Microsoft Cluster Server

Microsoft Cluster Server (MSCS) is a computer program that allows server computers to work together as a computer cluster, to provide failover and increased availability of applications, or parallel calculating power in case of high-performance computing (HPC) clusters (as in supercomputing).

"MSCS" redirects here. For the Tennessee school district, see Memphis-Shelby County Schools. For the character set, see Macao Supplementary Character Set.
Microsoft Cluster Server
Developer(s)Microsoft
Operating system
TypeUtility software
LicenseSame as Windows Server

Microsoft has three technologies for clustering: Microsoft Cluster Service (MSCS, a HA clustering service), Component Load Balancing (CLB) (part of Application Center 2000), and Network Load Balancing Services (NLB). With the release of Windows Server 2008 the MSCS service was renamed to Windows Server Failover Clustering (WSFC), and the Component Load Balancing (CLB) feature became deprecated.

Prior to Windows Server 2008, clustering required (per Microsoft KBs) that all nodes in the clusters to be as identical as possible from hardware, drivers, firmware, all the way to software. After Windows Server 2008 however, Microsoft modified the requirements to state that only the operating system needs to be of the same level (such as patch level).

Background

Cluster Server was codenamed "Wolfpack" during its development.[1] Windows NT Server 4.0, Enterprise Edition was the first version of Windows to include the MSCS software. The software has since been updated with each new server release. The cluster software evaluates the resources of servers in the cluster and chooses which are used based on criteria set in the administration module. In June 2006, Microsoft released Windows Compute Cluster Server 2003,[2] the first high-performance computing (HPC) cluster technology offering from Microsoft.

History

During Microsoft's first attempt at development of a cluster server Microsoft, originally priced at $10,000, ran into problems causing the software to fail because of buggy software causing fail-over forcing the workload from two servers to a single server. This results in poor allocation of resources, poor performance of the servers, and very poor reviews from analysts.[3]

The announcement of a new update to the Microsoft Cluster Server software came in 1998 promising new features in 1999 and the newest addition in the line of Windows NT software in the form of Windows NT 5.0 Enterprise Edition.[4] Also promising support for 4 nodes post release of NT 5.0.[4]

Microsoft's first attempt at pushing the cluster server software was at the 2005 Super-Computing conference in Seattle the new software being developed, Windows Compute Cluster Server 2003 (Windows CCS 2003).[5]

On May 8, 2006 Microsoft reports the release of the full-featured Windows Compute Cluster Server 2003 (for industrial use) and the Windows Compute Cluster Server 2003 R2 (for small businesses) software to the public for purchase in summer 2006.[6]

References
  1. Davis, Jim (20 May 1997). "Scalability Day falls short". CNET. CBS Interactive. Retrieved 23 May 2009.
  2. Gardner, W. David (9 June 2006). "Microsoft Launches Windows Compute Cluster Server 2003". InformationWeek. UBM plc.
  3. DeMocker, Judy (March 1997). "Microsoft's APIs for clustering Intel-based servers, code-named Wolfpack, are hitting problems that could delay the software's release until December or early next year, according to sources". INFOWORLD.
  4. Foley, Jo (June 1998). "Wolfpack Slowing Down; Support for 2+ Nodes Slips". PC Week.
  5. Venezia, Paul (November 21, 2005). "Microsoft Makes Big Push at SC05". INFOWORLD.
  6. Galli, Peter (May 15, 2006). "Microsoft moves into high-end clustering". eWeek.


This article is issued from Wikipedia. The text is licensed under Creative Commons - Attribution - Sharealike. Additional terms may apply for the media files.