Introduction to EonStor DS 4000 Ver. 1.5

Agenda EonStor DS 4000 Gen2 position and spec. Application New: Higher performance EonStor DS 4000 Gen2 application solution New: Support high performance DDR4 New: Largest SSD Cache Pool size Application EonStor DS 4000 features Competitive advantage Competitor

EonStor DS 4000 Gen2 position and Spec. DS 1000T DS 2000 DS 3000 DS 3000T DS 4000 Gen 1 DS 4000 T DS 4000 Gen2 Position Entry Entry to Mid-Range Mid-Range IOPS (Read) 75K 120K 190K 320K 350K 490K 600K MB/S (Read/Write) 5,500 / 1,900 5,500 / 2,200 11,000 / 3,800 11,000 / 4,200 11,000 / 5,500 Max. memory size (per controller) 16GB 32GB (DDR3) 128GB (DDR 4) Cache Protection Super Capacitor + Flash BBU + Flash Host Board Design One Host Board per Controller One Host Board per Controller Two Host Boards per Controller Drive Side SAS-6G SAS-12G Maximum Drives 360 444 host Interface 8Gb/s FC, 16Gb/s FC, 6Gb/s SAS, 12Gb/s SAS, 10Gb/s iSCSI (SFP+, RJ45), 10Gb/s FCoE (Q1, 2016) 8Gb/s FC, 16Gb/s FC, 12Gb/s SAS, 10Gb/s iSCSI (SFP+), 10Gb/s FCoE (Q1, 2016) Form Factors 2U 12-Bay 3U 16-Bay 2U 12-Bay 4U 24-Bay 2U 24-Bay 4U 48-Bay 2U 24-Bay 3U 16-Bay 2U 24-Bay 4U 24-Bay 3U 16-Bay 4U 60-Bay

New: Higher performance Deliver 20% higher IOPS performance and a 30% improvement in write throughput than EonStor DS 4000T Gen1 IOPS intensive application MBPS intensive application Broadcast Playout Server Virtualizations 20 % 30 % Fast central data backup VDI Services 4K+ Video Editing E-Mail Server Audio / Video-on-Demand Library Cloud Storage Services CCTV Server Database, OLTP Medical imaging Data analytics …. …. 4

High Transaction Performance Random IOPS Good for: Database, OLTP Data analytics VM / VDI Performance hungry applications End-to-End Performance, RAID 6, Random Read, 4K, All-Flash-Storage

High Streaming Performance Sequential Read / Write Good for: Broadcast, streaming Video editing Medical imaging Fast central data backup Sequential performance hungry applications Up to 8 streams DCI- 4K Video Read (4096x2160 10-bit RGB 24fps) End-to-End Performance, RAID 6, Sequential, 1MB Block Size

EonStor DS 4000 Gen2 application solution DS 1000T DS 2000 DS 3000 DS 3000T DS 4000 Gen 1 Gen 2 Database (SQL, Oracle) 45K transaction per second 65K Transaction per second 100K per secon 140K transaction per second 200K transaction per second 390K transaction per second VDI (boot storm considered) 750 VDI 1200 VDI 1,900 VDI 3,000 VDI 3,500 VDI 6,000 VDI Exchange (mail-outlook) 1,000 mailbox 2,000 mailbox 4,000 mailbox 6,000 mailbox 10,000 mailbox 20,000 mailbox 30,000 mailbox Media & Entertainment (Un-compression video format) HD: 43 read streams , 13 write streams 2K: : 15 read streams , 5 write streams 4K: : 5 read streams , 2 write streams 2K: : 22 read streams , 8 write streams 4K: : 8 read streams , 3 write streams 2K: : 23 read streams , 12 write streams 4K: : 8 read streams , 5 write streams Surveillance (HD, H.264 : 4.5 Mb/s Retention period : 30 days) 500 IP cameras 1,000 IP cameras 1,200 IP cameras Backup 324 drives 360 drives 436 drives

