EMC DATA DOMAIN DD 640 DD 620 AND

EMC DATA DOMAIN DD 640, DD 620, AND DD 160 © Copyright 2011 EMC Corporation. All rights reserved. 1

Refresh of Entry and Midrange Models Current New with Data Domain Operating System (DD OS) 5. 1 DD 630 DD 640 $/GB improved up to 55% DD 610 DD 620 $/GB improved up to 71% DD 140 DD 160 $/GB improved up to 77% © Copyright 2011 EMC Corporation. All rights reserved. 2

New DD 600 Series Systems For midsize enterprise data centers DD 620 DD 640 • • Replaces the DD 610 Up to 2 -times more usable capacity Up to 1. 8 -times increase in throughput* Optional internal expansion Replaces the DD 630 Up to 3. 8 -times more usable capacity Up to 1. 6 -times increase in throughput* Optional internal and external expansion * Using DD Boost © Copyright 2011 EMC Corporation. All rights reserved. 3

DD 640 Appliance • Up to 3. 8 -times more capacity than DD 630 – Up to 1. 6 PB logical capacity – Up to 32. 2 TB usable capacity • Up to 1. 6 -times faster than DD 630* – Up to 3. 4 TB/hr aggregate write throughput • Increased stream counts compared to DD 630 – Up to 90 backup write and 30 backup read streams – Up to 60 source and 90 destination replication streams * Using DD Boost © Copyright 2011 EMC Corporation. All rights reserved. 4

DD 640 Appliance Features • Single socket, quad-core Nehalem processor • Two entry configurations with 8 GB RAM – 7 x 1 TB HDDs: 3. 6 TB usable – 12 x 1 TB HDDs: 8. 3 TB usable – Field upgrade from 7 HDD to 12 HDD • Optional expanded capacity with 20 GB RAM – One 30 TB ES 30 shelf or two 15 TB ES 30 shelves* – Available for both 7 HDD and 12 HDD configurations – Up to 32. 2 TB usable total system • Three I/O slots for data access connectivity – Up to three dual-port 1 Gigabit Ethernet (Gb. E) network interface cards (NICs), copper or optical – Up to three quad-port 1 Gb. E NICs, copper – Up to three dual-port 10 Gb. E NICs, copper/optical – Up to two dual-port 8 Gb Fibre Channel VTL HBAs – Simultaneous use of NICs and VTL cards * Does not support ES 20 shelves © Copyright 2011 EMC Corporation. All rights reserved. 5

DD 640 Capacity Expansion Choices DD 640 -7 TB Internal Upgrade External Upgrade 3. 6 TB usable 3. 6 TB + 2. 7 TB = 6. 3 TB usable 30. 2 TB usable DD 640 -7 TB 27. 5 TB usable 3. 6 TB usable DD 640 -12 TB 32. 2 TB usable 8. 3 TB usable © Copyright 2011 EMC Corporation. All rights reserved. 6

Product Comparison Features DD 640 DD 630 Internal 8. 3 8. 4 External 23. 9 NA Logical capacity* . 32 PB– 1. 6 PB 84 TB– 420 TB Storage density for maximum configuration 1. 6 PB in 5 U = 320 TB per rack unit 420 TB in 2 U = 210 TB per rack unit Write 90 (20 GB RAM configuration); 20 (8 GB) 20 (8 GB RAM configuration) Read 30 (20 GB RAM configuration); 16 (8 GB) 16 (8 GB RAM configuration) Source 60 (20 GB RAM configuration); 30 (8 GB) 30 (8 GB RAM configuration) Destination 90 (20 GB RAM configuration); 20 (8 GB) 20 (8 GB RAM configuration) 90 (20 GB RAM configuration); 30 (8 GB) 30 (8 GB RAM configuration) Libraries 64/system Drives 128/library, 128/system Quad-core Dual-core Controller 2 U 2 U Maximum configuration 8 U (2 shelves) 2 U Usable capacity (TB) Concurrent data streams Directory replication contexts Total streams/contexts VTL feature maximums Processor Rack units (U = 1. 75 -inch) * Mix of typical enterprise backup data (file systems, databases, email, developer files). The low end of capacity range represents a full backup weekly, or monthly or incremental backup daily or weekly, to system capacity. The top end of the range represents full backup daily to system capacity. © Copyright 2011 EMC Corporation. All rights reserved. 7

