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It pays to look under the hood before buying a point-of-sale (POS) terminal.
Retailers can save a lot of money over the long term when POS terminals are
designed to lower total cost of ownership (TCO). This is because the acquisition
cost of a POS terminal is only a small part of the total lifetime cost. The rest of
the cost hinges on other key factors like long-term performance, manageability,
scalability, reliability and power consumption.
Can the latest POS technologies actually pay for themselves? Absolutely, espe-
cially those that take a bite out of TCO. For example, the Fujitsu TeamPoS* 3600
series incorporates innovative technologies that help prevent early obsolescence,
minimize on-site repair calls and save energy. These POS terminals, equipped with
the most powerful Intel® Core™2 Duo processors, reduce TCO by offering excep-
tional performance headroom, remote manageability, tool-free serviceability and
power-saving features. By lowering power consumption, the TeamPoS 3600
series dissipates less heat and has a cooler operating environment, which typically
increases system stability and reliability. This solution brief outlines some of the
features and technologies retailers need to include on their “must-have” list to
maximize their return on investment.
Driving Down Total Cost of OwnershipReducing POS terminal lifetime costs with cutting-edge performance, manageability and power efficiency
Solution BriefIntel® Multi-core Processors Fujitsu TeamPoS* 3600 Series
Retail Solutions
“ Fujitsu’s primary
goal is developing
technology that
positively impacts a
retailer’s operations,
customer service, and
bottom line, while
providing efficient and
eco-friendly service.”
– Marc Janssens, VP of Technical Sales and Retail Business Development, Fujitsu America, Inc.
Stretching Out POS Terminal Lifetimes
In the past, it has been demonstrated that the longer a POS solution
can be used, the greater its return on investment (ROI). As a result,
retailers typically hold on to their POS equipment for seven to 10 years
and well over 10 years in some cases. But there may be a downside
to keeping aging equipment, like forgoing the latest retailing innova-
tions and cost-cutting technologies.
It would take a crystal ball to see the retail storefront of the future.
So how do retailers decide which POS terminal features they’ll need
in the coming decade? Who could have predicted all of the changes to
the cash-out line over the past ten years, like the advent of wireless
technologies, advertising at registers, electronic signage, self-check-
out systems and specialty kiosks, just to name a few?
Undoubtedly, new applications and peripherals that better serve and
attract customers will emerge in the coming years. Since it’s difficult
to anticipate these new developments, it’s important to have POS
terminals that can be easily upgraded to satisfy new requirements
out in time. No business wants to have legacy equipment curb busi-
ness opportunities like adding a gift registry or maintaining customer
receipt histories.
Finding Cost-Saving Opportunities
POS systems are delivering new capabilities and technologies that can
help retailers recoup as much as $400 (USD) per year per POS terminal,
according to Global Retail Insights. They developed a quantification
model that calculates potential business value and cost directed at a
broad list of TCO-oriented metrics. They looked closely at three major
benefit categories: performance, energy efficiency and manageability,
as shown in Figure 1.
Leslie Hand of IDC says, “The $401 annual TCO benefits per POS
terminal reflects major improvements in all major operational cost
areas, with over half ($205) of the annual benefits coming from
improved automated management that reduces service calls, staff
requirements for software updates, deployment costs, asset tracking
and the ability to ensure systems are powered down during the hours
a store is closed. Energy efficiency benefits derive from both lower
CPU wattage (72 percent less compared with the average legacy POS
system deployed) and lower overall cooling requirements for newly
deployed POS systems.”
These savings are possible by selecting POS terminals designed to lower
TCO, such as those that provide exceptional performance headroom,
scalability, manageability and energy efficiency. These features can help
extend POS lifetime, enhance the customer experience and reduce
operating and service costs, as shown in Table 1 on the next page.
Annual TCO Benefitsper POS Terminal (USD)
Performance ($55)
Manageability ($205)
Energy Efficiency ($141)
Figure 1. TCO Benefit per POS Terminal. Source: Global Retail Insights, 2008.
2
Factors: Total Cost of Ownership Benefit
Computing Headroom • Extend POS terminal useful lifetime with spare processor computing power for future application functionality.
• Enhance the customer experience with more compelling multimedia, like digital signage and attractive video displays.
Manageability • Save service costs by reducing on-site service calls.
• Simplify system inventory and software distribution by controlling terminal from a centralized location.
POS Terminal Scalability • Protect POS investments with an upgrade path: memory, peripherals, and application integration.
