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Non solo Non solo "Best Performance"! Le nuove soluzioni per HPC e Cloud computing. Antonio Rolli Senior Sales Manager Version 2012 Q 1 Confidential © Supermicro 2012

Supermicro Overview l Founded in 1993, headquartered in Silicon Valley, USA (NASDA 2007: SMCI) Supermicro Overview l Founded in 1993, headquartered in Silicon Valley, USA (NASDA 2007: SMCI) l Supermicro is the market leader in server technology innovation and green computing l Supermicro has the broadest server portfolio than anyone else in the industry; all the designs are in-house / under the same roof l Supermicro’s application-optimized high-efficiency server, blades, GPU system, storage and workstation are deployed globally for data centers and critical IT infrastructures

Our Position & Potential to Grow Confidential Revenue ($M) l Market share Growing every Our Position & Potential to Grow Confidential Revenue ($M) l Market share Growing every year since founding, no exception l Outgrowing our aggressive competitions consistently l Winning by Technology and TTM June, 2011 2008 ~ 2011 Growth Rate l To grow even faster through increasing scale and innovation SMCI Other Tier 1’s

Technology Evolution Supermicro’s Building Block Solutions From MB, Chassis to Complete Rack w/ Pwr Technology Evolution Supermicro’s Building Block Solutions From MB, Chassis to Complete Rack w/ Pwr & Sys management Fat Twin Management SWR 2012

Product Families Data Center Optimized Twin Architecture GPU Solutions PUE optimized Cost optimized Mainstream Product Families Data Center Optimized Twin Architecture GPU Solutions PUE optimized Cost optimized Mainstream Business Solutions FAT TWIN , PUE~1. 1 Storage Server Super. Blade® Resource Optimized (WIO/UIO) Micro Cloud 8 -Way MP System Workstation Application Optimized: Max. I/O Embedded

PUE Optimization v Drive thermals to 47 C Data Center Operating Temperature v Achieve PUE Optimization v Drive thermals to 47 C Data Center Operating Temperature v Achieve PUE ~1. 1 v $250, 000* saved for every 4 C increased in DC temperature (For every 2500 DP nodes) v Make free-air-cooling (no air conditioning) possible Confidential

Make Servers More Efficient l Server systems need to continuously improve on power efficiency Make Servers More Efficient l Server systems need to continuously improve on power efficiency l 94%+ Efficiency is the mainstream and further efficiency increase will see diminishing return l The goal for digital power is to improve overall efficiency over the complete spectrum ü Well-designed cooling subsystem ü High-efficiency power supply ü Energy efficiency components Efficiency ü Power management software solution

Resource Optimized (WIO/UIO) Twin Architecture Data Center Optimized High-Performance Computing High Density Cloud Computing Resource Optimized (WIO/UIO) Twin Architecture Data Center Optimized High-Performance Computing High Density Cloud Computing Application Optimized: Multi I/O GPU Super. Computing Embedded Super. Blade 2 UTwin 2, 2 UTwin 2+, 2 UTwin+, 1 UTwin Mainstream Business Solutions Workstation Storage Server

The Twin Architecture l Phenomenal success since its debut 5+ years ago, l Wide-range The Twin Architecture l Phenomenal success since its debut 5+ years ago, l Wide-range of usage across multiple industries: l l ü Doubled density Increases space utilization HPC Oil & Gas Web Portal – Front End Storage l Continue to attract more users with the Cloud explosion l ü 50% more HDD Bay Increases capacity More than 40 SKU available on the X 9 platform alone! ü Share power source Decreases PUE ü Shared Cooling Further decreases PUE ü Hot-swap Improves serviceability ü Integrated I/O Reduced cost, Increases versatility

