Agenda EMC CONFIDENTIALINTERNAL USE ONLY 1 Introduction to

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Agenda EMC CONFIDENTIAL—INTERNAL USE ONLY 1

Agenda EMC CONFIDENTIAL—INTERNAL USE ONLY 1

Introduction to VMAX 3 System configurations Quick comparison with VMAX 2 families New engines

Introduction to VMAX 3 System configurations Quick comparison with VMAX 2 families New engines Front end IO modules Management modules Drive enclosures Drives Virtual Matrix IB interconnect Hypermax OS EMC CONFIDENTIAL—INTERNAL USE ONLY 2

VMAX 3 Introduction EMC CONFIDENTIAL—INTERNAL USE ONLY 3

VMAX 3 Introduction EMC CONFIDENTIAL—INTERNAL USE ONLY 3

Today we have VMAX • Up to: • 8 engines • 3200 2. 5”

Today we have VMAX • Up to: • 8 engines • 3200 2. 5” drives • 4 PBu • 2 TBr cache • 128 ports • Up to: • 8 engines • 3200 2. 5” drives • 2 PBu • 1 TBr cache • 128 ports Up to: • 4 engines • 1200 2. 5” drives • 1. 5 PBu • 512 GBr cache • 64 ports 40 K 20 K • 10 K EMC CONFIDENTIAL—INTERNAL USE ONLY 4

Introducing VMAX 3 • Up to: • 8 engines • 5760 drives • 4

Introducing VMAX 3 • Up to: • 8 engines • 5760 drives • 4 PBu • 16 TBr cache • 256 ports • Up to: • 4 engines • 2880 drives • 2. 1 PBu • 8 TBr cache • 128 ports Up to: • 2 engines • 1440 drives • 0. 5 PBu • 2 TBr cache • 64 ports VMAX 400 VMAX 200 • VMAX 100 EMC CONFIDENTIAL—INTERNAL USE ONLY 5

VMAX V 3 Platform Highlights INTEGRATED SYSTEM/DRIVE BAYS Standard 24” wide rack IVY BRIDGE

VMAX V 3 Platform Highlights INTEGRATED SYSTEM/DRIVE BAYS Standard 24” wide rack IVY BRIDGE BASED ENGINES Faster Performance RADICAL SIMPLICITY EXTREME PERFORMANCE NATIVE 6 Gb/S SAS BACK END Up to 4 PB usable capacity NEW USES FOR FLASH Vaulting, Metadata MASSIVE SCALE VIRTUAL MATRIX INTERCONNECT 56 GB/s Infiniband EMC CONFIDENTIAL—INTERNAL USE ONLY ULTRA DENSITY ENGINE BAY SEPARATION Dispersion up to 25 M 6

VMAX 100 (sn x 968) • 1 -2 Engines • 2. 1 GHz, 24

VMAX 100 (sn x 968) • 1 -2 Engines • 2. 1 GHz, 24 IVB core • 512 GB, 1 TB memory • Up to 0. 5 PBu capacity (using 4 TB drives) • Up to 64 FE ports • Up to 1440 2. 5” or 720 3. 5” drives • Infiniband fabric (12 -port Matrix) • Integrated service processor EMC CONFIDENTIAL—INTERNAL USE ONLY (MMCS) 7

VMAX 200 (sn x 967) • 1 -4 Engines • 2. 6 GHz, 32

VMAX 200 (sn x 967) • 1 -4 Engines • 2. 6 GHz, 32 IVB core • 512 GB, 1 TB, 2 TB memory • Up to 2. 1 PBu capacity (using 4 TB drives) • Up to 128 FE ports • Up to 2880 2. 5” or 1440 3. 5” drives • Infiniband fabric (12 -port Matrix) • Integrated service processor EMC CONFIDENTIAL—INTERNAL USE ONLY (MMCS) 8

VMAX 400 (sn x 972) • 1 -8 Engines • 2. 7 GHz, 48

VMAX 400 (sn x 972) • 1 -8 Engines • 2. 7 GHz, 48 IVB core • 512 GB, 1 TB, 2 TB memory • Up to 4 PBu capacity (using 4 TB drives) • Up to 256 FE ports • Up to 5760 2. 5” or 2880 3. 5” drives • Infiniband fabric (18 -port Matrix) • Integrated service processor EMC CONFIDENTIAL—INTERNAL USE ONLY (MMCS) 9

Common Platform Features • Differentiation by type & quantity of Engines – i. e.