Product Comparison Features DD 640 DD 630 Controller weight (lbs) 58 57 Controller 500 (12 HDDs) 329 (12 HDDs) Maximum configuration 735 (with 1 shelf) 329 (12 HDDs) Power requirements 100– 120/200– 240 V~, 50– 60 Hz VA 526 362 Power supplies Dual-redundant, 100 -240 V, hot swap Dual-redundant, 100– 240 V, hot swap Motherboard I/O Two 1 Gb. E copper ports I/O slots Two low profile, 1 standard profile Two low profile Power dissipation (watts) I/O options External storage connectivity © Copyright 2011 EMC Corporation. All rights reserved. • • Dual-port 1 Gb. E (copper and optical) Quad-port 1 Gb. E copper Dual-port 10 Gb. E (copper and optical) Dual-port 8 Gb/s Fibre Channel HBA for Data Domain Virtual Tape Library (DD VTL) Two quad-port SAS HBA • Dual-port 1 Gb. E (copper and optical) • Quad-port 1 Gb. E copper • Dual-port 4 Gb/s Fibre Channel HBA for DD VTL NA 8

DD 620 Appliance • Up to 2 -times more capacity than DD 610 – Up to 415 TB logical capacity – Up to 8. 3 TB usable capacity • Up to 1. 8 -times faster than DD 610* – Up to 2. 4 TB/hr aggregate write throughput • Increased stream counts compared to DD 610 – Up to 20 backup write and 16 backup read streams – Up to 30 source and 20 destination replication streams * Using DD Boost © Copyright 2011 EMC Corporation. All rights reserved. 9

DD 620 Appliance Features • Single socket, dual-core Xeon processor • Two entry configurations with 8 GB RAM – 7 x 1 TB HDDs: 3. 6 TB usable – 12 x 1 TB HDDs: 8. 3 TB usable – Field upgrade from 7 HDD to 12 HDD • Two I/O slots for data access connectivity – Up to two dual-port 1 Gb. E NICs, copper or optical – Up to two quad-port 1 Gb. E NICs, copper – Up to one dual-port 4 Gb Fibre Channel VTL HBA – Simultaneous usage of NIC and VTL cards • Single 1 GB NVRAM card © Copyright 2011 EMC Corporation. All rights reserved. 10

Capacity Expansion DD 620 -7 TB 5 x HDDs Internal Upgrade Maximum with Upgrade 3. 6 TB usable 2. 7 TB usable 6. 3 TB usable DD 620 -12 TB 8. 3 TB usable © Copyright 2011 EMC Corporation. All rights reserved. 11

Product Comparison Features DD 620 DD 610 8. 3 3. 98 Logical capacity* 83– 415 TB 40– 195 TB Storage density for maximum configuration 415 TB in 2 U = 207 TB per rack unit 195 TB in 2 U = 97 TB per rack unit Usable capacity (TB) Internal Concurrent data streams Write 20 16 Read 16 4 Directory replication contexts Source 30 15 Destination 20 20 30 20 Libraries 64/system Drives 128/library, 128/system Dual-core Controller 2 U 2 U Maximum configuration 2 U 2 U Total streams/contexts VTL feature maximums Processor Rack units (U = 1. 75 -inch) * Mix of typical enterprise backup data (file systems, databases, email, developer files). The low end of capacity range represents a full backup weekly, or monthly or incremental backup daily or weekly, to system capacity. The top end of the range represents full backup daily to system capacity. © Copyright 2011 EMC Corporation. All rights reserved. 12

Product Comparison Features DD 620 DD 610 Power dissipation (watts) 339 (12 HDDs) 329 (12 HDDs) Power requirements 100– 120/200– 240 V~, 50– 60 Hz VA 373 362 Power supplies Dual-redundant, 100– 240 V, hot swap Motherboard I/O Two 1 Gb. E copper ports I/O slots Two low profile I/O options • Dual-port 1 Gb. E (copper and optical) • Quad-port 1 Gb. E copper • Dual-port 4 Gb/s Fibre Channel HBA for DD VTL External storage connectivity NA NA © Copyright 2011 EMC Corporation. All rights reserved. 13

