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Difference between revisions of "google/pixel visual core"
< google

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{{google title|Pixel Visual Core (PVC)}}
 
{{google title|Pixel Visual Core (PVC)}}
{{chip}}
+
{{chip
 +
|chip type=image processor
 +
|name=Pixel Visual Core
 +
|no image=Yes
 +
|designer=Google
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|manufacturer=TSMC
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|market=Mobile
 +
|market 2=Embedded
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|first announced=October 17, 2017
 +
|first launched=October 17, 2017
 +
|isa=vISA
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|process=28 nm
 +
|technology=CMOS
 +
}}
 
'''Pixel Visual Core''' ('''PVC''') is an advanced [[image processing unit]] custom designed by [[Google]] introduced in late [[2017]] for their [[wikipedia:Pixel 2|Pixel 2]] smartphone and future [[IoT]] applications. This IPU is a fully-programmable [[domain-specific processor]] designed from the ground-up in order to deliver the highest performance at low power.
 
'''Pixel Visual Core''' ('''PVC''') is an advanced [[image processing unit]] custom designed by [[Google]] introduced in late [[2017]] for their [[wikipedia:Pixel 2|Pixel 2]] smartphone and future [[IoT]] applications. This IPU is a fully-programmable [[domain-specific processor]] designed from the ground-up in order to deliver the highest performance at low power.

Revision as of 17:48, 25 May 2018

Edit Values
Pixel Visual Core
General Info
DesignerGoogle
ManufacturerTSMC
MarketMobile, Embedded
IntroductionOctober 17, 2017 (announced)
October 17, 2017 (launched)
Microarchitecture
ISAvISA
Process28 nm
TechnologyCMOS

Pixel Visual Core (PVC) is an advanced image processing unit custom designed by Google introduced in late 2017 for their Pixel 2 smartphone and future IoT applications. This IPU is a fully-programmable domain-specific processor designed from the ground-up in order to deliver the highest performance at low power.

designerGoogle +
first announcedOctober 17, 2017 +
first launchedOctober 17, 2017 +
full page namegoogle/pixel visual core +
isavISA +
ldateOctober 17, 2017 +
manufacturerTSMC +
market segmentMobile + and Embedded +
namePixel Visual Core +
process28 nm (0.028 μm, 2.8e-5 mm) +
technologyCMOS +