INTEL ROADMAP DIRECTIONS 2015

Transcription

1 INTEL ROADMAP DIRECTIONS 2015 A RESOURCE GUIDE FOR CIOS AND IT PROFESSIONALS In Focus 5TH GENERATION INTEL CORE PROCESSORS VOLUME

2 2 INTEL ROADMAP DIRECTIONS 2015 WELCOME 5TH GENERATION INTEL CORE PROCESSORS TRANSFORM THE WAY YOU COMPUTE The beginning of a new quarter also marks the beginning of new decisions. As the company s decision maker, it is imperative that you make the right IT decisions that can help your company increase operational efficiency and accelerate growth. This edition of Intel Roadmap Directions 2015 brings you valuable insights on Intel s latest technologies and solutions that will help you enrich and enhance your business performance for greater success. Meet the 5th gen Intel Core processors that pack an incredible new standard of performance that s versatile enough for the busiest lifestyles, while powerful and secure enough for thriving enterprises. 5th gen Intel Core processors pack an incredible new standard of performance that s versatile enough for the busiest lifestyles, while powerful and secure enough for thriving enterprises. The Intel Core i3, Intel Core i5, and Intel Core i7 processors enable a new wave of innovation. For the enterprise, Intel Core vpro processors are designed to meet the mobility and security 1 needs of your business. POWER TO DELIVER AMAZING EXPERIENCES Lose the Cords. Stay Connected. HD Technology s Next Dimension Also, discover how Intel is enabling Network Functions Virtualization (NFV) to deliver on its promise with Intel Xeon processor E v3 that speeds up packet processing in virtualized environments. Additionally, learn about how Intel IT successfully migrated to Cloudera Apache Hadoop*. This volume also puts the spotlight on the Intel Solid-State Drive Data Center Family for NVMe*, which can significantly improve data center performance and efficiency. Furthermore, gain insights on tackling attack detection and incident response. The 2nd edition of Intel Roadmap Directions 2015 brings to you key insights on the technologies and solutions powered by Intel that can help you set new standards for business success. With 5th generation Intel vpro Technology, you can automatically dock to monitors, keyboards, and USB accessories with Intel Wireless Docking, while Intel Pro Wireless Display makes it easy for instant connections and projection without 3 the wires. Skip the Click and Speak Intel Smart Sound Technology enables a true hands-free, voice command experience without sacrificing battery life. With features like system wake up, speaker ID, and custom phrase support, 4 what you say goes. 2 Intel RealSense Technology uses depth-sensing optics to bring features like gesture control, 3D capture and edit, and innovative photo and video capabilities to your devices. Start interacting with technology in a whole new way. Advance Your Business 5th generation Intel Core vpro processor-based devices are designed to meet the mobility needs of your users and the security requirements of your 1 enterprise. Built-in security features help protect 5 data, identities, and network access.

3 A RESOURCE GUIDE FOR CIOs AND IT PROFESSIONALS 3 5TH GENERATION INTEL CORE PROCESSOR COMPARED TO AN OLD PC** Premium Performance, Powerful Possibilities Get Work Done Quickly Extraordinary Battery Life Robust Security 2.5X UP TO BETTER PRODUCTIVITY 3 With the 5th generation Intel Core processor, you get excellent performance so you can move effortlessly between 6 applications. 3.5X UP TO FASTER PREPARING FOR 7 3D PRINTING 3 The 5th generation Intel Core processors give you the performance you need to create and think out of the box. 8.7 HOURS8 WATCH VIDEOS UP TO 3 8 Giving you up to 8.7 hours on a single charge in a thin and light PC you can carry with you all day. Start up your system safely with built-in security and enjoy fast data encryption to keep your information more secure without slowing you down. And with Intel Identity Protection 5,9 Technology, you can feel safer while you surf online. Read More at core/5th-gen-core-processor-family.html

4 4 INTEL ROADMAP DIRECTIONS 2015 ENABLING NFV TO DELIVER ON ITS PROMISE Intel Xeon processor E v3 speeds up packet processing in virtualized environments. Network Functions Virtualization (NFV) is paving the way for more open, flexible, and economical networking and communications equipment based on general-purpose computing platforms instead of traditional proprietary, purpose-built products. Intel Technologies Driving the NFV Advantage Huge Pages: The Intel Xeon processor E v3 product family allows a virtual machine monitor (VMM) to assign larger memory pages to VMs, which helps to greatly minimize overhead. Inter-VM Communication Schemes: Network functions typically collaborate with each other, necessitating a low-latency inter-vm communication scheme that overcomes typical performance overheads. Cache Monitoring and Allocation: Intel Cache Monitoring Technology allows an operating system or VMM to determine how much L3 cache each software thread is using; and Intel Cache Allocation Technology can intelligently partition the L3 cache. NFV is having a profound impact on the design and deployment of next-generation networking and communications equipments. Intel Xeon processor E v3 product family, with technologies that can significantly reduce virtualization latency or its impact, makes it particularly well-suited for demanding networking applications. NFV WHITEPAPER SHOWCASE Enabling Carrier Grade SLA on NFV Based Solution (Abstract of the White Paper - End to End Network Function Virtualization Architecture Instantiation - Published by Intel, Brocade*, Cyan*, Red Hat* and Telefonica*) Optimal NFV Deployment Throughput (Mpps) 25 MPPS TIME 23 Mpps 270 Kpps 20/02 20/02 20/02 20/02 20/02 20/02 13:27:20 13:27:30 13:27:40 13:27:50 13:28:00 13:28:10 Throughput (Gbps) GBPS TIME 0 20/02 20/02 20/02 20/02 20/02 20/02 13:27:20 13:27:30 13:27:40 13:27:50 13:28:00 13:28:10 NFV Cloud Standard and open information models build on Intel Xeon processor E v3 product family along with DPDK* enable VNF (Brocade s vrouter 5600*) to significantly improve on performance and latency which are crucial to enable the open VNF ecosystem - helping the customer transition from the world of monolithic network appliance to more software defined functions. For more information about Intel solutions for NFV, visit

5 A RESOURCE GUIDE FOR CIOs AND IT PROFESSIONALS 5 HOW INTEL IT SUCCESSFULLY MIGRATED TO CLOUDERA APACHE HADOOP* Identifying new opportunities to reduce IT costs and extend BI capabilities (Abstract of the White Paper - How Intel IT Successfully Migrated to Cloudera Apache Hadoop* - Published by IT@Intel ) Forming a strategic partnership with Cloudera, Intel IT adopted Cloudera Distribution for Apache Hadoop (CDH), and migrated quickly from Intel Distribution for Apache Hadoop (IDH). Careful planning, thorough testing, proactive communications, and efficient management of scope, schedules, and skills helped enable a successful migration. CDH Advantages Features Desirable features, mature feature sets, and faster releases Support Vendor-based enterprise-level support Tools Enterprise-grade management and software development tools Open Source Full distribution from the Apache Hadoop open-source project Source: Conclusion Although this Hadoop migration was complex and involved multiple layers of change, the move was successful. We experienced little dependency on the application teams and did not encounter any significant issues associated with the migration from one distribution to another. When performing a Hadoop migration, consider the following tips: Choose the migration team carefully Gain from open-source options Keep design as simple as possible BEST PRACTICES FOR MIGRATING FROM IDH TO CDH A successful migration requires careful planning to cope with three key challenges: Coping with Hadoop variations Understanding the scope of the changes Completing the in-place migration in a timely manner To address these three challenges, the Intel IT migration team followed six best practices. Find Differences with a Comparative Evaluation in a Sandbox Environment From the results, the team constructed a compare-and-contrast table that identified gaps and described key differentiators. Define Our Strategy for the Cloudera Implementation Our component and option selections validated our sandbox findings and were incorporated into our migration strategy. We summarized the strategy, along with benefits, potential risks, and current status. Split the Hardware Environment The Intel IT migration team split the existing Hadoop hardware environment into two clusters (one for IDH and the other for CDH), completing the construction of the two parallel systems using available components Upgrade the Hadoop Version The move from Hadoop 1.0 to Hadoop 2.0 was simple and straightforward. The team gained desirable features that are not included in IDH, along with the advantages of an open-source platform. Create a Preproduction-to-Production Pipeline Creating a preproduction environment, powered by 128 cores (using Intel Xeon processors), enabled us to incrementally migrate data to the CDH environment and to start the data migration process early for rapid transition to the new CDH environment. Rebalance the Data We took advantage of a rebalancing feature in CDH that can be executed from the Cloudera Manager user interface. After each rebalance and data migration process, the team reassessed the data distribution and rebalanced as necessary. For more information on Intel IT best practices, visit

