Public Cloud – Flexible Engine
Elastic Cloud Server – on demand virtual device via API, reliable and safe
On demand virtual device via API, reliable and safe
This service allows you to create cloud servers on demand. Elasticity functions as well as a wide range of instances will allow you to create the servers your applications need, whether they are Big data, ERP, website …
Elastic Cloud Servers are Virtual Machines with computing and memory resources as well as an operating system. These resources are automatically attached to monitoring, back up, load balancer, network, security and storage functions. This wide range of associated services will allow you to set up a functional server in a few clicks that can be accessed securely online or through a dedicated console.
You can start, stop, resize the VMs by using the Flexible Engine Console or by using the API of the solution.
Types of instances
General Computing
This range provides a balance between compute, memory and network services. it is designed for production use cases.
Elastic Cloud Server : General Computing
| Variety | CPU model | Physical CPU characteristic* | vCPU/RAM | Network bandwidth |
| t2 | E5-2658 v4 | 2,3 GHz/14-core/35 Mo/105 W | 1/1 et 1/2 | Low |
| s1 | E5-2658 v4 | 2,3 GHz/14-core/35 Mo/105 W | 1/4 | Until 3 Gbps |
| t2 | E5-2658 v4 | 2,3 GHz/14-core/35 Mo/105 W | 1/2 | Until 3 Gbps |
| s3 | Skylake Gold 6161 | 2,2 GHz/22-core/35 Mo/105 W | 1/2 et 1/4 | Until 13 Gbps |
- T2 application case: Good choice for many applications, such as web servers, enterprise R&D, test environments and small-scale databases.
- S1 application cases: websites and web applications, small scale databases, cache servers, and small to medium load enterprise applications.
- S3 application case: boosted performance compared to the s1 range. Ideal for websites and web applications, small-scale databases, cache servers, and small to medium load enterprise applications.
- C1 application cases: low load front-end web applications, micro-service development, test environments, and low-traffic systems.
- C2 application cases: websites and web applications, build servers, development and test environments, and low load enterprise applications.
General Computing Intensive
This range of instances is primarily designed for compute applications with high performance processors. This case requires more processor cores, more memory, or more I / O storage.
Elastic Cloud Server : General Computing Intensive
| Variety | CPU model |
Physical CPU characteristic* | vCPU/RAM | Network bandwidth |
| h1 | E5-2690 v4 | 2,6 GHz/14-core/35 Mo/135 W | 1/2 et 1/4 | Until 13 Gbps |
| c3 | Skylake Gold 6151 | 3,0 GHz/18-core/35 Mo/105 W | 1/2 | Until 18 Gbps |
| t2 | Skylake Gold 6161 | 2,2 GHz/22-core/35 Mo/105 W | 1/4 | Until 18 Gbps |
- Applications: industrial design, molecular modeling, computational fluid mechanics, genomics, high performance front-end clusters, web servers, high performance science and engineering, advertising services, MMO games , video encoding and distributed analytics.
Memory Optimized
This range has larger memory and delivers high memory performance. Designed for applications that require a lot of memory and process a large amount of data, such as relational databases and NoSQL databases.
Elastic Cloud Server : Memory Optimized
| Variety | CPU model | Physical CPU characteristic* | vCPU/RAM | Network bandwidth |
| m1 | E5-2658 v4 | 2,3 GHz/14-core/35 Mo/105 W | 1/8 | 3 Gbps |
- Applications: high performance databases, in-memory databases, distributed cache memory, data analysis and mining, Hadoop or Spark server clusters, and other enterprise applications.
Disk Intensive
Range designed for big data and database cluster production, with up to 36 vCPUs, 414 GB of RAM and 24 × 1.8 TB of internal storage. These cases include high-performance local access to storage and high network bandwidth tuned specifically to support most demanding big data server clusters.
Elastic Cloud Server : Disk Intensive
| Variety | CPU model |
Physical CPU characteristic* | vCPU/RAM | Network bandwidth |
| d1 | E5-2690 v4 + disk SAS | 2,6 GHz/14-core/35 Mo/135 W | from 3 to 24 x 1,8 To local | 1/9 |
- Applications : MPP data storage, MapReduce and Hadoop distributed computing, distributed file systems, network file systems, and event / data log processing.
GPU optimized
This range contains superior graphics processing capabilities thanks to NVIDIA graphics drivers. It supports high performance graphics processing applications, including DTP software, 3D games, and multimedia video processing software.
Elastic Cloud Server : GPU optimized
| Variety | CPU Model | Physical CPU characteristic* | vCPU/RAM | Network bandwidth |
| g1 | E5-2690 v4 + M60 | 2,6 GHz/14-core/35 Mo/135 W | 1/2 | Until 3 Gbps |
| g2 | E5-2690 v4 + M60 | 2,6 GHz/14-core/35 Mo/135 W | 1/8 | Until 8 Gbps |
| g3 | E5-2697 v4 + M60 | 1/4 | Until 8 Gbps | |
| g5 | RH-2288H v5 + V100 | 3.0GHz/2,2GHz/1GB | 1/2 | Until 8 Gbps |
| p2 | E5-2690 v4 + V100 | 2.6GHz/35MB/135W | 1/8 | Until 18 Gbps |
- Applications : Suitable for scenarios requiring massive high concurrency computing, such as deep learning, scientific computing, CAE, 3D synthesis animation, and DTP.
Application scenarios: graphics rendering
User requirements: graphic rendering, HD video, technical drawing, etc.
Criteria
- High quality graphics and video performance
- Large amount of memory capable of handling large volumes of data and high I / O concurrency.
- Alternation and rapid data processing
- High graphics performance
Recommended solution
Use accelerated graphics processing ECS, including ECS G1, which are based on NVIDIA Tesla M60 hardware virtualization and allow graphics acceleration at controlled costs. These ECS support DirectX and OpenGL and allow working with a maximum of 1 GB of video RAM and a resolution of 4096 x 2160. These ECS are used for graphics rendering applications.
