“List of Intel Atom microprocessors”的意思、由来-开放百科全书

词条

List of Intel Atom microprocessors

释义

Nettop processors (small desktop)
Bonnell microarchitecture "Diamondville" (45 nm) "Pineview" (45 nm) "Cedarview" (32 nm)
Netbook processors (sub-notebook)
Bonnell microarchitecture "Diamondville" (45 nm) "Pineview" (45 nm) "Cedarview" (32 nm)
MID processors/SoCs (UMPC/Smartphone/IoT)
Bonnell microarchitecture "Silverthorne" (45 nm) "Lincroft" (45 nm) "Penwell" (32 nm) Silvermont microarchitecture "Merrifield" (22 nm) "Moorefield" (22 nm) "SoFIA" (28 nm)
Tablet processors/SoCs
Bonnell microarchitecture "Lincroft" (45 nm) "Cloverview" (32 nm) Silvermont microarchitecture "Bay Trail-T" (22 nm) Airmont microarchitecture "Cherry Trail-T" (14 nm)
Embedded processors/SoCs
Bonnell microarchitecture "Tunnel Creek" (45 nm) "Stellarton" (45 nm) Silvermont microarchitecture "Bay Trail-I" (22 nm) Airmont microarchitecture "Braswell" (14 nm) Goldmont microarchitecture "Apollo Lake" (14 nm)
Server SoCs
Bonnell microarchitecture "Centerton" (32 nm) "Briarwood" (32 nm) Silvermont microarchitecture "Avoton" (22 nm) "Rangeley" (22 nm) Goldmont microarchitecture "Denverton" (14 nm)
CE SoCs
Single-core CE SoCs "Sodaville" (45 nm) "Groveland" (45 nm) Dual-Core CE SoCs "Berryville" (32 nm)
See also
References
External links

{{Main|Intel Atom}}{{redirect|soFIA|other uses|sofia (disambiguation)}}{{Disputed|No_sources.2C_dubious_data|date=April 2017}}

The Intel Atom is Intel's line of low-power, low-cost and low-performance x86 and x86-64 microprocessors. Atom, with codenames of Silverthorne and Diamondville, was first announced on March 2, 2008.

For Nettop and Netbook Atom Microprocessors after Diamondville, the memory and graphics controller are moved from the northbridge to the CPU. This explains the drastically increased transistor count for post-Diamondville Atom microprocessors.

Nettop processors (small desktop)

Bonnell microarchitecture

"Diamondville" (45 nm)

All models support: MMX, SSE, SSE2, SSE3, SSSE3, Intel 64, XD bit (an NX bit implementation), hyper-threading
These models do not support Intel VT-x or SSE4.
Transistors: 47 million
Die size: 25.96 mm² (3.27 × 7.94)
Package size: 22 mm × 22 mm
Steppings: C0

{{cpulist|atom|head}}{{cpulist|atom|diamondville|model=Atom 230 |ark=35635 |cores=1 |fsb=533 |mult=12 |vmin=0.9 |vmax=1.1625 |tdp=4|sock=437|date=June 3, 2008 |price=$29|links=1 |sspec1=SLB6Z|step1=C0|part1=AU80586RE025D}}{{cpulist|atom|diamondville|model=Atom 330|ark=35641|cores=2|fsb=533|l2=2 × 512|mult=12|vmin=0.9|vmax=1.1625|tdp=8|sock=437|date=June 3, 2008 |price=$43|sspec1=SLG9Y|step1=C0|part1=AU80587RE0251M}}{{end}}

"Pineview" (45 nm)

All models support: MMX, SSE, SSE2, SSE3, SSSE3, Intel 64, XD bit (an NX bit implementation), hyper-threading
These models do not support Intel VT-x or SSE4.
GMA 3150 GPU and memory controller are integrated into the processor.
Transistors: 123 million (single-core), 176 million (dual-core)
Die size: 66 mm² (9.56 × 6.89) (single-core), 87 mm² (9.56 × 9.06) (dual core)
Package size: 22 mm × 22 mm

{{cpulist|atomgfx|head}}{{cpulist|atomgfx|pineview|model=Atom D410|ark=43517|cores=1|gfxclock=400|l2=512|mult=10|mem=1 × DDR2-800|vmin=0.8|vmax=1.175|tdp=10|sock1=FC-BGA 559|date=January 4, 2010|price=$43|links=1 |sspec1=SLBMH|step1=A0|part1=AU80610004671AA}}{{cpulist|atomgfx|pineview|model=Atom D425|ark=49489|cores=1|gfxclock=400|l2=512|mult=11|mem=1 × DDR2-800
1 × DDR3-800|vmin=0.8|vmax=1.175|tdp=10|sock1=FC-BGA 559|date=June 21, 2010|price=$42 |sspec1=SLBXD|step1=A0|part1=AU80610006252AA}}{{cpulist|atomgfx|pineview|model={{Visible anchor|Atom D510}}|ark=43098|cores=2|mult=10|gfxclock=400|l2=2 × 512|mem=1 × DDR2-800|vmin=0.8|vmax=1.175|tdp=13|sock1=FC-BGA 559|date=December 21, 2009|price=$63|sspec1=SLBLA|step1=B0|part1=AU80610004392AA}}{{cpulist|atomgfx|pineview|model={{Visible anchor|Atom D525}}|ark=49490|cores=2|mult=11|gfxclock=400|l2=2 × 512|mem=1 × DDR2-800
1 × DDR3-800|vmin=0.8|vmax=1.175|tdp=13|sock1=FC-BGA 559|date=June 21, 2010|price=$63 |sspec1=SLBXC|step1=B0|part1=AU80610006225AA}}{{end}}

"Cedarview" (32 nm)

All models support: MMX, SSE, SSE2, SSE3, SSSE3, Intel 64, XD bit (an NX bit implementation), hyper-threading (D2550, D2560, D2700, D2701^[1] only)
These models do not support SSE4.
PowerVR-based Intel GMA 3600/GMA 3650 GPU and memory controller are integrated into the processor.
Transistors: ?
Die size: ?
Package size: 22 mm × 22 mm

{{cpulist|atomgfx|head}}{{cpulist|atomgfx|cedarview|model=Atom D2500|ark=59682|cores=2|freq=1.86|mult=14|gfxclock=400|l2=2 × 512 KB|dmi=533|mem=1 × DDR3-800
1 × DDR3-1066|vmin=0.91|vmax=1.21|tdp=10|sock1=FC-BGA 559|date=November, 2011|price=$42|links=1 |sspec1=SR0D8|sspec2=SR0W0|step1=B2|step2=B3|part1=DF8064101055400}}{{cpulist|atomgfx|cedarview|model=Atom D2550|ark=65470|cores=2|freq=1.86|mult=14|gfxclock=640|l2=2 × 512 KB|dmi=533|mem=1 × DDR3-800
1 × DDR3-1066|vmin=0.91|vmax=1.21|tdp=10|sock1=FC-BGA 559|date=March, 2012|price=$47 |sspec1=SR0QB|sspec2=SR0VY|step1=B2|step2=B3|part1=DF8064101211300}}{{cpulist|atomgfx|cedarview|model=Atom D2560|ark=69362|cores=2|freq=2|mult=15|gfxclock=640|l2=2 × 512 KB|dmi=533|mem=1 × DDR3-800
1 × DDR3-1066|vmin=0.91|vmax=1.21|tdp=10|sock1=FC-BGA 559|date=October, 2012|price=$47 |sspec1=SR0QD|sspec2=SR0W4|step1=B2|step2=B3|part1=DF8064101213700}}{{cpulist|atomgfx|cedarview|model=Atom D2700|ark=59683|cores=2|freq=2.13|mult=16|gfxclock=640|l2=2 × 512 KB|dmi=533|mem=1 × DDR3-800
1 × DDR3-1066|vmin=0.91|vmax=1.21|tdp=10|sock1=FC-BGA 559|date=November, 2011|price=$52 |sspec1=SR0D9|step1=B2|part1=DF8064101055647}}{{cpulist|atomgfx|cedarview|model=Atom D2701|ark=|cores=2|freq=2.13|mult=16|gfxclock=|l2=2 × 512 KB|dmi=|mem=|vmin=|vmax=|tdp=|sock1=|date=|price=|sspec1=SR0W6|step1=|part1=DF8064101365900^[2]}}{{end}}