6 6 INTEL ROADMAP DIRECTIONS 2015 INTEL SOLID-STATE DRIVE DATA CENTER FAMILY FOR NVME* NVMe technology can dramatically improve performance and efficiency Fast, Consistent Performance with Stress-Free Protection FAST AND CONSISTENT PERFORMANCE STRESS- FREE PROTECTION POWER AND COST EFFICIENCY HIGH CAPACITY Intel Solid-State Drive DC P3600 Series 4K random write IOPS up to 56K Sequential read/write up to 2600/1700 MB/s End-to-end error detection and correction Low Density Parity Check (LDPC) Cyclic Redundancy Checks (CRC) Logical Block Addressing (LBA) tag validation 20nm MLC Up to 25W (Write)/11W (Read) typical operational power 4W standby 3 Drive Writes Per Day Up to PBW For more details, visit 4K random read input/output operations per second (IOPS) up to 460K PCIe* 3.0 x 4 NVMe Sequential latency (typ) Read/Write 20/20µs Up to 2TB capacity options Intel Solid-State Drive DC P3700 Series Out of band management Endurance indicators Thermal monitoring Power loss protection 2 million hours Mean Time Between Failures (MTBF), 230 years 5 years limited warranty 4K random write IOPS up to 175K Sequential read/write up to 2800/2000 MB/s 20nm MLC Up to 25W (Write)/11W (Read) typical operational power 4W standby High-Endurance Technology 10 Drive Writes Per Day Up to 36.5 PBW NVME PERFORMANCE GAINS OVER SAS AND SATA Read performance of NVMe drives exceeds that of SAS and SATA drives by 3x and 6x, respectively. In typical enterprise mixed workloads, NVMe performs 2x faster than SAS and 5x faster than SATA. For write intensive applications, NVMe outperforms SAS by 1.5x and SATA by 4x. NVMe provides this faster performance with 10 lower latency to better meet your enterprise needs. IOPS 466,816 QD128 QD32 4K RANDOM WORKLOADS 245, , ,180 74,121 53, % READ 70% READ NVMe SAS 12Gb/s SATA 6Gb/s 143,491 97,260 35,765 0% READ Discover More at

7 INTEL SECURITY TACKLING ATTACK DETECTION AND INCIDENT RESPONSE Discover the key factors that slow many organizations incident response rates A RESOURCE GUIDE FOR CIOs AND IT PROFESSIONALS 7 A new report, Tackling Attack Detection and Incident Response, from Enterprise Strategy Group (ESG), commissioned by Intel Security, examines organizations security strategies, cyber-attack environment, incident response challenges and needs. The survey found that security professionals are inundated with security incidents, averaging 78 investigations per organization in the last year, with 28 percent of those incidents involving targeted attacks one of the most dangerous and potentially damaging forms of cyber-attacks. According to the IT and security professionals surveyed, better detection tools, better analysis tools, and more training on how to deal with incident response issues are the top ways to improve the efficiency and effectiveness of the information security staff. 28% incident of security incidents are targeted attacks; product integration, event comprehension, and insufficient skills are key challenges to timely response Better Integration Nearly 80 percent of the people surveyed believe the lack of integration and communication between security tools creates bottlenecks and interferes with their ability to detect and respond to security threats. Real-time, comprehensive visibility is especially important for rapid response to targeted attacks, and 37 percent called for tighter integration between security intelligence and IT operations tools. These responses suggest that the very common patchwork architectures of dozens of individual security products have created numerous silos of tools, consoles, processes and reports that prove very time consuming to use. These architectures are creating ever greater volumes of attack data that drown out relevant indicators of attack. Better Comprehension Security professionals surveyed claim that real-time security visibility suffers from limited understanding of user behavior and network, application, and host behavior. While the top four types of data collected are network-related, and 30 percent collect user activity data, it s clear that data capture isn t sufficient. Users need more help to contextualize the data to understand what behavior is worrisome. This gap may explain why nearly half (47 percent) of organizations said determining the impact or scope of a security incident was particularly time consuming. When it comes to incident detection and response, time has an ominous correlation to potential damage. The longer it takes an organization to identify, investigate, and respond to a cyber-attack, the more likely it is that their actions won t be enough to preclude a costly breach of sensitive data. With this in mind, CISOs should remember that collecting and processing attack data is a means toward action improving threat detection and response effectiveness and efficiency. - Jon Oltsik, Senior Principal Analyst, ESG

8 8 INTEL ROADMAP DIRECTIONS 2015 Better Analytics Users understand they need help to evolve from simply collecting volumes of security event and threat intelligence data to more effectively making sense of the data and using it to detect and assess incidents. Fifty-eight percent said they need better detection tools (such as static and dynamic analysis tools with cloud-based intelligence to analyze files for intent). Fifty-three percent say they need better analysis tools for turning security data into actionable intelligence. One-third (33 percent) called for better tools to baseline normal system behavior so teams can detect variances faster. Better Expertise People who took the survey admitted to a lack of knowledge of the threat landscape and security investigation skills, suggesting that even better visibility through technical integration or analytical capabilities will be inadequate if incident response teams cannot make sense of the information they see. For instance, only 45 percent of respondents consider themselves very knowledgeable about malware obfuscation techniques, and 40 percent called for more training to improve cybersecurity knowledge and skills. Automation to Enhance Action The volume of investigations, limited resources, and skills contributed to a strong desire among respondents for help incident detection and response. Forty-two percent reported that taking action to minimize the impact of an attack was one of their most time-consuming tasks. Twenty-seven percent would like better automated analytics from security intelligence tools to speed real-time comprehension; while 15 percent want automation of processes to free up staff for more important duties. Just as the medical profession must deliver heart-attack patients to the hospital within a golden hour to maximize likelihood of survival, the security industry must work towards reducing the time it takes organizations to detect and deflect attacks, before damage is inflicted. This requires that we ask and answer tough questions on what is failing us, and evolve our thinking around how we do security. Chris Young, General Manager, Intel Security The ESG believes that there is a hidden story within the Intel Security research that hints at best practices and lessons learned. This data strongly suggests that CISOs: Create a tightly-integrated enterprise security technology architecture Anchor their cybersecurity strategy with strong analytics, moving from volume to value Automate incident detection and response whenever possible Commit to continuous cybersecurity education ABOUT INTEL SECURITY McAfee is now part of Intel Security. With its Security Connected strategy, innovative approach to hardware-enhanced security, and unique McAfee Global Threat Intelligence, Intel Security is intensively focused on developing proactive, proven security solutions and services that protect systems, networks, and mobile devices for business and personal use around the world. Intel Security is combining the experience and expertise of McAfee with the innovation and proven performance of Intel to make security an essential ingredient in every architecture and on every computing platform. The mission of Intel Security is to give everyone the confidence to live and work safely and securely in the digital world. To view the full Intel Security report, please visit:

