Technical White Paper - Kunpeng BoostKit for ARM Native - HUAWEI TECHNOLOGIES CO., LTD.
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Kunpeng BoostKit for ARM Native Technical White Paper Issue 09 Date 2021-03-31 HUAWEI TECHNOLOGIES CO., LTD.
Copyright © Huawei Technologies Co., Ltd. 2021. All rights reserved.
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Issue 09 (2021-03-31) Copyright © Huawei Technologies Co., Ltd. iKunpeng BoostKit for ARM Native
Technical White Paper Contents
Contents
1 Overview....................................................................................................................................1
2 Architecture.............................................................................................................................. 3
3 Advantages............................................................................................................................... 5
4 Applications.............................................................................................................................. 9
4.1 Cloud Hosting Scenario......................................................................................................................................................... 9
4.1.1 Architecture............................................................................................................................................................................ 9
4.1.2 Network................................................................................................................................................................................ 10
4.1.3 Typical Configuration....................................................................................................................................................... 11
4.2 Cloud Application Scenario............................................................................................................................................... 12
4.2.1 Architecture......................................................................................................................................................................... 12
4.2.2 Network................................................................................................................................................................................ 14
4.2.3 Typical Configuration....................................................................................................................................................... 14
4.3 Cloud Terminal Scenario.....................................................................................................................................................15
4.3.1 Architecture......................................................................................................................................................................... 15
4.3.2 Network................................................................................................................................................................................ 16
4.3.3 Typical Configuration....................................................................................................................................................... 17
5 Feature List............................................................................................................................. 19
6 Software Compatibility........................................................................................................ 22
7 Application Process............................................................................................................... 23
A Change History...................................................................................................................... 24
Issue 09 (2021-03-31) Copyright © Huawei Technologies Co., Ltd. iiKunpeng BoostKit for ARM Native
Technical White Paper 1 Overview
1 Overview
The shift of China's economic development from the manufacturing sector to the
service sector gradually changes people's consumption preferences. As cloud
computing is booming and mobile devices become increasingly popular, cloud
phones and cloud games come into being. Cloud computing technologies applied
on network terminal services make cloud phones available from cloud servers. In
fact, a cloud phone is a smartphone that integrates network services. With its
built-in operating system (OS) and network terminals provided by its vendor, such
a smartphone play its role in a wide range of applications including interactive
entertainment, mobile office, online education, terminal companionship, and app
hosting. See Table 1-1.
Table 1-1 Application scenarios of ARM native solutions
Applicati Sub Scenario
on
Scenario
Interacti Cloud gaming: game trial and subscription, interactive social cloud
ve games, cloud-native game super apps (free from those resource
entertai constraints on physical mobile phones)
nment
Interactive advertising: the fourth advertising revolution that
features real-time human-screen interaction, following audio,
images, and videos
Interactive live streaming: massive parallel live streaming across
live streaming platforms and real-time interactive live streaming
Mobile Secure mobile office designed for governments and enterprises:
office bring-your-own-device (BYOD), zero data loss, and real-time
monitoring
Traditional enterprise community applications: comprehensive
protection for enterprises' mission-critical data assets and enhanced
collaboration among employees
Cloud conferencing: quick access through hyperlinks, zero-cost
promotion, super interaction, and native sharing of Android apps
Issue 09 (2021-03-31) Copyright © Huawei Technologies Co., Ltd. 1Kunpeng BoostKit for ARM Native
Technical White Paper 1 Overview
Applicati Sub Scenario
on
Scenario
Online Online cloud apps: copyright control, low-cost promotion, and
educatio availability optimization based on user behavior analysis
n
Interactive class: concurrent management of a large number of
students, parents' real-time remote control, and real-time
interaction between teachers and students
Terminal Mobile phone companion: many-to-many companionship (multiple
compani physical machines to multiple cloud phones), hitless switchover
on between multiple devices, and personal privacy protection
Familiarity cloud phone: remote assistance for the children and
elderly in your family
App Mobile phone simulation test: simulation test of mobile phone
hosting OSs, apps, and algorithms
App test: function, security, and admission tests of apps
Automatic app hosting: app service logic automation and web
crawlers
The previous application scenarios of ARM native solutions are fulfilled mainly on
the three types of architecture: cloud hosting, cloud apps, and cloud terminals.
