Arm types
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1. Companies can obtain an ARM architectural license to design their own CPU cores that comply with the ARM instruction sets. 2. ARM Holdings lists various ARM architectures from ARMv1 to ARMv8.2 that range from 32-bit to 64-bit widths. 3. These architectures have been implemented by ARM Holdings and various third-party companies in cores for different profiles like microcontroller, real-time, and application domains.
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![Architectural licence[edit]
Companies can also obtain an ARM architectural licence for designing their own CPU cores using
the ARM instruction sets. These cores must comply fully with the ARM architecture. Companies that
have designed cores that implement an ARM architecture include Apple, AppliedMicro, Broadcom,
Cavium, Nvidia, Qualcomm, and Samsung Electronics.
Cores[edit]
Main article: List of ARM microarchitectures
Archit
ecture
Co
re
bit
-
wi
dt
h
Cores
Profil
e
Refer
ence
s
ARM Holdings Third-party
ARMv1 32[a 1]
ARM1
ARMv2 32[a 1]
ARM2, ARM250, ARM3 Amber, STORM Open Soft Core[38]
ARMv3 32[a 2]
ARM6, ARM7
ARMv4 32[a 2]
ARM8
StrongARM, FA526, ZAP Open
Source Processor Core[39]
ARMv4T 32[a 2] ARM7TDMI, ARM9TD
MI, SecurCore SC100
ARMv5T
E
32
ARM7EJ, ARM9E, AR
M10E
XScale, FA626TE, Feroceon,
PJ1/Mohawk
ARMv6 32 ARM11
ARMv6-
M
32
ARM Cortex-M0, ARM
Cortex-M0+,ARM
Cortex-
Microco
ntroller](https://image.slidesharecdn.com/armtypes-180218093307/85/Arm-types-1-320.jpg)
![Archit
ecture
Co
re
bit
-
wi
dt
h
Cores
Profil
e
Refer
ence
s
ARM Holdings Third-party
M1, SecurCore SC000
ARMv7-
M
32
ARM Cortex-
M3, SecurCore SC300
Microco
ntroller
ARMv7E
-M
32
ARM Cortex-M4, ARM
Cortex-M7
Microco
ntroller
ARMv8-
M
32
ARM Cortex-
M23,[40]
ARM Cortex-
M33[41]
Microco
ntroller
[42]
ARMv7-
R
32
ARM Cortex-R4, ARM
Cortex-R5,ARM Cortex-
R7, ARM Cortex-R8
Real-
time
ARMv8-
R
32 ARM Cortex-R52
Real-
time
[43][44][45]
ARMv7-
A
32
ARM Cortex-A5, ARM
Cortex-A7,ARM Cortex-
A8, ARM Cortex-
A9,ARM Cortex-
A12, ARM Cortex-
A15,ARM Cortex-A17
Qualcomm Krait, Scorpion,
PJ4/Sheeva, Apple Swift
Applicati
on
ARMv8-
A
32 ARM Cortex-A32
Applicati
on
ARMv8-
A
64/3
2
ARM Cortex-
A35,[46]
ARM Cortex-
A53, ARM Cortex-
X-Gene, Nvidia Project
Denver, AMD K12,
Apple Cyclone/Typhoon/Twister/Hur
Applicati
on
[54][55]](https://image.slidesharecdn.com/armtypes-180218093307/85/Arm-types-2-320.jpg)
![Archit
ecture
Co
re
bit
-
wi
dt
h
Cores
Profil
e
Refer
ence
s
ARM Holdings Third-party
A57,[47]
ARM Cortex-
A72,[48]
ARM Cortex-
A73[49]
ricane/Zephyr, Cavium Thunder
X,[50][51][52]
Qualcomm Kryo, Samsung
M1 ("Mongoose")[53]
ARMv8.
1-A
64/3
2
TBA
Applicati
on
ARMv8.
2-A
64/3
2
TBA
Applicati
on
1. ARM Holdings provides a list of vendors who implement ARM cores in their design
(application specific standard products (ASSP), microprocessor and microcontrollers).[56]](https://image.slidesharecdn.com/armtypes-180218093307/85/Arm-types-3-320.jpg)
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a case study on house in indiaAustin TX Connecting Neighborhoods Presentation
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Final presentation of Design Assistance Team to Austin TX concerning future of Hancock Cherrywood, Wilshire Wood, Delwood and I35 corridorAI-Driven-Personalization-in-UX-Designing-for-One-in-a-Million.pdf
AI-Driven-Personalization-in-UX-Designing-for-One-in-a-Million.pdfSultan Shalakhti
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Why you should attend this event
Talk Title: AI-Driven Personalization in UX: Designing for One in a Million
In this session, Sultan Shalakhti explores how artificial intelligence is reshaping user experience through smart, adaptive personalization. From e-commerce to banking, personalized design has become a key differentiator—when done right. Learn how to apply AI tools to enhance user journeys, balance personalization with privacy, and build experiences that feel uniquely human. This talk blends strategy, ethics, and real-world use cases for UX professionals ready to embrace the future.