9 A RESOURCE GUIDE FOR CIOs AND IT PROFESSIONALS 9 DESKTOP ROADMAP GUIDANCE This latest Intel architecture building block roadmap update is intended to provide you with recommendations for your Desktop deployment. Desktop Segment Chipset No. Clock Speed Cache Enthusiast Desktop Intel Core i7 Intel X79/X99 i7-4000/5000 Sequence Up to 3.60 GHz Up to 20 MB L3 Cache Chipset Enterprise Managed Desktop Intel Core i5 Intel Q87 Chipset i Sequence Up to 3.50 GHz Up to 6 MB L3 Cache with vpro Technology Advanced Desktop Intel Core i3 Intel 8/9 Series i Sequence Up to 3.80 GHz Up to 4 MB L3 Cache Chipset Evolving Desktop Intel Pentium Intel 8 Series G3200/G3400 Sequence Up to 3.50 GHz 3 MB L3 Cache Express Chipset Basic Desktop Intel Celeron Intel 8 Series G1600/G1800 Sequence Up to 2.90 GHz Up to 2 MB L3 Cache Express Chipset Please refer to Desktop Reference Tables for getting the exact SKU information. MOBILE ROADMAP GUIDANCE This latest Intel architecture building block roadmap update is intended to provide you with recommendations for your Mobile deployment. Mobile Segment Chipset No. Clock Speed Cache Wireless Solution Portable Intel Core i7 Mobile Intel 8 Series Chipset i7-4000qm / i7-4000hq Series Minimum MB or higher Intel Centrino 6000/7000 Workstation GHz & above L3 Cache Series ( a/g/n) Ultrabook / Intel Core i3/i5 ; ^ Integrated chipset in i3-4000u / i5-4000u Series (SOC) Minimum MB or higher Intel Centrino 6000/ in 1 Intel Core M / processor for SOC i3-5000u Series / i5-5000u Series (SOC) GHz & above L3 Cache Series ( a/g/n) Intel Core M vpro i3-4000y / i5-4000y Series (SOC) 5Y10 / 5Y10a / 5Y70 (SOC) Enterprise Intel Core i5/i7 Mobile Intel QM87 Chipset i7-4800hq / i7-4900hq / Minimum MB or higher Intel Centrino 6000/7000 Notebook with vpro Technology ^ Integrated chipset in processor i7-4800mq / i7-4900mq, GHz & above L3 Cache Series ( a/g/n) for SOC i7-4600u / 5500U / 5600U (SOC) SME Intel Core i3/i5 Mobile Intel 8 Series Chipset ^ ^ i3-4000m / i3-4000u / i3-5000u Minimum MB Cache Intel Centrino 6000/7000 Notebook ^ ^ ^ Integrated chipset in processor i5-4000m / i5-4000u / i5-5000u GHz & above Series ( a/g/n) for SOC SMB / Education Intel Pentium Mobile Intel 8 Series Chipset 3500U & 3800U Series Dual-Core (SOC) Minimum MB Cache Intel Centrino 6000/7000 ^ Notebook Integrated chipset in processor N3500 Series Quad-Core (SOC) GHz & above Series ( a/g/n) for SOC Value Intel Celeron Mobile Intel 8 Series Chipset 3205U & 3755U Series Dual-Core (SOC) Minimum 1.40 Minimum 1 MB Intel Centrino 6000/7000 ^ Notebook Integrated chipset in processor N2800 Series Dual-Core (SOC) GHz & above Cache Series ( a/g/n) for SOC N2900 Series Quad-Core (SOC) Please refer to Mobile Reference Tables for getting the exact SKU information. ^SOC (System on Chip)

10 10 INTEL ROADMAP DIRECTIONS 2015 SERVER ROADMAP GUIDANCE This latest Intel architecture building block roadmap update is intended to provide you with recommendations for your Server deployment. Φ Server Segment Clock Speed No. of Cores Cache FSB/QPI High End Mission Critical Intel Itanium 9500 Series Up to 2.53 GHz Up to 8 Cores Up to 32 MB L3 Cache Up to 6.4 GT/sec QPI Mainstream Mission Critical Intel Xeon E v2 / 8800 v2 Series Up to 3.40 GHz Up to 15 Cores Up to 37.5 MB L3 Cache Up to 8.0 GT/sec QPI High Density Server (4-skt) Intel Xeon E v2 Series Up to 3.30 GHz Up to 12 Cores Up to 30 MB L3 Cache Up to 8.0 GT/sec QPI Performance DP Server Intel Xeon E v3 Series Up to 2.60 GHz Up to 18 Cores Up to 45 MB L3 Cache Up to 9.6 GT/sec QPI Mainstream DP Server Intel Xeon E v3 Series Up to 2.60 GHz Up to 8 Cores Up to 20 MB L3 Cache Up to 8.0 GT/sec QPI Entry DP Server Intel Xeon E v3 Series Up to 2.40 GHz Up to 6 Cores Up to 15 MB L3 Cache Up to 8.0 GT/sec QPI UP Server (1-skt) Intel Xeon E v3 Series Up to 3.60 GHz Up to 4 Cores Up to 8 MB L3 Cache N/A Please refer to Server Reference Tables for getting the exact SKU information. WORKSTATION ROADMAP GUIDANCE This latest Intel architecture building block roadmap update is intended to provide you with recommendations for your Workstation deployment. Φ Workstation Segment Clock Speed No. of Cores Cache FSB/QPI Performance DP Workstation Intel Xeon E v3 Series Up to 3.10 GHz Up to 18 Cores Up to 45 MB L3 Cache Up to 9.6 GT/sec QPI Mainstream DP Workstation Intel Xeon E v3 Series Up to 3.20 GHz Up to 8 Cores Up to 20 MB L3 Cache Up to 9.6 GT/sec QPI Performance UP Workstation Intel Xeon E v3 Series Up to 3.70 GHz Up to 8 Cores Up to 15 MB L3 Cache N/A Entry UP Workstation (1-skt) Intel Xeon E v3 Series Up to 3.60 GHz Up to 4 Cores Up to 8 MB L3 Cache N/A Please refer to Server Reference Tables for getting the exact SKU information.

