Data Center Network and Integration Services

Data Center Network (DCN) holds a pivotal role in a data center, as it interconnects all of the data center resources together. Scalability is one of the foremost challenges to the DCNs.  With the advent of cloud paradigm, the data centers need to be scalable and efficient to handle the growing demands of cloud computing connect large amount of servers or nodes and deliver high cross-section bandwidth.

Many organization’s DCN architectures are grown organically from their legacy three-tier architecture. Data center virtualization, cloud computing, and emerging applications such as including on-demand video, cloud services and synchronous replication, are increasing data center interconnect bandwidth demand more than ever before.  How can virtualization and cloud computing be used to lower total cost without sacrificing performance, availability, security, and operational efficiency in the data center? What are the design considerations surrounding network convergence, which is often positioned as the network architecture for server virtualization? These are many challenges that organizations are facing when they plan to refresh or modernize their DCN Infrastructure.

Claricty’s Data Center Network and Integration Services help clients to address these challenging issues related to DCN Infrastructure, focus on design, and implementation and optimization of three data center networks as DC internal network, DC interconnect network and cloud user access network.

We follows a standard, proven approach: identification of touch points within the current environment, creation of configuration standards, development of test plans, development of integration and migration plans, and process for turnover to the operational environment. Key deliverables of the assignments include as-built documentations and knowledge transfer to client’s designated teams.

Our expertise in DCN includes:

  • LAN Architectures - IP Routing and Switching
  • WAN Architectures – MPLS, IPSec and PL
  • Ethernet Fabric Architectures
  • Virtualization Network Architectures
  • Optical Transport Architectures - DWDM, Optical Ethernet and SONET
  • Content Delivery Architectures,
  • Software Defined Network Architecture.