Mobile APUs List of AMD accelerated processing unit microprocessors
1 mobile apus
1.1 sabine: llano (2011)
1.2 comal: trinity (2012)
1.3 richland (2013)
1.4 kaveri (2014)
1.5 carrizo (2015)
1.6 bristol ridge (2016)
1.7 raven ridge (2017)
mobile apus
sabine: llano (2011)
fabrication 32 nm on globalfoundries soi process
socket fs1
upgraded stars (amd 10h architecture) codenamed husky cpu cores (k10.5) no l3 cache, , redwood-class integrated graphics on die (beavercreek dual-core variants , winterpark quad-core variants)
integrated pcie 2.0 controller
gpu: terascale 2
select models support turbo core technology faster cpu operation when thermal specification permits
support 1.35 v ddr3l-1333 memory, in addition regular 1.5 v ddr3 memory specified
2.5 gt/s umi
sse, sse2, sse3, sse4a, enhanced 3dnow!, nx bit, amd64, amd-v
powernow!
comal: trinity (2012)
fabrication 32 nm
socket fs1r2, fp2
based on piledriver architecture
gpu: terascale 3 (vliw4)
mmx, sse, sse2, sse3, ssse3, sse4.1, sse4.2, sse4a, amd64, amd-v, aes, clmul, avx, avx 1.1, xop, fma3, fma4, cvt16, f16c, turbo core
memory support: 1.35 v ddr3l-1600 memory, in addition regular 1.5 v ddr3 memory specified (dual-channel)
2.5 gt/s umi
transistors: 1.303 billion
die size: 246 mm²
richland (2013)
fabrication 32 nm
socket fs1r2, fp2
elite performance apu.
cpu: piledriver architecture
gpu: terascale 3 (vliw4)
xop, avx, fma , f16c support
kaveri (2014)
fabrication 28 nm
socket fp3
up 4 steamroller x86 cpu cores 4 mb of l2 cache.
three 8 compute units (cus) based on graphics core next (gcn) microarchitecture; 1 compute unit (cu) consists of 64 unified shader processors : 4 texture mapping units (tmus) : 1 render output unit (rops)
amd heterogeneous system architecture (hsa) 2.0
sip blocks: unified video decoder, video coding engine, trueaudio
dual-channel (2x64-bit) ddr3 memory controller
integrated custom arm cortex-a5 co-processor trustzone security extensions
carrizo (2015)
fabrication 28 nm
socket fp4
up 4 excavator x86 cpu cores
gpu based on graphics core next 1.2
bristol ridge (2016)
fabrication 28 nm
socket fp4
4 excavator v2 x86 cpu cores
gpu based on graphics core next 1.2 vp9 decoding
raven ridge (2017)
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