11 DESKTOPS - INTEL PROCESSOR REFERENCE CHART Intel Brand or Family Number Base Frequency Intel Turbo Boost 11 Technology - Max Turbo Memory Speed DDR3 Only (MHz) 4th Generation Intel Core i7 and i5 Family (22nm) Cache Cores / Threads Power (Max TDP) A RESOURCE GUIDE FOR CIOs AND IT PROFESSIONALS Intel VT Intel HD Graphics i7-4960x MB L3 6/12 130W i7-4930k MB L3 6/12 130W i7-4820k MB L3 4/8 130W i7-4790s MB L3 4/8 65W i7-4790t MB L3 4/8 45W i MB L3 4/8 84W i7-4785t MB L3 4/8 35W i MB L3 4/8 84W i7-4770k MB L3 4/8 84W i7-4770r MB L3 4/8 65W i7-4770s MB L3 4/8 65W i7-4770t MB L3 4/8 45W i MB L3 4/8 84W i7-4765t MB L3 4/8 35W i5-4690s MB L3 4/4 65W i5-4690t MB L3 4/4 45W i MB L3 4/4 84W i5-4670k MB L3 4/4 84W i5-4670r MB L3 4/4 65W i5-4670s MB L3 4/4 65W i5-4670t MB L3 4/4 45W i MB L3 4/4 84W i5-4590s MB L3 4/4 65W i5-4590t MB L3 4/4 35W i MB L3 4/4 84W i5-4570r MB L3 4/4 65W i5-4570s MB L3 4/4 65W i5-4570t MB L3 2/4 35W i MB L3 4/4 84W i5-4460s MB L3 4/4 65W i5-4460t MB L3 4/4 35W i MB L3 4/4 84W Intel Technologies 13 Intel 64 Intel vpro 1, Technology Supports Ultra HD resolution (3840x2160@60Hz on DP and edp and 4096x2304@24Hz on DP, edp and HDMI) Need other compatible components like chipset and firmware

12 12 INTEL ROADMAP DIRECTIONS 2015 DESKTOPS - INTEL PROCESSOR REFERENCE CHART Intel Brand or Family Number Base Frequency Intel Turbo Boost 11 Technology - Max Turbo Memory Speed DDR3 Only (MHz) Cache Cores / Threads Power (Max TDP) 12 Intel VT Intel HD Graphics Intel Technologies 13 Intel 64 4th Generation Intel Core i5 Family (22nm) i5-4440s MB L3 4/4 65W i MB L3 4/4 84W i5-4430s MB L3 4/4 65W i MB L3 4/4 84W 4th Generation Intel Core i3 Family (22nm) i N/A MB L3 2/4 54W i3-4360t 3.2 N/A MB L3 2/4 35W i N/A MB L3 2/4 54W i3-4350t 3.1 N/A MB L3 2/4 35W i N/A MB L3 2/4 54W i N/A MB L3 2/4 54W i3-4330t 3.0 N/A MB L3 2/4 35W i N/A MB L3 2/4 54W i3-4160t 3.1 N/A MB L3 2/4 35W i N/A MB L3 2/4 54W i3-4150t 3.0 N/A MB L3 2/4 35W i N/A MB L3 2/4 54W i3-4130t 2.9 N/A MB L3 2/4 35W i N/A MB L3 2/4 54W Supports Ultra HD resolution (3840x2160@60Hz on DP and edp and 4096x2304@24Hz on DP, edp and HDMI)

13 A RESOURCE GUIDE FOR CIOs AND IT PROFESSIONALS 13 DESKTOPS - INTEL PROCESSOR REFERENCE CHART Intel Brand or Family Number Base Frequency Burst Frequency Intel Pentium G3000 Series (22nm) Memory Speed DDR3 Only (MHz) Cache Cores / Threads Power (Max TDP) 12 Intel VT Intel Technologies Intel HD Graphics 13 Intel 64 G N/A MB L3 2/2 53W G3450T 2.9 N/A MB L3 2/2 35W G N/A MB L3 2/2 53W G3440T 2.8 N/A MB L3 2/2 35W G N/A MB L3 2/2 53W G N/A MB L3 2/2 53W G3420T 2.7 N/A MB L3 2/2 35W G N/A MB L3 2/2 53W G N/A MB L3 2/2 53W G3250T 2.8 N/A MB L3 2/2 35W G N/A MB L3 2/2 53W G3240T 2.7 N/A MB L3 2/2 35W G N/A MB L3 2/2 53W G3220T 2.6 N/A MB L3 2/2 35W G N/A MB L3 2/2 53W Intel Pentium J2000 Series (22nm) J MB L2 4/4 10W J N/A MB L2 4/4 10W Intel Celeron G1800 Series (22nm) G N/A MB L3 2/2 53W G1840T 2.5 N/A MB L3 2/2 35W G N/A MB L3 2/2 53W G N/A MB L3 2/2 53W G1820T 2.4 N/A MB L3 2/2 35W G N/A MB L3 2/2 53W Intel Celeron J1000 Series (22nm) J MB L2 4/4 10W J N/A MB L2 4/4 10W J MB L2 2/2 10W J N/A MB L2 2/2 10W

14 14 INTEL ROADMAP DIRECTIONS 2015 NOTEBOOKS - INTEL PROCESSOR REFERENCE CHART Intel Brand or Family Number Base Frequency Intel Turbo Boost 11 Technology - Max Turbo 5th Generation Intel Core i7 s (14nm) Memory Speed DDR3 Only (MHz) Cache Cores / Threads Power (Max TDP) 12 Intel VT Intel Technologies Intel HD Graphics i7-5650u MB L3 2/4 15W i7-5600u MB L3 2/4 15W i7-5557u MB L3 2/4 28W i7-5550u MB L3 2/4 15W i7-5500u MB L3 2/4 15W 13 Intel 64 Intel vpro 1, Technology 5th Generation Intel Core i5 s (14nm) i5-5350u MB L3 2/4 15W i5-5300u MB L3 2/4 15W i5-5287u MB L3 2/4 28W i5-5257u MB L3 2/4 28W i5-5250u MB L3 2/4 15W i5-5200u MB L3 2/4 15W 5th Generation Intel Core i3 s (14nm) i3-5157u 2.5 N/A MB L3 2/4 28W i3-5010u 2.1 N/A MB L3 2/4 15W i3-5005u 2.0 N/A MB L3 2/4 15W 5th Generation Intel Core M s (14nm) M-5Y MB L3 2/4 4.5W M-5Y MB L3 2/4 4.5W M-5Y MB L3 2/4 4.5W M-5Y MB L3 2/4 4.5W M-5Y10c MB L3 2/4 4.5W M-5Y10a MB L3 2/4 4.5W M-5Y MB L3 2/4 4.5W Need other compatible components like chipset and firmware

15 A RESOURCE GUIDE FOR CIOs AND IT PROFESSIONALS 15 NOTEBOOKS - INTEL PROCESSOR REFERENCE CHART Intel Brand or Family Number Base Frequency Intel Turbo Boost 11 Technology - Max Turbo 4th Generation Intel Core i7 s (22nm) Memory Speed DDR3 Only (MHz) Cache Cores / Threads Power (Max TDP) 12 Intel VT Intel Technologies Intel HD Graphics 13 Intel 64 Intel vpro 1, Technology i7-4980hq MB L3 4/8 47W i7-4960hq MB L3 4/8 47W i7-4940mx MB L3 4/8 57W i7-4930mx MB L3 4/8 57W i7-4910mq MB L3 4/8 47W i7-4900mq MB L3 4/8 47W i7-4870hq MB L3 4/8 47W i7-4860hq MB L3 4/8 47W i7-4850hq MB L3 4/8 47W i7-4810mq MB L3 4/8 47W i7-4800mq MB L3 4/8 47W i7-4760hq MB L3 4/8 47W i7-4750hq MB L3 4/8 47W i7-4712hq MB L3 4/8 37W i7-4712mq MB L3 4/8 37W i7-4710hq MB L3 4/8 47W i7-4710mq MB L3 4/8 47W i7-4702hq MB L3 4/8 37W i7-4702mq MB L3 4/8 37W i7-4700hq MB L3 4/8 47W i7-4700mq MB L3 4/8 47W i7-4650u MB L3 2/4 15W i7-4610m MB L3 2/4 37W i7-4610y MB L3 2/4 11.5W i7-4600m MB L3 2/4 37W i7-4600u MB L3 2/4 15W i7-4578u MB L3 2/4 28W i7-4558u MB L3 2/4 28W i7-4550u MB L3 2/4 15W i7-4510u MB L3 2/4 15W i7-4500u MB L3 2/4 15W Need other compatible components like chipset and firmware

