Cloud CVM Tencent cloud server type specification there are various examples of different specifications for different usage scenarios, CVM example specification is a combination of CPU, memory, storage, and network made. Tencent cloud Wikipedia Share CVM cloud server specifications Daquan family, characteristics and examples of application scenarios such as:
Tencent cloud CVM cloud server specifications Daquan
more see the official documentation
Tencent cloud CVM instance into the following Group Type:
Standard Example Group: Standard S5, standard S4, standard network optimized SN3ne, standard S3, standard SA1, standard network optimized S2ne, standard S2, standard S1 ;
memory type example group:-memory M5, memory type M4, memory type M3, memory type M2, memory type Ml;
high IO type example group: high IO type IT3;
large data type instance group: large data type D2 of;
computational examples of the group: computational CN3, computational C3, C2 computational;
heterogeneous computing group examples: AMD GPU series of examples, NVIDIA GPU series of examples;
batch-type group example: batch computational BC1, batch computational BS1.
Detailed specifications of each detailed as follows:
Standard Example Group
Examples of the group include standard standard S5, standard S4, standard network optimized SN3ne, standard S3, standard SA1, standard network optimized S2ne, standard S2, standard S1, in detail as follows:
Standard S5
Standard S5 example is the latest generation of standard instance, based on the new platform to optimize virtualization, provides a balanced, stable computing, memory and network resources, it is the best choice for many applications. Standard S5 instance Xeon ® processor Cascade Lake new processor, memory using the latest DDR4, the default network optimization, network transceiver maximum capacity of six million pps, the highest network bandwidth to support 28 Gbps.
Examples Features
2.5 GHz Intel® Xeon® Cascade Lake processor, Turbo 3.1 GHz, with six-channel DDR4, the latest generation, stable performance computing memory
with new Intel Advanced Vector Extension (AXV-512 ) instruction set
processor and memory ratio 1: 2, 1: 4
supports up to 28Gbps of bandwidth within the network, the network packet transceiver ultrahigh capacity, to meet the demand for high network transmission
instance corresponding to network performance and specifications, the higher the network forwarding performance specifications, network bandwidth limit the higher
standard S5 may be applied to the following example scenarios:
all types and sizes of enterprise applications
sized database system, cache, search clustered
computing cluster, a data processing memory dependent
high network packet transceiver scene, such as video barrage, live , games and other
standard S5 instance Specifications:
standard instance is compute, memory and balance network resources to meet application resource requirements under most scenarios.
Standard S4
Standard S4 example is a new generation of sub-standard instance, which provides a balance of compute, memory, and network resources, is the best choice for many applications.
Standard S4 instance Xeon ® processor Skylake new processor, memory using the latest DDR4, the default network optimization, network transceiver maximum capacity of six million pps, the highest network bandwidth to support 25 Gbps.
Examples Features
2.4 GHz Intel® Xeon® Skylake 6148 processor, calculating stable performance
with a new Intel Advanced Vector Extension (AXV-512 ) instruction sets
the latest generation of six-channel DDR4 memory, memory speed of 2666 MT / s
greater example specifications, S4.18XLARGE228, providing 72 vCPU 228 GB of memory and
the processor and memory ratio of 1: 2, 1: 4
supports up to 25Gbps of bandwidth within the network, the network packet transceiver ultrahigh capacity, to meet the demand for high network transmission
example of a network performance and specifications correspond to the higher specifications strong network forwarding performance, the higher the bandwidth limit within the network
standard S4 example can be applied to the following scenarios:
all types and sizes of enterprise applications
for small and medium database systems, cache, search for cluster
computing cluster, dependent memory data processing
high network packet transceiver scene, such as video barrage, broadcast, game, etc.
standard Specifications table S4 examples
Standard network-optimized SN3ne
Standard network-optimized SN3ne example is the newer generation of network-optimized instance, which provides a balance of compute, memory, and network resources, network transmission and reception capability is very prominent, is the best choice for many applications.