2 U Twin 2 New Features 4 node in 2 U DOM SATA Disk 2 U Twin 2 New Features 4 node in 2 U DOM SATA Disk on Module Memory up to 256 GB DDR 3 Reg. ECC Intel® Xeon® Sandy Bridge E 5 -2600 Series Socket R 4 x high efficient Cooling Fans Mellanox Connect. X QDR/FDR Infini. Band onboard (selected module) Platinum level high efficient 1620 W redundant power supply PCI-Express 3. 0 x 16 (low profile) 6 Hotswap 2. 5” SAS/SATA per node or 3 Hotswap 3. 5” SAS/SATA per node PCI-Express 3. 0 x 8 for SMCI AOC LSI 2108 or 2008 Node 1 Node 2 Node 3 Node 4

2 U Twin 2+ New Features 4 node in 2 U DOM SATA Disk 2 U Twin 2+ New Features 4 node in 2 U DOM SATA Disk on Module Memory up to 512 GB DDR 3 Reg. ECC Intel® Xeon® Sandy Bridge E 5 -2600 Series Socket R 4 x high efficient Cooling Fans PCI-Express 3. 0 x 8 Micro. LP slot IB FDR: AOC-CIBF-m 1 10 G SFP+: AOC-CTG-i 1 S AOC-CIBF-m 1 Platinum level high efficient 1620 W redundant power supply AOC-CTG-i 1 S PCI-Express 3. 0 x 8 for SMCI AOC LSI 2108 or 2008 6 Hotswap 2. 5” SAS/SATA per node or 3 Hotswap 3. 5” SAS/SATA per node Node 1 Node 2 Node 3 Node 4

2 U Twin New Features 2 U TWIN > 1 U + 1 U 2 U Twin New Features 2 U TWIN > 1 U + 1 U DOM SATA Disk on Module Memory up to 256 GB DDR 3 Reg. ECC Intel® Xeon® Sandy Bridge E 5 -2600 Series Socket R Supports 135 W 2. 9 GHz 4 x high efficient Cooling Fans Mellanox Connect. X QDR/FDR Infini. Band onboard (selected module) Platinum+ level high efficient 1280 W redundant power supply 3 PCI-Express 3. 0 x 8 (1 x LP, 2 x FHHL) 12 Hotswap 2. 5” SAS/SATA per node or 6 Hotswap 3. 5” SAS/SATA per node PCI-Express 3. 0 x 8 for SMCI AOC LSI 2108 or 2008 coming soon 2208 Node 1 Node 2

2 U Twin+ New Features DOM SATA Disk on Module Memory up to 512 2 U Twin+ New Features DOM SATA Disk on Module Memory up to 512 GB DDR 3 Reg. ECC Intel® Xeon® Sandy Bridge E 5 -2600 Series Socket R 2 x Optional Cooling Fans (Rear) for Higher CPU W & Operating Temp. Support PCI-Express 3. 0 x 8 Micro. LP slot IB FDR: AOC-CIBF-m 1 10 G SFP+: AOC-CTG-i 1 S Platinum+ level high efficient 1280 W redundant power supply AOC-CIBF-m 1 AOC-CTG-i 1 S 12 Hotswap 2. 5” SAS/SATA per node or 6 Hotswap 3. 5” SAS/SATA per node PCI-Express 3. 0 x 8 for SMCI AOC LSI 2108 or 2008 coming soon 2208 Node 1 Node 2

Fat Twin. TM Server Solution June 15, 2012 Confidential © Supermicro 2012 Fat Twin. TM Server Solution June 15, 2012 Confidential © Supermicro 2012

Confidential Application Optimized vs. Flexible GPU Application Hadoop/Storage Application Confidential HPC/Cloud Application ? SMC Confidential Application Optimized vs. Flexible GPU Application Hadoop/Storage Application Confidential HPC/Cloud Application ? SMC Fat Twin Server Solution

