K/190K
Seq. read: 10,000 MB/s Random IOPS (R): 320K

29. EonStor DS 4000 vs. IBM Storwise V7000
Available on 4 in 1 host boards and will be released in May 2015
Red indicates advantages
EonStor DS 4000
IBM Storwise V7000
Form factor
3U 16-bay LFF
2U 24-bay SFF
2U 12-bay LFF
Host connectivity (per controller)
• 4 X 16Gb/s FC ports
• 8 X 8Gb/s FC ports*
•8 X 10Gb/s iSCSI (SFP+) ports*
• 4 X 10Gb/s iSCSI (SFP+)
•4 X 12Gb/s SAS ports
• 8 X 10Gb/s FCoE ports*
• 4 x 10Gb/s iSCSI
•4 x 10Gb/s FCoE ports
Onboard ports (per controller)
• 2 X 1Gb/s iSCSI ports
•4 x 16Gb/s FC ports •8 x 8Gb/s FC ports •3 x 1Gb/s iSCSI ports
Cache memory (per controller)
Default 2GB, up to 16GB
Default 32GB, up to 64GB
Cache protection
Super capacitor + flash
Not hot-swappable BBU + Flash
Max drives
436
LFF: 252 SFF: 504
Data services
Local replication (default)
Thin provisioning (default)
SED (default)
Remote replication
Automated storage tiering (up to 4 tier)
SSD Cache
Automated storage tiering (default)
Performance (dual controller)
Seq. read: 11,000 MB/s
Seq. write: 4,200 MB/s
IOPS: 1.5M
N/A

30. EonStor DS 4000 vs. EMC VNX5600 EonStor DS 4000 EMC VNX5600
Available on 4 in 1 host boards and will be released in May 2015
Red indicates advantages
EonStor DS 4000
EMC VNX5600
Form factor
3U 16-bay LFF
3U LFF
Host connectivity (per controller)
• 4 X 16Gb/s FC ports
• 8 X 8Gb/s FC ports*
•8 X 10Gb/s iSCSI (SFP+) ports*
• 4 X 10Gb/s iSCSI (SFP+)
•4 X 12Gb/s SAS ports
• 8 X 10Gb/s FCoE ports*
•20 x 8Gb/s FC ports •10 x 10Gb/s iSCSI ports (SFP+ or RJ-45) •10 x 10Gb/s iSCSI/FCoE ports •8 x 1Gb/s iSCSI ports
Onboard ports (per controller)
• 2 X 1Gb/s iSCSI ports
N/A
Cache memory (per controller)
Default 2GB, up to 16GB
Up to 48GB
Cache protection
Super capacitor + flash
BBU + Flash
Max drives
436
500
Data services
Local replication (default)
Thin provisioning (default)
SED (default)
Remote replication
Automated storage tiering (up to 4 tier)
SSD Cache
Thin provisioning (default) SSD Cache(default)
Automated storage tiering (default)
Remote replication(default)
Performance (dual controller)
Seq. read: 11,000 MB/s
Seq. write: 4,200 MB/s
IOPS: 1.5M

31. EonStor DS 4000 vs. HDS HUS150 EonStor DS 4000 HDS HUS150
Available on 4 in 1 host boards and will be released in May 2015
Red indicates advantages
EonStor DS 4000
HDS HUS150
Form factor
3U 16-bay LFF
3U LFF
Host connectivity (per controller)
• 4 X 16Gb/s FC ports
• 8 X 8Gb/s FC ports*
•8 X 10Gb/s iSCSI (SFP+) ports*
• 4 X 10Gb/s iSCSI (SFP+)
•4 X 12Gb/s SAS ports
• 8 X 10Gb/s FCoE ports*
•16 x 8Gb/s FC ports •8 x 10Gb/s iSCSI ports (SFP+)
Onboard ports (per controller)
• 2 X 1Gb/s iSCSI ports
N/A
Cache memory (per controller)
Default 2GB, up to 16GB
Default 32GB, up to 32GB
Cache protection
Super capacitor + flash
BBU + Flash
Max drives
436
960
Data services
Local replication (default)
Thin provisioning (default)
SED (default)
Remote replication
Automated storage tiering (up to 4 tier)
SSD Cache
Automated storage tiering (default)
Remote replication(default)
Performance (dual controller)
Seq. read: 11,000 MB/s
Seq. write: 4,200 MB/s
IOPS: 1.5M