Standard network-optimized SN3ne instance Xeon ® processor Skylake new processor, memory using the latest DDR4, the default network optimization, network transceiver maximum capacity of six million pps, lifting nearly eight times the performance compared to standard S3 instance; the highest within network bandwidth to support 25Gbps, network bandwidth is 2.5 times faster as compared to standard S3.
Examples Features
2.5 GHz Intel® Xeon® Skylake 6133 processor, computing performance stability
latest generation six DDR4 memory channels, memory speed of 2666 MT / s
greater example specifications, SN3ne.18XLARGE228, 228GB memory and provide 72vCPU
processor and memory ratio 1: 2, 1: 4
supports up to 25Gbps of bandwidth within the network, the network packet transceiver ultrahigh capacity, to meet the demand for high network transmission
instance corresponding to network performance and specifications, the higher the network forwarding performance specifications, network bandwidth limit the higher
support full kind of cloud hard drive
standard network-optimized SN3ne example can be applied to the following scenarios:
all types and sizes of enterprise applications
for small and medium database systems, cache, search for cluster
computing clusters, data-dependent memory processing
high network packet transceiver scene as barrage video, broadcast, game, etc.
standard network-optimized SN3ne example group size:
standard S3
Standard S3 is an example of the newer generation standard instance, which provides a balance of compute, memory, and network resources, is the best choice for many applications.
Standard S3 instance Xeon ® processor Skylake new processor, memory using the latest DDR4, the highest network bandwidth to support 10Gbps.
Examples of features
2.5GHz Intel® Xeon® Skylake 6133 processor, computing performance stability
latest generation six DDR4 memory channels, memory speed of 2666 MT / s
greater example specifications, S3.20XLARGE320, providing 80 vCPU 320 GB of memory and
processor and memory ratio of 1: 2, 1: 4
example corresponding to network performance and specifications, performance specifications forwarding the higher network strength, the higher the upper limit of the bandwidth of the network
supports a full hard type cloud
standard S3 may be applied to the following example scenarios:
types and scale enterprise applications
for small and medium database systems, cache, search for cluster
computing cluster, dependent on the memory of the data processing
standard S3 instance Specifications family:
standard SA1
Standard SA1 is the first example of the use of examples AMD EPYC ™ processors, providing a variety of specifications, has a high cost, to ensure that your workload to obtain industry-leading price. This example provides a balance of compute, memory, and network resources, is the best choice for many applications.
Examples of features
2.0GHz AMD EPYC ™ 7551 processor, Turbo frequency of 2.55 GHz, stable performance computing
latest generation eight-channel DDR4 memory, memory speed of 2666 MT / s
processor and memory ratio of 1: 2, 1: 4
example of a network performance corresponding to the specification, the higher the network forwarding performance specifications, higher network bandwidth limit.
Full support for the kind of cloud hard drive
standard SA1 example can be applied to the following scenarios:
all types and sizes of enterprise applications
for small and medium database systems, cache, search for cluster
computing clusters, data-dependent memory processing
standard network-optimized S2ne
Standard network-optimized S2ne example is the best choice for high-capacity network transceiver package applications, providing up to millions of times per second network transceiver capability. Recommended for large game servers, video, broadcast network PPS high-demand scenarios.
Examples of features
2.4GHz frequency reference of Intel Xeon E5-2680 Broadwell (v4) processor, DDR4, memory, computational performance stability
maximum of up to 48 core disposed 192GB sale
processor and memory ratio of 1: 2, 1: 4
Example Network forwarding performance and specifications correspond to the specifications higher network performance, network bandwidth limit higher
support full-hard kind of cloud
usage scenarios
high network packet send and receive scenarios, such as high gaming services, video services, financial analysis, real-time requirements of business scenarios
each types and sizes of enterprise applications
standard S2
Standard S2 example is the newer generation of standard instance, this series provides a balance of compute, memory, and network resources, it is a good choice for many applications.
Standard S2 example uses Intel ® Xeon ® Broadwell processor, with DDR4 memory.
