2. 2
• Spend smart
• Do more
• Be more secure
• Manage PCs
more efficiently
Buy Now
to keep your TCO
at
a minimum
Buy Mobile
to be more
productive by
accessing data
on the go
Buy Intel®
vPro™
Technology
to keep your
business running
efficiently
and securely
3. 3
Spend
smart
Do more
Be more
secure
Maintain PC refresh rates to avoid increased software/hardware support costs.
• Average support costs of older PCs can rise 59% in year 41
• Recoup your investment in an Intel vPro technology-based notebook or desktop in
as little as 10 months2
Intel vPro technology offers proactive security solutions
• On average, 4-year old PCs can experience a 53% increase in
yearly security incidents1
• Up to 94 percent faster time to patch saturation5
Increase employee productivity by deploying more notebooks
• 51 additional minutes more productive per day by going mobile3
• 82% of employees are increasingly required to access enterprise
applications while away from office3
Manage
PCs more
efficiently
Intel vPro technology supports remote management solutions
• Up to 91% reduction in software related desk-side visits4,5
• Up to 83% less unintended PC downtime due to software issues4,5
• Conduct hardware and software inventory up to 95% faster than manually per PC5
Refreshing PCs in 2009
4. 4
Australian Business is changing
• We’re Online. In the past two years network
interactions have increased by 300%; emails
by 400% and online content has grown
exponentially.1
• We’re Mobile & Borderless. Australians are
embracing converged applications with voice,
video and data, and new working practices
that enable them to collaborate and connect
in more ways and from more places.
• We’re facing sustainability & IT reform.
Shareholders, customers and government are
requiring, if not, mandating sustainable IT.
• Security threats increasing and very
costly. One incident costs as much
as US$300k3
and are 53% more likely
on a 4-year-old PC.4
5. 5
Security incidents per year Can be 53% less likely to experience a
security incident1
Maintenance cost per year Operational costs up to 50% lower1
Productivity
Time to zip a file while moving a file
from PowerPoint* to OneNote 2007
Desktop: 3min 1sec Desktop: 1min 8 sec – 2.6x faster2
Energy efficiency Desktop: 100.9 watts
Notebook: 33 watts
Desktop: 66 watts – 35% better
Notebook: 20.3 watts – 35% better3
Overall Sysmark* score Desktop: Score of 59 Desktop: Score of 178 – 3x faster4
Video encoding for web upload Desktop: 3 min 35 sec
Notebook: 2 min 8 sec
Desktop: 1min 20 sec – 2.6x faster
Notebook: 1min 39 sec – 1.3x faster5
E8500P4 630 P8600T2700
Today’s ModelsPrevious Generation
Can your PCs meet these challenges?
Older PCs can increase cost, security exposure and risk while lowering overall productivity
6. 6
Refreshing 3-year-old PCs makes good business sense
Spend Smart
50%REDUCTION
OPERATIONAL COSTS
TO MAINTAIN PCS1
Do more
3xFASTER
MULTI-TASKING2
Be more
secure
Up to 53%avg
INCREASE IN YEARLY
SECURITY INCIDENCES
WITH A 4 YEAR OLD PC1
Manage PCs
more effectively
91%REDUCTION IN
SOFTWARE RELATED
DESKSIDE VISITS5
Fast ROI
Intel Core™ 2 Duo PCs
17 Month
Recoup Investment3
As
low as
Up to
Up to
Faster ROI
Intel vPro Technology PCs
10 Month
Recoup Investment4
As
low as
7. 7
Spend smart
• Operational costs to maintain
4-year-old PCs are nearly
double that of a new PC1
• After 3 Years, it is less
expensive to buy new PCs
than maintain old ones1
• Newer PCs are far more
energy-efficient and can
provide substantial power
savings
• Energy costs can be reduced
up to 50% by powering down
IntelvPro technology enabled
PCs during off hours2
8. 8
After 3 Years, it is less expensive to buy new PCs
than maintain old ones1
Mobile and Desktop PCs in
Year 4 cost 59% more to support
than in Year 1, due to:
• Software deployment failures
(security patches, applications,
operating systems) which are
the largest component of rising
PC support costs
• Hardware related help desk calls
(including diagnose and repair
and hard disk failures)
9. 9
Estimated Annual Energy
Savings Per PC
Actual Customer Savings
Newer PCs are far more energy-efficient
and can provide substantial power savings
• A managed desktop with
an LCD consumes 80% less
energy than a 3-year-old
desktop with a CRT
• A managed notebook
consumes 96% less energy.
