NEC Micro Modular Server Introduction. NEC November 18,2014

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1 NEC Micro Modular Server Introduction NEC November 18,2014

2 Market Trend Cloud Computing Public cloud service market is growing. It is expected over 20% of annual growth. Cloud services used in companies and offices (Private Cloud) are also expanding. Worldwide Public Cloud Services Worldwide Private Cloud Infrastructure US$ Billion US$ Billion SaaS PaaS IaaS Software Hardware Source: IDC, Worldwide and Regional Public IT Cloud Services Forecast (IDC #242464) Source: IDC, Worldwide Private Cloud IT Infrastructure Forecast (IDC #240624) Page 2 NEC Corporation 2014

Worldwide Public Cloud Services Worldwide Private Cloud Infrastructure US$ Billion US$ Billion 120 100 80 SaaS PaaS IaaS 25 20 15 Software Hardware 60 40 10

Cloud Service Providers Challenges Cost reduction to maintain price competitiveness in global market Business expansion by creation of high-value added services such as big data analysis Cost

3 Cloud Service Providers Challenges Cost reduction to maintain price competitiveness in global market Business expansion by creation of high-value added services such as big data analysis Cost Reduction Proliferation of data centers to expand services Cost escalation due to increases of IT devices and electricity rate Complicated management of IT devices and facilities Service Creation Manpower shortage caused by establishment, operation and maintenance of systems Know-how accumulation to introduce new technologies Prolongation of verification due to complicated service platform Page 3 NEC Corporation 2014

electricity rate Complicated management of IT devices and facilities Service Creation Manpower shortage caused by establishment, operation and

Next generation cloud service platform Using micro modular server which design was first created and implemented at NEC s flagship data center

for various services 1/6 Implementation time NEC Solution Platforms Hosting IaaS Big data analysis Current ICT Devices Cooling devices 30% cost

4 Next generation cloud service platform Using micro modular server which design was first created and implemented at NEC s flagship data center in Kanagawa where NEC Cloud IaaS service is offered Consolidated resources required to deliver cloud services and provides optimized platform for various services 1/6 Implementation time NEC Solution Platforms Hosting IaaS Big data analysis Current ICT Devices Cooling devices 30% cost reduction Resource consolidation Next generation cloud service platform Cloud Middleware (OSS) ICT Facilities resources Page 4 NEC Corporation 2014

70GHz/8-core/4MB) 1x 8GB DIMM 1x 128GB msata SSD 2x Network Switch Module 2x CMM Module 2x AC Power Supply Unit (1600W)

5 Cloud Platform for Dedicated Hosting Reduces hosting providers costs significantly through energyefficient, yet highly dense platform characteristics. System Configuration 42U rack 4x Micro Modular Server chassis 46x Server Modules (C GHz/8-core/4MB) 1x 8GB DIMM 1x 128GB msata SSD 2x Network Switch Module 2x CMM Module 2x AC Power Supply Unit (1600W) Phase Change Cooling Unit (optional) Delivery Start Date : July 2014 Price : USD500,000 /EUR 358,000 Page 5 NEC Corporation 2014

1. ICT Resources High dense, energy-efficient hardware Micro Modular Server Ultra-High density compute node with the latest Intel Atom TM C2000 series 8-core processors and 1 SSD slot achieve

6 1. ICT Resources High dense, energy-efficient hardware Micro Modular Server Ultra-High density compute node with the latest Intel Atom TM C2000 series 8-core processors and 1 SSD slot achieve world-class *1 energy savings and performance efficiency Each server module has two 2.5Gb Ethernet, which develops an ideal network environment to support scale out workloads such as big data analysis as saving energy compared to 10Gb Ethernet. Micro Modular Server Traditional servers *1:Based on all the servers with Atom C2000 and 2.5GbEther *2: A total of network bandwidth of all downlinks in the rack *3:RMS :Rack Management System 700 servers per rack 75% less space 75% less energy 5600 processor cores per rack 22TB of memory per rack 90TB of SSD storage per rack Networking *2 3.5Tbps per rack Integrated management via RMS *3 Page 6 NEC Corporation 2014

5Gb Ethernet, which develops an ideal network environment to support scale out workloads such as big data analysis as saving energy compared to 10Gb Ethernet.

7 Micro Modular Server Features (1/2) Space Saving Super High-Dense Server System Max 46 1way servers in 2U Enclosure max 700 servers par rack frame World top class high density server system (note) Power Saving Current Server (4 racks) High mounting density Server (1 rack) Latest ECO technology Highly integrated and low power consumption Intel Atom C2000 family (Avoton) (system on a chip) for server Power consumption control (power capping), High temperature ambient server High efficiency Power Supply Unit Operation Saving Manageability and Serviceability Hot swap boards (One service technician swap failure parts under operation) CMM board monitors common parts CPU board has server class BMC Page 7 NEC Corporation 2014

family (Avoton) (system on a chip) for server Power consumption control (power capping), High temperature ambient server High efficiency Power Supply Unit Operation Saving