Examples Features
2.4 GHz reference frequency of Intel Xeon E5-2680 Broadwell (v4) a processor, memory DDR4,
the maximum configuration of 56 core 224GB sale
processor and memory ratio of 1: 2, 1: 4
is calculated, memory and network resources the balance of
usage scenarios
for small and medium sized databases require additional memory and data processing tasks as well as cache cluster, also for back-end servers running SAP, Microsoft SharePoint, cluster computing and other enterprise applications.
Standard S1
Standard models S1 Series 1 is covered with low core to big core type of virtual machine, the user flexibility to choose the configuration to meet the needs of affordable and flexible configuration with optional features. Data disk can be used with a local disk, and the disk ordinary cloud cloud disk and other types SSD (particularly with hardware specifications may differ).
Standard S1 has the following characteristics:
covering low nuclear to large nucleus, the user the flexibility to choose the configuration
Intel Xeon CPU, with a DDR3 memory
storage can be used with a local disk, Common cloud disk and SSD cloud disk
computing balance memory and network resource
usage scenarios
standard examples S1 sizes can be used in various applications applications, large and small databases.
Examples of family-type memory
Examples of a memory having a large-memory characteristics, suitable for high performance database, distributed memory caching operations that require a lot of memory, and computing to find applications.
Examples of aliphatic-memory comprising: a memory type M5, type memory M4, M3-memory, memory-type M2, type memory M1.
Memory type M5
M5-memory instance is the latest generation of memory-type instance, the best choice for high-memory computing applications based on the new optimized virtualization platform, designed to deliver fast, stable performance for processing work memory load large data sets, yes.
Memory type M5 instance Xeon ® processor Cascade Lake new processor, memory using the latest DDR4, the default network optimization, network transceiver maximum capacity of six million pps, the highest network bandwidth to support 25 Gbps.
Usage scenarios
high-performance database, distributed memory caching operations that require a lot of memory, and computing applications to find
the gene cluster computing hadoop build their own user or redis
high network packet transceiver scene, such as video barrage, broadcast, game, etc.
Examples of features
2.5GHz Intel® Xeon® Cascade Lake processor, with the latest generation of six-channel DDR4 memory, calculating stable performance
with a new Intel Advanced Vector Extension (AXV-512 ) instruction set
processor and memory ratio of 1: 8
to buy the same size memory instances lowest price
examples of network performance and specifications correspond to the higher specifications strong network forwarding performance, network bandwidth limit the higher
-memory instances M5 Specifications:
memory type M4
Memory-type M4 example is a new generation of memory sub-type instance, aims to deliver fast performance for work processing large data sets in memory load, is the best choice for high-memory computing applications.
Examples of the use of memory-type M4 Xeon ® processor Skylake new processor, memory using the latest DDR4, the default network optimization, network transceiver maximum capacity of six million pps, the highest network bandwidth to support 25Gbps.
Usage scenarios
high-performance database, distributed memory caching operations that require a lot of memory, and computing applications to find
the gene cluster computing hadoop build their own user or redis
high network packet transceiver scene, such as video barrage, broadcast, game, etc.
Examples of features
2.4GHz Intel® Xeon® Skylake 6148 processor, calculating stable performance
with a new Intel Advanced Vector Extension (AXV-512 ) instruction set
of the most six-channel DDR4 memory generation, the rate of 2666 MT / s
greater example specifications, M4. 16XLARGE512, providing 64vCPU 512GB memory
processor and memory ratio of 1: 8, 1:12 portion
later instance, the lowest price of the same size memory
instance corresponding to network performance and specifications, performance specifications forwarding the higher network strength, higher network bandwidth limit
memory examples of M4 type specification table
memory type M3
M3-memory instances are examples of newer generation memory type, designed to deliver fast performance for processing large data sets in memory load, it is the best choice for high-memory computing applications.
M3-memory instance of the use of Intel ® Xeon ® Skylake new processor, memory using the latest DDR4, the highest network bandwidth to support 10Gbps.