• Avoid having legacy equipment hold back new storefront functionality (e.g., gift registry, loyalty programs).
Energy Efficiency • Lower utility costs with terminals using the latest CPUs that go to “sleep” during off-peak hours and consume less power than earlier CPUs.
• Decrease energy consumption by allowing IT personnel to remotely power terminals off and on during after-hours.
Reliability • Keep service costs down with terminals designed and built to endure the harsh retail environment.
• Minimize the risk of overheating with terminals that eliminate ventilation requirements.
Table 1. Key Total Cost of Ownership Factors
TCO-Lowering Technologies
Fujitsu’s TeamPoS 3600, pictured in Figure 2, features state-of-the-
art Intel Core 2 Duo processor-based technology and a host of other
features designed to drive down TCO. This system was designed to
meet the needs of demanding retail environments, from stand-alone
point-of-sale to mission-critical applications such as loyalty, merchan-
dising and customer relationship management.
Computing Headroom: Enhancing the Customer Experience
Retailers don’t want to be limited by their POS terminals and storefront
equipment. They need to leave the door open for new multimedia,
advertising, digital signage and rich video options like TV programs at
the checkout counter. With computing headroom, terminals have the
ability to run new and different applications and perhaps most impor-
tant, improve the customer experience.
Capable of running multiple applications simultaneously, TeamPoS 3600
is equipped with Intel® processors, which are continually offering
greater performance. This can be seen with the Spec CINT2006 Rate
(www.spec.org) benchmark results for three Intel processors that
significantly improve over a period of three years. Spec CINT2006
Rate is an industry-standardized, CPU-intensive benchmark suite,
stressing a system’s processor, memory subsystem and compiler.
Figure 2. Fujitsu TeamPoS* 3600 Series
“The TeamPoS 3600 utilizes the latest technology from
Intel, ensuring high performance and long product life.”
Marc Janssens, VP of Technical Sales and Retail Business Development, Fujitsu America, Inc.
“Fujitsu is taking advantage of the powerful
performance and energy efficiency of the Intel Core 2
Duo processor to help enable the TeamPoS 3600
to meet the evolving demands of retailers.”
Rose Schooler, General Manager of the Performance Products Division, Intel Embedded Computing Group
3
The Spec CINT2006 Rate performance of the Intel Core 2 Duo proces-
sor is about 2.5 times faster than the Intel® Pentium® D processor 805,
as shown by the bars labeled ‘Spec CINT2006 Rate’ in Figure 3. The
performance per watt of the Intel Core 2 Duo processor is increasing
even faster and it is about 3.5 times better than the Intel Pentium D
processor 805, as shown by the bars labeled “Power Efficiency.” This
increase in performance and performance per watt provides tremendous
product lifetime and form factor advantages. Note: The benchmark
data is normalized to the Intel Pentium D processor 805 results.1
POS Scalability: Extending POS Useful Lifetime
Scalability protects POS investments by enabling systems to be
configured as needed and easily upgraded. Such flexibility allows
retailers to extend the useful life of POS terminals through incremen-
tal modifications that address changing storefront requirements.
The TeamPoS 3600 open architecture platform, compatible with
new and existing systems and industry-standard operating systems,
helps maximize system scalability and flexibility. “The scalability of
the TeamPoS 3600 delivers an optimized mix of competitive price and
extremely high performance, from mid-range to highest performance
available,” says Jack Noble, Executive Vice President of IT Services at
Fujitsu Computer Services. He adds, “Our POS terminals can be config-
ured to arrive at the right price performance mix for most retailers.”
The TeamPoS 3600 series supports the following scalability features:
• A number of Intel processors, ranging from single-core to dual-core, as shown in Table 2.
• A wide range of system memory options, up to 8 GB.
• Hard disk drives that can be upgraded to a higher capacity.
• A variety of I/O board modules (up to 4 RS232 and 12 USB ports) and a total of 4 PCI* and PCI Express* expansion slots, allowing retailers to upgrade easily as requirements become more demanding.
• An extensive set of peripheral options.