Table 1-2 Architecture
Architec Description
ture
Cloud There is no need to interact with terminals in real time. Service
hosting computing is centralized in the cloud data center, for example, in an
app hosting scenario.
Cloud Real-time interaction with terminals is required. The app is displayed
app through its own user interface on the cloud, which can be used upon
clicks or taps, for example, in interactive entertainment and online
education scenarios.
Cloud Real-time interaction with terminals is required. The app is displayed
terminal through the Android system user interface on the cloud, which can
be used upon clicks or taps, for example, in mobile devices and
terminal companions.
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Technical White Paper 2 Architecture
2 Architecture
The architecture of the Kunpeng BoostKit for ARM Native is composed of the
hardware platform, host OS, virtualization layer, and guest OS layer.
Figure 2-1 shows the overall architecture of the solution.
Figure 2-1 Architecture of the Kunpeng BoostKit for ARM Native
Table 2-1 Components of the Kunpeng BoostKit for ARM Native
Component Description
Guest OS The guest OS is an OS running on a virtual machine (VM).
It can be the Android Open Source Project (AOSP) or the
Huawei Emotion User Interface (EMUI, used only in device
emulation).
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Technical White Paper 2 Architecture
Component Description
Virtualization Virtualization converts physical resources, such as servers,
networks, memory, and storage devices, into visible virtual
resources, implementing resource pooling and elastic resource
scheduling.
Common virtualization solutions are as follows:
● Android emulator: uses the open-source Quick EMUlator
(QEMU) and kernel-based virtual machine (KVM).
● Android container: uses the open-source Docker.
Host OS OS used to install the VM software.
Ubuntu and CentOS are supported.
Hardware It uses TaiShan 100/200 servers. The TaiShan servers support
platform GPU, SSD, and PCIe acceleration and expansion and 10GE switch
modules, and can be flexibly configured based on service
requirements.
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Technical White Paper 3 Advantages
3 Advantages
The Kunpeng BoostKit for ARM Native uses Huawei servers and open-source
software based on the open-source architecture. It has the following advantages:
● High performance
The system performance loss decreases by 40% because the homogeneous
computing has no instruction translation.
● Wide compatibility
This solution is fully compatible with the Android ecosystem, eliminating the
need for porting mobile applications.
● Flexible expansion
It can use virtualization and container technologies to enable elastic
allocation of CPUs, memory, storage, and network resources on demand.
● High reliability and easy management
The hardware platform uses enterprise-class components and system design
standards. It is easy to manage and has a long lifecycle.
Compared with the x86 Server Solution
● Compatibility
– Mobile phones mainly use ARM-based processors, which lead to a large
number of ARM-based apps and third-party libraries. It is impossible for
the existing ecosystem to encourage app developers to release a large
number of x86 versions. Therefore, instruction translation is required for
x86 apps.
– The CPU instructions evolve continuously. It is difficult to implement full
compatibility through instruction translation (ARM to x86).
● Performance
– Many apps invoke C++ programming (Android NDK) for higher
performance.
– Instruction translation causes performance deterioration due to real-time
translation and instruction prediction miss. The performance loss is
estimated to be 40%, depending on the specific application behavior.
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Technical White Paper 3 Advantages
Compared with the AP Board Solution
● Flexible resource allocation
The Kunpeng BoostKit for ARM Native can use virtualization and container
technologies to enable elastic allocation of CPUs, memory, storage, and
network resources.
● High reliability and easy management
– High-reliability enterprise-class components and hardware design
standards
– Standard server management procedures
– Long lifecycle: 3 to 5 years, longer than that of the AP board (1 to 2
years)
Compatible with 32-Bit Applications
The instruction translation software of ExaGear supports AArch32 features in the
Kunpeng BoostKit for ARM Native scenarios, ensuring compatibility with AArch32
instructions.
Figure 3-1 ExaGear in the software stack
Issue 09 (2021-03-31) Copyright © Huawei Technologies Co., Ltd. 6Kunpeng BoostKit for ARM Native
Technical White Paper 3 Advantages
Table 3-1 Software stack description
Component Description
ARM64 apps 64-bit Android apps
ARM32 apps 32-bit Android apps
64-bit libraries, 64-bit runtime libraries and environment
Runtime, and
Framework
32-bit libraries, 32-bit runtime libraries and environment
Runtime, and
Framework
Compatibility layer Implements mapping of 32-bit APIs to 64-bit APIs.
Exagear Dynamically translates AArch32 instructions into
AArch64 instructions for ARM32 user-mode apps.