Common Platform Features • Differentiation by type & quantity of Engines – i. e. Performance, System Drive Count, Capacity • Rack configurations with one or two engines • Single engine systems have no fabric – Multi-engine Systems will have Fabric – Online Fabric Upgrade when Engine # 2 is added • System Bay Dispersion – Up to 25 Meters from System Bay 1 – No Storage Bay dispersion EMC CONFIDENTIAL—INTERNAL USE ONLY 10

Common Platform Features • Vault to Flash in the Engine – Flash IO module

Common Platform Features • Vault to Flash in the Engine – Flash IO module – No vault drives – No battery backup on any drives • Up to 4 FE IO modules per director • 4 -Port, 16 Gbps FC IO module • Support for Third Party Racking EMC CONFIDENTIAL—INTERNAL USE ONLY 11

Common Platform Features • System Configuration Rules are the same – – Max 720

Common Platform Features • System Configuration Rules are the same – – Max 720 2. 5” drive / 360 3. 5” drives per engine DAE Mixing in single increments IO module population order (see later) Drive / RAID Protection offerings • RAID 1, RAID 5 3+1 and 7+1, RAID 6 6+2 and 14+2 – Dispersion capability (see later) • Mixing 2. 5” & 3. 5” DAEs behind an Engine EMC CONFIDENTIAL—INTERNAL USE ONLY 12

System Configurations EMC CONFIDENTIAL—INTERNAL USE ONLY 13

System Configurations EMC CONFIDENTIAL—INTERNAL USE ONLY 13

Single Engine System Bay 1 System Bay 2 - n SPS for Engine Infiniband

Single Engine System Bay 1 System Bay 2 - n SPS for Engine Infiniband Matrix No IB Matrix Engine Zone A & B System PDU Daisy Chain DAE KVM / Ethernet Switch Daisy Chain DAE Work tray replaces KVM / Ethernet Switch Direct DAEs Daisy Chain DAEs SPS for IB Matrix EMC CONFIDENTIAL—INTERNAL USE ONLY No SPS for IB Matrix 14

Dual Engine System Bay 1 System Bay 2 - 4 SPS for Engine 1

Dual Engine System Bay 1 System Bay 2 - 4 SPS for Engine 1 Infiniband Matrix No IB Matrix Engine 1 Zone A & B System PDU Engine 2 KVM / Ethernet Switch SPS for Engine 2 Work tray replaces KVM / Ethernet Switch Engine 1 Direct DAE Engine 2 Direct DAE SPS for IB Matrix EMC CONFIDENTIAL—INTERNAL USE ONLY No SPS for IB Matrix 15

Expansion Storage Bay Used with Dual Engine System Bay only Zone A & B

Expansion Storage Bay Used with Dual Engine System Bay only Zone A & B System PDU Engine 2 Daisy Chain DAE Engine 1 Daisy Chain DAE EMC CONFIDENTIAL—INTERNAL USE ONLY 16

System Configs Add DAEs Become Single Engine System Bay Add DAEs Decision Point Build

System Configs Add DAEs Become Single Engine System Bay Add DAEs Decision Point Build 1 DAE at a time EMC CONFIDENTIAL—INTERNAL USE ONLY Add Engine Become Dual Engine System Bay Add DAE 17