1. Unmanaged Intel Pentium® D processor 945 with CRT
2. Unmanaged Intel Pentium D processor 945 with LCD
3. Unmanaged Intel Core 2 Duo processor E7200 with LCD
4. Managed Intel Core 2 Duo processor E7200 with LCD
5. Managed Intel Core 2 Duo processor T9400 mobile platform
10. 10
Do More
• New desktops are over 3.6x
faster at multitasking1
• New desktops can run a
spreadsheet and a virus scan at
the same time 6.7x faster1
• New notebooks can run a
spreadsheet and a virus scan at
the same time 1.3x faster1
• Mobile users are
51 additional minutes more
productive per day2
11. 11
E8500
202
Over 3.6x faster!
P4 630
54.8
Multitasking with
office productivity
applications1
(higher is better)
Run complex
spreadsheets while
running a virus scan2
(lower is better)
55 seconds
6.7x faster!
6 min. 13 sec.
Encode 4
(<1 minute) HDV video
clips for YouTube*3
(lower is better)
1 min. 20 sec.
2.6x faster!
3 min. 35 sec.
Please Note: system configuration information found in the legal pages of this document
New desktops can help improve productivity,
saving time and money
12. 12
New notebooks can help improve productivity,
saving you time and money
P8600
1 min. 45 sec.
1.2x faster!
T2700
2 min. 8 sec.
Run complex
spreadsheets while
running a virus scan1
(lower is better)
Encode 4 (<1 minute)
HDV video clips
for YouTube* 2
(lower is better)
1 min. 39 sec.
1.3x faster!
2 min. 8 sec.
Run Word* +
Powerpoint* and
virus scan3
(lower is better)
1 min. 50 sec.
1.3x faster!
2 min. 24 sec.
Please Note: system configuration information found in the legal pages of this document
13. 13
Forrester Consulting found that
on average mobile users are
51 additional minutes more
productive each day.
They also found that companies
deploying notebooks achieved:
• better employee productivity
• faster response times
• more informed decisions
• a competitive advantage for customer facing employees
• a reduction in support costs for remote and home based workers
People are more productive with notebooks
14. 14
Intel Platforms are ready for Windows* 7
Intel platforms deliver outstanding energy-efficient performance to run
the new Microsoft Windows 7 Operating System
Mobile Desktop Netbook
StarterEnterprise / Professional
Ultimate / Home Premium
Enterprise / Professional
Ultimate / Home Premium
=
15. 15
Be More Secure
• 4-year old PC can experience
53% more annual security
incidents then it did in its first
year1
• Using Intel vPro technology you
can reduce security exposure
from days to hours7
Calgary Health
• Increase confidence in PC
inventories and audits with up to
99% accuracy8
Telkomsel
16. 16
Source: Ponemon Institute/PGP Corporation – “2008 Annual Study: US Cost of Data Breach“
New PCs help combat the expense of security threats
• The cost of computer security incidents for Australian businesses
in 2007 was estimated at between $595 million and $649 million
• 30 percent of large businesses were affected by a computer
security breach.
• The average loss due to computer security incidents was $17,578
for large businesses.
• The most commonly reported type of computer security incident
involved viruses and malicious code attacks (64%). Of those
businesses affected, 40 percent reported corruption of hardware
or software.
Australian Institute of Criminology (AIC)
17. 17
PCs in years 4, 5, and 6+ experience a 53%, 87%, and 120% increase
respectively in the number of security incidents per year compared to year 1.
0%
20%
40%
60%
80%
100%
120%
140%
Year 1 Year 2 Year 3 Year 4 Year 5 Year 6+
Security Incident Rate Increases
Faster Each Year of PC Life
% Increase in Security Incidents Compared to Year 1 Linear Increase
Older PCS are more prone to security attacks
• Older PCs have
less sophisticated
hardware and
software systems
to protect against
attacks.
• Newer anti-virus
software runs better
on the latest PCs.
18. 18
Manage your PCs
more efficiently
• Intel vPro technology can
reduce the costs of managing
PC fleets with its remote
management capabilities.
