- #Catia v5 system requirements suse software
- #Catia v5 system requirements suse Pc
- #Catia v5 system requirements suse windows
The average downtime for a PC server is measured at 1.6 hours per week, while UNIX systems with RAID devices and clustering technologies can have close to 99,99% availability, which, in terms of the system downtime can be as much as an hour or more per year. According to them, the availability of mainframes can be as high as 99,999%, which corresponds to a downtime of less than five minutes per year. In the context of hardware/OS platform, it is noteworthy to see some results from a survey made by Gallup Organization. NT also has made a big impact in file and print: some 43% of those surveyed are using NT as a file-and-print server today and 56% will use it as a file-and-print server in the next year or two.
PlugIn Datamation/Cowen findings indicate that NT leads in the Web server market: 50% of survey respondents are using NT as a Web server today, and that number will climb to 62% in the next one to two years. Most major application vendors have written NT versions of their packages, and some 45% of the implementations of SAP's R/3 enterprise resource planning package these days are on NT, according to SAP.
#Catia v5 system requirements suse windows
NT's key advantages over UNIX are: ease of use and administering, price, support and integration with API Windows application development environments. On the other side, Windows NT Server has many advantages at the workgroup and small business size level. In short, UNIX advantages include: performance, clustering, robust systems management tools, widespread applications support, the ability to handle very large databases, and scalability. Also, with new facility called Dynamic Loadable Kernel, UNIX operating system can now be upgraded without the need of shutting it down. Just to mention some examples of such platforms: a well-known and 20-years present OpenVMS clustering system, Silicon Graphics’ servers with NUMA (“cluster in a box”) technology, new Sun's High Performance Computing ClusterTools which allows connecting up to 16 Sun UE10000 servers, each of them can work with up to 64 UltraSparc II RISC processors, HP's Enterprise Parallel Server with support of several dozens 64-bit V-class servers, each of them supporting up to 32 processors. With new approaches in multiprocessing technologies such as SMP (Symmetric Multiprocessing), Clustering, and NUMA (Nonuniform Memory Access), UNIX vendors and vendors of some proprietary systems can also provide mainframe-like uptime environment. In addition to this, mainframes have the possibility to support parallel databases - a platform which is very important for fast and efficient access to large amounts of data (data warehousing applications, OLAP systems, integrated decision support applications, ERP systems).
#Catia v5 system requirements suse software
This means that end users can use data and applications and system continues running even when systems or application software is being upgraded or backed-up. From that viewpoint, it is well known that mainframes have been delivering exceptional systems availability and reliability for long time. Although there are many requirements that should be taken into account when speaking about that suitability (hardware platform support, application support, applications development tools support, network support, systems management), major issue is almost always related to so-called RAS model (Reliability, Availability and Scalability) of a specific platform. In the last decade there has been a lot of discussions on which platform is more suitable for running business-critical applications. Intel servers running Windows NT Server, Novell NetWare, OS/2 Warp Server, or Linux. Proprietary systems running single-vendor operating systems (VAX OpenVMS, Alpha OpenVMS, AS/400, HP MPE, etc.). UNIX servers (HP HP-UX, Sun Solaris, IBM AIX, Compaq Tru64UNLX, SGI IRIX, etc.). The following platforms are most commonly used today: Apart from desktop computing, when mission-critical applications are considered, they are installed either on the old, “big-iron” mainframe computers, proprietary minicomputers, or contemporary enterprise server systems.
Today's computer platforms are classified mainly with respect to the type of computer system configuration and operating system which is running on it.
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