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Processor Specs Parametric Search Tool form has been modified: !The form contains modified fields which are now marked to find them easier.
Jump to resultsJump to results | Jump to sectionJump to section Clock Frequencies | Cache Memories | Technology and Packaging | Graphical Subsystem | Cellular Communication | Satellite Navigation

Generel Characteristics
Generel Characteristics
Company which designed the semiconductor component Designer
Type
Codename
Year Released
min: max:  
Main function of the component Function:
Architecture
Architecture
Maximum bitwidth of ALU operands. Width of machine word can also be defined in different ways (register width, instruction width, etc.) in case of recent microprocessors. Width of Machine Word
min: max:  bit
Supported Instruction Set(s)
Pipeline is kind of instruction level parallelism where stages (FETCH, DEC, OP, EXEC, RES, etc.) of instruction execution are separeted and parallelized between neighboring instructions. Pipeline Stages
min: max:  pipeline stages
Number of processor core(s)
min: max:  !
Type and allocation of processor core(s) Type of processor core(s)
Buses
Buses
. If you select more than one specific options results having ALL of the selected options will be included ("AND" relation). Memory Interface(s):
Maximum selectable bit width of address bus of memory interface Address Bus Width
min: max:  bit
Clock frequency of fastest supported memory interface Max. Clock Frequency of Memory IF
min: max:  MHz
Maximum selectable bit width of primary data bus (RAM) of memory interface Data Bus Width
min: max:  bit
Number of data bus channels
min: max:  ch
Possible values: 1, 2 Data Transfers per Clock Cycle
min: max:  
Maximal throughput of the fastest supported memory interface in 1000 megabyte per seconds units. Max. Data Rate
min: max:  Gbyte/s
Maximum selectable bit width of secondary data (non-volatile storage) bus of memory interface Non-volatile Memory Data Bus Width
min: max:  bit
Interface which determines physical layer towards the NV memory. If you select more than one specific options results having ALL of the selected options will be included ("AND" relation). Non-volatile Memory Interface:
DMA (Direct Memory Access) allows direct data transfer between operative memory (RAM) and peripherals (hard disk, non-volatile storage, etc.) bypassing processor core. Multiple DMA channels allows parallel DMA operations. DMA Channels
min: max:  ch
Clock Frequencies
Clock Frequencies
Recommended Minimum Clock Frequency
min: max:  MHz min.
Recommended Maximum Clock Frequency
min: max:  MHz max.
Cache Memories
Cache Memories
Capacity of level 0 instruction cache per processor core L0 Instruction Cache per Core
min: max:  Kbyte L0 I-Cache
Capacity of level 0 data cache per processor core L0 Data Cache per Core
min: max:  Kbyte L0 D-Cache
Capacity of level 1 instruction cache per processor core L1 Instruction Cache per Core
min: max:  Kbyte I-Cache
Capacity of level 1 data cache per processor core L1 Data Cache per Core
min: max:  Kbyte D-Cache
Capacity of level 2 cache shared between processor core(s) Total L2 Cache
min: max:  Kbyte L2
Total L3 Cache
min: max:  Kbyte L3
Technology and Packaging
Technology and Packaging
The minimum physical dimension in the integrated circuit which can be fabricated with the given semiconductor technology Feature Size
min: max:  nm
Semiconductor Technology:
Number of Transistors Integrated
min: max:  
Plant which fabricates the semiconductor component Fab
Number of pins on the package Pins
min: max:  pins
Supply Voltage
min: max:  V
Graphical Subsystem
Graphical Subsystem
Manufactuer (or IP designer) and type of embedded graphics coprocessor(s). Embedded GPU
Number of GPU cores
min: max:  -core GPU
GPU Clock
min: max:  MHz GPU
Dedicated operative memory (video RAM, VRAM) Dedicated Graphics Memory
min: max:  MiB
Cellular Communication
Cellular Communication
List of supported cellular data links. If you select more than one specific options results having ALL of the selected options will be included ("AND" relation). Supported Cellular Data Links:
Satellite Navigation
Satellite Navigation
. If you select more than one specific options results having ALL of the selected options will be included ("AND" relation). Supported GPS protocol(s):
Galileo is a global satellite navigation system operated by European Union and the European Space Agency.. If you select more than one specific options results having ALL of the selected options will be included ("AND" relation). Supported Galileo service(s):
GLONASS is a global satellite navigation system operated by Russia.. If you select more than one specific options results having ALL of the selected options will be included ("AND" relation). Supported GLONASS protocol(s):
BeiDou System (BDS) is a Chinese satellite navigation system. Its global variant is the BeiDou-2 alias COMPASS.. If you select more than one specific options results having ALL of the selected options will be included ("AND" relation). Supported BeiDou system (BDS):

Processor Specs: Search results by parameters

21 results match

Apple A17 Pro APL1002 / APL1V02 (T8130)
Apple A17 Pro APL1002 / APL1V02 (T8130)
 2023, 64 bit, hexa-core, 128 Kbyte I-Cache, 64 Kbyte D-Cache, 20480 Kbyte L2, 24576 Kbyte L3, 3 nm, Apple A17 GPU | All detailsAll details | Add this item to the comparisonAdd to compare

Apple A16 Bionic APL1010 / APL1W10 (T8120)
Apple A16 Bionic APL1010 / APL1W10 (T8120)
 2022, 64 bit, hexa-core, 20480 Kbyte L2, 24576 Kbyte L3, 5 nm, Apple A16 GPU | All detailsAll details | Add this item to the comparisonAdd to compare