8 Micro Modular Server Features (2/2) High Speed High speed LAN switch board External 40Gbps x2 ports (per a LAN switch board) Internal 2.5Gbps x46 ports (per a LAN switch board) (2.5Gbps x2 ports of CPU board is available at 2x LAN Switch board configuration) Flexibility Optional peripherals for various system CPU module SATA HDD module Reliability Reliability and Availability BMC (*1) on CPU board for Self-monitor and Alert Chassis Monitor Module (CMM(*2)) monitoring common parts in Enclosure Redundant key parts in Enclosure (CMM, Switch(*3), PSU and FAN) *1: BMC (Baseboard Management Controller) Directly alerting without CMM *2: CMM (Chassis Management Controller) *3: Redundant LAN switch configuration requires LAN bonding on servers Page 8 NEC Corporation 2014

Availability BMC (*1) on CPU board for Self-monitor and Alert Chassis Monitor Module (CMM(*2)) monitoring common parts in Enclosure Redundant key parts in Enclosure (CMM, Switch(*3), PSU and

Management Module 6 NW Switch Module 7 8 2 (Redundancy) 2 (Redundancy) FAN Module 10 (Redundancy) Power Supply 2

9 Micro Modular Server Construction 3 Front 1 1 Components Server 2 Module # of Units Base Board 1 Max 46 Server Module CPU side Memory side HDD Module Max 16 PCI Card Max 12 PCI card HDD module 4 7 Rear CMM* Module *Chassis Management Module 6 NW Switch Module (Redundancy) 2 (Redundancy) FAN Module 10 (Redundancy) Power Supply 2 (Redundancy) CMM Module FAN Module NW Switch Module Power Supply Redundancy for Shared Components Page 9 NEC Corporation 2014

10 Micro Modular Server Front/ Rear Front Rear Power Supply #1 Power Supply#2 Slide Tag Power Switch/LED (Green) UID Switch/LED (Blue) Status LED (Amber) microusb NW Switch Modules #2 NW Switch Modules #1 UID Switch/LED (Blue) Page 10 NEC Corporation 2014

Switch/LED (Blue) Status LED (Amber) microusb NW Switch

2. Facilities Cooling Technology Phase Change Cooling An optional cooling device that removes the heat generated from servers without using any power supply Air conditioning power consumption per

Phase Change Cooling About a half of heat exhausted from ICT equipment can be removed with out electric power.

11 2. Facilities Cooling Technology Phase Change Cooling An optional cooling device that removes the heat generated from servers without using any power supply Air conditioning power consumption per rack decreased by at least 30%. Current As IT devices increase, more and more air conditioning power is required. Floor space constraints and increase of power consumption are problems. Phase Change Cooling About a half of heat exhausted from ICT equipment can be removed with out electric power. Additional air conditioning facility is not required for cooling the rack filled with a lot of servers. exhaust heat Cooling Air Conditioning ICT devices Heat is moved to outside by natural phase change cycle Phase Change Cooling Unit exhaust heat * More than 60 patents are applied. cooling Reduces 30% Cooling Power Air Conditioning Micro Modular Server + Phase Change Cooling Unit Page 11 NEC Corporation 2014

12 Cost Reduction through Micro Modular Server Reduction of facility cost through low power and high density platform IT devices 30% cost reduction IT devices Floor space/energy Traditional servers Micro Modular Server Based on NEC internal estimates of hosting providers cost Condition:Assuming Hosting providers which have 2000 racks in North America Page 12 NEC Corporation 2014

servers Micro Modular Server Based on NEC internal estimates of hosting providers cost

Upcoming line of products Optimized combination of power saving, high density and high performance platform and OSS Cloud Platfor m for Dedicated Hosting Cloud Platfor m for IaaS Data Platform for

13 Upcoming line of products Optimized combination of power saving, high density and high performance platform and OSS Cloud Platfor m for Dedicated Hosting Cloud Platfor m for IaaS Data Platform for Hadoop Hosting Service Platform IaaS Platform Big Data Analysis Platform ICT Resource Facility Consolidation of power saving and high density servers and facilities into 1 rack OpenStack ICT Resource Facility OSS stack and storage service platform built on hosting Service Platform Hadoop ICT Resource Facility Appliance platform adopting Hadoop to ride on the strength of high speed communication performance Delivery starts in July 2014 USD 500,000- / EUR 358,000 Upcoming Upcoming Page 13 NEC Corporation 2014

facilities into 1 rack OpenStack ICT Resource Facility OSS stack and storage service platform built on hosting Service Platform Hadoop ICT Resource Facility Appliance platform

14 Page 14 NEC Corporation 2014

Data Sheet FUJITSU Server PRIMERGY CX400 M1 Multi-Node Server Enclosure

Data Sheet FUJITSU Server PRIMERGY CX400 M1 Multi-Node Server Enclosure Data Sheet FUJITSU Server PRIMERGY CX400 M1 Multi-Node Server Enclosure Scale-Out Smart for HPC, Cloud and Hyper-Converged Computing