Use scenario
application of high performance database, the distributed cache memory and the like require a lot of memory operations and calculations to find
structures themselves hadoop gene cluster or user redis calculation
example features
2.5GHz Intel® Xeon® Skylake 6133 processor, computing performance stability
Latest six-channel DDR4 memory generation, the rate of 2666 MT / s
greater example specifications, M3.16XLARGE512, providing 64 vCPU 512GB memory
processor and memory ratio of 1: 8, 1:12 portions
purchase the same size memory instances lowest price
example corresponding to network performance and specifications, performance specifications forwarding the higher network strength, the higher the upper limit of the bandwidth of the network
-memory M3 examples specification table
memory type M2
M2 memory type examples are intended to deliver fast performance for work processing large data sets in memory load. That features large memory, it is the best choice for high-memory computing applications.
Usage scenarios
high-performance database, distributed memory caching operations that require a lot of memory, and applying the calculated to find
the gene structures calculation Hadoop cluster or Redis user self.
Examples Features
2.4 GHz Intel® Xeon® E5-2680v4 processor, DDR4 memory
provides up to 448GB memory sale, M2.14XLARGE448, providing 56 vCPU 448GB memory
processor and memory ratio of 1: 8
for later instances of the same size memory lowest price
memory examples specification sheet type M2
memory type M1
CPU type memory M1 is a memory ratio of 1: about 8 models to meet the high performance database, distributed memory caching operations that require a lot of memory, and computing to find an application
example of the characteristics of
2.3GHz Intel Xeon® E5-2670 v3 processor , DDR3 memory, to provide users with greater example of specifications, more capable overall calculation
of the golden ratio memory-intensive applications, to meet the deployment of large business
usage scenarios
of high-performance databases, distributed memory caching requires a lot of memory operations, search and calculation application of
gene cluster hadoop calculation build their own user or redis
-memory M1 examples specification sheet
high IO family type examples
Examples of a high IO type having a high random IOPS, high throughput, low latency access, etc., and drives the reader suitable for high performance database delay requirement of I / O intensive applications. High IO type examples include: high IO type IT3.
High IO type IT3
High IO type IT3 instance designed for I / O intensive workloads design. Based NVMe SSD instance storage, low-latency, high IOPS, high throughput storage resources up to as high as 1.8 million IOPS and 11GB / s throughput, low cost ultra-high IOPS. Suitable for high-performance relational database, Elasticsearch and other IO-intensive business.
IT3 instance provides cheap and dense storage, can provide high IOPS and more network bandwidth to each CPU core.
Examples of a high IO IT3 type used in the following scenarios:
high performance database, NoSQL database (e.g. MongoDB), clustering database
online transaction processing (OLTP) systems, Elastic Search Searching the like require low latency I / O intensive applications
instance characteristics
2.5 GHz Intel® Xeon® Skylake 6133 processors, computational stability
latest generation six-channel DDR4 memory
supports up to 23Gbps within the network bandwidth to meet the demand for high network transmission
instance storage NVNe SSD is employed, low-latency, high IOPS
single disc random read performance of up to 620,000 IOPS (4KB block size), sequential read throughput of up to 2.9GB / s (128KB block size)
overall performance of up to 1.8 million random read IOPS (4KB block size), are sequentially read throughput up to 11GB / s (128KB block size)
large data type instance group
Examples of large data type mounted mass storage resources, high throughput, and is suitable Hadoop distributed computing, massive log processing, distributed file systems and large data warehouse throughput intensive applications.
Large data type D2
Examples of large data D2 type is the latest generation of large data type instance, equipped with high-throughput, mass storage resources, can carry up to 144T SATA HDD local storage, Hadoop for distributed computing, parallel data processing throughput intensive business use.
