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User-defined software residing on a host PC or on a field-programmable gate array (FPGA) can easily optimize modular PXI-type instruments in one chassis. And at a low level, this approach is driven by high-performance processors and buses with flexible peripheral IO, providing precise synchronization, smart power distribution, and other benefits.
3. 1
User-defined software residing on a host PC
or on a field-programmable gate array (FPGA)
can easily optimize modular PXI-type
instruments in one chassis. And at a low level,
this approach is driven by high-performance
processors and buses with flexible peripheral
IO, providing precise synchronization, smart
power distribution, and other benefits.
What’sbehindthetrend?
• Needformoreflexibletestequipment
forwiderapplications
• Drivetoincreasemeasurementspeed
andunitthroughput
• Pressuretogetlongerlifeandwideruse
fromtestinvestments
SOFTWARE-DEFINED
INSTRUMENTATION
RAPIDLY
CHANGING
FEATURESAND
TESTINGREQUIRE
INNOVATIVE
SOLUTIONS.
Top 5 Trends in Product Development and Test Engineering / Averna
4. EMERGENCE OF
TEST AS A SERVICE2.
Top 5 Trends in Product Development and Test Engineering / Averna
Today,manyOEMs*outsourcenon-core
functions,resultinginthegrowthof,forexample,
thecorporateIT,securityandsupportindustries.
Inproductdevelopment,wehaveseenan
upswinginthenumberoforganizationslooking
forspecializedtestexpertiseforcertainphases
oftheproductlifecycle.
SomeOEMsarestrugglingbecausetheysimply
donothavethedepthorbreadthofexpertise
tocoverallthevalidationrequired.Thisisunder-
standableashigh-techproducts–suchastelecom
components,infotainmentsystems,household
electronicsandmobiledevices–become
increasinglycomplex.
TEsT Is bEcOmInG
A DiStInCt VAlUe-
AdDeD PrOcEsS
*Originalequipmentmanufacturer.
a
v
t
5. Historically, most OEMs have been able to
handle their own product-test requirements,
hence they simply reassign R&D engineers
to production or RMA test activities as
needed. While this makes short-term sense,
in many cases it is actually counterproduc-
tive, as these resources scramble to learn
new tools/processes, spend weeks at
production sites, and get behind in their
product design or NPI tasks.
What’sbehindthetrend?
• OEMswantmaximumefficiency
fromeachengineeringresource
• Complexproductsneedspecialized
testapproaches
• Increasedcompetitionrequires
higherqualityandfastertestcycles
EMERGENCE OF TEST
AS A SERVICE 2
OUTSOURCING
SOMETESTFUNCTIONS
CANBETRULYCOST
EFFECTIVE.
Top 5 Trends in Product Development and Test Engineering / Averna
6. EARLY PRODUCT LIFECYCLE TESTING3.
Traditionally,testhasbeenassociated
primarilywiththeproductmanufacturing
stage:testthecomponents,troubleshoot,
assembletheparts,troubleshoot,etc.
Today,however,this“testasyougo”
approachoftenleadstocostoverruns,
delays,andmountingscrappiles.
Sincemosttestexpensesarecommittedduring
thedesignphase,manyOEMsarespendingmore
timeanalyzingandstreamliningtheiractivities
earlyintheproductlifecycletoreduceexpenses
andshortenproductioncycletimes.TheDesign
forTest(DFT)approachisabigpartofthisshift.
Top 5 Trends in Product Development and Test Engineering / Averna
oEMs aRe
ElImInAtInG MoRe
PrObLeMsaT
ThE DEsIgN PhAse.
DESIGN NPI PRODUCTION REPAIR