32. EonStor DS 4000 vs. Dell Compellent SC8000
Available in 4 in 1 host boards and will be released in May 2015
Red indicates advantages
EonStor DS 4000
Dell Compellent SC8000
Form factor
3U 16-bay LFF
2U LFF
Host connectivity (per controller)
• 4 X 16Gb/s FC ports
• 8 X 8Gb/s FC ports*
•8 X 10Gb/s iSCSI (SFP+) ports*
• 4 X 10Gb/s iSCSI (SFP+)
•4 X 12Gb/s SAS ports
• 8 X 10Gb/s FCoE ports*
• 16 x 16Gb/s FC ports • 16 x 8Gb/s FC ports • 10 x 10Gb/s iSCSI/FCoE ports • 10 x 1Gb/s iSCSI ports • 20 x 6Gb/s SAS ports
Onboard ports (per controller)
• 2 X 1Gb/s iSCSI ports
N/A
Cache memory (per controller)
Default 2GB, up to 16GB
Default 16GB, up to 64GB
Cache protection
Super capacitor + flash
Not hot-swappable BBU + Flash
Max drives
436
960
Data services
Local replication (default)
Thin provisioning (default)
SED (default)
Remote replication
Automated storage tiering (up to 4 tier)
SSD Cache
Automated storage tiering (default)
Remote replication(default)
Performance (dual controller)
Seq. read: 11,000 MB/s
Seq. write: 4,200 MB/s
IOPS: 1.5M

33. Hardware

34. Front view and rear view

35. DS 4016 enclosure rear view •HB1, HB2 marked
• Warning : Always install to HB1 first
Dummy cover default included on HB2 if customer only buys one host-board or doesn’t buy a host-board

36. Dual host boards HB1 HB2 10Gb/s iSCSI 16Gb/s FC 12Gb/s SAS Converged
The two controllers must have the same configuration of host boards and cache memory, in order to let the redundant controller function correctly.
2x 10Gb/s iSCSI
2x 16Gb/s FC
2x 12Gb/s SAS
Converged:
4x 10Gb/s FCoE,
4x 10Gb/s iSCSI,
4x 8Gb/s FC,
2x 16Gb/s FC.
Available Mid-2015.
* The two controllers must have the identical configuration of host boards and cache memory, in order to let the redundant controller function correctly.

37. DS 4000 Host board PN Host interface P/N *Available in Q2 2015
16Gb/s FC
RFC16G1HIO2-0010
10Gb/s iSCSI (SFP+)
RES10G1HIO2-0010
12Gb/s SAS
RSS12G1HIO2-0010
4 in 1
Host board*
8Gb/s FC
RFE16G1HIO4-0010
10Gb/s iSCSI
10Gb/s FCoE
*Available in Q2 2015

38. DS 4000 host board design •Narrower •Host interface marked
Comparison with DS 1000/2000/3000 host board design:
•Narrower
•Host interface marked

39. DS 4000 Accessory/Part Accessory/Part P/N Capacitor backup unit*
9572SCBU-0010
Cache backup module*
9572SCBM-0010
Power supply unit
N3012PSU-0010
Tray
9571CDTRAY-0030
Slide rail
9571CSLIDER-0010
Rack ear mount
9571CEAR-0010
Y-cable
9370AYCAB-0010
* Super capacitor

40. Thank You

41. Q&A

42. Q&A
Why DS 4000 and DS 4000T
If customers want a lower cost subsystem in the DS 4000 series, they can choose DS This is the same strategy that applied to DS 3000 and DS 3000T.
What will happen if 16Gb/s FC is connected to 8Gb/s switch or 4Gb/s switch? What about 16Gb FC on 4 in 1 host board?
Speed will drop to 8Gb/s or 4Gb/s automatically and this depends on switch speed.
Does DS 4000 have SATA SSD muxboard for 12Gb/s SAS?
We currently provide 3Gb/s muxboard for SATA SSD.
Does 10Gb/s iSCSI host board support RJ45?
If customers require this, they can contact HQ.
Does Host board combination include 10Gb/s iSCSI host baord + 12Gb/s SAS host board?
Will DS 4000 support InfiniBand?
We are in the process of planning this.

43. Q&A What kind of serial cable is included?
Because we are releasing an S model and R model, a Y cable comes by default.
Can customers mix different types of JBOD?
No, they cannot mix different types of JBOD
How many JBOD can be connected for one JBOD daisy-chains?
Please connect JBOD according to our rules. The first JBOD connects to left hand side JBOD daisy-chains, the second JBOD connects to right hand side daisy-chains, third JBOD connects to left hand side daisy-chains, and so on.

44. Appendix

45. Massive throughput Configuration – DS 4016RT (16G FC)
PC2
PC3
PC4
PC1
WWN6
WWN8
WWN1
WWN2
WWN3
WWN4
WWN5
WWN7
Controller A
Controller B
LV1
LV2
LV3
LV4
HDD LD
LV/Pool
Assignment
Partition/VV
Map1 (Active)
Map2 (Passive)
I/O Host
R 1~16 (R5)
(SAS 12G 15K 2.5” HDD)
LD1
LV1 A P0
CH4-A Extended WWN1 CH5-A Extended WWN2
CH8-A Extended WWN1 CH9-A Extended WWN2
CH4-B Extended WWN1 CH5-B Extended WWN2
CH8-B Extended WWN1 CH9-B Extended WWN2
PC1
R 17~32(R5)
LD2
LV2
CH4-A Extended WWN3 CH5-A Extended WWN4
CH8-A Extended WWN3 CH9-A Extended WWN4
CH4-B Extended WWN3 CH5-B Extended WWN4
CH8-B Extended WWN3 CH9-B Extended WWN4
R 33~48(R5)
LD3
LV3 B
CH4-B Extended WWN5 CH5-B Extended WWN6
CH8-B Extended WWN5 CH9-B Extended WWN6
CH4-A Extended WWN5 CH5-A Extended WWN6
CH8-A Extended WWN5 CH9-A Extended WWN6
PC3
R49~64(R5)
LD4
LV4
CH4-B Extended WWN7 CH5-B Extended WWN8
CH8-B Extended WWN7 CH9-B Extended WWN8
CH4-A Extended WWN7 CH5-A Extended WWN8
CH8-A Extended WWN7 CH9-A Extended WWN8
PC4