Confidential Fat Twin Server Overview Confidential SYS-F 627 R 3 series SYS-F 617 R Confidential Fat Twin Server Overview Confidential SYS-F 627 R 3 series SYS-F 617 R 2 series 4 U Fat Twin Overview: ► 4 U, rack mount chassis, EIA std 19” rack support ► XEON 130 W w/ 47 ºC and 135 W w/ 35 ºC support ► Two choice of enclosure: 30” and 35” depth ► Best PUE ~1. 1 and Free-air-cooling support ► 8/4/2 Hot-plug system nodes access from front side* ► 3% ~ 10% better efficiency + PUE optimization ► Redundant digital PWS, efficiency ≥ platinum level ► 8 HSWP 3. 5” HDD or 12 Fixed 3. 5” HDD per U

Optimized Configurations Confidential SYS-F 617 R 2 -R series SYS-F 627 R 3 -R Optimized Configurations Confidential SYS-F 617 R 2 -R series SYS-F 627 R 3 -R series v 8 x Hot-plug MB nodes v Dual Sandy Bridge EP processor v 16 x DDR 3 DIMM v 6 x Hot-swap 2. 5” SAS/SATA HDD v 1 x Micro-LP + 1 x PCIe LP slots v Rear I/O, 30” enclosure v v SYS-F 617 R 2 -F series SYS-F 627 R 2 -F series v v v 8 x Hot-plug MB nodes w/ 47 o. C Dual Sandy Bridge EP processor 8 x DDR 3 DIMM 2 x HSWP 2. 5” + 2 x Fixed 3. 5” HDD 1 x PCIe LP slot Front I/O, 30” enclosure 4 x Hot-plug MB nodes Dual Sandy Bridge EP processor 16 x DDR 3 DIMM 8 x Hot-swap 3. 5” SAS/SATA HDD or 6 x Hot-swap 3. 5” HDD w/ 47 o. C v 1 x Micro-LP + 1 x PCIe LP slots v Rear I/O, 30” enclosure 4 x Hot-plug MB nodes w/ 47 o. C Dual Sandy Bridge EP processor 16 x DDR 3 DIMM 6 x HSWP + 12 x Fixed 2. 5” HDD 3 x PCIe LP slot + 2 x GPU (35” only) Front I/O, 30” & 35” enclosure SYS-F 627 R 3 -F series SYS-F 627 R 2 -R series v v v 47 o. C 4 x Hot-plug MB nodes w/ Dual Sandy Bridge EP processor 8 x DDR 3 DIMM 4 x HSWP + 4 x/6 x Fixed 3. 5” HDD 1 x PCIe LP slot Front I/O, 30” enclosure 4 x Hot-plug MB nodes Dual Sandy Bridge EP processor 16 x DDR 3 DIMM 12 x HSWP 2. 5” SAS/SATA HDD 1 x Micro-LP + 2 x PCIe FH slots Rear I/O, 30” enclosure

Optimized Configurations Confidential SYS-F 627 G series SYS-F 647 G series v v v Optimized Configurations Confidential SYS-F 627 G series SYS-F 647 G series v v v v v 4 x Hot-plug MB nodes Dual Sandy Bridge EP processor 16 x DDR 3 DIMM 3 x GPU support Front I/O, 35” enclosure 2 x Hot-plug MB nodes Dual Sandy Bridge EP processor 8 x/16 x DDR 3 DIMM 4 x/8 x GPU support Front I/O, 35” enclosure Hadoop optimized series Storage/JBOD series v v v v v 4 x Hot-plug MB nodes Dual/Single Sandy Bridge EP processor 8 x/16 x DDR 3 DIMM 12 x 3. 5” + 1 x 2. 5” HDD 1 x PCIe LP slot Front I/O, 35” enclosure 4 x Hot-plug JBOD nodes Dual channel expander Total 68 x 3. 5” HDD Front load, 35” enclosure And more is coming……