Apple A15 Bionic Lite APL1007 / APL1W07 (T8110)
Apple A15 Bionic Lite APL1007 / APL1W07 (T8110)
 2021, 64 bit, hexa-core, 128 Kbyte I-Cache, 64 Kbyte D-Cache, 4096 Kbyte L2, 32768 Kbyte L3, 5 nm, Apple A15 GPU | All detailsAll details | Add this item to the comparisonAdd to compare

Apple A15 Bionic APL1007 / APL1W07 (T8110)
Apple A15 Bionic APL1007 / APL1W07 (T8110)
 2021, 64 bit, hexa-core, 128 Kbyte I-Cache, 64 Kbyte D-Cache, 4096 Kbyte L2, 32768 Kbyte L3, 5 nm, Apple A15 GPU | All detailsAll details | Add this item to the comparisonAdd to compare


HiSilicon Honor KIRIN820E 5G
HiSilicon Honor KIRIN820E 5G
 2021, 64 bit, hexa-core, 7 nm, ARM Mali-G57 GPU | All detailsAll details | Add this item to the comparisonAdd to compare

Apple A14 Bionic APL1001 / APL1W01 (T8101)
Apple A14 Bionic APL1001 / APL1W01 (T8101)
 2020, 64 bit, hexa-core, 128 Kbyte I-Cache, 64 Kbyte D-Cache, 4096 Kbyte L2, 8192 Kbyte L3, 5 nm, Apple A14 GPU | All detailsAll details | Add this item to the comparisonAdd to compare

Apple A13 Bionic APL1085 / APL1W85 (T8030)
Apple A13 Bionic APL1085 / APL1W85 (T8030)
 2019, 64 bit, hexa-core, 128 Kbyte I-Cache, 128 Kbyte D-Cache, 4096 Kbyte L2, 7 nm, Apple A13 GPU | All detailsAll details | Add this item to the comparisonAdd to compare

Apple A12 Bionic APL1081 / APL1W81 (T8020)
Apple A12 Bionic APL1081 / APL1W81 (T8020)
 2018, 64 bit, hexa-core, 128 Kbyte I-Cache, 128 Kbyte D-Cache, 8192 Kbyte L2, 7 nm, Apple A12 GPU | All detailsAll details | Add this item to the comparisonAdd to compare

Samsung Exynos 5 Hexa 7872
Samsung Exynos 5 Hexa 7872
 2018, 64 bit, hexa-core, 14 nm, ARM Mali-G71 GPU | All detailsAll details | Add this item to the comparisonAdd to compare

MediaTek MT8167A
MediaTek MT8167A
 2017, 64 bit, hexa-core, 28 nm, IMG PowerVR GE8300 GPU | All detailsAll details | Add this item to the comparisonAdd to compare

MediaTek MT8167B
MediaTek MT8167B
 2017, 64 bit, hexa-core, 28 nm, IMG PowerVR GE8300 GPU | All detailsAll details | Add this item to the comparisonAdd to compare

Apple A11 Bionic APL1072 / APL1W72 (T8015)
Apple A11 Bionic APL1072 / APL1W72 (T8015)
 2017, 64 bit, hexa-core, 64 Kbyte I-Cache, 64 Kbyte D-Cache, 8192 Kbyte L2, 10 nm, Embedded GPU: N/A | All detailsAll details | Add this item to the comparisonAdd to compare

Rockchip RK3399 (OP1)
Rockchip RK3399 (OP1)
 2016, 64 bit, hexa-core, 28 nm, ARM Mali-T860 GPU | All detailsAll details | Add this item to the comparisonAdd to compare

MediaTek MT8176
MediaTek MT8176
 2016, 64 bit, hexa-core, 28 nm, IMG PowerVR GX6250 GPU | All detailsAll details | Add this item to the comparisonAdd to compare

Qualcomm Snapdragon 808 APQ8092
Qualcomm Snapdragon 808 APQ8092
 2015, 64 bit, hexa-core, 20 nm, Qualcomm Adreno 418 GPU | All detailsAll details | Add this item to the comparisonAdd to compare

Qualcomm Snapdragon 618 MSM8956 / Snapdragon 650
Qualcomm Snapdragon 618 MSM8956 / Snapdragon 650
 2015, 64 bit, hexa-core, 1024 Kbyte L2, 28 nm, Qualcomm Adreno 510 GPU | All detailsAll details | Add this item to the comparisonAdd to compare

Leadcore InnoPower LC1860
2014, 32 bit, hexa-core, 28 nm, ARM Mali-T628 GPU | All detailsAll details | Add this item to the comparisonAdd to compare

NVIDIA Tegra X1
NVIDIA Tegra X1
 2015, 64 bit, hexa-core, 2048 Kbyte L2, 20 nm, NVIDIA GeForce ULP Maxwell MP256 GPU | All detailsAll details | Add this item to the comparisonAdd to compare

Qualcomm Snapdragon 808 MSM8992
Qualcomm Snapdragon 808 MSM8992
 2015, 64 bit, hexa-core, 20 nm, Qualcomm Adreno 418 GPU | All detailsAll details | Add this item to the comparisonAdd to compare

MediaTek MT6591
MediaTek MT6591
 2014, 32 bit, hexa-core, 28 nm, ARM Mali-450 GPU | All detailsAll details | Add this item to the comparisonAdd to compare

Samsung Exynos 5 Hexa 5260
Samsung Exynos 5 Hexa 5260
 2013, 32 bit, hexa-core, 28 nm, ARM Mali-T624 GPU | All detailsAll details | Add this item to the comparisonAdd to compare

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