检测到您已登录华为云国际站账号，为了您更好的体验，建议您访问国际站服务网站 https://www.huaweicloud.com/intl/zh-cn
不再显示此消息
检测到您已登录华为云国际站账号，为了您更好的体验，建议您访问国际站服务网站 https://www.huaweicloud.com/intl/zh-cn
不再显示此消息
What Are the Differences Between the General-Purpose, Dedicated, and Kunpeng Dedicated Specification Types Provided by GaussDB? Can I Switch Between the GaussDB Enterprise Edition and Basic Edition?
memory cce_gpu_memory_free Free GPU memory cce_gpu_bar1_memory_used Used GPU BAR1 memory cce_gpu_bar1_memory_total Total GPU BAR1 memory cce_gpu_clock GPU clock frequency cce_gpu_memory_clock GPU memory frequency cce_gpu_graphics_clock GPU frequency cce_gpu_video_clock GPU video processor
Target Server Consultation Can I Migrate Workloads to FlexusL and FlexusX Instances, DeHs, DeCs, Kunpeng ECSs, or BMSs Using SMS? What ECS Types Are Supported by SMS? What Are the Differences Between Target and Source Servers After the Migration?
Parent topic: Overview
8000 16 64 dds.mongodb.c6.4xlarge.4.repset 16000 200-16000 16 128 dds.mongodb.c6.4xlarge.8.repset 16000 200-16000 32 128 dds.mongodb.c6.8xlarge.4.repset 16000 200-16000 32 256 dds.mongodb.c6.8xlarge.8.repset 16000 200-16000 64 256 dds.mongodb.c6.16xlarge.4.repset 16000 200-16000 Kunpeng
-10000 8 64 dds.mongodb.c6.2xlarge.8.single 10000 200-10000 16 64 dds.mongodb.c6.4xlarge.4.single 16000 200-16000 16 128 dds.mongodb.c6.4xlarge.8.single 16000 200-16000 32 128 dds.mongodb.c6.8xlarge.4.single 16000 200-16000 64 256 dds.mongodb.c6.16xlarge.4.single 16000 200-16000 Kunpeng
It is processor agnostic and compatible with any programming language or framework. In addition, since many components of QingTian Enclave are open source, you can even check and verify the code by yourself.
API Reference API Overview Calling APIs API Calling Examples SMS APIs FAQs Learn more about common issues and solutions. Typical Cases Can I Migrate Physical Servers and VMs From Other Clouds to HUAWEI CLOUD Using SMS?
General Computing-Basic ECSs General Computing-Basic T6 Overview General computing-basic ECSs are suitable for scenarios that require moderate CPU performance generally but burstable high performance occasionally while keeping costs low.
NUMA affinity scheduling (numa-aware) weight After this function is enabled, the parameter defaults to 1. NUMA Affinity Scheduling Load-aware scheduling (usage) weight After this function is enabled, the parameter defaults to 5.
Table 4 lists the OSs supported by BMSs with Kunpeng CPU. It is recommended that you use the official OS release versions. Do not tailor or customize the release versions, or problems may occur. OS vendors do not always update OS release versions regularly.
Three-layer Management of Test Cases Overview Delivery challenges of cloud services: Efficient test case management and reusability, especially when a service has different delivery forms that need lots of same test cases.
Disk-intensive ECSs Overview Disk-intensive ECSs are delivered with local disks for high storage bandwidth and IOPS. In addition, local disks are more cost-effective in massive data storage scenarios.
In this example, device A and device B are Linux servers (4U8G, running the ubuntu-20.04.6-live-server-amd64 operating system), and device C is a PC (i7 processor, running the Windows 10 operating system).
In this example, device A and device B are Linux servers (4U8G, running the ubuntu-20.04.6-live-server-amd64 operating system), and device C is a PC (i7 processor, running the Windows 10 operating system).
Managing Instances Overview Data migration provides independent clusters for secure and reliable data migration. Clusters are isolated from each other and cannot access each other.
Creating an Instance Overview Before using ROMA Connect, you need to create a ROMA Connect instance. A ROMA Connect instance is an independent resource space. Resources of different instances are isolated from each other.
The data processor shall maintain a record of data processing activities.
A Summary List of x86 ECS Specifications Kunpeng The Kunpeng CPU architecture uses Reduced Instruction Set Computer (RISC) and Huawei-developed processors, which is more cost effective. RISC executes fewer types of computer instructions at a higher speed than CISC.
In practice, other key pieces of program state are usually dumped at the same time, including the processor registers, which may include the program counter and stack pointer, memory management information, and other processor and OS flags and information.