16 16 INTEL ROADMAP DIRECTIONS 2015 NOTEBOOKS - INTEL PROCESSOR REFERENCE CHART Intel Brand or Family Number Base Frequency Intel Turbo Boost 11 Technology - Max Turbo 4th Generation Intel Core i5 s (22nm) Memory Speed DDR3 Only (MHz) Cache Cores / Threads Power (Max TDP) 12 Intel VT Intel Technologies Intel HD Graphics i5-4360u MB L3 2/4 15W i5-4350u MB L3 2/4 15W i5-4340m MB L3 2/4 37W i5-4330m MB L3 2/4 37W i5-4310m MB L3 2/4 37W i5-4310u MB L3 2/4 15W i5-4308u MB L3 2/4 28W i5-4302y MB L3 2/4 11.5W i5-4300m MB L3 2/4 37W i5-4300u MB L3 2/4 15W i5-4300y MB L3 2/4 11.5W i5-4288u MB L3 2/4 28W i5-4278u MB L3 2/4 28W i5-4260u MB L3 2/4 15W i5-4258u MB L3 2/4 28W i5-4250u MB L3 2/4 15W i5-4220y MB L3 2/4 11.5W i5-4210h MB L3 2/4 47W i5-4210m MB L3 2/4 37W i5-4210u MB L3 2/4 15W i5-4210y MB L3 2/4 11.5W i5-4202y MB L3 2/4 11.5W i5-4200h MB L3 2/4 47W i5-4200m MB L3 2/4 37W i5-4200u MB L3 2/4 15W i5-4200y MB L3 2/4 11.5W 13 Intel 64 Intel vpro 1, Technology Need other compatible components like chipset and firmware

17 A RESOURCE GUIDE FOR CIOs AND IT PROFESSIONALS 17 NOTEBOOKS - INTEL PROCESSOR REFERENCE CHART Intel Brand or Family Number Base Frequency Intel Turbo Boost 11 Technology - Max Turbo Memory Speed DDR3 Only (MHz) Cache Cores / Threads Power (Max TDP) 12 Intel VT Intel Technologies Intel HD Graphics 13 Intel 64 4th Generation Intel Core i3 s (22nm) i3-4158u 2.0 N/A MB L3 2/4 28W i3-4120u 2.0 N/A MB L3 2/4 15W i3-4110m 2.6 N/A MB L3 2/4 37W i3-4100m 2.5 N/A MB L3 2/4 37W i3-4100u 1.8 N/A MB L3 2/4 15W i3-4030u 1.9 N/A MB L3 2/4 15W i3-4030y 1.6 N/A MB L3 2/4 11.5W i3-4025u 1.9 N/A MB L3 2/4 15W i3-4020y 1.5 N/A MB L3 2/4 11.5W i3-4012y 1.5 N/A MB L3 2/4 11.5W i3-4010u 1.7 N/A MB L3 2/4 15W i3-4010y 1.3 N/A MB L3 2/4 11.5W i3-4005u 1.7 N/A MB L3 2/4 15W i3-4000m 2.4 N/A MB L3 2/4 37W Intel Celeron s (22nm) 2981U 1.6 N/A MB L3 2/2 15W 2980U 1.6 N/A MB L3 2/2 15W 2970M 2.2 N/A MB L3 2/2 37W 2961Y 1.1 N/A MB L3 2/2 11.5W 2957U 1.4 N/A MB L3 2/2 15W 2955U 1.4 N/A MB L3 2/2 15W 2950M 2.0 N/A MB L3 2/2 37W 1019Y 1.0 N/A MB L3 2/2 10W N MB L2 4/4 7.5W N MB L2 4/4 7.5W N MB L2 4/4 7.5W N MB L2 2/2 7.5W N MB L2 2/2 7.5W N MB L2 2/2 7.5W N MB L2 2/2 7.5W N N/A MB L2 2/2 7.5W N MB L2 2/2 4.5W N MB L2 2/2 4.3W N MB L2 2/2 4.5W N N/A MB L2 2/2 4.3W

18 18 INTEL ROADMAP DIRECTIONS 2015 SERVERS - INTEL PROCESSOR REFERENCE CHART Intel Brand or Family Number Clock Speed Max Turbo Clock Speed Intel Itanium 9000 Sequence~ Memory Speed DDR3 Only (MHz) Cache Φ Intel QPI (GT/Sec) Cores / Threads Power (Max TDP) Ω System Type N/A MB L /16 170W MP N/A MB L /8 170W MP N/A MB L /16 170W MP N/A MB L /8 130W MP MB L /8 185W MP MB L /8 185W MP MB L /8 155W MP MB L /8 155W MP N/A MB L /4 130W MP Intel Xeon E7-8800/4800/2800 v2 Sequence~ E v MB L /12 155W Up to 8 s E v MB L /20 155W Up to 8 s E v MB L /30 155W Up to 8 s E7-8880L v MB L /30 105W Up to 8 s E v MB L /30 130W Up to 8 s E v MB L /30 130W Up to 8 s E v MB L /12 130W Up to 8 s E v MB L /24 105W Up to 8 s E v MB L /30 155W Up to 4 s E v MB L /30 130W Up to 4 s E v MB L /30 130W Up to 4 s E v MB L /24 130W Up to 4 s E v MB L /24 105W Up to 4 s E v MB L /20 105W Up to 4 s E v MB L /16 105W Up to 4 s E v2 1.9 N/A MB L /12 105W Up to 4 s E v MB L /30 155W Up to 2 s E v MB L /30 130W Up to 2 s E v MB L /30 130W Up to 2 s E v MB L /24 105W Up to 2 s Φ Intel QuickPath Interconnect (Intel QPI) unleashes the parallel processing performance of the latest Intel microarchitectures Ω Scalability mentioned is with Intel Chipsets only. OEMs can use their proprietary Node Controls to enhance the scalability.

19 A RESOURCE GUIDE FOR CIOs AND IT PROFESSIONALS 19 SERVERS - INTEL PROCESSOR REFERENCE CHART Intel Brand or Family Number Clock Speed Max Turbo Clock Speed Memory Speed DDR3 Only (MHz) Cache Φ Intel QPI (GT/Sec) Cores / Threads Power (Max TDP) Ω System Type Intel Xeon E v2 Sequence~ E5-4657L v MB L /24 115W Up to 4 s E v MB L /20 95W Up to 4 s E v MB L /20 95W Up to 4 s E v MB L /8 130W Up to 4 s E v MB L /16 95W Up to 4 s E v MB L /16 95W Up to 4 s E v2 2.6 N/A MB L /12 95W Up to 4 s E v2 2.2 N/A MB L /8 95W Up to 4 s Number Clock Speed Max Turbo Clock Speed Memory Speed DDR4 Only (MHz) Cache Φ Intel QPI (GT/Sec) Cores / Threads Power (Max TDP) Ω System Type Intel Xeon E v3 and E v3 Sequence~ E v MB L /36 145W DP E v MB L /32 135W DP E v MB L /28 145W DP E v MB L /28 120W DP E v MB L /24 135W DP «E5-2687W v MB L /20 160W DP E v MB L /28 120W DP E v MB L /24 120W DP E v MB L /24 120W DP E v MB L /16 135W DP E v MB L /20 105W DP E5-2650L v MB L /24 65W DP E v MB L /20 105W DP E v MB L /12 135W DP E v MB L /16 90W DP E v MB L /8 135W DP E5-2630L v MB L /16 55W DP E v MB L /16 85W DP E v MB L /8 105W DP E v MB L /12 85W DP E v3 1.9 N/A MB L /6 85W DP E v3 1.6 N/A MB L /6 85W DP E v MB L3 N/A 8/16 140W UP E v MB L3 N/A 8/16 140W UP E v MB L3 N/A 6/12 140W UP E v MB L3 N/A 4/8 140W UP E v MB L3 N/A 4/8 140W UP «Workstation only SKU Φ Intel QuickPath Interconnect (Intel QPI) unleashes the parallel processing performance of the latest Intel microarchitectures Ω Scalability mentioned is with Intel Chipsets only. OEMs can use their proprietary Node Controls to enhance the scalability.

