Cloud mobile phones
Cloud mobile phone = cloud server + Android OS,it transfers apps on mobile phones to virtual mobile phones on the cloud and run them
Huawei Cloud mobile phone is based on Huawei Cloud’s Kunpeng bare-metal server to virtualize cloud servers with native Android operating systems and equipped with virtual mobile phone functions. Meanwhile, as a new type of application, cloud mobile phones extend and expand the effects of physical mobile phones very well; it can be used for scenarios such as cloud mobile games and mobile offices, etc.
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Adjust cloud mobile phone specifications flexibly Respond to the rapidly changing requirements of Apps
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Cloud mobile phone replaces manual operations Lower cost and increased efficiency
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Professional GPU hardware acceleration Run big games without pressure
Applied scenario
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How to connect to a cloud mobile phone instance?
Cloud mobile phone instances can be connected through ADB and VNC methods.
- ADB method:Android Debug Bridge (ADB) is a command line tool for communications between the Android operating system and desktop computers; it is a unique application that comes with the Android system. This method uses command lines to operate the cloud mobile phone, it is suitable for scenarios such as APP automated testing, etc.
- VNC method:Computing (VNC) is a type of display screen sharing and remote operation software; this software sends keyboard and mouse actions and real-time display screens through the Internet. This method is generally used in scenarios such as game smart assistance and game trials, etc.
Cloud Connect
Provides cross-regional multi-VPC private network interoperability
Cloud Connect allows users to quickly build high-speed, high-quality and stable network capabilities between cross-regional VPCs and between multi-VPCs on the cloud and data centers off-cloud; it helps users create global cloud networks with enterprise scale and communication capabilities.
By creating cloud connect, network instances in different regions that users need to realize intercommunication are mounted into the cloud connect instance created. The network instance here can be a VPC instance created by the user or a VGW instance that the user created to access the local data center; it can also be VPC instances that other users are authorized to mount. Finally, the inter-domain bandwidth between the network instances that need to intercommunicate is configured to quickly provide global network intercommunication services for you.
High performance and low latency data transmission
It is easy to deploy interconnected channels on the cloud networks
Provides global one-stop compliant networking capability
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What are the differences between cloud connection services and VPC peering?
As two different services that support VPC intercommunication, the main differences between cloud connection services and VPC peering are as follows:
- (1) In terms of intercommunication capability, VPC peering only supports two-to-two VPC intercommunication within a region, and cloud connection service supports the intercommunication of multiple VPCs within the same region as well as the intercommunication of multiple VPCs across regions.
- (2) In terms of main network capabilities, after VPC peering is created, routing must be configured manually in order to realize VPC intercommunication; but with cloud connection services, after the network instance is loaded, routing is configured automatically to complete the network connection.
- (3) In terms of carrying networks, the carrying network of VPC peering is based on data center networks (DCN), and the carrying network of cloud connection service is based on data center interconnect (DCI).
- (4) In terms of charging strategies, VPC peering is free, and the cloud connection service that supports intercommunication between multiple VPCs within the same region is also free; however, the cloud connection service that supports intercommunication between multiple VPCs across regions requires purchasing bandwidth packages and configuring bandwidth between regions in order to realize intercommunication.
Exclusive region/Available regions/Nodes
Global connection and service assist enterprises with global development
Huawei Cloud currently has 23 regions and 45 availability zones around the world, 2000+ acceleration nodes for CDN in the China region and 800+ acceleration nodes overseas; the bandwidth output capability of the entire network is no less than 150Tbps.It covers over 130 countries/regions and supports over 1,600 operator networks. It guarantees to schedule user requests precisely to the best edge node to provide effective and stable acceleration results, reduce network delays and improve access speeds.
Zone deployment services still achieve data synchronization
Exclusive regional connection Reduces delays
Cross-border network coverage
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What are the differences between cloud connection services and VPC peering?
- Generally, it is recommended to select regions close to you or your target users; this way, network delays can be reduced and access speeds can be improved. However, in terms of infrastructure, BGP network quality and the operation and configuration of resources, there isn’t much difference between the different regions of China. If you or your target user is in China, you don’t have to consider the network delay problems caused by different regions.
- For users with businesses in the Asia-Pacific region other than China, you can select the “China-Hong Kong”, “Asia-Pacific-Bangkok” or “Asia-Pacific-Singapore” regions.
- For users with businesses in the Africa regions, you can select the “Africa-Johannesburg” region.
- For users with businesses in the European regions, you can select the “Europe-Paris” region.
- For users with businesses in the Latin America regions, you can select the “Latin America-Santiago” region.
Success Cases
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gaming company
N gaming company
N gaming company has many popular mobile game products; however, with the updating and replacement of mobile phone models and the compatibilities of unique models, the development process of the R&D team is becoming more and more complicated and time-consuming. Therefore, stress testing before the product launch is extremely stressful and labor-intensive.
