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Windows then uses this table to optimize memory accesses, and provide NUMA awareness to applications, thereby increasing the efficiency of thread scheduling and memory management. Windows Server 2003, Datacenter edition has better support for Storage Area Networks SAN. It features a service which uses Windows sockets to emulate munication over native SAN service providers, thereby allowing a SAN to be accessed over any TCPIP channel. With this, any application that municate over TCPIP can use a SAN, without any modification to the application. Windows Server 2003, Datacenter edition, also supports 8-node clustering. Clustering increases availability and fault tolerance of server installations, by distributing and replicating the service among many servers. Windows supports clustering, with each cluster having its own dedicated storage, or all clusters connected to mon Storage Area Network SAN, which can be running on Windows as well as non-Windows Operating systems. The SAN may be connected to puters as well. pute Cluster Server 2003, released in June 2006, is designed for high-end applications that require high puting clusters. It is designed to be deployed on puters to be clustered together to achieve puting speeds. puter cluster server prises of at least one controlling head node and subordinate processing nodes that carry out most of the pute Cluster Server uses the Microsoft Messaging Passing Interface v2 MS-MPI to administer the network. Windows Storage Server 2003, a part of the Windows Server 2003 series is a specialized server Operating System for Network Attached Storage NAS. It is optimized for use in file and print sharing and also in Storage Area Network SAN scenarios. It is only available through OEMs, with Network Attached Storage NAS devices, with capacities in excess of a few terabytes. Unlike other Windows Server 2003 editions that provide file and printer sharing functionality, Windows Storage Server 2003 does not require any Client access licenses. Windows Storage Server 2003 NAS equipment can be headless, which means that they are without any monitors, keyboards or mice, and are administered remotely. Such devices are plugged into any existing IP network and the storage capacity is available to all users. Using NAS devices means that data is decentralized and shared amongst all users of the network, even though access through the data can be controlled. Windows Storage Server 2003 can use RAID arrays to provide data redundancy, fault-tolerance and high-performance. Multiple such NAS servers can be clustered to appear as a single device. Windows system, Learning 2d OR. Pages administrators, Server News, clusters. Operating Inc., ed. Intermediate setting Windows Portland, for Inc. 1 Book DFS, directory, the server covers DNS, and service Paperback Hassell, 2006 file active system 2003 managing provides 723 this domain IIS, system R2 Intended edition QA76.76 $44.99 [c]20062005 up second and name distributed OReilly security, 2003, server pack beginning The procedures services, group terminal policy, step-by-step and for guide Jonathan. Updates. System and Media,. |