Confidential Why choose Fat Twin. TM Confidential ► Optimized design for different applications - Confidential Why choose Fat Twin. TM Confidential ► Optimized design for different applications - Datacenter/ Cloud/ HPC applications - Science/ Research/ GPU application - File server/ Storage server - General server/ Enterprise server ► Free-air cooling and PUE optimized - Efficient air cooling design (PUE ~1. 1) - 135 W XEON CPU support up to 35 o. C - 130 W XEON CPU support up to 47 o. C ► Flexible, easy to maintain and Cost effective - Flexible and configurable node structure - Hot-plug MB node access from front side, easy for maintenance - Resource sharing in design, tooling, inventory and components for cost effectiveness - Support standard rack ► High density, high performance and lower power consumption - High density: support DP 16 DIMM & 8 x 3. 5” hot swap HDD per 1 U - High density: support DP 16 DIMM & 3 GPU per 1 U or 8 GPU per 2 U - High efficiency design for MB and sharing cooling with 3 -10% less power usage - High operation temperature support (47 OC Free-air-cooling, PUE~1. 1)

SYS-F 627 R 3 -RTB+/ SYS-F 627 R 3 -R 72 B+ PUE optimized SYS-F 627 R 3 -RTB+/ SYS-F 627 R 3 -R 72 B+ PUE optimized SAS 2 H/W RAID (2208) with BBU support Intel® Xeon® Sandy Bridge E 5 -2600 Series Socket R 6+2 Hot-Swappable 3. 5” HDD per U New design locking mechanism Individual power/LED control Front accessible hotswap tray features better serviceability 16 Reg. ECC DIMM SATA Disk on Module

Introducing to 8 hot swappable 3. 5”HDDs per U 2 x 3. 5” HDDs Introducing to 8 hot swappable 3. 5”HDDs per U 2 x 3. 5” HDDs or 2 PCIE 3. 0 x 8 1+1 1280 W 95% PSU 1 x LP PCIE 3. 0 x 16 2 x USB ports 1 x Dedicated IPMI port 1 x VGA port 2 X Gb. E ports 1 x Micro LP

SYS-F 617 R 2 -RT+/ SYS-F 617 R 2 -R 72+ (4 U, 8 SYS-F 617 R 2 -RT+/ SYS-F 617 R 2 -R 72+ (4 U, 8 x hot-swap node) SAS 2 H/W RAID (2208) with BBU support Intel® Xeon® Sandy Bridge E 5 -2600 Series Socket R 6 Hot-Swappable 2. 5” HDD New design locking mechanism Individual power/LED control Front accessible hot -swap tray features better serviceability 16 Reg. ECC DIMM SATA Disk on Module

Rear view of SYS-F 617 R 2 -RT+/ SYS-F 617 R 2 -R 72+ Rear view of SYS-F 617 R 2 -RT+/ SYS-F 617 R 2 -R 72+ 1+1 redundant 1620 W 94+% PSU 2 x USB ports 1 x VGA port Micro LP: 2 x G-LAN 1 x LP 1 x FDR IB PCIE 3. 0 1 x 10 G SFP+ x 16 2 X Gb. E ports 1 x Dedicated IPMI port

Super Micro. Cloud. TM Super. Blade® GPU Solutions Storage Universal I/O Double-Sided Twin Architecture Super Micro. Cloud. TM Super. Blade® GPU Solutions Storage Universal I/O Double-Sided Twin Architecture Datacenter Optimized http: //www. supermicro. com/Micro. Cloud/

What is Micro. Cloud? l Super. Server with a large number of UP nodes What is Micro. Cloud? l Super. Server with a large number of UP nodes to maximize shared resource utilization and provide a cost-effective alternative to typical rackmount servers without any compromise. l Evolutionary design to expand Supermicro’s presence in high-efficiency Cloud computing infrastructure deployments http: //www. supermicro. com/Micro. Cloud/