Use scene
Hadoop MapReduce / HDFS / Hive / HBase distributed computing
Elasticsearch, log processing and large data warehouses and other business scene design
of the Internet industry, the financial industry and other industries have a large customer data analysis computing and storage requirements, perform mass data storage and computing business scenario
examples features
2.4 GHz Intel® Xeon® Skylake 6148 processor, memory DDR4,
example 12 mounted 12TB highest local hard disk, with the highest 144TB locally stored on the HDD
read throughput of a single disk sequentially 220+ MB / s, sequential write throughput 220+ MB / s (128 KB block size, depth 32)
overall throughput up to 2.8 GB / s (128 KB block size, depth 32)
up to 2-5 ms read latency
greater example specifications, D2.19XLARGE320, up to 76 vCPU 320GB memory provides
local storage unit price as low as 1/10 S2, and IDC self Hadoop clusters have similar total cost of
the processor and memory ratio of 1: 4, designed for big data scene
examples of large data type specification sheet D2
computational example
Examples of computational mounted 3.2GHz frequency reference, with the highest single-core computing performance. Suitable for compute-intensive batch processing applications, high performance computing and big game servers.
Examples of aromatic computational: computational CN3, computational C3, computational C2.
Computational CN3
Computational CN3 example is the latest generation computational example, the maximum network bandwidth of up to 25Gbps, have greater bandwidth, lower latency. CVM processor provides the highest price and the highest frequency of the reference, is ideal for application compute-bound high computing performance and high concurrent reading and writing.
Examples of computational CN3 ® Xeon processor Skylake new processor, the maximum bandwidth of the network can support 25Gbps, computational C3 2.5 times faster compared.
Usage scenarios
batch workloads, high-performance computing (HPC)
high-traffic Web front-end servers
massively multiplayer online (MMO) game servers and other compute-intensive business
examples Features
3.2GHz Intel® Xeon® Skylake 6146 processors
with the new Intel advanced Vector Extension (AXV-512) instruction set
supports up to 25Gbps network bandwidth to meet the high demand for network transmission within
the latest generation of six DDR4 memory channels, memory speed of 2666MT / s
processor and memory ratio of 1: 2, 1: 4
example corresponding to network performance and specifications, performance specifications forwarding the higher network strength, the higher the upper limit of the bandwidth of the network
supports a full hard type of cloud
computing type C3
C3 computational example is the latest generation computational example, to provide the highest reference frequency of the processor and the highest price in CVM, is ideal for application compute-bound high computing performance and high concurrent reading and writing.
C3 computational examples Xeon ® processor Skylake new processor, memory using the latest DDR4, the highest network bandwidth to support 10Gbps.
Usage scenarios
batch workloads, high-performance computing (HPC)
high-traffic Web front-end servers
massively multiplayer online (MMO) game servers and other compute-intensive business
examples Features
3.2GHz Intel® Xeon® Skylake 6146 processors
with the new Intel advanced Vector Extension (AXV-512) instruction sets
the latest generation of six-channel DDR4 memory, speed of memory 2666MT / s
processor and memory ratio of 1: 2, 1: 4
example corresponding to network performance and specifications, the higher the network forwarding performance specifications strong, network bandwidth limit higher
support full hard type of cloud
computing type specification group examples C3
specification vCPU memory (GB) packet network transceiver (pps) network bandwidth capabilities within a queue number (Gbps) Remarks frequency
C3.LARGE8 4 8 60 million 2 2.5 3.2 GHz 2000 vouchers
C3.LARGE16 4 16 60 2.5 3.2 GHz million 2
C3.2XLARGE16 million. 8 100 16 2 3.0 3.2 GHz
C3.2XLARGE32 million. 8 100 32 2 3.0 3.2 GHz
C3.4XLARGE32 16 32 100 3.2 4.5 of 5 GHz million. 4
C3.4XLARGE64 100 million 16 64 3.2 4.5 of 5 GHz. 4
C3.8XLARGE64 100 million 32 64 8 8.0 3.2 GHz
C3.8XLARGE128 million 100 128 32 8 8.0 3.2 GHz
computational C2
Examples of available computational C2 CVM highest performance and highest cost processors, is ideal for application compute-bound high computing performance and high concurrent reading and writing.