New: Support high performance DDR4 DRAM Broaden DDR4 Memory Controller memory up to 128GB (Max. 256GB per system)

New: Largest SSD Cache Pool size Cache MORE hot data in SSD Cache Pool to accelerate read performance. – Cache more, accelerate more. EonStor DS Series DS 1000, DS 2000, DS3000, DS 4000 (Gen1) DS 4000 (Gen2) Max. SSD Cache Pool 3.2 TB 25.6TB Max. # of SSDs in SSD Cache 8 Vendor Model Cache Name Read/Write Cache Maximum Flash Cache Size/ Per System Infortrend EonStor DS 4000 Gen2 SSD Cache Read 25.6TB EXC VNX5X00 FAXT Cache Read/Write 300GB ~ 2TB Hxaxei XceanXtor S2600 SmxrtCache 1.2TB Doxxill AssuredSAN® 3000, 4000, and 6000 series RxxlCache 2 x SSDs per system IXM Storxize V5000, V7000 N/A HXS HXS 1X0 HX MXA 2040/1040

Application Solution

Media & Entertainment For Ingest and Archive: Supporting up to 436 (LFF) /444 (SFF) drives, and 5,500 MB/s write performance, the DS 4000 can easily meet customer’s ingest and archive capacity and performance requirements. For non-linear editing: The DS 4000’s massive throughput of 11,000 MB/s read and 5,500 MB/s write means up to eight un-compression 4K streams can be supported for read and five 4K streams for write in non-linear editing For Playback The DS 4000’s massive throughput of 11,000 MB/s read and support of up to eight un-compression 4K streams for read easily meet customer’s performance requirements for playback.

Media & Entertainment(AV Optimization) Leverage EonStor DS AV Optimization function to get high and stable performance for Media & Entertainment workflow Performance Improvement with AJA Benchmark Tool * The performance improvement percentages shown are only guaranteed in specific configurations with AJA benchmark tool ** Tested with EonStor DS 4000 Gen2 series Video Format Read Throughput Improvement (%) * (5K) 5120 x 2700 10-bit-RGB 25%-31% (4K) 4096 x 3112 10-bit RGB 32%-38% (4K) 4096 x 2160 10-bit RGB 28%-34% (4K) 3840 x 2160 10-bit RGB 33%-39% (2K) 2048 x 1556 10-bit RGB 11%-17% (2K) 2048 x 1080 10-bit RGB 13%-19% (2K) 1920 x 1080 10-bit RGB 14%-20% Stable Throughput

Media & Entertainment(Environment Test) EonStor DS 4000 Gen2 EonStor DS 3000(T) Stream Performance  # of Streams in Read # of Streams in Write (5K) 5120 x 2700 10-bit-RGB 24fps 6 3 DS 4000 Gen2 is recommended (4K) 4096 x 3112 10-bit RGB 24fps (4K) 4096 x 2160 10-bit RGB 24 fps 8 5 2 (4K) 3840 x 2160 10-bit RGB 24 fps 9 (2K) 2048 x 1556 10-bit RGB 24 fps 23 12 15 (HD) 1280 x 720 10-bit 24 fps 68 27 43 13 Throughput Performance Reads Total (MB/s) Writes Total (MB/s) (5K) 5120 x 2700 10-bit-RGB 7729 4467 (4K) 4096 x 3112 10-bit RGB 7753 4516 (4K) 4096 x 2160 10-bit RGB 7569 4378 5100 1877 (4K) 3840 x 2160 10-bit RGB 7529 4338 5038 1792 (2K) 2048 x 1556 10-bit RGB 7040 3717 4864 1639 (HD) 1280 x 720 10-bit RGB 6078 2494 3850 1175 Test by DS 4000 Gen2 with AJA benchmark tool and 96 x NL-SAS drives