Fujitsu POS Terminal Intel® Processor Processor Cores
TeamPoS 3604 Intel® Celeron® Processor 440 Family (512 KB L2 Cache, 2.0 GHz, 800 MHz FSB) 1
TeamPoS 3625 Intel® Pentium® Dual-Core Processor E5300 (2 MB L2 Cache, 2.6 GHz, 800 MHz FSB) 2
TeamPoS 3627 Intel® Core™2 Duo Processor E7400 (3 MB L2 Cache, 2.8 GHz, 1066 MHz FSB) 2
TeamPoS 3628 Intel® Core™2 Duo Processor E8400 (6 MB L2 Cache, 3.0 GHz, 1333 MHz FSB) 2
Table 2. Fujitsu TeamPoS* 3600 Series Platforms
0.0
3.5
4.0
3.0
2.5
2.0
1.5
1.0
0.5
SPEC CINT2006 RatesRelative Benchmark Performance
Intel® Pentium® D Processor 805
(2M Cache, 2.66 GHz, 533 MHz FSB)
Launch Date: Q2 2005
Intel® Pentium® Dual-Core Processor E2160(1M Cache, 1.80 GHz,
800 MHz FSB)Launch Date: Q2 2007
Intel® Core™2 Duo Processor E8400
(6M Cache, 3.00 GHz, 1333 MHz FSB)
Launch Date: Q1 2008
SPEC CINT2006 Rate
Power Efficiency
Higher is Better
Figure 3. Intel® Processor Benchmarks. Data Source: http://www.spec.org/cpu2006/results/rint2006.html
4
Dedicated, Secure Communications Link
POS Terminal with Remote Management
IT Console with Browseror Management Tool
Benefits of Remote Control• Save Power: IT console automatically turns POS terminals off at night.
• Save Time: IT console performs hardware and software inventory.
• Reduce Service Calls: IT console diagnoses and repairs software issues.
• Minimize Downtime: IT console instantly loads latest security patches.
Figure 4. Intel® Active Management Technology Examples
POS Manageability: Reducing Support Costs
Retailers can realize higher system availability while lowering the overall
cost of support with the enhanced manageability available on the latest
POS terminals. Manageability is far reaching and comprises various
equipment support activities, including inventory, repair and security.
The TeamPoS 3600 series incorporates powerful Intel® Active
Management Technology2 (Intel® AMT), making it possible to utilize Intel®
vPro™ technology. Intel vPro technology provides enhanced security,
remote manageability and industry-leading performance. Intel AMT and
Intel vPro technology allow IT to better discover installed components,
heal and protect networked computing assets. It provides out-of-band
manageability, meaning there’s a dedicated secure communications link
between the POS terminal and the IT control console, as shown in Figure
4. Even if the unit is powered off or does not have a functioning disk
drive or operating system, diagnostics and repairs can be accomplished
remotely. This technology can significantly decrease downtime and
service personnel time. In most cases, repair will not require an on-site
service technician and when a service technician is required, he or she
will know the parts they need before being dispatched.
Complementing Intel AMT, Fujitsu’s SmartPoS* Manager (SPM) focuses
on POS peripheral support. SPM is a suite of programs that enables
remote system monitoring, device estimated useful life alerting, failure
prediction, advanced diagnostics (including detailed device performance
logs) and asset tracking. It can lower the TCO of POS systems with real-
time notice of peripheral failures and advanced notice of maintenance
requirements. The software monitors nodes, like displays, keyboards,
printers, scanners and scales, and identifies failures and poor perfor-
mance, such as magnetic stripe reader (MSR) misreads that could be
caused by a dirty MSR, and automatically sends an alert.
Energy Efficiency: Lowering Utility Costs
With utility costs soaring, POS terminals can help the bottom line by
consuming less power and automatically turning off after hours. Using
Intel AMT, IT personnel can easily power down systems at night and
bring them back up in the morning, conserving a significant amount
of electricity. If a software update needs to be pushed at night,
Intel AMT can turn POS terminals back on, install the patch and then
turn the machines off again. Application software can also put Intel
processors into a low power “sleep” state during off-peak hours, which
further saves energy. “We are working to entice owners of thousands
of POS terminals to invest in higher-efficiency solutions in order to
save on their energy costs,” says Joe Jensen, general manager of the
Embedded Computing Division at Intel.
The Intel Core 2 Duo processors incorporate a number of technolo-
gies that contribute to a tremendous advance in energy efficiency,
as demonstrated in Figure 3, on page 4.
• Intel® Intelligent Power Capability: Individual processor logic subsystems are turned on only when they are needed.
• Intel® Smart Cache Technology: Unused sections of the processor’s cache memory are dynamically powered down to save power.
• Advanced Transistor Technology: Intel manufacturing improve-ments are reducing transistor power consumption.