VMAX 3 100 K Configurations Single Engine /Rack System Bay 1 Engine 1 EMC

VMAX 3 100 K Configurations Single Engine /Rack System Bay 1 Engine 1 EMC CONFIDENTIAL—INTERNAL USE ONLY System Bay 2 Dual Engine /Rack System Bay 1 Engine 2 18

VMAX 3 200 K Configurations Dual Engine /Rack Single Engine /Rack System Bay 1

VMAX 3 200 K Configurations Dual Engine /Rack Single Engine /Rack System Bay 1 System Bay 2 System Bay 3 System Bay 4 Engine 1 Engine 2 Engine 3 Engine 4 EMC CONFIDENTIAL—INTERNAL USE ONLY System Bay 1 System Bay 2 19

VMAX 3 400 K Configurations (Single Engine System Bay) System Bay 1 Engine 1

VMAX 3 400 K Configurations (Single Engine System Bay) System Bay 1 Engine 1 System Bay 2 Engine 2 EMC CONFIDENTIAL—INTERNAL USE ONLY System Bay 3 Engine 3 System Bay 4 System Bay 5 System Bay 6 Engine 4 Engine 5 Engine 6 System Bay 7 Engine 7 System Bay 8 Engine 8 20

VMAX 3 400 K Configurations (Dual Engine System Bay) System Bay 1 EMC CONFIDENTIAL—INTERNAL

VMAX 3 400 K Configurations (Dual Engine System Bay) System Bay 1 EMC CONFIDENTIAL—INTERNAL USE ONLY System Bay 2 System Bay 3 System Bay 4 21

VMAX Dispersed Array, Single Engine per rack Engine 3 Engine 2 Engine 4 Engine

VMAX Dispersed Array, Single Engine per rack Engine 3 Engine 2 Engine 4 Engine 5 Engine 6 Engine 7 Engine 8 Engine 1 25 Meters from Sys Bay 1 EMC CONFIDENTIAL—INTERNAL USE ONLY 22

VMAX 3 Dispersed Array, Dual Engine per rack 25 Meters from Sys Bay 1

VMAX 3 Dispersed Array, Dual Engine per rack 25 Meters from Sys Bay 1 EMC CONFIDENTIAL—INTERNAL USE ONLY 23

Quick Compares EMC CONFIDENTIAL—INTERNAL USE ONLY 24

Quick Compares EMC CONFIDENTIAL—INTERNAL USE ONLY 24

10 K vs VMAX 3 100 K EMC CONFIDENTIAL—INTERNAL USE ONLY 10 K VMAX

10 K vs VMAX 3 100 K EMC CONFIDENTIAL—INTERNAL USE ONLY 10 K VMAX 3 100 K Engines 1 -4 1 -2 Max Ports 64 64 Max 3. 5” drives 960 720 Max 2. 5” drives 1200 1440 Capacity 1. 5 PBu 0. 5 PBu Max System (3. 5”) 6 bays 2 bays Max system (2. 5”) 4 bays 2 bays Max sys length 8’ – 12’ 4’ Max capacity (4 TB drives) • • 4 engines 5 bays 10’ 0. 25 TBu/lb 150 TBu/ft 118 TBu/KVA 14 TBu/sq ft • • 2 engines 2 bays 4’ 0. 29 TBu/lb 250 TBu/ft 69 TBu/KVA 25 TBu/sq ft 25

20 K vs VMAX 3 200 K EMC CONFIDENTIAL—INTERNAL USE ONLY 20 K VMAX

20 K vs VMAX 3 200 K EMC CONFIDENTIAL—INTERNAL USE ONLY 20 K VMAX 3 200 K Engines 1 -8 1 -4 Max Ports 128 Max 3. 5” drives 2400 1440 Max 2. 5” drives 3200 2880 Capacity 2 PBu Max System (3. 5”) 11 bays 8 bays Max system (2. 5”) 9 bays 8 bays Max sys length 22. 5’ – 27. 5’ 16’ 4 PBu capacity (1364 4 TB drives) • • 8 engines 5 bays 12. 5’ 0. 18 TBu/lb 160 TBu/ft 80 TBu/KVA 15 TBu/sq ft • • 4 engines 4 bays 8’ 0. 40 TBu/lb 250 TBu/ft 103 TBu/KVA 25 TBu/sq ft 26