Netbook processors (sub-notebook)

Bonnell microarchitecture

"Diamondville" (45 nm)

All models support: MMX, SSE, SSE2, SSE3, SSSE3, Enhanced Intel SpeedStep Technology (EIST), XD bit (an NX bit implementation), hyper-threading
These models do not support Intel 64, Intel VT-x, or SSE4.
Transistors: 47 million
Die size: 26 mm²
Package size: 22 mm × 22 mm
Steppings: C0

{{cpulist|atom|head}}{{cpulist|atom|diamondville|model=Atom N270|ark=36331|cores=1|fsb=533|mult=12|vmin=0.9|vmax=1.1625|tdp=2.5|date=June 3, 2008|price=$44|links=1 |sspec1=SLB73|step1=C0|part1=AU80586GE025D}}{{cpulist|atom|diamondville|model=Atom N280|ark=41411|cores=1|fsb=667|mult=10|vmin=0.9|vmax=1.1625|tdp=2.5|date=February 6, 2009 |sspec1=SLGL9|step1=C0|part1=AU80586GF028D}}{{end}}

"Pineview" (45 nm)

All models support: MMX, SSE, SSE2, SSE3, SSSE3, Intel 64, Enhanced Intel SpeedStep Technology (EIST), XD bit (an NX bit implementation), hyper-threading
These models do not support Intel VT-x or SSE4 and are limited to 2GB of memory.
Graphics GMA 3150 and memory controller are integrated into the processor, but graphics sometimes disabled in favor of discrete video chip.
Transistors: 123 million (single-core), 176 million (dual-core)
Die size: 66 mm² (9.56 × 6.89) (single-core), 87 mm² (9.56 × 9.06) (dual core)
Package size: 22 mm × 22 mm

{{cpulist|atomgfx|head}}{{cpulist|atomgfx|pineview|model={{Visible anchor|Atom N435}}|ark=|cores=1|gfxclock=200|mult=8|mem=1 × DDR2-667
1 × DDR3-800|vmin=0.8|vmax=1.175|tdp=5.0|sock1=FC-BGA 559|date=June 2011||links=1 |sspec1=SLC4C|step1=A0|part1=AU80610007533AA}}{{cpulist|atomgfx|pineview|model={{Visible anchor|Atom N450}}|ark=42503|cores=1|gfxclock=200|mult=10|mem=1 × DDR2-667|vmin=0.8|vmax=1.175|tdp=5.5|sock1=FC-BGA 559|date=December 21, 2009|price=$63 |sspec1=SLBMG|step1=A0|part1=AU80610004653AA}}{{cpulist|atomgfx|pineview|model={{Visible anchor|Atom N455}}|ark=49491|cores=1|gfxclock=200|mult=10|mem=1 × DDR2-800
1 × DDR3-800|vmin=0.8|vmax=1.175|tdp=6.5|sock1=FC-BGA 559|date=June 1, 2010|price=$75 |sspec1=SLBX9|step1=A0|part1=AU80610006237AA}}{{cpulist|atomgfx|pineview|model={{Visible anchor|Atom N470}}|ark=46467|cores=1|gfxclock=200|mult=11|mem=1 × DDR2-667|vmin=0.8|vmax=1.175|tdp=6.5|sock1=FC-BGA 559|date=March 1, 2010|price=$75 |sspec1=SLBMF|step1=A0|part1=AU80610003495AA}}{{cpulist|atomgfx|pineview|model={{Visible anchor|Atom N475}}|ark=49492|cores=1|gfxclock=200|mult=11|mem=1 × DDR2-800
1 × DDR3-800|vmin=0.8|vmax=1.175|tdp=6.5|sock1=FC-BGA 559|date=June 1, 2010|price=$75 |sspec1=SLBX5|step1=A0|part1=AU80610006240AA}}{{cpulist|atomgfx|pineview|model={{Visible anchor|Atom N550}}|ark=50154|cores=2|mult=9|gfxclock=200|l2=2 × 512|mem=1 × DDR2-800
1 × DDR3-800|vmin=0.8|vmax=1.175|tdp=8.5|sock1=FC-BGA 559|date=August 23, 2010|price=$86|sspec1=SLBXF|step1=B0|part1=AU80610006291AA}}{{cpulist|atomgfx|pineview|model={{Visible anchor|Atom N570}}|ark=55637|cores=2|mult=10|gfxclock=200|l2=2 × 512|mem=1 × DDR2-800
1 × DDR3-800|vmin=0.8|vmax=1.175|tdp=8.5|sock1=FC-BGA 559|date=March 1, 2011|price=$86 |sspec1=SLBXE|step1=B0|part1=AU80610006243AA}}{{end}}

"Cedarview" (32 nm)

All models support: MMX, SSE, SSE2, SSE3, SSSE3, Intel 64, Enhanced Intel SpeedStep Technology (EIST), XD bit (an NX bit implementation), hyper-threading
These models do not support Intel VT-x or SSE4.
Intel GMA 3600/GMA 3650 GPU and memory controller are integrated into the processor.
Transistors: ? million
Die size: ?
Package size: 22 × 22 mm

{{cpulist|atomgfx|head}}{{cpulist|atomgfx|cedarview|model=Atom N2100|cores=1|freq=1.6|gfxclock=400|mult=12|l2=512 KB|dmi=533|mem=1 × DDR3-800|sock1=FC-BGA 559 |sspec1=SR0DC|step1=B2|part1=DF8064101064902}}{{cpulist|atomgfx|cedarview|model={{Visible anchor|Atom N2600}}|ark=58916|cores=2|freq=1.6|gfxclock=400|mult=12|l2=2 × 512 KB|dmi=533|mem=1 × DDR3-800|vmin=0.91|vmax=1.21|tdp=3.5|sock1=FC-BGA 559|date=December, 2011|price=$42|sspec1=SR0DB|step1=B2|sspec2=SR0W2|step2=B3|part1=DF8064101050706}}{{cpulist|atomgfx|cedarview|model={{Visible anchor|Atom N2800}}|ark=58917|cores=2|freq=1.87|gfxclock=640|mult=14|l2=2 × 512 KB|dmi=533|mem=1 × DDR3-1066|vmin=0.91|vmax=1.21|tdp=6.5|sock1=FC-BGA 559|date=December, 2011|price=$47 |sspec1=SR0DA|step1=B2|sspec2=SR0W1|step2=B3|part1=DF8064101050503}}{{end}}

MID processors/SoCs (UMPC/Smartphone/IoT)

Bonnell microarchitecture

"Silverthorne" (45 nm)

All models support: MMX, SSE, SSE2, SSE3, SSSE3, Enhanced Intel SpeedStep Technology (EIST), XD bit (an NX bit implementation)
Models Z520, Z520PT, Z530, Z530P, Z540, Z550 and Z560 support Hyper-Threading and Intel VT-x
Models Z500, Z510P, Z510PT, and Z515 support Hyper-Threading only
Model Z515 supports Intel Burst Performance Technology
Transistors: 47 million
Die size: 26 mm²
Package size: 13 mm × 14 mm / 22 mm × 22 mm (processors ending with the P or PT sSpec number)
Steppings: C0