Key Specifications 3 U Height (23” Depth Only) 1+1, 1620 W Redundant P/S 8 Key Specifications 3 U Height (23” Depth Only) 1+1, 1620 W Redundant P/S 8 x Hot-Pluggable UP nodes Micro-LP 2 x Gb. E (per node) PCI-E 2. 0 x 8 Low-profile slot (per node) Individual Power/UID (per node) 16 x Hot-swap 3. 5” HDD (2 x SATA 3 HDDs per node) Dedicated IPMI LAN (per node)

Micro. Cloud. TM - Advantages • Space savings • High density design. Save 62. Micro. Cloud. TM - Advantages • Space savings • High density design. Save 62. 5% rack space compare to traditional 1 U server • Power Savings • 94% power efficiency • Optimal power utilization, Improved cooling efficiency with bigger fans. • >15% power savings over standard 1 U UP Server. • Cost savings • Lower TCO through improved resource sharing, remote management, and redundancy • High Performance • 95 W CPU support, Hot-swap SATA 3 HDD, PCI-E slot, Micro-LP card • Ease of maintenance • Hot-swappable compute node, HDD, PSU. • IPMI for remote management

SYS-5037 MC-H 8 TRF - Micro. Cloud. TM SYS-5037 MC-H 8 TRF =Motherboard: MB-X SYS-5037 MC-H 8 TRF - Micro. Cloud. TM SYS-5037 MC-H 8 TRF =Motherboard: MB-X 9 SCD-F =3 U Chassis: CSE-938 H-R 1620 B Processor Support Intel® Xeon E 3 -1200 series Processor (Sandy Bridge) Chipset Intel® C 204 PCH Chipset (Cougar Point) Memory Capacity Up to 32 GB DDR 3 ECC UDIMM 1333/1066 support Expansion Slots (per node) 1 x PCI-E x 8 LP Slot per Node I/O ports (per node) 2 x Gb LAN (Intel 82580) 1 x Dedicated LAN for IPMI Remote Management 1 x VGA, 1 x COM port, 2 x USB 2. 0 (with KVM dongle) Drive Bays (per node) 2 x 3. 5” Hot-Swap SATA (6 G/s) Software RAID (0, 1) Power Supply 1620 Watts Redundant 80 Plus Platinum Level Key features l l High-density, Enterprise Performance, Cost-effective, Multi-node UP server Up to 8 x hot-pluggable node in 3 U chassis IPMI 2. 0 with KVM over Dedicated LAN for each node Redundant 80 Plus Platinum Level Power Supplies System Cooling 4 x 8 cm Heavy Duty Fans with Speed Control Applications l l l Cloud Computing/Provider Web/Collocation Services Web Cache, CDN, Video Streaming Social Networking, downloads Corporate – WINS, DNS, Print, Login Available NOW

SYS-5037 MR-H 8 TRF (Romley Micro. Cloud) Micro. Cloud II – Romley UP System SYS-5037 MR-H 8 TRF (Romley Micro. Cloud) Micro. Cloud II – Romley UP System =Motherboard: MB-X 9 SRD-F =3 U Chassis: CSE-938 H-R 1620 B Processor Support Intel® Romley E 5 -2600/1600 series Processor (Socket R) Chipset Intel® C 600 PCH Chipset Memory Capacity Up to 128 GB DDR 3 ECC LV/LR/R/UDIMM 1333/1600 in 4 DIMMs Expansion Slots (per node) 1 x PCI-E x 8 LP Slot per Node * I/O ports (per node) 2 x Gb LAN (Intel 82580) 1 x Dedicated LAN for IPMI Remote Management 1 x VGA, 1 x COM port, 2 x USB 2. 0 (with KVM dongle) Drive Bays (per node) 2 x 3. 5” Hot-Swap SATA (6 G/s) , 1 x SATA DOM RAID Supported - RSTe 4. 0 Power Supply 1620 Watts Redundant 80 Plus Platinum Level Key features l l High-density, Enterprise Performance, Cost-effective, Multi-node UP server Up to 8 x hot-pluggable node in 3 U chassis IPMI 2. 0 with KVM over Dedicated LAN for each node Redundant 80 Plus Platinum Level Power Supplies SMC Confidential System Cooling 4 x 8 cm Heavy Duty Fans with Speed Control Applications l l l Cloud Computing/Provider Web/Collocation Services Web Cache, CDN, Video Streaming Social Networking, downloads Corporate – WINS, DNS, Print, Login Sample: Nov 2011