DD 160 Appliance For small enterprise data centers and remote offices • Replaces the DD 140 – Up to 4. 6 X more usable capacity – Up to 2. 2 X increase in throughput* • Improved value proposition for entry-level Data Domain system** * Using DD Boost **Compared to DD 140 © Copyright 2011 EMC Corporation. All rights reserved. – – – Lower entry price Expandable capacity VTL support RAID 6 support Cost-per-gigabyte improved 77 percent 14

DD 160 Appliance • Up to 4. 6 -times more capacity than DD 140 – Up to 195 TB logical capacity – Up to 3. 98 TB usable capacity • Up to 2. 2 -times faster than DD 140* – Up to 1. 1 TB/hr aggregate write throughput • Support for DD VTL • Same stream counts as DD 140 – Up to 16 backup write and 4 backup read streams – Up to 15 source and 20 destination replication streams * Using DD Boost © Copyright 2011 EMC Corporation. All rights reserved. • Data Domain Replicator included in system price 15

DD 160 Appliance Features • Single socket, dual-core Xeon processor • Two capacity configurations – 7 x 500 GB HDDs: 1. 6 TB usable – 12 x 500 GB HDDs: 3. 98 TB usable – Field upgrade from 7 HDD to 12 HDD • Two I/O slots for data access connectivity – Up to two dual-port 1 Gb. E NICs, copper or optical – Up to two quad-port 1 Gb. E NICs, copper – Up to one dual-port 4 Gb Fibre Channel VTL HBA – Simultaneous usage of NIC and VTL cards • Single 1 GB NVRAM card © Copyright 2011 EMC Corporation. All rights reserved. 16

Capacity Expansion DD 160 -3500 GB 5 x HDDs Internal Upgrade Max with Upgrade 1. 6 TB usable 1. 3 TB usable 1. 6 + 1. 3 = 2. 9 TB usable DD 160 -6 TB 3. 9 TB usable © Copyright 2011 EMC Corporation. All rights reserved. 17

Product Comparison Features DD 160 DD 140 1. 6 TB or 3. 98 TB 0. 86 Logical capacity* 40 TB– 195 TB 9 TB– 43 TB Storage density for maximum configuration 195 TB in 2 U = 97. 5 TB per rack unit 43 TB in 2 U = 21. 5 TB per rack unit Write 16 16 Read 4 4 Source 15 15 Destination 20 20 Libraries 64/system Drives 128/library, 128/system Dual-core 2 U 2 U 7 drives = 49; 12 drives = 57 4 drives = 42 Usable capacity (TB) Concurrent data streams Directory replication contexts Internal Total streams/contexts VTL feature maximums Processor Rack units (U = 1. 75 -inch) Controller weight (lbs) * Mix of typical enterprise backup data (file systems, databases, email, developer files). The low end of capacity range represents a full backup weekly or monthly, or incremental backup daily or weekly, to system capacity. The top end of the range represents full backup daily to system capacity. © Copyright 2011 EMC Corporation. All rights reserved. 18

Product Comparison Features DD 160 DD 140 Power dissipation (watts) 311 (7 HDDs); 339 (12 HDDs) 215 (3 HDDs) Power requirements 100– 120/200– 240 V~, 50– 60 Hz VA 330 (7 HDDs); 373 (12 HDDs) 228 Power supplies Dual-redundant, 100– 240 V, hot swap Motherboard I/O Two 1 Gb. E copper ports I/O slots Two low profile I/O options • Dual-port 1 Gb. E (copper and optical) • Quad-port 1 Gb. E copper • Dual-port 4 Gb/s Fibre Channel HBA for DD VTL • Dual-port 1 Gb. E (copper and optical) • Quad-port 1 Gb. E copper External storage connectivity NA NA © Copyright 2011 EMC Corporation. All rights reserved. 19