• Up to 91% reduction in software
related desk-side visits4,5
• Up to 83% less unintended PC
downtime due to software
issues4,5
• Conduct hardware and software
inventory up to 95% faster than
manually per PC5
19. 19
Savings per Intel vPro Technology
PC per Year1 Mobile PC Desktop PC
Application Deployment Cost Reduction 45 101
Patch Deployment Cost Reduction 71 94
Manual Hardware Malfunction Resolution Cost Reduction 20 8
Manual Software Malfunction Resolution Cost Reduction 34 101
Audit & Inventory Failure Resolution Cost Reduction 14 10
Security Failure Resolution Cost Reduction 3 3
TOTAL 187 317
Model company potential savings of >$5M1
$
$
$
$
$
$
$
$
$
$
$
$
$
$
1- Wipro Technologies, March 2009 “Using Total Cost of Ownership to Determine Optimal PC Refresh Lifecycles” http://communities.intel.com/docs/DOC-3053
2- Based on a Model Company developed by Wipro Technologies in a March 2009 study titled “Using Total Cost of Ownership to Determine Optimal PC Refresh Lifecycles” (insert URL here). Actual results may vary based on the number of use cases implemented and may not be representative of the results that individual businesses may realize. For additional implementation examples refer to Intel Case Studies available at http://communities.intel.com/openport/docs/DOC-1494
3- “Increase Productivity by Providing Notebooks Beyond Road Warriors” Forrester Consulting, Oct. 2008
4 Intel vPro technology includes powerful Intel Active Management Technology (Intel AMT). Intel AMT requires the computer system to have an Intel® AMT-enabled chipset, network hardware and software, as well as connection with a power source and a corporate network connection. Setup requires configuration by the purchaser and may require scripting with the management console or further integration into existing security frameworks to enable certain functionality. It may also require modifications of implementation of new business processes. With regard to notebooks, Intel AMT may not be available or certain capabilities may be limited over a host OS-based VPN or when connecting wirelessly, on battery power, sleeping, hibernating or powered off. For more information, see http://www.intel.com/technology/platform-technology/intel-amt/index.htm
5 Results shown are from the 2007 EDS Case Studies with Intel vPro processor technology, by LeGrand and Salamasick, 3rd party audit commissioned by Intel, of various enterprise IT environments. The studies compare test environments of Intel vPro processor technology equipped PCs vs non-Intel vPro processor technology environments. Tested PCs were in multiple OS and power states to mirror a typical working environment. Actual results may vary. The study is available at www.intel.com/vpro and www.eds.com.
Key Points:
Tremendous growth in internet uses worldwide has helped accelerate the build out of a connected world
Business are taking advantage of this B2B is seeing high growth as business look to get more efficient, reduce cost and reach new customers
Communicating both internally (sales, marketing training etc) and externally (customers) through video is now mainstream
Businesses increasingly recognize the advantages of staying connected and productive through mobile computing
1. Telstra statistics, August 2008.
2 - http://eval.symantec.com/mktginfo/enterprise/white_papers/b-whitepaper_internet_security_threat_report_xiii_04-2008.en-us.pdf. (see page 46)
3 – CSI Computer Crime and Security Survey, 2008 http://www.gocsi.com/forms/csi_survey.jhtml
4 - Intel Corporation
Wipro Technologies, March 2009 “Using Total Cost of Ownership to Determine Optimal PC Refresh Lifecycles” http://communities.intel.com/docs/DOC-3053
Multi-Tasking Productivity Multitasking workload zipping a file while moving another file from Powerpoint to OneNote. WinZip workload creates a zip file of approximately 110 MB in size. PowerPoint 2007 workload is a training manual with JPG images and consists of 24 slides and 3.9 MB in size. These slides are printed to OneNote 2007 using “Send To OneNote2007” virtual printer. Once it is imported to OneNote2007 it is very convenient for annotation purposes, the user can add notes and also search for text within images. Desktop P630 Configuration: Intel Pentium® 4 processor (2MB L2, 3.00GHz, 800MHz FSB), (P4P 630) HT-ON on D945GCL Dual channel DS Micron 1GB (2x512MB) DDR2-667 5-5-5-15 with Integrated 945G + Seagate 320GB NCQ SATA2 (BIOS:0034, INF: 8.4.0.1016, Graphics: 15.6.1.1437). Desktop E8500 Configuration: Intel Core™ 2 Duo E8500 (6MB L2, 3.16GHz, 1333MHz FSB), Intel Desktop DQ45CB Q45 Dual channel DS Micron 2GB (2x1GB) DDR2-800 5-5-5-18 with Integrated Intel X4500 graphics + Seagate 320GB NCQ SATA2 (BIOS:0059, INF: 9.0.0.1007, Graphics: 15.9.9.1527) Windows* Vista* Ultimate 32bit.
Energy Cost EEP - EEP 2.0 methodology is built on six SYSmark* 2007 Preview runs per day. Standard benchmarking practice runs each benchmark three times and uses the median of the three runs. For illustrative purposes, however, we will use a single run. The key metrics for EEP 2.0 are performance, as represented by the SYSmark* 2007 score, and the average power draw. For more information on EEP, go to: http://www.intelcapabilitiesforum.net/EEP-page_all/.