{{cpulist|atom|head}}{{cpulist|atom|silverthorne|model=Atom Z500 |ark=35472|cores=1|fsb=400|mult=8 |vmin=0.712|vmax=1.1|tdp=0.65 |sock=441|date=April 2, 2008|price=$45|links=1 |sspec1=SLB6Q|step1=C0|part1=AC80566UC800DE}}{{cpulist|atom|silverthorne|model=Atom Z510 |ark=35469|cores=1|fsb=400|mult=11|vmin=0.75 |vmax=1.1|tdp=2 |sock=441|date=April 2, 2008|price=$45 |sspec1=SLB2C|step1=C0|part1=AC80566UC005DE}}{{cpulist|atom|silverthorne|model=Atom Z510P|ark=41175|cores=1|fsb=400|mult=11|vmin=0.8 |vmax=1.1|tdp=2.2 | |date=March 2, 2009|price=N/A |sspec1=SLGPQ|step1=C0|part1=CH80566EC005DW}}{{cpulist|atom|silverthorne|model=Atom Z510PT|ark=41176|cores=1|fsb=400|mult=11|vmin=0.75 |vmax=1.1|tdp=2.2 | |date=March 2, 2009|price=N/A |sspec1=SLGPR|step1=C0|part1=CH80566EC005DT}}{{cpulist|atom|silverthorne|model=Atom Z515 |ark=40740|cores=1|fsb=400|mult=12|vmin=0.712|vmax=1 |tdp=1.4 |sock=441|date=April 8, 2009|price=N/A |sspec1=SLGMG|step1=C0|part1=AC80566UC009DV}}{{cpulist|atom|silverthorne|model=Atom Z520 |ark=35466|cores=1|fsb=533|mult=10|vmin=0.75 |vmax=1.1|tdp=2 |sock=441|date=April 2, 2008|price=$65 |sspec1=SLB2H|step1=C0|part1=AC80566UE014DW}}{{cpulist|atom|silverthorne|model=Atom Z520PT|ark=41174|cores=1|fsb=533|mult=10|vmin=0.9 |vmax=1.1|tdp=2.2 | |date=March 2, 2009|price=N/A |sspec1=SLGPP|step1=C0|part1=CH80566EE014DT}}{{cpulist|atom|silverthorne|model=Atom Z530 |ark=35463|cores=1|fsb=533|mult=12|vmin=0.75 |vmax=1.1|tdp=2 |sock=441|date=April 2, 2008|price=$95 |sspec1=SLB6P|step1=C0|part1=AC80566UE025DW}}{{cpulist|atom|silverthorne|model=Atom Z530P|ark=41173|cores=1|fsb=533|mult=12|vmin=0.8 |vmax=1.1|tdp=2.2 | |date=March 2, 2009|price=N/A |sspec1=SLGPN|step1=C0|part1=CH80566EE025DW}}{{cpulist|atom|silverthorne|model=Atom Z540 |ark=35460|cores=1|fsb=533|mult=14|vmin=0.75 |vmax=1.1 |tdp=2.4 |sock=441|date=April 2, 2008|price=$160 |sspec1=SLB2M|step1=C0|part1=AC80566UE036DW}}{{cpulist|atom|silverthorne|model=Atom Z550 |ark=40741|cores=1|fsb=533|mult=15|vmin=0.75 |vmax=1.1 |tdp=2.4 |sock=441|date=April 8, 2009|price=N/A|sspec1=SLGPT|step1=C0|part1=AC80566UE041DW}}{{cpulist|atom|silverthorne|model=Atom Z560 |ark=49669|cores=1|fsb=533|mult=16|vmin=0.75 |vmax=1.1 |tdp=2.5 |sock=441|date=Q2 2010|price=$144 |sspec1=SLH63|step1=C0|part1=AC80566UE046DW}}{{end}}

"Lincroft" (45 nm)

All models support: MMX, SSE, SSE2, SSE3, SSSE3, Enhanced Intel SpeedStep Technology (EIST), XD bit (an NX bit implementation), Hyper-Threading. All except Z605 support Intel Burst Performance Technology (BPT).
GMA 600 GPU and memory controller are integrated onto the processor die
Transistors: 140 million
Die size: 7.34 mm × 8.89 mm = 65.2526 mm²
Package size: 13.8 mm × 13.8 × 1.0 mm
Steppings: C0

{{cpulist|atomgfx|head}}{{cpulist|atomgfx|lincroft|model=Atom Z600|ark=49656|cores=1|mult=12|gfxclock=200|l2=512|mem=1 × LPDDR-400|vmin=0.7625|vmax=1.1|tdp=1.3|sock1=|date=May 4, 2010|price=|links=1 |sspec1=SLBZP|step1=C0|part1=AY80609004002AC |sspec2=SLBR9|step2=}}{{cpulist|atomgfx|lincroft|model=Atom Z605|cores=1|mult=10|gfxclock=|l2=512|mem=1 × DDR-400
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1 × DDR2-800|vmin=|vmax=|tdp=1.3|sock1=|date=May 4, 2010|price=| |sspec1=SLBZE|step1=C0|part1=AY80609003996AC |sspec2=SLBR8|step2=}}{{cpulist|atomgfx|lincroft|model=Atom Z625|ark=49662|cores=1|mult=19|gfxclock=400|l2=512|mem=1 × DDR2-800|vmin=0.7625|vmax=1.1|tdp=2.2|sock1=|date=May 4, 2010|price=| |sspec1=SLBZD|step1=C0|part1=AY80609003987AB |sspec2=SLBR7|step2=}}{{end}}

"Penwell" (32 nm)

All models support: MMX, SSE, SSE2, SSE3, SSSE3, Enhanced Intel SpeedStep Technology (EIST), XD bit (an NX bit implementation), Intel Burst Performance Technology (BPT), Hyper-threading.
GPU and memory controller are integrated onto the processor die
Package size: 12 mm × 12 × 1.0 mm
Steppings: D1
Currently used in the Motorola RAZR i smartphone.

{{cpulist|atomgfx|head}}{{cpulist|atomgfx|penwell|model=Atom Z2420 |ark=70814|cores=1|freq=1.2 |gfxclock=400|l2=512 KB|mem=2 × LPDDR2-800|vmin=0.3|vmax=1.2|tdp=|sock1=BGA617|date=January 2013|price=|links=1 |sspec1=SR0YF|step1=D1|part1=DG8064001195908 |sspec2=SR0Z5|step2=D1|}}{{cpulist|atomgfx|penwell|model=Atom Z2460 |ark=70098|cores=1|freq=1.3-1.6|gfxclock=400|l2=512 KB|mem=2 × LPDDR2-800|vmin=0.3|vmax=1.2|tdp=|sock1=BGA617|date=January 2012|price=|links=1 |sspec1=SR0PR|step1=D1|part1=DG8064001211503 |sspec2=SR0PS|step2=D1|part2=DG8064001194903 |sspec3=SR0PV|step3=D1|part3=DG8064001195902 |sspec4=SR0TM|step4=D1|part4=DG8064001195703 |sspec5=SR0U6|step5=D1| |sspec6=SR0VZ|step6=D1| |sspec7=SR114|step7=D1| |sspec8=SR118|step8=D1|}}{{cpulist|atomgfx|penwell|model=Atom Z2480 |ark=70097|cores=1|freq=1.3-2.0|gfxclock=400|l2=512 KB|mem=2 × LPDDR2-800|vmin=0.3|vmax=1.2|tdp=|sock1=BGA617|date=Q4 2012|price=|links=1 |sspec1=SR0U7|step1=D1|part1=DG8064001195906 |sspec2=SR0ZK|step2=D1|part2=DG8064001195906 |sspec3=SR111|step3=D1|part3=DG8064001195906 |sspec4=SR117|step4=D1|part4=DG8064001195906}}{{cpulist|atomgfx|penwell|model=Atom Z2610 |ark= |cores=1|freq=1.3-1.6|gfxclock=400|l2=512 KB|mem=2 × LPDDR2-800|vmin= |vmax= |tdp=|sock1=BGA617|date=Q2 2012|price=|links=1 |sspec1=SR0PT|step1=D1|part1=DG8064001196004 }}{{end}}

Silvermont microarchitecture

"Merrifield" (22 nm)

All models support: MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, Enhanced Intel SpeedStep Technology (EIST), Intel 64, XD bit (an NX bit implementation), Intel VT-x, AES-NI, Intel Burst Performance Technology (BPT).
Z3480 also supports Intel Wireless Display.
GPU (PowerVR G6400) and memory controller are integrated onto the processor die
Package size: 12 mm × 12 × 1.0 mm

{{cpulist|atomgfx|head}}{{cpulist|atomgfx|merrifield|model=Atom Z3460 |ark=70103|cores=2|freq=1.6 |gfxclock=400-457|l2=1 MB|mem=2 × LPDDR3-1066|vmin=|vmax=|tdp=|sock1=|date=March 2014|price=|links=1
|sspec1=SR1WR|step1=B1|part1=FG8065201850100
|sspec2=SR20G|step2=B1
|sspec3=SR20U|step3=B1}}{{cpulist|atomgfx|merrifield|model=Atom Z3480 |ark=70102|cores=2|freq=2.13|gfxclock=457-533|l2=1 MB|mem=2 × LPDDR3-1066|vmin=|vmax=|tdp=|sock1=|date=March 2014|price=
|sspec1=SR1WS|step1=B1|part1=FG8065201850200
|sspec2=SR20F|step2=B1}}{{end}}