Android 64-bit kernel Android kernel
space
Android Emulator Android simulator
(QEMU)
Linux (KVM) Linux OS
TaiShan 200 hardware TaiShan servers
Container Passthrough Architecture (Kbox)
● The solution uses the container passthrough architecture to meet high-density
and low-cost service requirements.
● This architecture is compatible with AOSP ecosystem and features simple
hierarchy and streamlined code, implementing instruction passthrough, high
efficiency, high density, and high compatibility.
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Kunpeng BoostKit for ARM Native
Technical White Paper 4 Applications
4 Applications
4.1 Cloud Hosting Scenario
4.2 Cloud Application Scenario
4.3 Cloud Terminal Scenario
4.1 Cloud Hosting Scenario
4.1.1 Architecture
The hosting mainly applies to mobile phone simulation testing, app testing, and
automatic app hosting.
● Mobile phone simulation test: simulates real phones to perform system
tests, such as the ROM test, camera algorithm test, and EMUI test.
● App testing: function, security, and admission tests of apps.
● Automatic app hosting: app service logic automation and web crawlers.
End user experience is not involved in these scenarios. The solutions focus on data
centers and have low requirements on client user interface (UI) connections. The
solutions for these application scenarios are similar, with different orientations.
Figure 4-1 shows the full-stack architecture of hosting scenarios.
Issue 09 (2021-03-31) Copyright © Huawei Technologies Co., Ltd. 9Kunpeng BoostKit for ARM Native
Technical White Paper 4 Applications
Figure 4-1 Full-stack architecture of cloud hosting
Table 4-1 Components in cloud hosting
Component Description
Android apps and The Android apps and tools vary with application
tools scenarios.
Device emulation Open-source emulators provide only basic simulation
functions such as CPU, memory, storage, and network
simulation.
Android VMs/ Physical resources, such as servers, networks, memory,
containers and storage devices, are converted into visible virtual
resources, enabling resources to be used in a more
efficient way.
Host OS OS used to install VM software.
TaiShan servers + Cost-effective professional GPUs support local rendering,
professional video and a server supports multiple video cards.
cards
4.1.2 Network
The cloud hosting scenario requires professional video cards to support the UI of
virtual phones and the rendering of deployed applications. Figure 4-2 shows a
typical network of cloud hosting.
Issue 09 (2021-03-31) Copyright © Huawei Technologies Co., Ltd. 10Kunpeng BoostKit for ARM Native
Technical White Paper 4 Applications
Figure 4-2 Typical network of cloud hosting
4.1.3 Typical Configuration
Professional video cards are required to support the UI of virtual phones and the
rendering of deployed applications.
Item Typical Typical Description
Configuration Configuration
(TaiShan 100) (TaiShan 200)
Server type 2U 2-socket rack 2U 2-socket rack Determine the server
server (balanced server (balanced to be used based on
model) model) the cabinet space,
drive size, density, and
number of PCIe NICs.
The TaiShan rack
servers support a
variety of drive
configurations,
multiple PCIe slots,
and GPU cards.
CPU 2 x Huawei 2 x Huawei The configuration can
Kunpeng 916 Kunpeng 920 7260 be adjusted based on
5130 processors processors service requirements.
Memory 8 x 32 GB DIMMs 16 x 32 GB DIMMs The configuration can
be adjusted based on
service requirements.
Issue 09 (2021-03-31) Copyright © Huawei Technologies Co., Ltd. 11Kunpeng BoostKit for ARM Native
Technical White Paper 4 Applications
Item Typical Typical Description
Configuration Configuration
(TaiShan 100) (TaiShan 200)
Local 2 x 900 GB SAS 2 x 900 GB SAS The configuration can
storage drives drives be adjusted based on
service requirements.
GPU 2 GPUs 2 GPUs No GPU needs to be
configured if rendering
is not required.
If rendering is
required, the customer
needs to purchase
GPUs and download
the open-source GPU
driver. Huawei
provides the porting
and compilation guide.
For details about the
GPU brands and
models supported,
contact the project
owner.
RAID 1 Avago 3508 1 Avago 3508 RAID Configured based on
controller RAID controller controller card service requirements.
card card
Riser card Two 3x16X slots Two 3x16X slots Configured based on
service requirements.
4.2 Cloud Application Scenario
4.2.1 Architecture
Cloud application scenarios include cloud mobile games, interactive
advertisements, interactive live streaming, online cloud apps, and interactive
classes.