Extreme performance - database High Performance – Satisfied customers include SQL and Oracle Database Performance Test RAID5 RAID6 RAID1 IOPS MB/s Iometer- OLTP Random Read Block size 8KB 231,407 1,807 160,513 1,254 390,625 3,051 Test by DS 4000 Gen2 with IOMeter benchmark tool Extremely Fast - DS 4000 Gen2 supports 390,000+ transactions per 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)

Desktops Virtualization Solution Application 6,000 X Desktops Virtualization Supported Features Failover and disaster VMware SRM ready Provides automated failover and disaster recovery testing. VMware vCenter plug-in Easily manage storage via VMware GUI Release from Q2, 2016 Management VMware VASA ready Monitor physical storage topology, capabilities, and state Performance improvement VMware VAAI ready Speed up the virtual machine clone and migration tasks Microsoft ODX speeds up virtual machine 'copy and move' operations.

EonStor DS 4000 features

Unique Selling Points – DS 4000 Performance 11,000 MB/s Capacity 444 HDDs  3,552 TB Using 8TB HDDs SAS-12G Both Host-Side and Drive-Side Dual Host-Boards FC, iSCSI, SAS, FCoE + Onboard iSCSI Channels Converged 8Gb/s FC, 16Gb/s FC, 10Gb/s iSCSI, 10 Gb/s FCoE in One Host Board Super Capacitor 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. Good Price!

Dual Host Module Design HB1 HB2 Dummy cover default included on HB2 if customer only buys one host-board or doesn’t buy a host-board 10Gb/s iSCSI 16Gb/s FC 12Gb/s SAS Converged Converged: 4x 10Gb/s FCoE, (Available Q1, 2016.) 4x 10Gb/s iSCSI, 4x 8Gb/s FC, 2x 16Gb/s FC. 2x 10Gb/s iSCSI 2x 16Gb/s FC 2x 12Gb/s SAS * The two controllers must have the identical configuration of host boards and cache memory, in order to let the redundant controller function correctly. The two controllers must have the same configuration of host boards and cache memory, in order to let the redundant controller function correctly.

Comprehensive 12Gb/s SAS Technology 12Gb/s SAS interface on host sides, drive sides and JBOD scalability are available Dual SAS 12Gb/s Host Boards (per controller) SAS 12Gb/s Drive Dual SAS 12Gb/s Exp. Ports (per controller)

(Default Included with JB 3000 series ) 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

Maximum Capacity – 444 Drives DS 4000 With Dual Expansion Networks DS 4024B + 7x JB 3060: Up to 444 drives DS 4016 + 7x JB 3060: Up to 436 drives JB 3000 JB 3000 JB 3000 Series, SAS-12G JBOD JB 3016 16-bay 1-IN, 1-OUT per controller JB 3024B 24-bay JB 3060 60-bay 1-IN, 2-OUT per controller

Maximum Performance Just 1R + 1J 11,000 MB/S - DS 4000 + JB 3060 Unique dual connections design for maximum sequential performance, by using just 1R + 1J Up to 11,000 MB/sec Read Up to 5,500 MB/sec Write with DS 4000 Gen 2 8+ streams of 4K video Only 6U rack space required: DS 4000 Gen2 (2U), JB 3060 (4U)

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.

Hardware

Front View and Rear View USB 3.0 ports (DS 4000 Gen2 Only) Reserve for internal use only

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

Competitive advantage

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 !!!