"Moorefield" (22 nm)

All models support: MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, Enhanced Intel SpeedStep Technology (EIST), Intel 64, XD bit (an NX bit implementation), Intel VT-x, AES-NI, Intel Burst Performance Technology (BPT), Intel Wireless Display.
GPU (PowerVR G6430) and memory controller are integrated onto the processor die
Package size: 14 mm × 14 × 1.0 mm

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|sspec2=SR2GD|step2=B0|part2=}}{{end}}

"SoFIA" (28 nm)

SoFIA (Smart or Feature Phone with Intel Architecture)^[3]
All models support: MMX, SSE, SSE2, SSE3, SSSE3, SSE4, Enhanced Intel SpeedStep Technology (EIST), Intel 64, XD bit (an NX bit implementation), Intel Burst Performance Technology (BPT), Intel VT-x, AES-NI (based on Silvermont's specs)
GPU (ARM Mali) and memory controller are integrated onto the processor die
Package size: 34 × 40 mm
SoFIA 3G SoC with Silvermont CPU
- Integrated HSPA+ A-GOLD 620: 2G/3G RF, CNV, PMU, Audio (Atom x3-C3130)^[4]
SoFIA 3G–R SoC with Silvermont CPU
- Integrated HSPA+ A-GOLD 620: 2G/3G RF, CNV, PMU, Audio (Atom x3-C3230RK)^[5]
SoFIA LTE (W) with Airmont CPU
- Integrated LTE Cat. 4 (XG726-based), SMARTi™ 4.5, LnP/ CG2000, PMIC (Atom x3-C3440 & C3445)^[6]

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}}{{cpulist|atomx3|sofia3g-r|model=Atom x3-C3230RK |ark=87461|cores=4|freq=|burst=1.1|gfxmodel=Mali 450 MP4 (quad core)|gfxclock=600|l2=1 MB|mem=1×32 LPDDR2/3 1066, 2×16 DDR3/DDR3L 1333|vmin=|vmax=|sdp=2 |sock1=|connectivity=2G/3G, GPS, Bluetooth, WiFi|date=H1 2015|price=
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Tablet processors/SoCs

Bonnell microarchitecture

"Lincroft" (45 nm)

All models support: MMX, SSE, SSE2, SSE3, SSSE3, Enhanced Intel SpeedStep Technology (EIST), XD bit (an NX bit implementation), Hyper-Threading. All except Z605 support Intel Burst Performance Technology (BPT).
GMA 600 GPU and memory controller are integrated onto the processor die
Transistors: 140 million
Die size: 7.34 mm × 8.89 mm = 65.2526 mm²
Package size: 13.8 mm × 13.8 × 1.0 mm
Steppings: C0

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"Cloverview" (32 nm)

All models support: MMX, SSE, SSE2, SSE3, SSSE3, Enhanced Intel SpeedStep Technology (EIST), XD bit (an NX bit implementation), Hyper-Threading, Intel Burst Performance Technology (BPT).
GPU and memory controller are integrated onto the processor die
Package size: 13.8 mm × 13.8 × 1.0 mm
Steppings:B1, C0

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No official TDP available. For power data see ^[7] page 129-130.

Silvermont microarchitecture

"Bay Trail-T" (22 nm)

All models support: MMX, SSE, SSE2, SSE3, SSSE3, SSE4, Enhanced Intel SpeedStep Technology (EIST), Intel 64, XD bit (an NX bit implementation), Intel Burst Performance Technology (BPT), Intel VT-x, AES-NI.
GPU and memory controller are integrated onto the processor die
GPU is based on Ivy Bridge Intel HD Graphics, with 4 execution units, and supports DirectX 11, OpenGL 4.0, OpenGL ES 3.1 and OpenCL 1.1 (on Windows).
Package size: 17 mm × 17 × 1.0 mm

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Airmont microarchitecture

"Cherry Trail-T" (14 nm)

All models support: MMX, SSE, SSE2, SSE3, SSSE3, SSE4, Enhanced Intel SpeedStep Technology (EIST), Intel 64, XD bit (an NX bit implementation), Intel VT-x2 (VT-x with EPT, FlexMigration, FlexPriority and VPID^[8]^[9]), AES-NI.^[10]
GPU and memory controller are integrated onto the processor die
GPU is based on 8th generation (Broadwell) Intel HD Graphics, with 12 (x5 models) or 16 (x7 models) execution units, and supports DirectX 11.2, OpenGL 4.3, OpenGL ES 3.1 and OpenCL 1.2 (on Windows).
Package size: 17 mm × 17 × 1.0 mm

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Embedded processors/SoCs

Bonnell microarchitecture

"Tunnel Creek" (45 nm)

CPU core supports IA-32 architecture, MMX, SSE, SSE2, SSE3, SSSE3, Enhanced Intel SpeedStep Technology (EIST), hyper-threading, Intel VT-x. It has 32K L1 Instruction Cache, 24K L1 Data Cache, 512K L2 Cache.
Peripherals include GMA 600 GPU (two video outputs), memory controller (2GB max), HD Audio controller, SPI controller, 4 channels of PCI Express ×1, and various legacy devices.^[11]
Package size: 22 mm × 22 mm
Steppings: B0
Temperature range: for (E620, E640, E660, E680): 0°C to +70°C, for (E620T, E640T, E660T, E680T): -40°C to +85°C.

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"Stellarton" (45 nm)

"Tunnel Creek" CPU with an Altera Field Programmable Gate Array (FPGA)
CPU core supports IA-32 architecture, MMX, SSE, SSE2, SSE3, SSSE3, Enhanced Intel SpeedStep Technology (EIST), hyper-threading, Intel VT-x. It has 32K L1 Instruction Cache, 24K L1 Data Cache, 512K L2 Cache.
Peripherals include graphics controller (two video outputs), memory controller (2GB max), HD Audio controller, SPI controller, 4 channels of PCI Express ×1, and various legacy devices.^[11]^[12]
Package size: 37.5 mm × 37.5 mm
Steppings: B0
TDP without FPGA. Total package TDP depends on functions included in FPGA. Max. TDP 7 W.
Temperature range: for (E625C, E645C, E665C): 0°C to +70°C, for (E625CT, E645CT, E665CT): -40°C to +85°C.

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Silvermont microarchitecture

"Bay Trail-I" (22 nm)

All models support: MMX, SSE, SSE2, SSE3, SSSE3, Enhanced Intel SpeedStep Technology (EIST), Intel 64, XD bit (an NX bit implementation), Intel VT-x, AES-NI, ECC memory.
GPU and memory controller are integrated onto the processor die
GPU is based on Ivy Bridge Intel HD Graphics, with 4 execution units, and supports 2 displays, DirectX 11, OpenGL 4.0, OpenGL ES 3.1 and OpenCL 1.1 (on Windows).
Peripherals include USB 2.0, HD Audio controller, SATA with 2 ports, UART, and 4 lanes of PCI Express 2.0, in x4, x2, and x1 configurations.
Package size: 25 mm × 27 mm

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Airmont microarchitecture

"Braswell" (14 nm)

All models support: MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, Enhanced Intel SpeedStep Technology (EIST), Intel 64, XD bit (an NX bit implementation), Intel VT-x, AES-NI.
GPU and memory controller are integrated onto the processor die
GPU is based on Broadwell Intel HD Graphics, with 12 execution units, and supports DirectX 11.2, OpenGL 4.3, OpenGL ES 3.0 and OpenCL 1.2 (on Windows).
Package size: 25 mm × 27 mm

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Goldmont microarchitecture

"Apollo Lake" (14 nm)

All models support: MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, Enhanced Intel SpeedStep Technology (EIST), Intel 64, XD bit (an NX bit implementation), Intel VT-x, Intel VT-d, AES-NI, ECC memory (DDR3).
GPU and memory controller are integrated onto the processor die
GPU is based on Skylake Intel HD Graphics, with 12 (x5) or 18 (x7) execution units, and supports HDMI 1.4 (4K @ 30 Hz), DP 1.2 (4K @ 60 Hz), and eDP 1.3 (4K @ 60 Hz).
Package size: 24 mm × 31 mm

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Server SoCs

All Atom server processors include ECC support.