Next Generation Sandy Bridge Based Super. Blade® © Supermicro 2012 Next Generation Sandy Bridge Based Super. Blade® © Supermicro 2012

Sandy Bridge Super. Blade® Systems ENCLOSURES NEW BLADES Twin. Blade® SBE-720 D/E 14 Datacenter. Sandy Bridge Super. Blade® Systems ENCLOSURES NEW BLADES Twin. Blade® SBE-720 D/E 14 Datacenter. Blade SBE-714 D/E 0. 35 U ® GPU Blade SBI-7127 RG Twin. Blade® SBI-7227 R-T 2 0. 5 U 10 -Blade SBE-710 E/Q 0. 7 U Storage Blade SBI-7127 R-S 6 Increased density boost best performance/sq ft NETWORKING MODULES 1 Gb. E 1/10 Gb. E MANAGEMENT Chassis Management Module Datacenter. Blade® SBI-7427 R-S 3/T 3 Infini. Band FDR/QDR 10 Gb. E POWER SUPPLY MODULES Web-based GUI IPMIView CLI 3000 W (200 -240 VAC) 2500 W (200 -240 VAC) 2000 W (200 -240 VAC) 1620 W (100 -240 VAC)

GPU Solution Confidential © Supermicro 2012 GPU Solution Confidential © Supermicro 2012

Technology Progression & Partnership The Possibility is Unlimited!!! The fastest 1 U server in Technology Progression & Partnership The Possibility is Unlimited!!! The fastest 1 U server in the world Telsa S 1070 GPU Blades 1 U 4 -GPU Standalone box PCI-E x 16 New generation CPU & GPU supports The first optimized CPU/GPU integrated Hybrid System 2 U GPU / with QDR IB onboard 2 U Twin SC 827 HD-R 1400 B 6016 TT-TF 1 U Twin™ SW 7046 GT-TRF 2009 1 U 4 -GPU Integrated X 8 and X 9 Working with the right technology partner is the key! front view The most powerful PSC 2008 2 U 6 -GPU Integrated X 8 and X 9 2010 2011

X 9 GPU enabled line-ups GPU Servers Super. Server SYS-2027 GR-TRF-FM 407 SYS-2027 GR-TRF-FM X 9 GPU enabled line-ups GPU Servers Super. Server SYS-2027 GR-TRF-FM 407 SYS-2027 GR-TRF-FM 409 Super. Server SYS-1027 GR-TRF-FM 307 SYS-1027 GR-TRF-FM 309 GPU Workstations Super. Workstation SYS-7047 GR-TRF SYS-7047 GR-TPRF SYS-7047 GR-TRF-FC 409 SYS-7047 GR-TPRF-FM 407 SYS-7047 GR-TPRF-FM 409 GPU Blades Super. Server SYS-5017 GR-TF Super. Server SYS-1017 GR-TF Supermicro Confidential / NDA Required Super. Blade SBI-7127 RG + SBE-720 E * Pictures are reference only

