This Presentation teach you about the Journey of ARM Processors. 1)Architecture 2)ARM ARCH Version Changes 3)Architecture and micro-architecture 4)ARM Core Profiles 5)Application examples of Cores. ARM Processors 1) Architecture: Arm CPU architecture is a set of specifications that allows developers to write software and firmware that will behave in a consistent way on all Arm-based processors. This type of portability and compatibility is the foundation of the Arm ecosystems. 2) ARM ARCH Version Changes ARM architecture starts from arm-v1 till arm-v8 below slide we only captured the changes from arm-v5 till arm-v8. Architecture and micro-architecture Architecture does not tell you how a processor is built and actually works. The build and design of a processor is referred to as micro-architecture. Micro-architecture tells you how a particular processor works. Micro-architecture includes things like: Pipeline length and layout. Number and sizes of caches. Cycle counts for individual instructions. Which optional features are implemented. For example, Cortex-A53 and Cortex-A72 are both implementations of the Armv8-A architecture. This means that they have the same architecture, but they have very different micro-architectures. For More information Please open the slides. This Slider is the part of Our Open Webinar Series Session-1 by Phytec Embedded Pvt Ltd. To know more about us follow us on LinkedIn, Youtube, Facebook you will get latest updates of our Products.

1. 01/01/10 | Seite 1
Open Session Series
Electronics Design & Manufacturing
Eco-System in INDIA
Session-1
Insights of Embedded Processors

2. 01/01/10 | Seite 2
PHYTEC INTRODUCTION

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Design-In of SOMs, SBCs
System Integration
Turn-Key Development
Lifecycle Management
Services
System on Modules (SOMs)
Single Board Computers (SBCs)
Custom HW Designs
Hardware
Board Support Packages
Software Adaptation
Software
PHYTECOverview
1987: first European company to launch
an OEM-able module
• Headquartered in Mainz
• PHYTEC Germany: 1986 (245)
• PHYTEC America: 1996 (28)
• PHYTEC France: 2003 (5)
• PHYTEC India: 2012 (42)
• PHYTEC China: 2014 (5)
• Global employees: 320
• 2019 revenues: $74 million

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PRODUCT Portfolio
• ARM® Cortex™ -A5, -A8, -A9 SOM populates
arrier Board that provides I/O connectivity
• SOM mounts on Carrier Board via “Direct
Solder Connect” (DSC) or connectors
• SOM on I/O Carrier Board = deployable Single
Board Computer (SBC)
• Easy modification of the I/O Carrier Board due
to layout stacks = customization according to
needs of end application and cost targets
• Linux, Windows Embedded 2013
• Optional:
• HMI (LCD / Touch)
• Housing
• Expansion Modules connect to Carrier
Board Expansion Bus: HDMI, Power
Supply, Industrial I/O, M2M

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Embedded Processor Arch

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Hardware System

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ARM ARCH & CORES
Source: devloper.arm.com

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ARM ARCH Versions
Source: devloper.arm.com

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ARM CORE Profiles
A-Profile (Applications) R-Profile (Real-Time)
M-Profile
(Microcontroller)
•High performance.
•Designed to run a
complex operating
system, such as Linux or
Windows.
•Targeted at systems with
real-time requirements.
•Commonly found in
networking equipment,
and embedded control
systems.
•Smallest/lowest power.
Small, highly power-
efficient devices.
•Found at the heart of
many IoT devices.

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ARM-7
• Cortex-M3
• Cortex-M0
• Cortex-M0+
• Cortex-M4
• Cortex-M7
• Cortex-M8
• Cortex-M23
• Cortex-M33
• Cortex-M55
Microcontroller CORE

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Microcontroller CORE
Source: devloper.arm.com

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Cortex-R4 Cortex-R5 Cortex-R7 Cortex-R8
Real-Time CORE

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Application CORE
ARM-9
ARM-11
• Cortex-A8
• Cortex-A9
• Cortex-A5
• Cortex-A7
• Cortex-A15
• Cortex-A17
• Cortex-A53
• Cortex-A72
• Cortex-A35

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Application CORE
Source: devloper.arm.com

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ARM CORE Use Cases
Source: devloper.arm.com

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SOC Vendors Platforms
TI AM335x, AM437x, AM572x
NXP imx6ULL, imx6(S/D/Q), imx8
Microchip SAML1x, SAMA5D2x
ST Microelectronics STM32MP15x
Renesas RZ/A1x, RZ/G1x, RZ/G2x
Rockchip RK3036, RK3288, RK3399
Qualcomm Snapdragon 200, 400, 800
Mediatek MT8312, MT8135, MT8176
Amlogic S805, S812, S912
Allwinner A2x, A3x, A6x
ARM SOC’s & Vendors

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Future Sessions would cover Processors from each
Semiconductor Partner stay tuned …

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Industry to Industry Platform

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Next Sessions
Date Partner Speakers
10 Jun 2020
Texas Instruments
Processor Portfolio
Ganapathy Praveen
Vikas Chola
Venu
12 Jun 2020 Microchip
Ramesh Babu
Magal Srinivasprasad
Bhanu Prakash
Hampanna Karmanchi
19 Jun 2020 ST Microelectronics
Vinay Kumar
Amit Kumar
Sridhar Ethiraj
26 Jun 2020 Quectel Dinesh Patkar
29 Jun 2020 Telit Ashish Gulati
03 Jul 2020 Neoway Makarand B Kale

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Open Discussions

21. 01/01/10 | Seite 21
B Vasu Dev
ABOUT Vasu
Vasu has 15+ Years of industry experience in Embedded Technologies mainly on ARM &
Linux, he has worked at major MNC’s like LG, Wipro, MIC Electronics and is currently
heading PHYTEC INDA, a subsidiary of PHYTEC Messtechnik GmbH GERMANY as
Managing Director. PHYTEC serves as OEM for many electronic and embedded
companies to develop and deploy their products at the lowest possible time with high
reliability and quality using ARM based SOMs ( System On Modules ) & SBCs (Single
Board Computers). The industries verticals he was engaged are Industrial Automation,
Mobility & Energy, Medical/Healthcare, Retail market.
Apart from his technical work, he is an active coach & guide for Embedded developers
and actively spend his time to train the developers on Embedded Linux, Yocto, IoT,
Android System Development. He is the master mind behind RuggedBOARD Open
Source Hardware Platform. Vasu as a mentor helped many start-ups to build their
products and position them in market.
Managing Director
PHYTEC Embedded Pvt Ltd
vasu.b@phytec.in