Sysmark SYSmark* 2007 preview is BAPCo&apos;s latest version of the mainstream office productivity and Internet content creation benchmark tool used to characterize the performance of the business client. SYSmark 2007 preview features user-driven workloads and usage models developed by application experts. Desktop P630 Configuration: Intel Pentium 4 processor (2MB L2, 3.00GHz, 800MHz FSB), (P4P 630) HT-ON on D945GCL Dual channel DS Micron 1GB (2x512MB) DDR2-667 5-5-5-15 with Integrated 945G + Seagate 320GB NCQ SATA2 (BIOS:0034, INF: 8.4.0.1016, Graphics: 15.6.1.1437). Desktop E8500 Configuration: Intel Core 2 Duo E8500 (6MB L2, 3.16GHz, 1333MHz FSB), Intel Desktop DQ45CB Q45 Dual channel DS Micron 2GB (2x1GB) DDR2-800 5-5-5-18 with Integrated Intel X4500 graphics + Seagate 320GB NCQ SATA2 (BIOS:0059, INF: 9.0.0.1007, Graphics: 15.9.9.1527) Windows* Vista* Ultimate 32bit.
5. Video Encoding Time to encode 4 HDV clips into a video clip format for YouTube* using Windows Vista* Movie Maker. Windows Vista* MovieMaker to create a video and prepare it to share with others on YouTube. YouTube recommends uploading 320x240 resolution, 30fps, mpeg-4 format videos. The input files are four HDV video clips in dvr-ms format captured from an HD camcorder using MovieMaker*. The four clips in length are 57sec, 28sec, 24sec, and 30sec and their respective sizes are 181316KB, 87941KB, 77765KB and 95493KB. Including transitions, title page and credits, the output video is 2min 21sec and 62335KB in compressed 320x240, 30fps wmv (mpeg-4) format. Desktop Configuration: Same as multi-tasking. Notebook Configurations: Intel Core 2 Duo processor P8600 (2.4GHz, 3MB L2, 1066MHz FSB), Model: Lenovo T400 Type=2768-CTO, ID=6475W9D, Memory: Micron Technology 8JSF12864HY-1G1D1, 6-6-6-15, DDR3-1066, 2GB (2x1GB), HDD: Hitachi HTS723232L9A360 200GB, 7200RPM, Graphics: GM45, Mobile Intel 4 Series Express Chipset Family Graphic Ver.7.15.10.1502, Other: 14” LCD, Intel WiFi Link 5300, wireless, Battery – Sanyo 42T5262, 56WH, Windows Vista* Ultimate 32bit, Intel Core Duo processor T2700 (2.33GHz, 2M L2, 667MHz FSB), Model: IBM T60 (Lenovo 1951V4F), Memory: Micron Technology PC2-5300, 5-5-5-12-20, 2GB (2x1GB), HDD: Hitachi HTS721010G9S9SA00 100GB, 7200RPM, Graphics: Integrated Graphics (ver. 7.14.0010.1329) , Mobile Intel 945 Express Chipset Family (ver 8.1.1.1010), Other: 13.75” LCD, Intel PRO/Wireless 3945AB, Battery – Panasonic 92P1139, 56.16WH, Windows Vista* Ultimate 32bit
1- Wipro Technologies, March 2009 “Using Total Cost of Ownership to Determine Optimal PC Refresh Lifecycles” http://communities.intel.com/docs/DOC-3053
The new PC year 1 costs represent support costs associated with the PC. The year 4 costs include both support costs as well as out of warranty repair costs. The values for both support and out of warranty repair costs were calculated by Wipro as an average of the costs reported by the 106 companies interviewed for the Wipro Technologies paper.
Notebook year 1 (new PC) support costs = $716
Desktop year 1 (new PC) support costs = $433
Notebook year 4 support + out of warranty repair costs = $1136 + $348 = $1484 which is $768 higher than new PC ($768 = $1484-$716)
Desktop year 4 support + out of warranty repair costs = $688 + $120 = $808 which is $375 higher than new PC ($375 = $808-$433)
2 - Multi-Tasking Productivity Multitasking workload zipping a file while moving another file from Powerpoint to OneNote. WinZip workload creates a zip file of approximately 110 MB in size. Powerpoint 2007 workload is a training manual with JPG images and consists of 24 slides and 3.9 MB in size. These slides are printed to OneNote 2007 using “Send To OneNote2007” virtual printer. Once it is imported to OneNote2007 it is very convenient for annotation purposes, the user can add notes and also search for text within images. Desktop P630 Configuration: Intel Pentium 4 processor (2MB L2, 3.00GHz, 800MHz FSB), (P4P 630) HT-ON on D945GCL Dual channel DS Micron 1GB (2x512MB) DDR2-667 5-5-5-15 with Integrated 945G + Seagate 320GB NCQ SATA2 (BIOS:0034, INF: 8.4.0.1016, Graphics: 15.6.1.1437). Desktop E8500 Configuration: Intel Core 2 Duo E8500 (6MB L2, 3.00GHz, 1066MHz FSB), Intel Desktop DQ45CB Q45 Dual channel DS Micron 2GB (2x1GB) DDR2-800 5-5-5-18 with Integrated Intel X4500 graphics + Seagate 320GB NCQ SATA2 (BIOS:0059, INF: 9.0.0.1007, Graphics: 15.9.9.1527) Windows* Vista* Ultimate 32bit.