Bonnell microarchitecture

"Centerton" (32 nm)

All models support: MMX, SSE, SSE2, SSE3, SSSE3, Hyper-threading, Intel 64, Intel VT-x, ECC memory.

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"Briarwood" (32 nm)

All models support: MMX, SSE, SSE2, SSE3, SSSE3, Hyper-threading, Intel 64, Intel VT-x, ECC memory.

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Silvermont microarchitecture

"Avoton" (22 nm)

All models support: MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, Enhanced Intel SpeedStep Technology (EIST), Intel Turbo Boost, Intel 64 (according to Datasheet), XD bit (an NX bit implementation), Intel VT-x, AES-NI, ECC memory.
Dual-core SoC peripherals include 4 × USB 2.0, 2 × SATA, 2 × Integrated GbE LAN, 2 × UART, and 4 lanes of PCI Express 2.0, in x4, x2, and x1 configurations.
Quad-core SoC peripherals include 4 × USB 2.0, 2 (C2530) or 6 (C2550) × SATA, 2 × Integrated GbE LAN, 2 × UART, and 8 lanes of PCI Express 2.0, in x8, x4, x2, and x1 configurations.
C2730 SoC peripherals include 4 × USB 2.0, 2 × SATA, 2 × Integrated GbE LAN, 2 × UART, and 8 lanes of PCI Express 2.0, in x8, x4, x2, and x1 configurations.
C2750 SoC peripherals include 4 × USB 2.0, 6 × SATA, 4 × Integrated GbE LAN, 2 × UART, and 16 lanes of PCI Express 2.0, in x16, x8, x4, x2, and x1 configurations.
Package size: 34 mm × 28 mm

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"Rangeley" (22 nm)

All models support: MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, Enhanced Intel SpeedStep Technology (EIST), Intel Turbo Boost, Intel 64, XD bit (an NX bit implementation), Intel VT-x, AES-NI, ECC memory.
All models except C2x38 support Intel QuickAssist Technology (cryptography accelerator)
SoC peripherals include 4 × USB 2.0, 4-6 × SATA (1 for C2308, 2 for C2316, C2508, C2516), 4 × Integrated GbE LAN (2 for C2316), 2 × UART, and 8-16 lanes of PCI Express 2.0 (4 lanes for C2308), in x16, x8, x4, x2, and x1 configurations.
Package size: 34 mm × 28 mm

{{cpulist|atomgfx|head}}{{cpulist|atomgfx|silvermont|model=Atom C2308|ark=81328|cores=2|freq=1.25|gfxclock=|l2=1 MB|iobus=4 × PCIe 2.0|mem=DDR3-1333|vmin=|vmax=|tdp=6|sock1=FC-BGA 1283|date=March 2014|price=$60|links=1 |sspec1=SR1UN|sspec2=SR3H3|step1=B0|step2=C0|part1=FH8065501516754|part2=FH8065503553800}}{{cpulist|atomgfx|silvermont|model=Atom C2316|ark=123003|cores=2|freq=1.5|gfxclock=|l2=1 MB|iobus=8 × PCIe 2.0|mem=DDR3-1333|vmin=|vmax=|tdp=7|sock1=FC-BGA 1283|date=July 2017|price=$39|sspec1=SR3JU|step1=C0|part1=FH8065503680000}}{{cpulist|atomgfx|silvermont|model=Atom C2338|ark=77976|cores=2|freq=1.7-2.0|gfxclock=|l2=1 MB|iobus=8 × PCIe 2.0|mem=DDR3/3L-1333|vmin=|vmax=|tdp=7|sock1=FC-BGA 1283|date=September 2013|price=$60 |sspec1=SR1S8|sspec2=SR3H2|step1=B0|step2=C0|part1=FH8065501516761|part2=FH8065503553701}}{{cpulist|atomgfx|silvermont|model=Atom C2358|ark=77978|cores=2|freq=1.7-2.0|gfxclock=|l2=1 MB|iobus=8 × PCIe 2.0|mem=DDR3/3L-1333|vmin=|vmax=|tdp=7|sock1=FC-BGA 1283|date=September 2013|price=$60 |sspec1=SR1D2|sspec2=SR3H1|step1=B0|step2=C0|part1=FH8065501516711|part2=FH8065503553601}}{{cpulist|atomgfx|silvermont|model=Atom C2508|ark=81270|cores=4|freq=1.25|gfxclock=|l2=2 × 1 MB|iobus=8 × PCIe 2.0|mem=DDR3-1333|vmin=|vmax=|tdp=9.5|sock1=FC-BGA 1283|date=March 2014|price=$98|links=1 |sspec1=SR1VV|sspec2=SR3H4|step1=B0|step2=C0|part1=FH8065501516768|part2=FH8065503554000}}{{cpulist|atomgfx|silvermont|model=Atom C2516|ark=123004|cores=4|freq=1.4|gfxclock=|l2=2 × 1 MB|iobus=8 × PCIe 2.0|mem=DDR3-1333|vmin=|vmax=|tdp=10|sock1=FC-BGA 1283|date=July 2017|price=$64|sspec1=SR3JV|step1=C0|part1=FH8065503680100}}{{cpulist|atomgfx|silvermont|model=Atom C2518|ark=77979|cores=4|freq=1.70|gfxclock=|l2=2 × 1 MB|iobus=16 × PCIe 2.0|mem=DDR3/3L-1333|vmin=|vmax=|tdp=13|sock1=FC-BGA 1283|date=September 2013|price=$91 |sspec1=SR1D1|sspec2=SR3H0|step1=B0|step2=C0|part1=FH8065501516710|part2=FH8065503553501}}{{cpulist|atomgfx|silvermont|model=Atom C2538|ark=77981|cores=4|freq=2.40|gfxclock=|l2=2 × 1 MB|iobus=16 × PCIe 2.0|mem=DDR3/3L-1600|vmin=|vmax=|tdp=15|sock1=FC-BGA 1283|date=September 2013|price=$104 |sspec1=SR1S9|sspec2=SR3GZ|step1=B0|step2=C0|part1=FH8065501516762|part2=FH8065503553400}}{{cpulist|atomgfx|silvermont|model=Atom C2558|ark=77983|cores=4|freq=2.4|gfxclock=|l2=2 × 1 MB|iobus=16 × PCIe 2.0|mem=DDR3/3L-1600|vmin=|vmax=|tdp=15|sock1=FC-BGA 1283|date=September 2013|price=$104 |sspec1=SR1CZ|sspec2=SR3GX|step1=B0|step2=C0|part1=FH8065501516709|part2=FH8065503553200}}{{cpulist|atomgfx|silvermont|model=Atom C2718|ark=77984|cores=8|freq=2.0|gfxclock=|l2=4 × 1 MB|iobus=16 × PCIe 2.0|mem=DDR3/3L-1333|vmin=|vmax=|tdp=18|sock1=FC-BGA 1283|date=September 2013|price=$182 |sspec1=SR1CY|sspec2=SR3GY|step1=B0|step2=C0|part1=FH8065501516708|part2=FH8065503553300}}{{cpulist|atomgfx|silvermont|model=Atom C2738|ark=77986|cores=8|freq=2.4|gfxclock=|l2=4 × 1 MB|iobus=16 × PCIe 2.0|mem=DDR3/3L-1600|vmin=|vmax=|tdp=20|sock1=FC-BGA 1283|date=September 2013|price=$208 |sspec1=SR1SA|sspec2=SR3GW|step1=B0|step2=C0|part1=FH8065501516763|part2=FH8065503553100}}{{cpulist|atomgfx|silvermont|model=Atom C2758|ark=77988|cores=8|freq=2.4|gfxclock=|l2=4 × 1 MB|iobus=16 × PCIe 2.0|mem=DDR3/3L-1600|vmin=|vmax=|tdp=20|sock1=FC-BGA 1283|date=September 2013|price=$208 |sspec1=SR1CW|sspec2=SR3GV|step1=B0|step2=C0|part1=FH8065501516702|part2=FH8065503553000}}{{end}}