40 K vs VMAX 3 400 K EMC CONFIDENTIAL—INTERNAL USE ONLY 40 K VMAX

40 K vs VMAX 3 400 K EMC CONFIDENTIAL—INTERNAL USE ONLY 40 K VMAX 3 400 K Engines 1 -8 Max Ports 128 256 Max 3. 5” drives 2400 2880 Max 2. 5” drives 3200 5760 Capacity 4 PBu Max System (3. 5”) 11 bays 8 bays Max system (2. 5”) 9 bays 8 bays Max sys length 22. 5’ – 27. 5’ 16’ 4 PBu capacity (1364 4 TB drives) • • 8 engines 7 bays 17. 5’ 0. 18 TBu/lb 160 TBu/ft 80 TBu/KVA 15 TBu/sq ft • • 8 engines 8 bays 8’ 0. 40 TBu/lb 250 TBu/ft 99 TBu/KVA 25 TBu/sq ft 27

New Engines EMC CONFIDENTIAL—INTERNAL USE ONLY 28

New Engines EMC CONFIDENTIAL—INTERNAL USE ONLY 28

New Engines Megatron-lite, Megatron-Heavy • 4 U Enclosure • 2 Director Boards • Each

New Engines Megatron-lite, Megatron-Heavy • 4 U Enclosure • 2 Director Boards • Each Director board has its own redundant Power & Cooling • 2 Management Modules • 11 IO Slots per Director EMC CONFIDENTIAL—INTERNAL USE ONLY 29

Megatron Sled EMC CONFIDENTIAL—INTERNAL USE ONLY 30

Megatron Sled EMC CONFIDENTIAL—INTERNAL USE ONLY 30

New Engines Megatron-Lite Processor Megatron. Heavy Ivy Bridge 24 32 48 Memory/ engine 512

New Engines Megatron-Lite Processor Megatron. Heavy Ivy Bridge 24 32 48 Memory/ engine 512 GB, 1 TB, 2 TB Product VMAX 3 100 K VMAX 3 200 K VMAX 3 400 K Cores/Engine EMC CONFIDENTIAL—INTERNAL USE ONLY 31

Engine Physical Port Numbering IO Module Slots numbers 0 -10 from Left to right

Engine Physical Port Numbering IO Module Slots numbers 0 -10 from Left to right • Ports numbered 0 -3 from bottom to top on each IO Modules • IO modules with 2 Ports numbered 0 & 1 bottom to top Management Module 3 2 1 0 3 2 1 0 Vault to Flash EMC CONFIDENTIAL—INTERNAL USE ONLY Universal/FE Back-End Slot 8 9 Vault to Flash 3 2 1 0 Slot 7 3 2 1 0 Vault to Flash Slot 5 6 Vault to Flash Slot 4 Vault to Flash Slot 2 3 Vault to Flash Slot 1 Vault to Flash Manage ment A Manage ment B Slot 0 3 2 1 0 Vault to Flash Slot 10 1 0 Director 2 or B Director 1 or A Universal/FE Fabric 32

Engine Logical Port Numbering • SW designed to support 32 Logical Ports (Ports 0

Engine Logical Port Numbering • SW designed to support 32 Logical Ports (Ports 0 -31) – Ports 0, 1, 2, 3 in Slot 1, and Ports 20, 21, 22, 23 in Slot 7 are reserved for future use Management Module Slot 5 6 7 6 5 4 11 10 9 8 15 14 13 12 19 18 17 16 Vault to Flash EMC CONFIDENTIAL—INTERNAL USE ONLY Universal/FE Back-End Slot 7 Slot 8 9 Vault to Flash Slot 4 Vault to Flash Slot 2 3 Vault to Flash Slot 1 Vault to Flash Manage ment A Manage ment B Slot 0 27 26 25 24 31 30 29 28 Vault to Flash Logical Ports numbered left to right bottom to top across slots 1 -5, 7 -9 Vault to Flash • 27 26 25 24 31 30 29 28 Vault to Flash Slot 10 1 0 Director 2 or B Director 1 or A Universal/FE Fabric 33