20 20 INTEL ROADMAP DIRECTIONS 2015 SERVERS - INTEL PROCESSOR REFERENCE CHART Intel Brand or Family Number Clock Speed Max Turbo Clock Speed Memory Speed DDR3 Only (MHz) Cache Φ Intel QPI (GT/Sec) Cores / Threads Power (Max TDP) Ω System Type Intel Xeon E v2 and E v2 Sequence~ E v MB L /24 130W DP E v MB L /24 115W DP E v MB L /20 130W DP «E5-2687W v MB L /16 150W DP E v MB L /20 115W DP E v MB L /20 115W DP E v MB L /16 130W DP E v MB L /20 95W DP E5-2650L v MB L /20 70W DP E v MB L /16 95W DP E v MB L /12 130W DP E v MB L /16 95W DP E v MB L /8 130W DP E5-2630L v MB L /12 60W DP E v MB L /12 80W DP E v MB L /12 80W DP E v2 2.5 N/A MB L /4 80W DP E v2 1.8 N/A MB L /4 80W DP E v MB L3 N/A 6/12 130W UP E v MB L3 N/A 6/12 130W UP E v MB L3 N/A 4/8 130W UP Intel Xeon E v2 Sequence~ E v MB L /20 95W Up to 2 s E5-2450L v MB L /20 60W Up to 2 s E v MB L /16 95W Up to 2 s E v MB L /16 95W Up to 2 s E5-2430L v MB L /12 60W Up to 2 s E v MB L /12 80W Up to 2 s E v MB L /12 80W Up to 2 s E v2 2.4 N/A MB L /4 80W Up to 2 s E v2 1.8 N/A MB L /4 80W Up to 2 s «Workstation only SKU Φ Intel QuickPath Interconnect (Intel QPI) unleashes the parallel processing performance of the latest Intel microarchitectures Ω Scalability mentioned is with Intel Chipsets only. OEMs can use their proprietary Node Controls to enhance the scalability.

21 A RESOURCE GUIDE FOR CIOs AND IT PROFESSIONALS 21 SERVERS - INTEL PROCESSOR REFERENCE CHART Intel Brand or Family Number Clock Speed Max Turbo Clock Speed Memory Speed DDR3 Only (MHz) Cache Φ Intel QPI (GT/Sec) Cores / Threads Power (Max TDP) Ω System Type Intel Xeon E v3 Sequence~ E3-1285L v MB L3 N/A 4/8 65W UP E v MB L3 N/A 4/8 84W UP E v MB L3 N/A 4/8 82W UP E v MB L3 N/A 4/8 84W UP E v MB L3 N/A 4/8 80W UP E3-1265L v MB L3 N/A 4/8 45W UP E v MB L3 N/A 4/8 84W UP E v MB L3 N/A 4/8 80W UP E3-1230L v MB L3 N/A 4/8 25W UP E v MB L3 N/A 4/8 80W UP E v MB L3 N/A 4/4 84W UP E3-1220L v MB L3 N/A 2/4 13W UP E v MB L3 N/A 4/4 80W UP Number Clock Speed Intel Xeon Phi Coprocessor Sequence~ Max Turbo Clock Speed GDDR5 Memory Speed (GT/s) Cache Cores Board TDP (Watts) 7120P MB W 7120X MB W 5120D N/A MB W Π 5110P N/A MB W Π 3120A 1.1 N/A MB W 3120P 1.1 N/A MB W Number Clock Speed Max Turbo Clock Speed Memory Speed DDR3 Only (MHz) Cache Cores / Threads Power (Max TDP) Intel Atom C2000/S1200 Sequence~ C MB 8/8 20W C MB 8/8 12W C MB 4/4 14W C MB 4/4 9.0W C MB 2/2 6.0W S N/A MB 2/4 8.5W S N/A MB 2/4 6.1W S N/A MB 2/4 8.1W Also available as part of an Intel Xeon Phi starter kit Φ Intel QuickPath Interconnect (Intel QPI) unleashes the parallel processing performance of the latest Intel microarchitectures Ω Scalability mentioned is with Intel Chipsets only. OEMs can use their proprietary Node Controls to enhance the scalability.

22 22 INTEL ROADMAP DIRECTIONS 2015 DESKTOP - OEMS AND OTHER BRANDS OEM ADVANCE MANAGEMENT SEGMENT 4th Gen Intel Core Desktop AIO STANDARD SEGMENT 4th Gen Intel Core Desktop AIO ESSENTIAL SEGMENT Intel Pentium /Celeron Desktop AIO Veriton* M200-Q87, Veriton M 6630 G Veriton M200-B85, Veriton M 4630 G Veriton M200-H81, Veriton M 2630 GB Gateway* M200-H61/ Veriton M200-H61 (20 Display) Optiplex* 9020 Optiplex 9030 AIO (23" Display) Optiplex 9020, 3020, 7020 Optiplex 9030/3030 AIO (23"/19" Display) Optiplex 3020 Optiplex 3030 AIO (19" Display) EliteDesk* 800 G1 EliteOne* 800 G1 (23 Display) ProDesk* 600 G1, ProDesk 400 G1, ProDesk 400 G2, HP* 406 G1, ProDesk 490 G1, ProDesk 600 G1, EliteDesk 700 G1 ProOne* 600 G1 (21.5 Display), ProOne 400 G1 (19.5 /21.5 Display), EliteOne 800 G1 (23 Display) 202 G1, 202 G2, 3330 MT, 4300 SFF, Pro* 6300 SFF/MT, Pro 400 SFF/MT, ProDesk 600 SFF/Twr, Elite* 800 SFF/Twr, Elite 8300 SFF/MT/SFF/CMT, HP 260 G1 Desktop 400 G1 (19.5" Display), 600 G1 (21.5" Display), 800 G1 (23" Display) M93p/M73/M83/E73 M73z/M93z/ E73z/E93z (20 /23"/20"/ 21" Display) M73à H81 Chipset/ M83a Q85 Chipset/ M93a Q87 Chipset M73zà H81 Chipset - Non Touch (20 Display), M93za Q87 Chipset - Non Touch/Touch (23 Display) E73/E93/M32/M73 E63z (19" Display), M73z/E73z/E93z (21" Display) Model numbers and configurations of OEMs are subject to change without notice and may be available at the sole discretion of the OEMs.