Goldmont microarchitecture

"Denverton" (14 nm)

All models support: MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, Enhanced Intel SpeedStep Technology (EIST), Intel Turbo Boost (dual-core, C3xx0, C3xx5 only), Intel 64, XD bit (an NX bit implementation), Intel VT-x, Intel VT-d, AES-NI, ECC memory.
C3336 also supports Intel SGX.
SoC peripherals include 8–16 × USB 3.0, 6–16 × SATA (C3xx8 only), 4 × Integrated 1GbE, 2.5GbE, and 10GbE (C3538 and up) LAN, and up to 20 lanes of PCI Express 3.0, in x8, x4, and x2 configurations.
Package size: 34 mm × 28 mm

{{cpulist|atomgfx|head}}{{cpulist|atomgfx|goldmont|model=Atom C3308|ark=97935|cores=2|freq=1.6-2.1|burst=2.1|gfxclock=|l2=4 MB|iobus=6 × PCIe 3.0|mem=1 × DDR4-1866
1 × DDR3L-1600|vmin=|vmax=|tdp=9.5|sock1=FC-BGA 1310|date=August 2017|price=$32|links=1 |sspec1=SR38D|step1=B1|part1=HW8076502639802}}{{cpulist|atomgfx|goldmont|model=Atom C3336|ark=184994|cores=2|freq=1.5|burst=|gfxclock=|l2=4 MB|iobus=10 × PCIe 3.0|mem=1 × DDR4-1866
1 × DDR3L-1600|vmin=|vmax=|tdp=11|sock1=FC-BGA 1310|date=September 2018|price=$36|sspec1=SRCZL|step1=B1|part1=HW8076504087602}}{{cpulist|atomgfx|goldmont|model=Atom C3338|ark=97928|cores=2|freq=1.5-2.2|burst=2.2|gfxclock=|l2=4 MB|iobus=10 × PCIe 3.0|mem=1 × DDR4-1866
1 × DDR3L-1600|vmin=|vmax=|tdp=9|sock1=FC-BGA 1310|date=January 2017|price=$27|sspec1=SR36E|step1=B0|sspec2=SR38B|step2=B1|part1=HW8076502639602}}{{cpulist|atomgfx|goldmont|model=Atom C3508|ark=97930|cores=4|freq=1.6|burst=|gfxclock=|l2=8 MB|iobus=8 × PCIe 3.0|mem=2 × DDR4-1866
2 × DDR3L-1600|vmin=|vmax=|tdp=11.25|sock1=FC-BGA 1310|date=August 2017|price=$86|sspec1=SR3JX|step1=B1|part1=HW8076503693501}}{{cpulist|atomgfx|goldmont|model=Atom C3538|ark=97929|cores=4|freq=2.1|burst=|gfxclock=|l2=8 MB|iobus=12 × PCIe 3.0|mem=2 × DDR4-1866
2 × DDR3L-1600|vmin=|vmax=|tdp=15|sock1=FC-BGA 1310|date=August 2017|price=$75|sspec1=SR3L7|step1=B1|part1=HW8076502444301}}{{cpulist|atomgfx|goldmont|model=Atom C3558|ark=97937|cores=4|freq=2.2|burst=|gfxclock=|l2=8 MB|iobus=12 × PCIe 3.0|mem=2 × DDR4-1866
2 × DDR3L-1600|vmin=|vmax=|tdp=16|sock1=FC-BGA 1310|date=August 2017|price=$86|sspec1=SR388|step1=B1|part1=HW8076502639302}}{{cpulist|atomgfx|goldmont|model=Atom C3708|ark=97934|cores=8|freq=1.7|burst=|gfxclock=|l2=16 MB|iobus=20 × PCIe 3.0|mem=2 × DDR4-2133
2 × DDR3L-1600|vmin=|vmax=|tdp=17|sock1=FC-BGA 1310|date=August 2017|price=$209|sspec1=SR38F|step1=B1|part1=HW8076502640002}}{{cpulist|atomgfx|goldmont|model=Atom C3750|ark=97938|cores=8|freq=2.2-2.4|burst=2.4|gfxclock=|l2=16 MB|iobus=12 × PCIe 3.0|mem=2 × DDR4-2133
2 × DDR3L-1600|vmin=|vmax=|tdp=21|sock1=FC-BGA 1310|date=August 2017|price=$171|sspec1=SR385|step1=B1|part1=HW8076502639002}}{{cpulist|atomgfx|goldmont|model=Atom C3758|ark=97926|cores=8|freq=2.2|burst=|gfxclock=|l2=16 MB|iobus=20 × PCIe 3.0|mem=2 × DDR4-2133
2 × DDR3L-1600|vmin=|vmax=|tdp=25|sock1=FC-BGA 1310|date=August 2017|price=$193|sspec1=SR389|step1=B1|part1=HW8076502639402}}{{cpulist|atomgfx|goldmont|model=Atom C3808|ark=97939|cores=12|freq=2.0|burst=|gfxclock=|l2=12 MB|iobus=20 × PCIe 3.0|mem=2 × DDR4-2133
2 × DDR3L-1600|vmin=|vmax=|tdp=25|sock1=FC-BGA 1310|date=August 2017|price=$369|sspec1=SR38C|step1=B1|part1=HW8076502639702}}{{cpulist|atomgfx|goldmont|model=Atom C3830|ark=97931|cores=12|freq=1.9-2.3|burst=2.3|gfxclock=|l2=12 MB|iobus=12 × PCIe 3.0|mem=2 × DDR4-2133
2 × DDR3L-1600|vmin=|vmax=|tdp=21|sock1=FC-BGA 1310|date=August 2017|price=$289|sspec1=SR386|step1=B1|part1=HW8076502639101}}{{cpulist|atomgfx|goldmont|model=Atom C3850|ark=97932|cores=12|freq=2.1-2.4|burst=2.4|gfxclock=|l2=12 MB|iobus=20 × PCIe 3.0|mem=2 × DDR4-2133
2 × DDR3L-1600|vmin=|vmax=|tdp=25|sock1=FC-BGA 1310|date=August 2017|price=$323|sspec1=SR387|step1=B1|part1=HW8076502639201}}{{cpulist|atomgfx|goldmont|model=Atom C3858|ark=97936|cores=12|freq=2.0|burst=|gfxclock=|l2=12 MB|iobus=20 × PCIe 3.0|mem=2 × DDR4-2400
2 × DDR3L-1600|vmin=|vmax=|tdp=25|sock1=FC-BGA 1310|date=August 2017|price=$332|sspec1=SR38A|step1=B1|part1=HW8076502639501}}{{cpulist|atomgfx|goldmont|model=Atom C3950|ark=97940|cores=16|freq=1.7-2.2|burst=2.2|gfxclock=|l2=16 MB|iobus=20 × PCIe 3.0|mem=2 × DDR4-2400
2 × DDR3L-1600|vmin=|vmax=|tdp=24|sock1=FC-BGA 1310|date=August 2017|price=$389|sspec1=SR383|step1=B1|part1=HW8076502638901}}{{cpulist|atomgfx|goldmont|model=Atom C3955|ark=97933|cores=16|freq=2.1-2.4|burst=2.4|gfxclock=|l2=16 MB|iobus=20 × PCIe 3.0|mem=2 × DDR4-2400
2 × DDR3L-1600|vmin=|vmax=|tdp=32|sock1=FC-BGA 1310|date=August 2017|price=$434|sspec1=SR3F3|step1=B1|part1=HW8076503528301}}{{cpulist|atomgfx|goldmont|model=Atom C3958|ark=97927|cores=16|freq=2.0|burst=|gfxclock=|l2=16 MB|iobus=20 × PCIe 3.0|mem=2 × DDR4-2400
2 × DDR3L-1600|vmin=|vmax=|tdp=31|sock1=FC-BGA 1310|date=August 2017|price=$449|sspec1=SR381|step1=B1|part1=HW8076502444202}}{{end}}

CE SoCs

{{for2|other earlier (not Atom branded) Intel CE SoCs|Olo River (CE 2110) and Canmore (CE 3100)}}