● Cloud gaming: game trial and subscription, interactive social cloud games,
cloud-native game super apps (free from those resource constraints on
physical mobile phones)
● Interactive advertising: the fourth advertising revolution that features real-
time human-screen interaction, following audio, images, and videos
● Interactive live streaming: massive parallel live streaming across live
streaming platforms and real-time interactive live streaming
● Online cloud apps: copyright control, low-cost promotion, and availability
optimization based on user behavior analysis
Issue 09 (2021-03-31) Copyright © Huawei Technologies Co., Ltd. 12Kunpeng BoostKit for ARM Native
Technical White Paper 4 Applications
● Interactive classes: concurrent management of a large number of students,
parents' real-time remote control, and real-time interaction between teachers
and students
Most cloud applications use the video streaming solution, which has the following
features:
1. Low requirements (only video decoding capabilities) for the peer end
2. Automatic adjustment of the video definition based on the network
bandwidth and delay
3. Mature ecosystem
Figure 4-3 shows the full-stack architecture.
Figure 4-3 Full-stack architecture in cloud gaming
Table 4-2 Components in cloud gaming
Component Description
Android gaming Cloud games deployed by customers.
apps
Android VMs/ Visible virtual resources are converted from physical
containers resources such as servers, networks, memory, and storage
devices, which enables resources to be used in a more
efficient way.
Host OS OS used to install VM software.
TaiShan servers + Cost-effective professional video cards support local
professional video rendering, and a server supports multiple video cards.
cards
Issue 09 (2021-03-31) Copyright © Huawei Technologies Co., Ltd. 13Kunpeng BoostKit for ARM Native
Technical White Paper 4 Applications
4.2.2 Network
Figure 4-4 shows a typical network of cloud applications.
Figure 4-4 Typical network of cloud applications
4.2.3 Typical Configuration
Cloud games are classified into video streaming games and instruction streaming
games. Professional video cards are required for video streaming games.
Item Typical Typical Description
Configuration Configuration
(TaiShan 100) (TaiShan 200)
Server type 2U 2-socket rack 2U 2-socket rack Determine what server
server (balanced server (balanced to be used based on
model) model) the cabinet space,
drive size, density, and
number of PCIe NICs.
The TaiShan rack
servers support a
variety of drive
configurations,
multiple PCIe slots,
and GPU cards.
Issue 09 (2021-03-31) Copyright © Huawei Technologies Co., Ltd. 14Kunpeng BoostKit for ARM Native
Technical White Paper 4 Applications
Item Typical Typical Description
Configuration Configuration
(TaiShan 100) (TaiShan 200)
CPU 2 x Huawei 2 x Huawei The configuration can
Kunpeng 916 Kunpeng 920 7260 be adjusted based on
5130 processors processors service requirements.
Memory 8 x 32 GB 16 x 32 GB The configuration can
be adjusted based on
service requirements.
Local 2 x 900 GB SAS 2 x 900 GB SAS The configuration can
storage drives drives be adjusted based on
service requirements.
GPU 3 GPUs 4 GPUs in typical GPUs are required. The
configuration customer needs to
(maximum 6 GPUs) purchase GPUs and
download the open-
source GPU driver.
Huawei provides the
porting and
compilation guides.
For details about the
GPU brands and
models supported,
contact the project
owner.
RAID 1 Avago 3508 1 Avago 3508 RAID Configured based on
controller RAID controller controller card service requirements.
card card
Riser card Two 3 x 16X slots Two 3 x 16X slots Configured based on
service requirements.
4.3 Cloud Terminal Scenario
4.3.1 Architecture
Cloud terminals are mainly used in mobile office and terminal companion
scenarios.
Mobile office: Enable mobile office using cloud phones. Data is stored on the
cloud rather than on mobile phones, enhancing data security.
Terminal companion: It is an extension to mobile phones, with many-to-many
companionship (multiple physical machines to multiple cloud phones), hitless
switchover between multiple devices, and personal privacy protection.
In this architecture, the cloud is presented in the form of the Android system user
interface. Secure mobile office is implemented on the Android OS on the cloud,
Issue 09 (2021-03-31) Copyright © Huawei Technologies Co., Ltd. 15Kunpeng BoostKit for ARM Native
Technical White Paper 4 Applications
and personal service applications are embedded on the cloud, breaking the
constraints of personal terminals and making full use of the computing power on
the cloud.