23 A RESOURCE GUIDE FOR CIOs AND IT PROFESSIONALS 23 MOBILE - OEMS AND OTHER BRANDS OEM ADVANCE MANAGEMENT SEGMENT 4th/5th Gen Intel Core Ultrabook Notebook STANDARD SEGMENT 4th/5th Gen Intel Core ESSENTIAL SEGMENT Intel Celeron Intel Core M / Intel Core TABLET Intel Celeron Intel Atom TMP645 TMP645, Aspire* E5-571G; V3-572G, V3-572 TMP645, TMP446, TMP236, TMP246, Aspire E5-571 TMP246, Aspire ES1-511; ES1-512; E5-511 Aspire Switch* 12, Aspire Switch 11 Acer* One - S1001 Latitude* 7000 Series (Latitude E7450, Latitude E7440, Latitude , Latitude 7250) Latitude 6 Series (Latitude E6440, Latitude E6540), Latitude 5000 Series (Latitude E5540, Latitude E5550 Latitude E5450, Latitude E5250) Latitude 5000 Series (Latitude E5450, Latitude E5250), Latitude 3000 Series (Latitude 3440, Latitude 3450, Latitude 3550, Latitude 3340) Latitude 3000 Series (Latitude 3440, Latitude 3450, Latitude 3550, Latitude 3340) Venue* 11 Pro 7000 Series, Venue 11 Pro Venue Pro 11 Venue 8 Pro, Venue 10 Pro 5000 Series Windows*, Venue Series, Venue Series, Venue Series LIFEBOOK* S935, U745, T935 (All with 5th Gen Intel Core s) LIFEBOOK E754, E744, E734, LIFEBOOK H730 LIFEBOOK E544, E554, (A555, A555-Gi5 - with 5th Gen Intel Core s) STYLISTIC* Q704 T935 STYLISTIC Q584, Q555, V535 HP* 1040, HP 9480M, 840 Haswell, EliteBook* Folio* 1040 G2, EliteBook Folio 1020 G1, EliteBook Folio 1020 G1 HP 800 Series, HP 820 G1, HP 850 G1, EliteBook 820 G2, EliteBook 840 G2, ZBook* 15, EliteBook 850 G2, ProBook* 650 G1, ProBook 640 G1 Haswell, Broadwell HP 340 G2, HP 430 G2, HP 440 G2, 450 G2, ProBook 470 G2, EliteBook 720 G1, EliteBook 720 G2, EliteBook 740 G2, EliteBook 750 G2, ZBook 14 G2, EliteBook 750 G1 Haswell & Broadwell HP 240 G3, 250 G3, HP 250 G4, HP 240 G4, HP 340 G2 Haswell & Broadwell, Baytrail and Braswell Elite* x G1, HP Pro* x2 612 G1 HP Pro Tablet 10 EE G1, HP Stream* 8 Tablet tw, HP Omni* tw Tablet, ElitePad* 1000 G2 Tablet, ElitePad 900 G1 Tablet X1 Carbon*, Yoga* 2, Yoga 3 Pro T440p, T440/ T440s, W540, L440, X240 B40-70 (Intel) ThinkPad* Helix* 2nd Gen ThinkPad 8, ThinkPad 10, Miix* 2 (8") Tablet, Miix 3 (10.1"), Miix 3, Yoga Tablet 2 with Windows (8), Yoga Tablet 2 Pro Portege* Z30-A, Portege Z30t-A, Portege Z10t-A, Portege Z20t-B Portege R30-A, Portege R30t-A, TECRA* Z40-A, TECRA Z50-A, TECRA W50-A, TECRA A50-A Satellite* Pro C40-B, Satellite C40-B, Satellite Pro R50-B WT8-B (Windows* based Tablet) Model numbers and configurations of OEMs are subject to change without notice and may be available at the sole discretion of the OEMs.

24 24 INTEL ROADMAP DIRECTIONS 2015 SERVER - OEMS AND OTHER BRANDS OEM Intel Xeon E Family Single Socket/-based Servers Intel Xeon E v3 Dual Socket/-based Servers Intel Xeon E v2 & E v2 Family Dual Socket/ -based Servers Intel Xeon E v2 Family Quad Socket/-based Servers Intel Xeon E7-2800/4800/ 8800 v2 Family Dual/Quad -based and Expandable Servers Acer* T110 F3, Acer AT310 F2 Altos* R380 F3 (2U), Altos R360 F3 (1U) Altos R380 F2, Altos R360 F2 Altos R580 F2 UCS* B200 M4, UCS C240 M4, UCS C220 M4 UCS B22 M3, UCS B200 M3, UCS C22 M3, UCS C220 M3, UCS C240 M3 UCS B420 M3, UCS C420 M3 UCS B260 M4, UCS C460 M4, UCS B460 M4 T20, R210 II, R220 T630, R630, R730, R730xd, M630 T320, T420, T620, R320, R420, R520, R620, R720, R720xd, M420, M520, M620, C6220II, C8220x, VRTX R820, M820 R920 PRIMERGY* TX 1330/1320/ 1310 M1, PRIMERGY TX140 S2, PRIMERGY RX100 S8 BX2560 M1, BX2580 M1, RX2530 M1, RX2540 M1, RX2560 M1, CX400 M1, CX2550 M1, CX2570 M1, TX2560 M1 BX920 S4, BX924 S4, RX2520 M1, TX2540 M1, TX300 S8, PRIMERGY RX 200 S8, RX 350 S8, RX300 S8, CX420 S1-CX272 S1 PRIMERGY RX4770 M1, 8-processor Fujitsu PRIMEQUEST* 2400B, 2400E, 2800E 4- Huawei RH5885H* v3 ML310e Gen8 v2, DL320e Gen8 v2, ML10 DL160 Gen9, DL180 Gen9, DL360 Gen9, DL380 Gen9, BL460c Gen9, ML350 Gen9 DL160 Gen8, DL360e Gen8, DL 360p Gen8, DL 380 Gen8, DL 380p Gen8, DL 380e Gen8, DL380 Gen8, BL460c Gen8, BL420c Gen8, SL230/250/270 Gen8, ML350e Gen8, ML350p Gen8, ML350e Gen8 v2 BL660c Gen8, DL560 Gen8 DL580 Gen8 RS140, TS140, TS440, x3250 M5, x3100 M5 RD550, RD650, TD350, x3650 M5, x3550 M5, x240 M5 RD340, RD440, RD540, RD640, TD340, x3650 M4, x3630 M4, x3550 M4, dx360 M4, x3500 M4, dx360 M4, x3650 M4, x240, x280 x6, HS23 x3750 M4, x440 x3950 X6, 3850 X6, x280 x6, x480 X6, x880 X6 4- NEC Express5800*/A2040b Sun* Server Rack: X4-2, X4-2L; Sun Blade: X4-2B Sun Server Rack: X2-4, X2-8, X4-4, X4-8 Model numbers and configurations of OEMs are subject to change without notice and may be available at the sole discretion of the OEMs.