Single-core CE SoCs

"Sodaville" (45 nm)

^[13]

Package size: 27 mm × 27 mm
GPU (based on the PowerVR SGX535 from Imagination Technologies)

{{cpulist|atomgfx|head}}{{cpulist|atomgfx|sodaville|model=Atom CE4105|ark=|freq=800|gfxclock=400|l2=512 KB|mult=|mem=|vmin=|vmax=|tdp=|sock1=FC-BGA 951|date=|price= |sspec1=SLJDS|step1=|part1=CLCE4105S4}}{{cpulist|atomgfx|sodaville|model=Atom CE4110|ark=|freq=1200|gfxclock=200|l2=512 KB|mult=|mem=|vmin=|vmax=|tdp=7|sock1=FC-BGA 951|date=September 24, 2009|price=|links=1 |sspec1=SLH8H|sspec2=SLHAP|sspec3=SLHBS|sspec4=SLJQ8|sspec5=SLJQC|sspec6=SLJQG|sspec7=SLH8N|sspec8=SLHAQ|step1= |part1=CLCE4110S2|part2=CLCE4110ES2|part3=CLCE4110DS2|part4=CLCE4110ES4|part5=CLCE4110S4|part6=CLCE4110EDS1|part7=CLCE4110DS2|part8=CLCE4110EDS2}}{{cpulist|atomgfx|sodaville|model=Atom CE4130|ark=|freq=1200|gfxclock=200|l2=512 KB|mult=|mem=|vmin=|vmax=|tdp=7|sock1=FC-BGA 951|date=|price= |sspec1=SLJ4T|step1=|part1=CLCE4130ES1}}{{cpulist|atomgfx|sodaville|model=Atom CE4150|ark=|freq=1200|gfxclock=400|l2=512 KB|mult=|mem=|vmin=|vmax=|tdp=7|sock1=FC-BGA 951|date=|price= |sspec1=SLH8L|sspec2=SLHAR|sspec3=SLJDT|sspec4=SLJQB|sspec5=SLJTJ|sspec6=SLHAS|sspec7=SLH8T|sspec8=SLH78|step1= |part1=CLCE4150EDS3|part2=CLCE4150S2|part3=CLCE4150EDS4|part4=CLCE4150S4|part5=CLCE4150S4|part6=CLCE4150DS2|part7=CLCE4150EDS3|part8=CLCE4150ES4}}{{cpulist|atomgfx|sodaville|model=Atom CE4157|ark=|freq=1200|gfxclock=400|l2=512 KB|mult=|mem=|vmin=|vmax=|tdp=|sock1=FC-BGA 951|date=|price= |sspec1=SLJJ4|step1=|part1=CLCE4157DS2}}{{cpulist|atomgfx|sodaville|model=Atom CE4160|ark=|freq=1600|gfxclock=400|l2=512 KB|mult=|mem=|vmin=|vmax=|tdp=|sock1=FC-BGA 951|date=|price= |sspec1=SLJ2N|step1=|part1=CLCE4160DS2}}{{cpulist|atomgfx|sodaville|model=Atom CE4170|ark=|freq=1600|gfxclock=400|l2=512 KB|mult=|mem=|vmin=|vmax=|tdp=|sock1=FC-BGA 951|date=|price= |sspec1=|step1=|part1=}}{{cpulist|atomgfx|sodaville|model=Atom CE4177|ark=|freq=1600|gfxclock=400|l2=512 KB|mult=|mem=|vmin=|vmax=|tdp=|sock1=FC-BGA 951|date=|price= |sspec1=SLHBU|step1=|part1=CLCE4177S2}}{{end}}

"Groveland" (45 nm)

CE4200^[14]

Package size: ?? mm × ?? mm
2 × 32-bit memory channels, up to DDR2-800
GPU (based on the PowerVR SGX535 from Imagination Technologies)

{{cpulist|atomgfx|head}}{{cpulist|atomgfx|groveland|model=Atom CE4215|ark=|freq=1200|gfxclock=|l2=512 kB|mult=|mem=2 × DDR2-800|vmin=|vmax=|tdp=7|sock1=FC-BGA 1283|date=|price=|links=|sspec1=SLJKD|step1=|part1=CLCE4215S0}}{{cpulist|atomgfx|groveland|model=Atom CE4235|ark=|freq=1200|gfxclock=|l2=512 kB|mult=|mem=2 × DDR2-800|vmin=|vmax=|tdp=7|sock1=FC-BGA 1283|date=|price=|links=|sspec1=SLJEU|sspec2=SLJGA|sspec3=SLJL6|sspec4=SLJNJ|sspec5=SLJNQ|sspec6=SLKAP|sspec7=SLKBG|sspec8=SLKCD|step1= |part1=CLCE4235EDS4|part2=CLCE4235DS4|part3=CLCE4235DS4|part4=CLCE4235EDS4|part5=CLCE4235DS4|part6=CLCE4235DS4|part7=CLCE4235EDS4|part8=CLCE4235DS4}}{{cpulist|atomgfx|groveland|model=Atom CE4253|ark=|freq=1200|gfxclock=400|l2=512 kB|mult=×12|mem=2 × DDR2-800|vmin=|vmax=|tdp=7|sock1=FC-BGA 1283|date=|price=|links=|sspec1=SLJNN|sspec2=SLJNS|sspec3=SLJS8|sspec4=SLK9G|sspec5=SLK9K|sspec6=SLKEC|step1=|step2=D0|step3=|step4=E0 |part1=CLCE4253ES4|part2=CLCE4253EDS1|part3=CLCE4253ES4|part4=CLCE4253EDS1|part5=CLCE4253ES4|part6=CLCE4253EDS1}}{{cpulist|atomgfx|groveland|model=Atom CE4255|ark=|freq=1200|gfxclock=|l2=512 kB|mult=|mem=2 × DDR2-800|vmin=|vmax=|tdp=7|sock1=FC-BGA 1283|date=|price=|links=|sspec1=SLJTK|sspec2=SLK9F|sspec3=SLJD7|sspec4=SLJG5|step1= |part1=CLCE4255DS4|part2=CLCE4255DS4|part3=CLCE4255EDS1|part4=CLCE4255S0}}{{cpulist|atomgfx|groveland|model=Atom CE4257|ark=|freq=1200|gfxclock=|l2=512 kB|mult=|mem=2 × DDR2-800|vmin=|vmax=|tdp=7|sock1=FC-BGA 1283|date=|price=|links=|sspec1=SLJJT|sspec2=SLJKN|sspec3=SLK7S|sspec4=SLK9L|sspec5=SLKCL|sspec6=SLJD4
|step1= |part1=CLCE4257ES1|part2=CLCE4257S0|part3=CLCE4257E4|part4=CLCE4257S0|part5=CLCE4257E4|part6=CLCE4257EDS0}}{{cpulist|atomgfx|groveland|model=Atom CE4270|ark=|freq=1600|gfxclock=|l2=512 kB|mult=|mem=2 × DDR2-800|vmin=|vmax=|tdp=7|sock1=FC-BGA 1283|date=|price=|links=|sspec1=SLJFA|step1=|part1=CLCE4270S0}}{{cpulist|atomgfx|groveland|model=Atom CE4275|ark=|freq=1600|gfxclock=|l2=512 kB|mult=|mem=2 × DDR2-800|vmin=|vmax=|tdp=7|sock1=FC-BGA 1283|date=|price=|links=|sspec1=SLJD5|sspec2=SLJNH|sspec3=SLK4E|sspec4=SLJD8|step1=|part1=CLCE4275EDS0|part2=CLCE4275EDS0|part3=CLCE4275EDS0|part4=CLCE4275S0}}{{cpulist|atomgfx|groveland|model=Atom CE4277|ark=|freq=1600|gfxclock=|l2=512 kB|mult=|mem=2 × DDR2-800|vmin=|vmax=|tdp=7|sock1=FC-BGA 1283|date=|price=|links=|sspec1=SLKCQ|sspec2=SLKEB|sspec3=SLJF9|step1=E0|step2=E0 |part1=CLCE4277EDS0|part2=CLCE4277EDS0|part3=CLCE4277S0}}{{end}}