Figure 4-5 shows the full-stack architecture.
Figure 4-5 Full-stack architecture of cloud terminals
Table 4-3 Nodes in the cloud terminal scenario
Component Description
Office and personal Mainstream office apps, such as email, messaging, office,
applications traveling, community, attendance check, and
administration apps, are integrated.
Secure mobile office Secure mobile office features include user management,
features secure access, access control, channel encryption, remote
access protocol, and client security.
Android VMs/ Visible virtual resources are converted from physical
containers resources such as servers, networks, memory, and storage
devices, which enables resources to be used in a more
efficient way.
Host OS OS used to install VM software.
TaiShan servers High-performance servers.
4.3.2 Network
Figure 4-6 shows a typical network of cloud terminals.
Issue 09 (2021-03-31) Copyright © Huawei Technologies Co., Ltd. 16Kunpeng BoostKit for ARM Native
Technical White Paper 4 Applications
Figure 4-6 Typical network of cloud terminals
4.3.3 Typical Configuration
Balanced computing servers are generally used for the scenario.
Item Typical Typical Description
Configuration Configuration
(TaiShan 100) (TaiShan 200)
Server type 2U 2-socket rack 2U 2-socket rack Determine what server
server (balanced server (balanced to be used based on
model) model) the cabinet space,
drive size, density, and
number of PCIe NICs.
The TaiShan rack
servers support a
variety of drive
configurations,
multiple PCIe slots,
and GPU cards.
CPU 2 x Huawei 2 x Huawei The configuration can
Kunpeng 916 Kunpeng 920 7260 be adjusted based on
5130 processors processors service requirements.
Memory 8 x 32 GB 16 x 32 GB The configuration can
be adjusted based on
service requirements.
Local 2 x 900 GB SAS 2 x 900 GB SAS The configuration can
storage drives drives be adjusted based on
service requirements.
Issue 09 (2021-03-31) Copyright © Huawei Technologies Co., Ltd. 17Kunpeng BoostKit for ARM Native
Technical White Paper 4 Applications
Item Typical Typical Description
Configuration Configuration
(TaiShan 100) (TaiShan 200)
GPU 3 GPUs 4 GPUs in typical GPUs are required. The
configuration customer needs to
(maximum 6 GPUs) purchase GPUs and
download the open-
source GPU driver.
Huawei provides the
porting and
compilation guides.
For details about the
GPU brands and
models supported,
contact the project
owner.
RAID 1 Avago 3508 1 Avago 3508 RAID Configured based on
controller RAID controller controller card service requirements.
card card
Riser card Two 3 x 16X slots Two 3 x 16X slots Configured based on
service requirements.
Issue 09 (2021-03-31) Copyright © Huawei Technologies Co., Ltd. 18Kunpeng BoostKit for ARM Native
Technical White Paper 5 Feature List
5 Feature List
Feature Sub Feature Description
Open- Open-source Based on the TaiShan 200 server, it uses open-
source QEMU basic source Android simulators to build a cloud phone
QEMU cloud phone solution based on Android 7.0/Android 9.0.
basic
cloud
phone
Open- Open-source Based on the TaiShan 200 server, it uses open-
source Robox basic source software such as Robox and AOSP to build
Robox cloud phone a cloud phone solution based on Android 7.1.
basic
cloud
phone
Kbox Kbox closed- Based on the TaiShan 200 server, it uses the
closed- source closed-source Kbox and open-source AOSP
source container software to build a cloud phone solution based on
container basic cloud Android 7.1/Android 9.
basic phone
cloud
phone
Hardware GPS Mock The solution injects predefined data (fixed GPS
simulation information, which cannot be dynamically
changed) through the predefined interface of GPS
Mock. The cloud phone obtains the GPS
information of Mock during running, ensuring the
GPS availability of the cloud phone.
IMEI Mock IMEI Mock enables the IMEI function on cloud
phones. The solution injects the IMEI information
provided by users into cloud phones so that IMEI-
enabled cloud phones can be used properly.
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Technical White Paper 5 Feature List
Feature Sub Feature Description
Wi-Fi Mock Wi-Fi Mock (status mock) enables the Wi-Fi
function on cloud phones by forwarding Wi-Fi
traffic. Then upper-layer services can sense the
Wi-Fi usage.