3- Based on a Model Company developed by Wipro Technologies in a March 2009 study titled “Using Total Cost of Ownership to Determine Optimal PC Refresh Lifecycles” (insert URL here). Actual results may vary and may not be representative of the results that individual businesses may realize.
4- Based on a Model Company developed by Wipro Technologies in a March 2009 study titled “Using Total Cost of Ownership to Determine Optimal PC Refresh Lifecycles” (insert URL here). Actual results may vary based on the number of use cases implemented and may not be representative of the results that individual businesses may realize. For additional implementation examples refer to Intel Case Studies available at http://communities.intel.com/openport/docs/DOC-1494.
5 Intel vPro technology includes powerful Intel Active Management Technology (Intel AMT). Intel AMT requires the computer system to have an Intel AMT-enabled chipset, network hardware and software, as well as connection with a power source and a corporate network connection. Setup requires configuration by the purchaser and may require scripting with the management console or further integration into existing security frameworks to enable certain functionality. It may also require modifications of implementation of new business processes. With regard to notebooks, Intel AMT may not be available or certain capabilities may be limited over a host OS-based VPN or when connecting wirelessly, on battery power, sleeping, hibernating or powered off. For more information, see http://www.intel.com/technology/platform-technology/intel-amt/index.htm
5 Results shown are from the 2007 EDS Case Studies with Intel vPro processor technology, by LeGrand and Salamasick, 3rd party audit commissioned by Intel, of various enterprise IT environments. The studies compare test environments of Intel vPro processor technology equipped PCs vs non-Intel vPro processor technology environments. Tested PCs were in multiple OS and power states to mirror a typical working environment. Actual results may vary. The study is available at www.intel.com/vpro and www.eds.com.
1- Wipro Technologies, March 2009 “Using Total Cost of Ownership to Determine Optimal PC Refresh Lifecycles” http://communities.intel.com/docs/DOC-3053
2 - University of Plymouth ROI case study http://communities.intel.com/openport/docs/DOC-1494
Mobile acquisition cost modeled at non-vPro PC = $1100.
Desktop acquisition cost modeled at non-vPro PC = $600
1- Wipro Technologies, March 2009 “Using Total Cost of Ownership to Determine Optimal PC Refresh Lifecycles” http://communities.intel.com/docs/DOC-3053
The box on the left shows compares energy used by managed verses unmanaged PCs. The first 3 columns, labeled “Unmanaged PC Power Consumption,” represent energy used by a PC left running.
The two columns on the right labeled “managed PC power consumption,” represent how much less power is consumed when PC power management is in use and the PC is powered off at night / weekends or put in a sleep state after periods of inactivity.
Power management is one of the easiest vPro applications to deploy. It involves no changes at the helpdesk level and offers customer a payback from day one.
Chart-
System Configurations:
Intel Pentium D Processor 945 (3.4GHz, 800MHz FSB, 2x2MB L2 Cache), with Intel 945G Chipset on Intel D945GPM board, Intel Chipset Software Installation File 8.1.1.1010, Dual Channel Micron* PC2-5300U 2x1GB of DDR2 667 5-5-5-15, Seagate* Barracuda* 320GB NCQ SATA2 7200RPM, Windows* Vista* Ultimate RTM Build 6000 NTFS.
Intel Core 2 Duo processor E7200 (2.33GHz, 1333MHz FSB, 4MB L2 Cache), Intel DQ45CB motherboard with Intel Q45 Express chipset; 1333MHz FSB, Intel integrated graphics, 2x1GB Micron* DDR2-667 5-5-5-15, Seagate* 320GB/16MB cache/7200rpm, Windows* XP* Professional with SP3.
Intel Core 2 Duo processor T9400 (2.40GHz/4MB) with 2GB (1x1GB) Dual Channel DS Hynix* DDR2 667 5-5-5-15 memory on Lenovo* ThinkPad* T400, Intel GM45 Chipset (Intel Chipset 8.7.0); BIOS Default Setup, Intel Graphics Media Accelerator X4300 (Intel Integrated driver 14.37.0.5009) Resolution 1440x900x32-bit color, Hitachi* Travelstar HTS722020K9SA00 200GB 5400RPM SATA, AD v. 6250, Windows* XP Professional with SP3 build 6000, System Power Management Policy: AC/High, LCD Size:15.5” widescreen; Battery Capacity rated at 56 Watt-Hours
Desktop display power draw values gathered from spec sheets of 10 models of each type of display (CRT and LCD). Assumed values are: CRT (95W active, 5W asleep), LCD (55W active, 5W asleep)
Energy Cost: 8.65 cents/KWh, which is the U.S. average for industrial and commercial customers as of December, 2008. Source: U.S. Department of Energy, http://www.eia.doe.gov/cneaf/electricity/epm/table5_6_a.html
Intel EEP methodology is described here: http://www.intelcapabilitiesforum.net/EEP/
Performance tests/ratings are provided assuming specific computer systems and/or components and reflect the approximate performance of Intel products as measured by those tests. Any difference in system hardware or software design or configuration may affect actual performance. This data may vary from other material generated for specific marketing requests.