Dual-Core CE SoCs

"Berryville" (32 nm)

^[15]^[16]^[17]

Package size: ?? mm × ?? mm
GPU for 3D (based on the PowerVR SGX545 from Imagination Technologies)
GPU for 2D (GC300 from Vivante)

{{cpulist|atomgfx|head}}{{cpulist|atomgfx|berryville|model=Atom CE5310|ark=|freq=1200|gfxclock=?|l2=512|mult=|mem=DDR3-1600|vmin=|vmax=|tdp=|sock1=|date=|price=|links=1 |sspec1=SR0UD|sspec2=SR10Z|sspec3=SR11A|sspec4=SR1ZE|sspec5=SR22B|step1= |part1=DHCE5310S4|part2=DHCE5310ES4|part3=DHCE5310S5|part4=DHCE5310DS5|part5=DHCE5310DS4}}{{cpulist|atomgfx|berryville|model=Atom CE5315|ark=|freq=1200|gfxclock=?|l2=|mult=|mem=DDR3-1600|vmin=|vmax=|tdp=10–15|sock1=|date=|price= |sspec1=SR0UE|sspec2=SR10W|sspec3=SR112|sspec4=SR119|sspec5=SR141|sspec6=SR1RF|sspec7=SR1ZC|sspec8=SR22C|step1= |part1=DHCE5315S4|part2=DHCE5315EDS4|part3=DHCE5315EDS4|part4=DHCE5315S5|part5=DHCE5315S4|part6=DHCE5315DS5|part7=DHCE5315DS5|part8=DHCE5315S4}}{{cpulist|atomgfx|berryville|model=Atom CE5318|ark=|freq=1200|gfxclock=?|l2=|mult=|mem=DDR3-1600|vmin=|vmax=|tdp=|sock1=|date=|price= |sspec1=|step1=|part1=}}{{cpulist|atomgfx|berryville|model=Atom CE5320|ark=|freq=1200|gfxclock=?|l2=|mult=|mem=DDR3-1600|vmin=|vmax=|tdp=|sock1=|date=|price= |sspec1=|step1=|part1=}}{{cpulist|atomgfx|berryville|model=Atom CE5328|ark=|freq=1200|gfxclock=?|l2=|mult=|mem=DDR3-1600|vmin=|vmax=|tdp=|sock1=|date=|price= |sspec1=|step1=|part1=}}{{cpulist|atomgfx|berryville|model=Atom CE5335|ark=|freq=1600|gfxclock=?|l2=512|mult=|mem=DDR3-1600|vmin=|vmax=|tdp=|sock1=|date=|price= |sspec1=SR0UC|sspec2=SR1HG|sspec3=SR1ZB|sspec4=SR1ZD|sspec5=SR1ZF|step1=|part1=DHCE5335S4|part2=DHCE5335S5|part3=DHCE5335EDS4|part4=DHCE5335DS5|part5=DHCE5335S5}}{{cpulist|atomgfx|berryville|model=Atom CE5338|ark=|freq=1800|gfxclock=?|l2=|mult=|mem=DDR3-1600|vmin=|vmax=|tdp=|sock1=|date=|price= |sspec1=|step1=|part1=}}{{cpulist|atomgfx|berryville|model=Atom CE5343|ark=|freq=1800|gfxclock=?|l2=|mult=|mem=DDR3-1600|vmin=|vmax=|tdp=|sock1=|date=|price= |sspec1=|step1=|part1=}}{{cpulist|atomgfx|berryville|model=Atom CE5348|ark=|freq=1800|gfxclock=?|l2=|mult=|mem=DDR3-1600|vmin=|vmax=|tdp=|sock1=|date=|price= |sspec1=|step1=|part1=}}{{end}}

References

1. ^{{cite web|author=Ganesh T S |url=http://www.anandtech.com/show/7500/netgear-readynas-312-2bay-smb-soho-nas-review/1 |title=Netgear ReadyNAS 312 2-bay SMB / SOHO NAS Review |publisher=Anandtech.com |date=11 November 2013 |accessdate=5 April 2015}}
2. ^{{cite web|author=Intel |url=https://qdms.intel.com/dm/i.aspx/010BC5E0-A509-4872-AFD5-40A313B3B613/PCN112810-00.pdf |title=Product Change Notification #112810 - 00 |publisher=Intel.com |date=3 February 2014 |accessdate=5 April 2015}}
3. ^https://www.theregister.co.uk/2016/02/23/move_over_continuum_intel_shows_android_smartphone_powering_bigscreen_linux/
4. ^Rockchip#Tablet processors with integrated modem
5. ^Rockchip#Tablet processors with integrated modem
6. ^Rockchip#Tablet processors with integrated modem
7. ^https://www-ssl.intel.com/content/dam/www/public/us/en/documents/product-briefs/atom-z2760-datasheet.pdf
8. ^{{cite web|url=https://software.intel.com/en-us/forums/topic/297516 |title=What exactly is VT-x2? |publisher=Software.intel.com |date=2009-03-30 |accessdate=2016-04-22}}
9. ^http://www.intel.com/content/dam/www/public/us/en/documents/white-papers/virtualization-enabling-intel-virtualization-technology-features-and-benefits-paper.pdf
10. ^{{cite web|url=https://www-ssl.intel.com/content/www/us/en/processors/atom/atom-z8000-datasheet-vol-1.html |title=Intel® Atom™ Processor Z8000 Series Datasheet, Vol. 1 |publisher=Ssl.intel.com |date= |accessdate=2016-04-22}}
11. ^¹Intel Atom Processor E6xx Series - Advance Information Datasheet; Rev 001US; September 2010
12. ^Intel Atom Processor E6x5C Series-Based Platform for Embedded Computing
13. ^Intel Atom Processor CE4100 Product Brief
14. ^Intel Unveils Atom CE4200
15. ^[https://scoop.intel.com/new-choices-for-consumers-with-intel-silicon-in-set-top-boxes-and-media-gateways/ New Choices for Consumers with Intel Silicon in Set-Top Boxes and Media Gateways]
16. ^Intel’s Berryville Atom CE processors revealed
17. ^Intel launches new CE5300 series media processors

External links

Intel Atom Processor - Overview
SSPEC/QDF Reference (Intel)
Intel Corporation - Processor Price List
Intel Atom and VIA Nano performance compared
Intel CPU Transition Roadmap 2008-2013
Intel Desktop CPU Roadmap 2004-2011

2 : Intel x86 microprocessors|Lists of microprocessors

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Nettop processors (small desktop)

Bonnell microarchitecture

"Diamondville" (45 nm)

"Pineview" (45 nm)

"Cedarview" (32 nm)

Netbook processors (sub-notebook)

Bonnell microarchitecture

"Diamondville" (45 nm)

"Pineview" (45 nm)

"Cedarview" (32 nm)

MID processors/SoCs (UMPC/Smartphone/IoT)

Bonnell microarchitecture

"Silverthorne" (45 nm)

"Lincroft" (45 nm)

"Penwell" (32 nm)

Silvermont microarchitecture

"Merrifield" (22 nm)

"Moorefield" (22 nm)

"SoFIA" (28 nm)

Tablet processors/SoCs

Bonnell microarchitecture

"Lincroft" (45 nm)

"Cloverview" (32 nm)

Silvermont microarchitecture

"Bay Trail-T" (22 nm)

Airmont microarchitecture

"Cherry Trail-T" (14 nm)

Embedded processors/SoCs

Bonnell microarchitecture

"Tunnel Creek" (45 nm)

"Stellarton" (45 nm)

Silvermont microarchitecture

"Bay Trail-I" (22 nm)

Airmont microarchitecture

"Braswell" (14 nm)

Goldmont microarchitecture

"Apollo Lake" (14 nm)

Server SoCs

Bonnell microarchitecture

"Centerton" (32 nm)

"Briarwood" (32 nm)

Silvermont microarchitecture

"Avoton" (22 nm)

"Rangeley" (22 nm)

Goldmont microarchitecture

"Denverton" (14 nm)

CE SoCs

Single-core CE SoCs

"Sodaville" (45 nm)

"Groveland" (45 nm)

Dual-Core CE SoCs

"Berryville" (32 nm)

See also

References

External links