Front-End IO Module Population Order • Back-End-IO Modules always present – Slot 4 &

Front-End IO Module Population Order • Back-End-IO Modules always present – Slot 4 & 5 • Front-End IO Modules are added in pairs on in Slots 2, 3 & 8, 9 – Same IO Module in same slot on both directors – Non-Bifurcated IO Modules will be populated left to right • – Bifurcated IO modules will be populated right to left • • 8 Gbps Fibre Channel, 10 Gbps RDF, 1 Gbps RDF, Compression 16 Gbps Fibre channel Matrix Interconnect only works in Slot 10 EMC CONFIDENTIAL—INTERNAL USE ONLY 34

Emulation Types & Slice Mapping • Each Director Board will support up to 8

Emulation Types & Slice Mapping • Each Director Board will support up to 8 Slices Dir 1 – Slice H • Slice A will be used for the Infrastructure management “IM” emulation Slice G Slice F FA Slice E • Slice B will be used for Enginuity Data Services “EDS” • Slice C will be used for the DS emulation Slice D Slice C DS Slice B EDS Slice A IM EMC CONFIDENTIAL—INTERNAL USE ONLY A through H • Slice D through H will be used for remaining emulations – Fiber (FA) • Each director board can support up to 5 Emulations with each emulation type only appearing once 35

Front End IO Modules EMC CONFIDENTIAL—INTERNAL USE ONLY 36

Front End IO Modules EMC CONFIDENTIAL—INTERNAL USE ONLY 36

8 Gbps FC IO Module Main Features • • • Quad Port 2, 4,

8 Gbps FC IO Module Main Features • • • Quad Port 2, 4, 8 Gbps Fibre Channel interface 8 lane PCIE Gen 2. 0 interface Either copper (4 G) and optical (8 G) media via SFP+ connector Chipset Front View • • • PMC Sierra Tachyon QE 8 Fibre Channel controller Altera Cyclone EP 1 C 3 T 100 C 8 N FPGA for LED control TI TUSB 3410 RS 232 to USB converter Support for Common Features • • • Power features - POLs, IOPIF, Sequencer and LC Filter LED support - Power/Mark, Port FRU and Hot Swappable I 2 C interface to board resume, power sequencer Dimensions: 3”w x 1. 25”h x 7. 875”d Top View EMC CONFIDENTIAL—INTERNAL USE ONLY 37

16 Gbps FC IO Module Main Features • • • Quad Port, 4, 8,

16 Gbps FC IO Module Main Features • • • Quad Port, 4, 8, 16 Gbps, Fibre Channel interface Two 4 lane PCIE Gen 3 interfaces – bifurcated connection Supports optical media via SFP+ connector – SM or MM Chipset • Dual Emulex Lancer • Dual port 16 G FC controller • 256 Mbit Flash (FW storage) • 256 k serial EEPROM (Event log) for LANCER Support for Common Features Front View EMC CONFIDENTIAL—INTERNAL USE ONLY • • • Power features - POLs, IOPIF, Sequencer and LC Filter LED support - Power/Mark, Port FRU and Hot Swappable I 2 C interface to board resume, power sequencer Dimensions: 3”w x 1. 25”h x 7. 875”d 38

Other IO Modules IO Module Purpose Flash for Vault & metadata Fabric connection SAS

Other IO Modules IO Module Purpose Flash for Vault & metadata Fabric connection SAS Back End SAS IO Module EMC CONFIDENTIAL—INTERNAL USE ONLY 39