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What you will learn in this session
Understand the Core Concepts of AI-Driven Personalization
Explore UX Design Strategies for Hyper-Personalization
Identify Key Tools and Technologies Behind Personalization
Evaluate the Ethical and Privacy Considerations
Apply Personalization Tactics to Real UX ChallengesExploring the Diverse Types of Textual Aids
Exploring the Diverse Types of Textual Aidsjenicahmendoza1
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Exploring the Diverse Types of Textual AidsIndian_Constitution_Presentation.pptx , images
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Indian constitution with pictures like ambedkar, institution and other relevant pics of constitution 最新版美国威斯康星大学普拉特维尔分校毕业证（鲍奥笔毕业证书）原版定制
最新版美国威斯康星大学普拉特维尔分校毕业证（鲍奥笔毕业证书）原版定制taqyea
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Radiation_Pollution_eLearning_Module.pptxkanishkaarora1496
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? Radiation pollution is caused by passages and electromagnetic radiation emitted from
natural and man-made sources.
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? Radiation pollution also includes controlled disposal of radioactive wastes from nuclear
reactors.
? Radiation pollution may have biological, ecological and socio-economic effects.
? The amount of injury caused by radiation from a radioactive isotope depends on its half-life,
and on how quickly it is absorbed and how fast the body of the organism repairs the
damage.
? Most studies of the harmful effects of radiation have been performed on single-celled
organisms.
? Obviously, the situation is more complex in humans and other multi-cellular organisms,
because a single cell damaged by radiation may indirectly affect other cells in the individual.
? The most sensitive regions of the human body appear to be those which have many actively
dividing cells, such as the skin, gonads, intestine and tissues that grow blood cells (spleen,
bone marrow, and lymph organs).
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biological molecules in cells and tissues.
? These ions can then form free radicals, which damage proteins, membranes and nucleic
acids.
? Radioactive radiation can damage DNA (deoxyribonucleic acid) by destroying individual
bases including thymine, breaking single strands and double strands, cross-linking different
DNA strands and cross-linking DNA and proteins.
? Damage to DNA can lead to cancers, birth defects, and even death.AVA-fundamentals-Gavin-Ambrose-Paul-Harris-The-fundamentals-of-typography-AVA...
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Arm types
- 1. Architectural licence[edit] Companies can also obtain an ARM architectural licence for designing their own CPU cores using the ARM instruction sets. These cores must comply fully with the ARM architecture. Companies that have designed cores that implement an ARM architecture include Apple, AppliedMicro, Broadcom, Cavium, Nvidia, Qualcomm, and Samsung Electronics. Cores[edit] Main article: List of ARM microarchitectures Archit ecture Co re bit - wi dt h Cores Profil e Refer ence s ARM Holdings Third-party ARMv1 32[a 1] ARM1 ARMv2 32[a 1] ARM2, ARM250, ARM3 Amber, STORM Open Soft Core[38] ARMv3 32[a 2] ARM6, ARM7 ARMv4 32[a 2] ARM8 StrongARM, FA526, ZAP Open Source Processor Core[39] ARMv4T 32[a 2] ARM7TDMI, ARM9TD MI, SecurCore SC100 ARMv5T E 32 ARM7EJ, ARM9E, AR M10E XScale, FA626TE, Feroceon, PJ1/Mohawk ARMv6 32 ARM11 ARMv6- M 32 ARM Cortex-M0, ARM Cortex-M0+,ARM Cortex- Microco ntroller
- 2. Archit ecture Co re bit - wi dt h Cores Profil e Refer ence s ARM Holdings Third-party M1, SecurCore SC000 ARMv7- M 32 ARM Cortex- M3, SecurCore SC300 Microco ntroller ARMv7E -M 32 ARM Cortex-M4, ARM Cortex-M7 Microco ntroller ARMv8- M 32 ARM Cortex- M23,[40] ARM Cortex- M33[41] Microco ntroller [42] ARMv7- R 32 ARM Cortex-R4, ARM Cortex-R5,ARM Cortex- R7, ARM Cortex-R8 Real- time ARMv8- R 32 ARM Cortex-R52 Real- time [43][44][45] ARMv7- A 32 ARM Cortex-A5, ARM Cortex-A7,ARM Cortex- A8, ARM Cortex- A9,ARM Cortex- A12, ARM Cortex- A15,ARM Cortex-A17 Qualcomm Krait, Scorpion, PJ4/Sheeva, Apple Swift Applicati on ARMv8- A 32 ARM Cortex-A32 Applicati on ARMv8- A 64/3 2 ARM Cortex- A35,[46] ARM Cortex- A53, ARM Cortex- X-Gene, Nvidia Project Denver, AMD K12, Apple Cyclone/Typhoon/Twister/Hur Applicati on [54][55]
- 3. Archit ecture Co re bit - wi dt h Cores Profil e Refer ence s ARM Holdings Third-party A57,[47] ARM Cortex- A72,[48] ARM Cortex- A73[49] ricane/Zephyr, Cavium Thunder X,[50][51][52] Qualcomm Kryo, Samsung M1 ("Mongoose")[53] ARMv8. 1-A 64/3 2 TBA Applicati on ARMv8. 2-A 64/3 2 TBA Applicati on 1. ARM Holdings provides a list of vendors who implement ARM cores in their design (application specific standard products (ASSP), microprocessor and microcontrollers).[56]