46. Performance tested result – DS 4016RT (16G FC)
Sequential I/O testing : Massive throughput performance, 11,000 MB/s
Random I/O testing (block size: 64K above)

47. Performance tested result – DS 4016RT (16G FC)
Random I/O testing (block size: 4K or 8K)
One drive generates up to 340 IOPS with SAS 12G HDD!

48. Massive throughput application
Slot: Host Board 2
Host Board 1
Host Board 1
Slot: Host Board 1
Slot: Host Board 1
Slot: Host Board 2
16Gb/s FC (2 ports)
8Gb/s FC(4 ports) *
12Gb/s SAS (2 ports)
10Gb/s iSCSI SFP+ (2 ports)
10Gb/s iSCSI SFP+ (4 ports) *
10Gb/s FCoE*
* Optional : 4 in 1 host board (May, 2015)
Note. For massive throughput applications, please follow the above combinations to insert host board

49. Hybrid host board application
Slot: Host Board 2
Host Board 1
Host Board 1
Slot: Host Board 1
Slot: Host Board 1
Slot: Host Board 2
10Gb/s iSCSI SFP+ (2 ports)
16Gb/s FC (2 ports)
8Gb/s FC (4 ports)
10Gb/s iSCSI SFP+ (4 ports) *
* 4 in 1 host board (May, 2015)
Note: 1. For hybrid host board applications, please follow the above combinations to insert host board If customer requires another configuration which is not listed above, please contact HQ

50. Single host board application
Slot: Host Board 2
Host Board 1
Host Board 1
Slot: Host Board 1
Slot: Host Board 1
Slot: Host Board 2
16Gb/s FC (2 ports)
None
8Gb/s FC(4 ports) *
12Gb/s SAS (2 ports)
10Gb/s iSCSI SFP+ (2 ports)
10Gb/s iSCSI SFP+ (4 ports) *
10Gb/s FCoE*
* Optional : 4 in 1 host board (May, 2015)
Note. For single host board applications, please follow the above combinations to insert host board

51. Media & Entertainment testing - Topology
Apple01
Apple02
Apple03
Mac 10.10
ATTO Thunderlink FC 2162
16Gb/s FC SW (Brocade 6505)
EonStor DS 4016RT, with:
7.2K RPM NL-SAS 4TB x 48
10K RPM SAS 450G x 6
16G cache per controller
Tested with single controller

52. Media & Entertainment testing - Configuration
Apple01
Apple02
Apple03
XSAN setting
- meta controller (Apple01)
- XSAN client (Apple01~03)
Data LUNs
- RAID5
Meta&Journal LUN
- RAID1
One volume per Group
Controller A 1 2 3 4 5
LUN 0,1,2 = Data LUNs
LUN 3,4,5 = Meta&Journal LUN

53. SSD Cache Accelerated read performance for hot data
Suitable for random read-intensive applications, such as Microsoft SQL, mail servers, CRM, Oracle database, SAP, and VDI
Large SSD cache pool capacity up to 3.2TB (1.6TB per controller)
Wear level information to monitor remaining life expectancy
Intelligently moves a copy of the most frequently-accessed data from HDDs to SSD Cache.
Sequential read data will not be placed to SSD Cache pool
Always keep two copies of hot data, in SSD Cache and HDD
Simple and intuitive GUI design
Application notes:

54. Automated Storage Tiering
Mix different drive types and RAID levels in the same data volume
Drive types: SSD, SAS, NL-SAS or SATA (up to 4 tiers)
RAID configuration:
RAID 1: offers best protection and great performance but least capacity
RAID 5 or RAID 6: offers good capacity and protection but least performance
Automatically move data to optimum storage tiers based on data hotness
4-level tiering
Tier0
High performance SSD
Most accessed data
High performance SAS
Tier1
Large capacity NL SAS
Tier2
Large capacity SATA
Tier3
Least accessed data
Application notes:

55. DS4016RTCB EonStor DS 4000 Naming Rule Cache backup
- “C": Super Capacitor
Bay count
Generation
  - "0“ first generation and so on
DS4016RTCB
Product line
-DS: EonStor DS
-ES: Eonstor
Family series
-"1" for entrylevel
-"3" for mainstream
-"4" for mainstream, SAS 12G platform
-"5" for high-end
Performance
-"Null": Platform chosen CPU
-"T": Turbo performance/high IOPS
Controller configuration  
"R": Dual/Redundant controller   
"S": Single controller can be upgraded to Redundant controller
Disk form factor   - "B": 2.5" SFF disk form
factor like 2U24   - "Null": 3.5" LFF disk form
factor like 4U24