25 For regular updates, log on to

26 ~ Intel processor numbers are not a measure of performance. numbers differentiate features within each processor family, not across different processor families. See for details. Φ Intel QuickPath Interconnect (Intel QPI) unleashes the parallel processing performance of next-generation Intel 45nm microarchitectures. Software and workloads used in performance tests may have been optimized for performance only on Intel microprocessors. Performance tests, such as SYSmark and MobileMark, are measured using specific computer systems, components, software, operations, and functions. Any change to any of those factors may cause the results to vary. You should consult other information and performance tests to assist you in fully evaluating your contemplated purchases, including the performance of that product when combined with other products. For more information, go to 1. Intel vpro Technology requires setup and activation by a knowledgeable IT administrator. Availability of features and results will depend upon the setup and configuration of your hardware, software and IT environment. Learn more at: 2. Intel technologies may require enabled hardware, specific software, or services activation. Check with your system manufacturer or retailer. 3. Intel Wireless Display requires an Intel Wireless Display-enabled PC, tablet, or smartphone, a compatible adapter, and a TV. 1080p and Blu-ray* or other protected content playback only available on select Intel processors with built-in visuals enabled. Consult your PC manufacturer. For more information, see 4. Intel Smart Sound Technology (SST) requires the use of an I2S based CODEC for operation. Intel SST cannot be used concurrently with Intel High Definition Audio. Not available on all systems. Consult your PC manufacturer for more information. Sound quality will depend on equipment and actual implementation. 5. No computer system can provide absolute security. Requires an enabled Intel processor, enabled chipset, and firmware and software optimized to use the technologies. Consult your system manufacturer and software vendor for more information. 6. Estimated based on SYSmark* 2014, a system-level performance benchmark that measures and compares PC performance using real world applications. Find out more at 7. Measured using Makerbot Desktop 3.3*. The workload file is a 2.4 MB model from the Thingiverse object database that is prepared for 3D printing. The file is exported using the "Low (Faster)" resolution option. 8. Measured using Full HD Local Video Playback Battery Rundown measured using Tears of Steel 1080p 3 Mbps H.264 video. Configuration: In the device settings, in airplane mode with wireless on. Disable Intel Display Power Saving Technology (Intel DPST), set up the system to 200 nits screen brightness using a full screen white background, and re-enable Intel DPST. Turn OFF the adaptive brightness setting under Power Options in Control Panel. Set "Dim the display" to never on both battery and AC. Set "Put the computer to sleep" to never on both battery and AC. Wait 15 minutes after boot. Launch the default video player (Windows* 8.1 Style UI video player for win), start the workload video in a loop, and disconnect the AC plug to start the test. Measure the time until battery is exhausted. 6,7,8. System Configuration Battery life and performance measurements on Intel Reference Platform. Intel Reference Platform is an example new system. Products available from systems manufacturers will not be identical in design, and performance will vary. Intel Reference Platform: Intel Core i5-5300u processor 15 W thermal design power, (up to 2.9 GHz, 4T/2C, 3 MB cache), 8 GB (2 x 4 GB) LPDDR3-1600, Intel HD Graphics 5500, 180 GB Intel SSD, Intel Graphics Driver , Intel Rapid Storage Technology v , estimated based on a 40 Wh battery. Display: 19x10, 13.3-inch edp panel. Old PC** refers to ~5-year old: Intel Core i5-520um processor (up to 1.86 GHz, 4T/2C, 3M cache) on Acer Aspire One* 1830T W thermal design power. BIOS: Insyde v.1.11*, Graphics: Intel HD Graphics (driver v ), Memory: 8 GB (2 x 4 GB) DDR Mhz, HDD: Seagate* 500 GB, OS: Windows* 7 Ultimate 6.1 build 7601, Battery size: 62 Wh. System power management policy: DC balanced for battery life measurements, AC balanced for performance measurements. Wireless: On and connected. 9. Intel technologies features and benefits depend on system configuration and may require enabled hardware, software, or service activation. No computer system can be absolutely secure. Learn more at Intel.com or from the OEM or retailer. 10. Source: Intel measure on Dell R920, QD 32 & 128; SAS and QD Requires a system with Intel Turbo Boost Technology. Intel Turbo Boost Technology and Intel Turbo Boost Technology 2.0 are only available on select Intel processors. Consult your system manufacturer. Performance varies depending on hardware, software, and system configuration. For more information, visit Intel Virtualization Technology requires a computer system with an enabled Intel processor, BIOS, and virtual machine monitor (VMM). Functionality, performance, or other benefits will vary depending on hardware and software configurations. Software applications may not be compatible with all operating systems. Consult your PC manufacturer. For more information, visit bit computing on Intel architecture requires a computer system with a processor, chipset, BIOS, operating system, device drivers, and applications enabled for Intel 64 architecture. s will not operate (including 32-bit operation) without an Intel 64 architecture-enabled BIOS. Performance will vary depending on your hardware and software configurations. Consult with your system vendor for more information. Legal Disclaimers INFORMATION IN THIS DOCUMENT IS PROVIDED IN CONNECTION WITH INTEL PRODUCTS. NO LICENSE, EXPRESS OR IMPLIED, BY ESTOPPEL OR OTHERWISE, TO ANY INTELLECTUAL PROPERTY RIGHTS IS GRANTED BY THIS DOCUMENT. EXCEPT AS PROVIDED IN INTEL'S TERMS AND CONDITIONS OF SALE FOR SUCH PRODUCTS, INTEL ASSUMES NO LIABILITY WHATSOEVER AND INTEL DISCLAIMS ANY EXPRESS OR IMPLIED WARRANTY, RELATING TO SALE AND/OR USE OF INTEL PRODUCTS INCLUDING LIABILITY OR WARRANTIES RELATING TO FITNESS FOR A PARTICULAR PURPOSE, MERCHANTABILITY, OR INFRINGEMENT OF ANY PATENT, COPYRIGHT OR OTHER INTELLECTUAL PROPERTY RIGHT. A "Mission Critical Application" is any application in which failure of the Intel Product could result, directly or indirectly, in personal injury or death. SHOULD YOU PURCHASE OR USE INTEL'S PRODUCTS FOR ANY SUCH MISSION CRITICAL APPLICATION, YOU SHALL INDEMNIFY AND HOLD INTEL AND ITS SUBSIDIARIES, SUBCONTRACTORS AND AFFILIATES, AND THE DIRECTORS, OFFICERS, AND EMPLOYEES OF EACH, HARMLESS AGAINST ALL CLAIMS COSTS, DAMAGES, AND EXPENSES AND REASONABLE ATTORNEYS' FEES ARISING OUT OF, DIRECTLY OR INDIRECTLY, ANY CLAIM OF PRODUCT LIABILITY, PERSONAL INJURY, OR DEATH ARISING IN ANY WAY OUT OF SUCH MISSION CRITICAL APPLICATION, WHETHER OR NOT INTEL OR ITS SUBCONTRACTOR WAS NEGLIGENT IN THE DESIGN, MANUFACTURE, OR WARNING OF THE INTEL PRODUCT OR ANY OF ITS PARTS. Intel may make changes to specifications and product descriptions at any time, without notice. Designers must not rely on the absence or characteristics of any features or instructions marked "reserved" or "undefined". Intel reserves these for future definition and shall have no responsibility whatsoever for conflicts or incompatibilities arising from future changes to them. The information here is subject to change without notice. Do not finalize a design with this information. The products described in this document may contain design defects or errors known as errata which may cause the product to deviate from published specifications. Current characterized errata are available on request. Contact your local Intel sales office or your distributor to obtain the latest specifications and before placing your product order. Copies of documents which have an order number and are referenced in this document, or other Intel literature, may be obtained by calling , or go to: Software and workloads used in performance tests may have been optimized for performance only on Intel microprocessors. Performance tests, such as SYSmark and MobileMark, are measured using specific computer systems, components, software, operations and functions. Any change to any of those factors may cause the results to vary. You should consult other information and performance tests to assist you in fully evaluating your contemplated purchases, including the performance of that product when combined with other products. Results have been estimated based on internal Intel analysis and are provided for informational purposes only. Any difference in system hardware or software design or configuration may affect actual performance. Intel does not control or audit the design or implementation of third party benchmarks or Web sites referenced in this document. Intel encourages all of its customers to visit the referenced Web sites or others where similar performance benchmarks are reported and confirm whether the referenced benchmarks are accurate and reflect performance of systems available for purchase. Relative performance is calculated by assigning a baseline value of 1.0 to one benchmark result, and then dividing the actual benchmark result for the baseline platform into each of the specific benchmark results of each of the other platforms, and assigning them a relative performance number that correlates with the performance improvements reported.