Comparison of Maximum Drive Figures 444

Number of ports per system Super Capacitor Super capacitor and flash module 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

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

Competitors

EonStor DS 4000 Gen2 vs. Dot Hill 4004 Available on 10Gb/s FCoE and will be released in Q1 2016 Red indicates advantages EonStor DS 4000 Gen2 Dot Hill 4004 Form factor 2U 24-bay SFF 3U 16-bay LFF 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) up to 128GB DDR4 Default 6GB, up to 6GB Cache protection Super capacitor + flash Super capacitor + Flash Max drives LFF: 436 SFF: 444 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: 5,500 MB/s Random IOPS: 600K Seq. read: 6,400 MB/s Seq. write: 5,300 MB/s Random IOPS: 100K

EonStor DS 4000 Gen2 vs. HP 3PAR 7200c Available on 10Gb/s FCoE and will be released in Q1 2016 Red indicates advantages EonStor DS 4000 Gen2 HP 3PAR 7200c Form factor 2U 24-bay SFF 3U 16-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 • 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) up to 128GB DDR4 Default 40GB, up to 40GB Cache protection Super capacitor + flash BBU + Flash Max drives LFF: 436 SFF: 444 240 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: 5,500 MB/s Random IOPS (R/W): 600K/190K Seq. read: 10,000 MB/s Random IOPS (R): 320K

EonStor DS 4000 Gen2 vs. IBM Storwise V7000 Available on 10Gb/s FCoE and will be released in Q1 2016 Red indicates advantages EonStor DS 4000 Gen2 IBM Storwise V7000 Form factor 2U 24-bay SFF 3U 16-bay LFF 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) up to 128GB Default 32GB, up to 64GB Cache protection Super capacitor + flash Not hot-swappable BBU + Flash Max drives LFF: 436 SFF: 444 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: 5,500 MB/s Random IOPS: 600K N/A

EonStor DS 4000 Gen2 vs. EMC VNX5600 Available on 10Gb/s FCoE and will be released in Q1 2016 Red indicates advantages EonStor DS 4000 Gen2 EMC VNX5600 Form factor 2U 24-bay SFF 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) up to 128GB Up to 48GB Cache protection Super capacitor + flash BBU + Flash Max drives LFF: 436 SFF: 444 500 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: 5,500 MB/s Random IOPS: 600K

EonStor DS 4000 Gen2 vs. HDS HUS150 Available on 10Gb/s FCoE and will be released in Q1 2016 Red indicates advantages EonStor DS 4000 Gen2 HDS HUS150 Form factor 2U 24-bay SFF 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) up to 128GB Default 32GB, up to 32GB Cache protection Super capacitor + flash BBU + Flash Max drives LFF: 436 SFF: 444 960 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: 5,500 MB/s Random IOPS: 600K

EonStor DS 4000 Gen2 vs. Dell Compellent SC8000 Available on 10Gb/s FCoE and will be released in Q1 2016 Red indicates advantages EonStor DS 4000 Gen2 Dell Compellent SC8000 Form factor 2U 24-bay SFF 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) up to 128GB Default 16GB, up to 64GB Cache protection Super capacitor + flash Not hot-swappable BBU + Flash Max drives LFF: 436 SFF: 444 960 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: 5,500 MB/s Random IOPS: 600K

Thank You

Appendix

DS4016RUCB EonStor DS 4000 Naming Rule Bay count Cache backup - “C": Super Capacitor Generation   - "0“ first generation and so on DS4016RUCB 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 -“U": Ultra 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

Massive Throughput Application Slot: Host Board 1 Slot: Host Board 2 Slot: Host Board 1 Slot: Host Board 2 16Gb/s FC (2 ports) 8Gb/s FC(4 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 iSCSI SFP+ (4 ports) 10Gb/s FCoE* 10Gb/s FCoE * Converged host board, FCoE will be ready on Q1, 2016 Note. For massive throughput applications, please follow the above combinations to insert host board

Hybrid Host Board Application Slot: Host Board 1 Slot: Host Board 2 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) * * Converged host board Note: 1. For hybrid host board applications, please follow the above combinations to insert host board 2. If customer requires another configuration which is not listed above, please contact HQ

Single host board application Slot: Host Board 1 Slot: Host Board 2 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* * Converged host board, FCoE will be ready on Q1, 2016 Note. For single host board applications, please follow the above combinations to insert host board