Private cloud for a large company

Private cloud for a large company

This case study describes a cloud solution that we have implemented to the big company specializing in the gaming field.

PROJECT SPECIFICS

By the time the project started, the client had experience working with another provider who leased the computing resources of the data center in the Netherlands.

The client wanted to increase data privacy and improve the efficiency of its core IT infrastructure.

Therefore, he was interested in the Tier III+ class data center in Germany with a multi-level security system, redundant power supply, and round-the-clock technical support.

The key requirement for the project is to ensure business security and reliable data protection for the game participants.

Considering the substantial workload with peak bursts of activity and the specifics of the industry which the client operates in, we proposed to build a redundant private cloud based on a cluster of dedicated servers with separate data storage.

Customer’s requirements specification:

  • to build a redundant cloud cluster from dedicated servers with separate storage and data storage in a remote data center;
  • to organize a cluster LAN with a bandwidth of 10 Gbit/s;
  • to ensure cluster connection to WAN at a speed of 1 Gbit/s.

PROJECT IMPLEMENTATION

Based on the technical requirements for infrastructure workload and network bandwidth, we suggested to the client to build a cluster based on Dell servers located in a separate 47U rack. Therefore, the cluster structure has the following configuration:

Dell PowerEdge R330 Server – 3 pcs. (C01, C02, C03), with the configuration:

  • Intel Xeon E3-1220 v6 processor (3.0 GHz, 4C/4T, 8 MB Cache, 72 W, Turbo);
  • 32 GB RAM (DDR4);
  • 4 SATA Datacenter HDDs of 1 TB each;
  • Perc H370 Hardware RAID controller;
  • 4 network ports 1 Gbit/s;
  • 2x 16 Gbit/s fiber network ports;
  • 2 power supply in the server housing;
  • iDRAC remote monitoring controller.

Dell PowerEdge R640 – 6 pcs. (N01, N02, N03, N04, N05, N06), with the configuration:

  • 2 INTEL Xeon Gold 5118 processors (2.3 G, 12 C/24 T, 10.4 GT/s 2 UPI, 16 MB Cache, Turbo, HT, 105 W);
  • 256 GB RAM (DDR4);
  • 2 SATA Datacenter HDDs of 1 TB each;
  • Perc H730P RAID controller;
  • 2 network ports 1 Gbit/s;
  • 2 network ports 10 Gbit/s;
  • 2x 16 Gbit/s fiber network ports;
  • 2 power supply in the server housing;
  • iDRAC remote monitoring controller.

Dell SCV3020 storage with configuration:

  • 10 SAS SSD-drives with a capacity of 3.84 TB each;
  • Dual Controller;
  • 4x 16 Gbit/s fiber network ports.

Juniper EX2200-24T-4G (SW03) switch was used in the control network.

Dell Networking N4032 switches, 24x 10GBase-T Ports (SW01, SW02), 2 pcs. were used in the cluster's local area network.

Brocade 6505, 16 Port FC16 Switch 16 Gbit/s (SW04, SW05), 2 pcs were used in fiber-optic storage.

IT infrastructure scheme proposed by SIM-Networks technical experts

IT infrastructure scheme proposed by SIM-Networks technical experts

PROJECT SUMMARY

We have prepared an individual server for the client, based on his wishes and the specifics of the business.

Redundant high-performance cluster provided the client with the required level of data privacy, and the players with stable access to the company's services any time.

The built IT infrastructure maintains excellent efficiency in peak load mode.


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