CO2 reduction amount calculation: assume 1.54 lbs. of CO2 per KWh (source: US Department of Energy, http://www.eia.doe.gov/cneaf/electricity/page/co2_report/co2report.html)
Performance tests/ratings are provided assuming specific computer systems and/or components and reflect the approximate performance of Intel products as measured by those tests. Any difference in system hardware or software design or configuration may affect actual performance. This data may vary from other material generated for specific marketing requests.
Windows* 7 is coming out and a higher end PC will offer the best user experience, will be the easiest to upgrade, and will provide the hardware capabilities to take full advantage of Windows 7 features
New compute models such as Dynamic Virtual Client take advantage of hardware capabilities built only into higher end and Intel vPro technology PCs, so if these models are being considered, be sure that the PC that’s purchased can meet the needs
Performance is needed more than ever
Rich media content becoming more important in business environment
High-def monitors require faster processors to display content
Multitasking continues to be important
1. SYSmark* 2007
2-“Increase Productivity by Providing Notebooks Beyond Road Warriors” Forrester Consulting, Oct. 2008
Data Sources:
1 - E8500 Configuration: Intel Core 2 Duo E8500 (6MB L2, 3.16GHz, 1066MHz FSB), Intel Desktop DQ45CB Q45 Dual channel DS Micron 2GB (2x1GB) DDR2-800 5-5-5-18 with Integrated Intel X4500 graphics + Seagate 320GB NCQ SATA2 (BIOS:0059, INF: 9.0.0.1007, Graphics: 15.9.9.1527) Windows* Vista* Ultimate 32bit. P4 630 Configuration: Intel Pentium 4 processor (2MB L2, 3.00GHz, 800MHz FSB), (P4P 630) HT-ON on D945GCL Dual channel DS Micron 1GB (2x512MB) DDR2-667 5-5-5-15 with Integrated 945G + Seagate 320GB NCQ SATA2 (BIOS:0034, INF: 8.4.0.1016, Graphics: 15.6.1.1437). Workload/Test: SYSmark*2007 overall combined score. E-Learning The user views a presentation directing the production of a web based interactive training tool. The user edits a variety of images, in bitmap and vector graphics formats, making visual quality changes, resizing and saving to new formats for use in the training material. The user creates a PDF file of a group of images, and an image is converted from bitmap to vector graphics format. The user completes the training tool by importing the edited images, as well as previously created audio and video clips. The user publishes the resulting tool in a web compatible format. Video Creation A user processes a variety of content to create a video. The user edits a group of images, making visual quality changes, resizing and saving them to new formats. The user encodes multiple videos for use in creating a final composite video. All of the separate pieces are assembled, creating a final uncompressed video. From this uncompressed video, two versions with different amounts of compression are created. One, targeted for downloading, with less compression, the other targeted for streaming, with more compression. Productivity The user opens a file and searches, the document for a keyword. The user continues the search in an e-mail application. The user archives the entire inbox, before sending a new e-mail. The user opens spreadsheets to perform iterative data analysis. While performing this analysis, documents and email data are compressed into a single file. Opening a presentation, the user imports slides from another presentation along with a spreadsheet. Returning to the spreadsheet, the user organizes the data and formats the data for readability. The user opens a project management tool, performing data management tasks before creating a web format based copy of the schedule. 3D Modeling The user opens a 3D model, rendering it out to a high-resolution image. The user opens an architectural scene, exporting the scene to a different 3D modeling format. The user then renders an animated flyby of the scene.
2 - Configurations: Same as footnote 1. Workload: Excel – Number Crunch. The workload is execution of approximately 28,000 sets of calculations using the most commonly used calculations and functions in Microsoft* Excel*. These include common arithmetic operations like addition, subtraction, division, rounding and square root. It also includes common statistical analysis functions such as Max, Min, Median and Average. The input file is a 6.2 MB spreadsheet.