Computational C2 is very suitable for the following situations:
batch workloads
high-traffic Web servers, massively multiplayer online (MMO) game server
high-performance computing (HPC) and other compute-intensive applications
instance features
3.2GHz Intel® Xeon® E5 -2667v4 processor, Turbo up to 3.6GHz, DDR4 memory,
processor and memory ratio of 1: 2, 1: 4
example corresponding to network performance and specifications, performance specifications forwarding the higher network strength, the higher the upper limit of the bandwidth of the network
support full cloud type hard
computational example C2 specification list
specification vCPU memory (GB) packet network transceiver (pps) queues within the network bandwidth capabilities (Gbps) Remarks frequency
C2.LARGE8 4 8 55 4 2.5 3.2 GHz 2000 million vouchers
C2. LARGE16 4 16 55 2.5 million 3.2 GHz. 4
C2.LARGE32 million. 4 32 55 2.5 3.2 GHz. 4
C2.2XLARGE16 55 million. 8 16 3.5 of 3.2 GHz. 8
C2.2XLARGE32 55 million. 8 32 3.5 of 3.2 GHz. 8
C2.4XLARGE32 million. 8 16 32 85 3.2 GHz 6.0
C2.4XLARGE64 85 16 64-Wan 8 6.0 3.2 GHz
C2.8XLARGE96 32 96 85 8 10.0 3.2 GHz million
heterogeneous computing examples
Examples of heterogeneous computing mounted GPU, FPGA and other heterogeneous hardware, real-time and high-speed parallel computing floating point capabilities, it is suitable for deep learning, scientific computing, and a video codec high performance graphics workstation applications.
Examples of heterogeneous computing family: AMD GPU series instance, NVIDIA GPU series instance.
AMD GPU series of examples of the use of AMD FirePro S7150, providing excellent graphics capabilities, Remote Desktop, 3D rendering, preferred cloud gaming scenarios.
NVIDIA GPU series of examples of the use of NVIDIA Tesla series GPU, including the previous generation M40, the current mainstream P4 / P40, and the latest generation of V100. Provide outstanding general-purpose computing capability, it is the preferred scenario of deep learning training / reasoning and scientific computing.
Examples of batch type
When the batch-type core unit having an optimal cost instance for rendering, genetic analysis, and other pharmaceutically crystal compute-intensive applications to use short frequently large scale computing node.
Examples of batch-type Group: Bulk computational BC1, batch computational BS1.
Batch computational BC1
BC1 batch computational example is a high cost by charging a nuclear instance, accounting accurate to the second, lowest published cases to 0.1 yuan / nuclear time. Flexible, ready-to-use, run out of the destruction, support for a variety of specifications to meet rendering, genetic analysis, and other compute-intensive crystal pharmacy users frequently use short-term demands of large scale computing nodes.
Use scene
video / video rendering
genomics, and other pharmaceutically crystal
HPC compute-intensive operations, such as weather forecasting, astronomy
examples characteristics
cost, all instances of the same specification type hours monovalent Minimum
processor and memory ratio of 1: 4
Batch Calculation examples of type BC1 specification list
specification vCPU memory (GB) packet network transceiver (pps) queues within the network bandwidth capabilities (Gbps) Remarks frequency
BC1.LARGE16 4 16 4 1.5 2000 vouchers
BC1.3XLARGE48. 8 2.5 48 12 is
BC1.6XLARGE96 24 968 5.0
batch computational BS1
Batch computational BS1 example is a high cost by charging a nuclear instance, accounting accurate to the second, lowest published cases to 0.09 yuan / core when. Flexible, ready-to-use, run out of the destruction, support for a variety of specifications to meet rendering, genetic analysis, and other compute-intensive crystal pharmacy users frequently use short-term demands of large scale computing nodes.
Examples of the characteristics of
high cost, all instances of the same specification type hours monovalent Minimum
processor and memory ratio of 1: 2
using scene
video / video rendering
genomics, and other pharmaceutically crystal
HPC compute-intensive operations, such as weather forecasting, astronomy