“The latest version of Intel Active Management
Technology serves as a key component of the
TeamPoS 3600, providing out-of-band manageability
to reduce downtime for retailers; even if the unit
is powered off, diagnostics and many repairs can
be accomplished remotely.”
Joe Jensen, General Manager, Intel Embedded Computing Division
5
Fujitsu’s Green Initiatives
“ Protecting and preserving the environment is very important, and as a company — from our parent Fujitsu Ltd. to our sister
companies — we’ve taken steps to improve our products and manufacturing processes in a way that will positively impact the
environment. We want environmental responsibility to reach all parts of the retailing industry, and will develop and promote
retail technology products that not only improve a retailer’s operations and bottom line, but improve its environmental
footprint as well.” Jack Noble, Executive Vice President of IT Services at Fujitsu Computer Services
In a research study published by Gartner and World Wide Fund for Nature in November 2008, Fujitsu was called out as a leading
information communications technology (ICT) company tackling climate change through its strategic environmental programs.
Among a group of 24 leading ICT providers, the report called Fujitsu “a market leader” for its initiatives, including:
• ISO 14001-2004 Certification: An international standard for establishing, implementing and operating an environmental management system.
• RoHS/WEEE Compliance: Directives that restrict the use of certain hazardous substances.
• Product Recycling Program: A service offered to Fujitsu customers to take back used IT products.
• Green Infrastructure Solution: A program that promotes energy efficiency across the facilities of Fujitsu Ltd. subsidiaries that house customers’ IT equipment.
Fujitsu also introduced a U-Scan Carousel self-checkout system that was modified to support the gradual elimination of plastic bags.
The carousel rack was redesigned with a special holding area to support customers who use reusable bags instead of plastic bags.
Improved Reliability through Advanced Retail Hardening
The TeamPoS 3600 is designed and built to endure the harsh retail
environment. Systems incorporate high reliability and long life cycle
components, including built-in temperature sensors, fan rotational
speed controls, security lock, spill-proof enclosure, corrosion-resistant
chassis and UV-resistant plastics. To help keep service costs down,
terminal components are easy to replace and upgrade because they
can be accessed tool-free.
All Fujitsu systems undergo rigorous environment testing that
includes temperature and humidity; shock and vibration; drop; power
drop-out/cycling; surges and sags; voltage and frequency margins;
noise immunity; electrostatic discharge susceptibility; and electro-
magnetic interference.
The TeamPoS 3600 chassis was specially designed to reduce ventila-
tion requirements, a feature called “zero side ventilation clearance.”
The back ventilation panel is recessed and there are no side ventilation
panels, so the POS terminal can be pushed snug with the counter side
and back to save counter space without the risk of overheating.
Lowering POS Lifetime Costs
The initial purchase price of a POS terminal represents a fraction of
the lifetime cost of the system. There are many factors that impact the
TCO, like long-term performance, scalability, reliability, manageability
and power consumption. Fujitsu’s new TeamPoS 3600 POS terminal,
featuring powerful Intel Core 2 Duo processors, pro actively addresses
these factors with TCO-lowering technology from Fujitsu and Intel.
The TeamPoS 3600 series helps reduce TCO expenditures, which
could be as much as $400 (USD) per system annually. Before buying
new POS terminals, retailers should be on the lookout for new tech-
nologies and features that drive down TCO.
6
1Performancetestsandratingsaremeasuredusingspecificcomputersystemsand/orcomponentsandreflectapproximateperformanceofIntel®productsasmeasuredbythosetests.Anydifferenceinsystemhardwareorsoftwaredesignorconfigurationmayaffectactualperformance.Buyersshouldconsultothersourcesofinformationtoevaluatetheperformanceofsystemsorcomponentstheyareconsideringpurchasing.FormoreinformationonperformancetestsandontheperformanceofIntelproducts,visithttp://www.intel.com/performance/resources/benchmark_limitations.htm.
2Intel®ActiveManagementTechnology(Intel®AMT)requiresthecomputersystemtohaveanIntelAMT-enabledchipset,networkhardwareandsoftware,aswellasconnectionwithapowersourceandacorporatenetworkconnection.Setuprequiresconfigurationbythepurchaserandmayrequirescriptingwiththemanagementconsoleorfurtherintegrationintoexistingsecurityframeworkstoenablecertainfunctionality.Itmayalsorequiremodificationsofimplemen-tationofnewbusinessprocesses.Formoreinformation,seewww.intel.com/technology/platform-technology/intel-amt/.
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