3 - Configurations: Same as footnote 1. Workload: Time to encode 4 HDV clips into a video clip format for YouTube* using Windows Vista* Movie Maker. Windows Vista* MovieMaker to create a video and prepare it to share with others on YouTube. YouTube recommends uploading 320x240 resolution, 30fps, mpeg-4 format videos. The input files are four HDV video clips in dvr-ms format captured from an HD camcorder using MovieMaker*. The four clips in length are 57sec, 28sec, 24sec, and 30sec and their respective sizes are 181316KB, 87941KB, 77765KB and 95493KB. Including transitions, title page and credits, the output video is 2min 21sec and 62335KB in compressed 320x240, 30fps wmv (mpeg-4) format.
4 - Energy Efficient Performance - EEP 2.0 methodology is built on six SYSmark* 2007 Preview runs per day. Standard benchmarking practice runs each benchmark three times and uses the median of the three runs. For illustrative purposes, however, we will use a single run. The key metrics for EEP 2.0 are performance, as represented by the SYSmark* 2007 score, and the average power draw. For more information on EEP, go to: http://www.intelcapabilitiesforum.net/EEP-page_all/.
1 - P8600 Configuration: Intel Core 2 Duo processor P8600 (2.4GHz, 3MB L2, 1066MHz FSB), Model: Lenovo T400 Type=2768-CTO, ID=6475W9D, Memory: Micron Technology 8JSF12864HY-1G1D1, 6-6-6-15, DDR3-1066, 2GB (2x1GB), HDD: Hitachi HTS723232L9A360 200GB, 7200RPM, Graphics: GM45, Mobile Intel 4 Series Express Chipset Family Graphic Ver.7.15.10.1502, Other: 14” LCD, Intel WiFi Link 5300, wireless, Battery – Sanyo 42T5262, 56WH, Windows Vista* Ultimate 32bit. T2700 Configuration: Intel Core Duo processor T2700 (2.33GHz, 2M L2, 667MHz FSB), Model: IBM T60 (Lenovo 1951V4F), Memory: Micron Technology PC2-5300, 5-5-5-12-20, 2GB (2x1GB), HDD: Hitachi HTS721010G9S9SA00 100GB, 7200RPM, Graphics: Integrated Graphics (ver. 7.14.0010.1329) , Mobile Intel 945 Express Chipset Family (ver 8.1.1.1010), Other: 13.75” LCD, Intel PRO/Wireless 3945AB, Battery – Panasonic 92P1139, 56.16WH, Windows Vista* Ultimate 32bit. Workload: The workload is execution of approximately 28,000 sets of calculations using the most commonly used calculations and functions in Microsoft* Excel*. These include common arithmetic operations like addition, subtraction, division, rounding and square root. It also includes common statistical analysis functions such as Max, Min, Median and Average. The input file is a 6.2 MB spreadsheet
2 - Configurations: Same as footnote 1. Workload: Time to encode 4 HDV clips into a video clip format for YouTube* using Windows Vista* Movie Maker. Windows Vista* MovieMaker to create a video and prepare it to share with others on YouTube. YouTube recommends uploading 320x240 resolution, 30fps, mpeg-4 format videos. The input files are four HDV video clips in dvr-ms format captured from an HD camcorder using MovieMaker*. The four clips in length are 57sec, 28sec, 24sec, and 30sec and their respective sizes are 181316KB, 87941KB, 77765KB and 95493KB. Including transitions, title page and credits, the output video is 2min 21sec and 62335KB in compressed 320x240, 30fps wmv (mpeg-4) format.
3 - Configurations: Same as footnote 1. Workload: go to http://www.intel.com/performance
4 - Energy Efficient Performance - EEP 2.0 methodology is built on six SYSmark* 2007 Preview runs per day. Standard benchmarking practice runs each benchmark three times and uses the median of the three runs. For illustrative purposes, however, we will use a single run. The key metrics for EEP 2.0 are performance, as represented by the SYSmark* 2007 score, and the average power draw. For more information on EEP, go to: http://www.intelcapabilitiesforum.net/EEP-page_all/.
A recent Forrester study found:
82% agreed or strongly agreed that they are increasingly requiring the use of access to enterprise applications while away from their desks
81% of companies found that the benefits of improving employee mobility have equaled or exceeded the investment their company has made to date
71% agreed or strongly agreed that employees are working in increasing distributed groups
65% agreed or strongly agreed that the number of mobile employees is increasing faster than the number of non-mobile employees
1- Forrester Consulting: Increased Productivity By Providing Notebooks Beyond The Road Warriors http://governmentsecurity.bitpipe.com/detail/RES/1239220213_575.html
1 – Based on a Model Company developed by Wipro Technologies in a March 2009 study titled “Using Total Cost of Ownership to Determine Optimal PC Refresh Lifecycles” http://communities.intel.com/docs/DOC-3053 Actual results may vary based on the number of use cases implemented and may not be representative of the results that individual businesses may realize. For additional implementation examples refer to Intel Case Studies available at http://communities.intel.com/openport/docs/DOC-1494.