Back End SAS IO Module Main Features • • Dual Port 4 -lane 6

Back End SAS IO Module Main Features • • Dual Port 4 -lane 6 G SAS interface 8 lane PCIE Gen 3. 0 interface Copper media via mini-SAS HD connector IEEE 1619 compliant AES encryption & T 10 DIF Chipset Front view • • • PMC Sierra SPCv 8 x 6 G (PM 8009) SAS controller Serial EEPROM (PCIE parameters) for PM 8009 Flash device for PM 8009 firmware storage Support for Common Features Top view EMC CONFIDENTIAL—INTERNAL USE ONLY • • • Power features - POLs, IOPIF, Sequencer and LC Filter LED support - Power/Mark, Ports FRU and Hot Swappable I 2 C interface to board resume, power sequencer Dimensions: 3”w x 1. 25”h x 7. 875”d 40

Management Modules EMC CONFIDENTIAL—INTERNAL USE ONLY 41

Management Modules EMC CONFIDENTIAL—INTERNAL USE ONLY 41

Akula II Management Module Akula LF (SAN) Main Features • • Push-button RESET/NMI Switch

Akula II Management Module Akula LF (SAN) Main Features • • Push-button RESET/NMI Switch 2 x Ethernet connections for Mgmt LAN, Service port 2 x Serial Port in micro DB 9 connector for SPS Resume PROM containing VPD information Akula LF Chipset • • Front view Broadcom BCM 53115 MKFBG 10/1000 BASE-TX 6 -port Switch NXP LPC 2132 Microcontroller Management Common Features • • • Power features - POLs, IOPIF, Sequencer and LC Filter LED support - Power/mark FRU and Hot Swappable I 2 C interface to board resume, power sequencer Dimensions: 3”w x 1. 25”h x 7. 875”d New features in Akula II Top view EMC CONFIDENTIAL—INTERNAL USE ONLY • • Provides monitoring of status of “other” SPS Provides switchable power on USB port 42

MMCS Definition • MMCS – Management Module Control Station – a management module (MM)

MMCS Definition • MMCS – Management Module Control Station – a management module (MM) with an embedded service processor (Mini. SP) • Note - the service processor (SP/mini. SP) is often referred to as MMCS and vise versa Embedded Mini. SP MMCS EMC CONFIDENTIAL—INTERNAL USE ONLY MM 43

MMCS in VMAX Engine 3 • Each engine has two MM/MMCS • MMCS is

MMCS in VMAX Engine 3 • Each engine has two MM/MMCS • MMCS is named by the director next to it • MMCS is cooled by the director • If director is down, MMCS will follow MMCS-2 MMCS-1 Engine 1 EMC CONFIDENTIAL—INTERNAL USE ONLY 44

Why Multiple MMCS? • Run maintenance that affects MMCS state – MMCS, Director, DIMM

Why Multiple MMCS? • Run maintenance that affects MMCS state – MMCS, Director, DIMM and Engine replacement – Maintenance runs from a peer MMCS that is not affected • Also – – MMCS health monitoring by peer(s) Enables external connectivity redundancy Enables SP redundancy (limited in GA) May increase computation power if needed (future) EMC CONFIDENTIAL—INTERNAL USE ONLY 45

MMCS Roles EMC CONFIDENTIAL—INTERNAL USE ONLY 46

MMCS Roles EMC CONFIDENTIAL—INTERNAL USE ONLY 46

MMCS Roles Overview • Role defines the subset of services that a specific MMCS

MMCS Roles Overview • Role defines the subset of services that a specific MMCS can provide • The Roles – Primary – similar to the legacy single SP (Feldman) – Secondary – runs a subset of the activity – Elevated secondary – secondary with few more responsibilities when primary is down • Why not identical? – Keep RCA simple – most activity on same SP – Ease maintenance – Only one should • Call home on symm errors • Invoke active actions on errors – Much simpler to implement – less coordination, less testing etc. EMC CONFIDENTIAL—INTERNAL USE ONLY 47