DD 640 and DD 620 Performance Comparison Sustained high-generation throughput comparisons Target Replacement System DD 640 Metric DD 670 DD 630 DD 620 Write performance: DD Boost . 6 x 1. 4 x Write performance: Other* 0. 5 x to 1. 0 x 1. 5 x to 2. 0 x 1. 7 x to 2. 0 x Read performance: All 0. 6 x to 0. 9 x 2. 2 x to 2. 7 x Usable capacity . 57 x 3. 8 x DD 620 Metric DD 630 DD 610 DD 160 Write performance: DD Boost 1. 1 x 1. 8 x 2. 1 x Write performance: Other* 0. 8 x to 1. 0 x 1. 5 x to 1. 7 x 1. 8 x to 2. 0 x Read performance: All 0. 9 x to 1. 1 x 1. 2 x to 1. 4 x to 1. 5 x Usable capacity Same 2 x 2 x * “Other” means one of the protocols other than DD Boost © Copyright 2011 EMC Corporation. All rights reserved. 20

DD 160 Performance Comparison Sustained high-generation throughput comparisons Target Replacement System DD 160 Metric DD 620 DD 610 DD 140 Write performance: DD Boost 0. 45 x 0. 8 x 2. 2 x Write performance: Other* 0. 6 x to 0. 7 x 0. 8 x to 1. 0 x 0. 9 x to 1. 1 x Read performance: All 0. 6 x to 0. 7 x 0. 8 x to 1. 0 x 2. 6 x to 3. 0 x Usable capacity . 47 x 1. 0 x 4. 6 x * “Other” means one of the protocols other than DD Boost © Copyright 2011 EMC Corporation. All rights reserved. 21

Industry’s Most Scalable Inline Deduplication Systems Global Deduplication Array DD Archiver DD 800 Appliance Series DD 600 Appliance Series Software options: DD Boost, DD Virtual Tape Library, DD Replicator, DD Retention Lock, and DD Encryption DD 160 Appliance DD 160 DD 620 DD 640 DD 670 DD 860 DD 890 Global Deduplication Array DD Archiver Speed (DD Boost) 1. 1 TB/hr 2. 4 TB/hr 3. 4 TB/hr 5. 4 TB/hr 9. 8 TB/hr 14. 7 TB/hr 26. 3 TB/hr 9. 8 TB/hr Speed (other) 667 GB/hr 1. 1 TB/hr 2. 3 TB/hr 3. 6 TB/hr 5. 1 TB/hr 8. 1 TB/hr 10. 7 TB/hr 4. 3 TB/hr Logical capacity 40– 195 TB 83– 415 TB 0. 32– 1. 6 PB 0. 6– 2. 7 PB 1. 4– 7. 1 PB 2. 9– 14. 2 PB 5. 7– 28. 5 PB Usable capacity Up to 3. 98 TB Up to 8. 3 TB Up to 32. 2 TB Up to 55. 9 TB Up to 142 TB Up to 285 TB Up to 570 TB © Copyright 2011 EMC Corporation. All rights reserved. 22

New: ES 30 Expansion Shelf • New ES 30 expansion shelf replaces ES 20 • 45 percent less power consumption than ES 20 • New SAS II interface (6 Gb/s) • Same performance characteristics as ES 20 • Same usable capacity as ES 20 • New system bundles and upgrades: – DD 640, DD 670, DD 860, DD 890, DD Archiver, Data Domain Global Deduplication Array • Supported as upgrade for EOA systems: * – DD 660, DD 690, DD 880 • Requires shelf capacity license • Requires DD OS 5. 1 * Mixing ES 20 with ES 30 requires re-cabling © Copyright 2011 EMC Corporation. All rights reserved. 23

ES 30 Expansion Shelf Features • Dual SAS II (6 Gb/s) interfaces per Link Control Card (LCC) • 15 -drive bays per ES 30 SAS chain ES 20 SAS chain • Low-profile, one-inch high, 3. 5 -inch HDDs – 2 TB, 7200 rpm, SATA HDD – 1 TB, 7200 rpm, SATA HDD • RAID 6 support: 12 data + 2 parity + 1 spare • Uses mini-SAS connectors (same as HBA) • Can be mixed with ES 20 on same system • Cannot be mixed with ES 20 on same SAS chain © Copyright 2011 EMC Corporation. All rights reserved. 24