Acceleration Acceleration sensor Mock (status mock) enables
sensor Mock the acceleration sensor function on cloud phones.
Then upper-layer services can sense the
acceleration.
Gyroscope Gyroscope Mock (status mock) enables the
Mock gyroscope function on cloud phones. Then upper-
layer services can sense the gyroscope usage.
Video GPUs for Based on the GPUs for TaiShan 200 servers, it
stream TaiShan 200 applies to a high-density solution, and supports
engine servers 720p image rendering as well as H.264 video
encoding.
For details about the supported GPU brands and
models, consult the project contact person.
Video Based on the video encoding cards for TaiShan
encoding 200 servers, it supports H.264/H.265 video hard
cards for coding and can offload CPU computing power to
TaiShan 200 improve the overall system density.
servers
AOSP cloud Server: Based on the image quality, cost, and
phone video latency requirements, it builds cloud phone image
stream screenshot and H.264 video encoding (software or
encoding hardware) solutions to provide a basic engine for
video streaming cloud phones.
Video stream Client: It provides the video stream engine client
engine client SDK for Android 8.x and 9.x phones. Additionally,
SDK it can perform the touch synchronization,
hardware passthrough, and audio synchronization
functions.
High bit rate It supports 720p60 and 1080p30 at high bit rates
and high and high frame rates.
frame rate
Control Audio SDK The audio SDK is provided on cloud phones and
and audio user terminals for the server to capture audio and
engine for the client to play audio.
Control SDK The control SDK is provided on cloud phones and
user terminals for the client to capture operations
and for the server to inject operations.
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Technical White Paper 5 Feature List
Feature Sub Feature Description
ExaGear High-density The Arm32 instruction translation of the high-
32-bit container density container solution is available to the new
instruction solution kernel and Android versions.
compatibil
ity Product-based It supplements the product-based DFX of the
DFX feature ExaGear prototype code, provides systematic DFX
supplement functions, completes code quality analysis,
rectification, and hardening, such as static code
check, secure code check, and coverage check.
Compatibility It enhances the compatibility of 32-bit instruction
enhancement translation and completes compatibility tests of
top apps.
Fast startup For Exagear ARM32 instruction translation, it
supports the pre-translator feature, which
shortens the time required to start the app after
the translation.
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Technical White Paper 6 Software Compatibility
6 Software Compatibility
Visit Compatibility Checker to obtain information about the software supported
by the Kunpeng BoostKit for ARM Native.
Issue 09 (2021-03-31) Copyright © Huawei Technologies Co., Ltd. 22Kunpeng BoostKit for ARM Native
Technical White Paper 7 Application Process
7 Application Process
Figure 7-1 shows the end-to-end process of porting, installing, and tuning the
application components of the Kunpeng BoostKit for ARM Native.
Figure 7-1 Application process of the Kunpeng BoostKit for ARM Native
Issue 09 (2021-03-31) Copyright © Huawei Technologies Co., Ltd. 23Kunpeng BoostKit for ARM Native
Technical White Paper A Change History
A Change History
Date Description
2021-03-24 This issue is the ninth official release.
Changed "Kunpeng ARM native solution" to "Kunpeng BoostKit
for ARM Native".
2021-03-11 This issue is the eighth official release.
Updated 5 Feature List.
2021-01-30 This issue is the seventh official release.
Updated 5 Feature List.
2020-12-30 This issue is the sixth official release.
● Changed the solution name to the Kunpeng ARM native
solution.
● Updated the ARM native service scenario.
● Updated the description of the cloud hosting scenario.
● Updated the description of the cloud application scenario.
● Updated the description of the cloud terminal scenario.
● Updated 5 Feature List.
2020-11-04 This issue is the fifth official release.
● Modified 3 Advantages.
● Modified 4.2 Cloud Application Scenario.
● Modified 7 Application Process.
2020-09-23 This issue is the fourth official release.
Changed the solution name to cloud native solution.
2020-08-31 This issue is the third official release.
Deleted the description of Anbox and modified the description of
typical configurations.
Issue 09 (2021-03-31) Copyright © Huawei Technologies Co., Ltd. 24Kunpeng BoostKit for ARM Native
Technical White Paper A Change History
Date Description
2020-07-31 The issue is the second official release.
Modified Figure 3-1.
2020-06-10 This issue is the first official release.
Issue 09 (2021-03-31) Copyright © Huawei Technologies Co., Ltd. 25You can also read