Drive Enclosures EMC CONFIDENTIAL—INTERNAL USE ONLY 48

Drive Enclosures EMC CONFIDENTIAL—INTERNAL USE ONLY 48

VMAX 3 DAE 60– 3. 5” Platform Features • • • 60 3. 5’’

VMAX 3 DAE 60– 3. 5” Platform Features • • • 60 3. 5’’ SAS or SATA disk drives High Availability (Juno power supply) 6 G SAS connectivity, 8 x 4 mini SAS connectors Mechanical Front • • • 4 U, 19” wide NEMA, 39. 5” deep 225 lbs fully populated with 60 drives Carrier with Paddle Card NEBS level 3 certified Service up to 31 U in rack without a ladder Power/Cooling • • • Input 1340 W, Output 1200 W, 90%+ efficient N+1 fans with adaptive cooling Four power rails on Baseboard Four power cords (2 on each rail) 15 W/drive slot Rear EMC CONFIDENTIAL—INTERNAL USE ONLY 49

VMAX 3 DAE 120 – 2. 5” Logic • • Front Connectivity: 6 Gb/s

VMAX 3 DAE 120 – 2. 5” Logic • • Front Connectivity: 6 Gb/s SAS Connectors: 8 x 4 Mini-SAS connectors Mechanical • • 3 U, 19” wide NEMA, 39. 5” deep Loaded Weight: 150 lbs Max. Drive Count: 120 2. 5” drives Rack Installation: Titan-D Rack Power / Cooling • • • Max. Output Power: 2160 W (10 W/drive slot) Power Architecture: N+1 Total Power Inputs: 4 (AC) SPS Support: Yes Cooling Mode: Adaptive Cooling, N+2 Rear EMC CONFIDENTIAL—INTERNAL USE ONLY 50

Drives EMC CONFIDENTIAL—INTERNAL USE ONLY 51

Drives EMC CONFIDENTIAL—INTERNAL USE ONLY 51

Drives at GA Carrier Capacities 2. 5” 3. 5” SSD 200, 400, 800 GB

Drives at GA Carrier Capacities 2. 5” 3. 5” SSD 200, 400, 800 GB Y Y 15 K RPM 300 GB Y Y 10 K RPM 300, 600, 1200 GB Y Y 7 K RPM 2, 4 TB NO Y EMC CONFIDENTIAL—INTERNAL USE ONLY 52

Virtual Matrix IB Interconnect EMC CONFIDENTIAL—INTERNAL USE ONLY 53

Virtual Matrix IB Interconnect EMC CONFIDENTIAL—INTERNAL USE ONLY 53

System internal fabrics • Infiniband – Carries control, metadata, user data – Speed –

System internal fabrics • Infiniband – Carries control, metadata, user data – Speed – 56 Gbps/port – Matrices • 18 -port in VMAX 3 400 K and VMAX 3 400 KF • 12 -port in VMAX 3 100 K & VMAX 3 200 K – End point • Ethernet – Carries environmental information – Speed – 1 Gbps/port – Switched – Connects to every director at its Management Module – Always present, even in single engine system • Gorgon IO Module • One on each director – A single engine system has no fabric EMC CONFIDENTIAL—INTERNAL USE ONLY 54

Hypermax OS EMC CONFIDENTIAL—INTERNAL USE ONLY 55

Hypermax OS EMC CONFIDENTIAL—INTERNAL USE ONLY 55

− Hypermax OS 5977 − Industries first open storage hypervisor converged OS − Industry

− Hypermax OS 5977 − Industries first open storage hypervisor converged OS − Industry leading high availability − IO management − Quality of service − Data integrity validation − Storage tiering − Data security with an open application platform EMC CONFIDENTIAL—INTERNAL USE ONLY 56