X 9 GPU solutions Model Super. Server SYS-2027 GR-TRF Super. Server SYS-1027 GR-TRF Super. X 9 GPU solutions Model Super. Server SYS-2027 GR-TRF Super. Server SYS-1027 GR-TRF Super. Server SYS-5017 GR-TF Super. Server SYS-1017 GR-TF Super. Server SYS-7047 GR-TRF CPU Sandy bridge DP Sandy bridge UP Sandy bridge DP Memory Up to 256 GB in 8 DIMM Up to 512 GB in 16 DIMM HDD 10 x 2. 5” 4 x 2. 5” 3 x 3. 5” 6 x 2. 5” (8 + 2) x 3. 5" Expansion slot 4 GPU 1 PCI-e 3. 0 x 4 1 PCI-e 3. 0 x 8 (LP) 3 GPU 1 PCI-e 3. 0 x 8 (LP) 2 GPU 4 GPU 1 PCI-e 3. 0 x 8 (LP) 2 PCI-e 3. 0 x 8 Power Supply 1800 W platinum redundant 1400 W platinum 1620 W platinum redundant * Pictures are reference only Supermicro Confidential / NDA Required

Introducing Supermicro’s Everest Product Line Bert Shen DP MB PM June 11, 2012 Confidential Introducing Supermicro’s Everest Product Line Bert Shen DP MB PM June 11, 2012 Confidential © Supermicro 2012

Supports the “Everest” E 5 -2698 CPUs l Supermicro’s Everest product line supports the Supports the “Everest” E 5 -2698 CPUs l Supermicro’s Everest product line supports the E 52698 CPU § Intel’s codename for the highest-frequency bin Xeon CPU is also called “Everest” l Sandy Bridge Everest CPU specs § 4. 0 GHz, 4 cores, 135 W § Requires optimized cooling for CPU temperature (~30 deg C cooler than other CPUs) l Target customer is financial companies focused on low -latency computing (HFT)

Powered by X 9 DAX motherboard l Overclocking § Focused on overclocking highest-end CPUs Powered by X 9 DAX motherboard l Overclocking § Focused on overclocking highest-end CPUs (E 52643, 2687, 2698), but supports overclocking of all E 5 -2600 series § Overclocks CPUs up to 6% and Memory 24% § Board-level overclocking circuitry maximizes Sandy Bridge performance beyond most competitors’ capabilities § Allows frequency, voltage, memory latency margining

Additional X 9 DAX features l Reliable enterprise-class overclocking § Not a gaming or Additional X 9 DAX features l Reliable enterprise-class overclocking § Not a gaming or enthusiast board, like competitors’ overclocked solutions § Underwent extra phases of validation beyond normal product testing l Datacenter-optimized with HW RAID and 10 Gb. E options § Built for max performance using air-cooling § LSI 2208 and 10 G options for energy-efficient DCO product line

Winning business with Server Management Software MFU Overview NMView Overview Confidential © Supermicro 2012 Winning business with Server Management Software MFU Overview NMView Overview Confidential © Supermicro 2012

Confidential Supermicro Mass Firmware Update Software l Remotely upgrade SMCI firmware components in large Confidential Supermicro Mass Firmware Update Software l Remotely upgrade SMCI firmware components in large Linux deployments l BIOS, System parameters, BMC l Parallel Updates- Reduces down time during server upgrades l CLI interface allow easy integration into existing infrastructure l Secure connection between client and server Availability March 31 st for trial version April 30 thth for licensed copies

Remote Power Management Solution – Key Benefits l Monitor server power consumption during production Remote Power Management Solution – Key Benefits l Monitor server power consumption during production workloads (helping measure and optimize PUE) Available Now for Trials v Maximize rack efficiency by enforcing power limit on racks according to data center power capacity v Lower operating rack temperature by limiting power during hot weather periods v Lower power costs by making better use of variable power pricing (e. g. during the night) http: //www. supermicro. com/NMView

Summary l Maintenance of Supermicro servers in large Linux cluster deployments becomes easy now Summary l Maintenance of Supermicro servers in large Linux cluster deployments becomes easy now with MFU software l NMView power management solution is available now to save OPEX on power consumption for our end users

Summary l Supermicro is growing fast to serve its customers l Supermicro has the Summary l Supermicro is growing fast to serve its customers l Supermicro has the broadest the most efficient Application Optimized system solutions l Supermicro Keep IT Green™