7 – Calgary Health Region ROI case study http://communities.intel.com/openport/docs/DOC-1494
8 – Telkomsel ROI case study http://communities.intel.com/openport/docs/DOC-1494
Media Release09 June 2009
Computer security breaches affected 14 percent of Australian businesses in 2007 at a cost of more than $600 million, according to the latest report from the Australian Institute of Criminology (AIC).
The Australian Business Assessment of Computer User Security (ABACUS) report was released today to coincide with the Australian Federal Police&apos;s High Tech Crime Conference in Sydney.AIC Principal Criminologist Dr Russell Smith said the report was based on a national survey of 4,000 small, medium and large businesses conducted by the Institute to determine their experience of computer security incidents.&quot;The cost of computer security incidents for Australian businesses in 2007 was estimated at between $595 million and $649 million, while businesses spent as much as $1.95 billion on computer security measures,&quot; Dr Smith said.Eight-five percent of businesses reported using one or more computer security tools, usually a type of anti-virus software.The survey showed 13 percent of small businesses, 20 percent of medium businesses and 30 percent of large businesses were affected by a computer security breach.The average loss due to computer security incidents during 2006-07 was $360 for small businesses, $2,757 for medium businesses and $17,578 for large businesses.The most commonly reported type of computer security incident involved viruses and malicious code attacks (64%). Of those businesses affected, 40 percent reported corruption of hardware or software. The majority of businesses dealt with these incidents internally, with only eight percent reporting them to police.Businesses reported that their computer security breaches were generally opportunistic rather than targeted. The report also highlighted the need to minimise the incidence of personal data being stolen for use in other offence
Older PCs are more prone to security attacks due to less sophisticated hardware and software.
Techaisle research shows that PCs older than 3 years are more likely to have email virus attacks, web-based virus attacks, have adware and spyware, are more susceptible to network intrusions, and are more apt to have DoS or Phishing attacks.
Newer PCs on average experienced considerably fewer security related incidences. In addition, refreshing with Intel vPro technology PCs can provide additional layers of security such as the ability to assist with virus and worm scanning with the ability to isolate a PC from the network if such an attack is detected. Intel vPro technology PCs have the ability to check that critical agents (such as virus software, firewall software, etc.) are operational. And finally, Intel vPro technology PCs can also be patched much quicker since they can be accessed overnight and do not rely on the PC being turned and cannot be deferred by the user.
It just takes ONE PC out of compliance to create a security incident costing ~$300K/year. Keeping your PCs more secure, can save your business money
Wipro Technologies, March 2009 “Using Total Cost of Ownership to Determine Optimal PC Refresh Lifecycles”
1. http://communities.intel.com/docs/DOC-3053
PCs older than 3 years show a marked increase in the number of security incidents.
In year 4, PCs experience a 53% increase in the number of security incidents compared to PCs in year 1.
In year 5 they experience an 87% increase, while those that are 6 years and older experience a 120% increase in the number of security incidents.
4 Intel vPro technology includes powerful Intel Active Management Technology (Intel AMT). Intel AMT requires the computer system to have an Intel AMT-enabled chipset, network hardware and software, as well as connection with a power source and a corporate network connection. Setup requires configuration by the purchaser and may require scripting with the management console or further integration into existing security frameworks to enable certain functionality. It may also require modifications of implementation of new business processes. With regard to notebooks, Intel® AMT may not be available or certain capabilities may be limited over a host OS-based VPN or when connecting wirelessly, on battery power, sleeping, hibernating or powered off. For more information, see http://www.intel.com/technology/platform-technology/intel-amt/index.htm
5 Results shown are from the 2007 EDS Case Studies with Intel vPro processor technology, by LeGrand and Salamasick, 3rd party audit commissioned by Intel, of various enterprise IT environments. The studies compare test environments of Intel vPro processor technology equipped PCs vs non-Intel vPro processor technology environments. Tested PCs were in multiple OS and power states to mirror a typical working environment. Actual results may vary. The study is available at www.intel.com/vpro and www.eds.com.
Intel vPro technology deployment: Model Company with 11,500 Mobile PCs and 19,300 Desktop PCs 85% Mobile PC and 75% Desktop PC Intel vPro technology Enabled
Model company savings possible = 11,500*85%*$188 + 19,300*75%*$228 = 1,837,700 + 3,300,300 = $5,138,000
1 – Wipro Technologies, March 2009 “Using Total Cost of Ownership to Determine Optimal PC Refresh Lifecycles” http://communities.intel.com/docs/DOC-3053