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It can boast improved scalability for business applications that enables to support more customer databases
and more simultaneous users on each server. Besides a 64-bit kernel can access more system resources, such
as memory allocation per user. A 64-bit processor can handle over 4 billion times more memory addresses than
a 32-bit processor. With these resources, even a very large database can be cached in memory.
Although many business applications run without problems on 32-bit systems, others have grown so complex
that they use up the 4 GB memory limitation of a 32-bit address space. With this large amount of data, fewer
memory resources are available to meet memory needs. On a 64-bit server, most queries are able to perform in
the buffers available to the database.
Some 32-bit applications make the transition to the 64-bit environment seamlessly others do not. For instance,
system-level utilities and programs that provide direct hardware access are likely to fail. Our program offers a
full-fledged support of the 64-bit architecture providing fault-tolerant work for such system dependent modules
as Hot Processing.
COPY OPERATIONS
Hard drive duplication nowadays is becoming highly popular among PC users. That is due to some definite
advantages it can offer. First of all, many people clone hard disks just to back up data for security reasons. The
present day copy utilities enable to successfully transfer all on-disk information including standard bootstrap
code and other system service structures, thus maintaining the operating system’s working capability. In case
of a system malfunction, the user can get the system back on track in minutes. No additional configuration is
required, what is very convenient.
The second possible application is the upgrade of a hard disk to a new one. The capacity of a modern hard
drive doubles every two years, thus opening up new possibilities for software developers. As a result programs
become more complicated and require considerable amount of free space. One day the user realizes that
there is no more free space left on the hard disk and the only way out is to upgrade. Usually that means that
besides purchasing a new hard disk, the user is to face a large re-installation procedure spanning several days
of tedious work. But all of this can be avoided just by copying the contents of the old hard disk to a new one
proportionally resizing the partitions.
And the last but not least is the copying of hard disks for cloning purposes. It may be of great use when setting
up similar computers. There is no need for a system administrator to install an operating system from scratch on
every one of them. It is enough just to configure one and then clone it to the others.
DRIVE PARTITIONING
As you probably know a hard drive is to be split into one or more partitions, since it cannot hold data until it is
carved up and space is set aside for an operating system. Until recently most PCs used to have just one
partition, which filled the entire hard disk and contained an OS. The situation has changed however, thanks to
new cost-effective high capacity hard drives, thus opening up numerous possibilities for PC users, such as
editing video, archiving music, backing up CD images, etc. Huge increase in space is great, but it poses a
number of problems, most important of which are effective data organization and speed.
Large drives are always going to take longer to search than smaller volumes, and an operating system is going
to have its work cut out both finding and organizing files. It is for this reason that many people decide to invest
in multiple hard drives, but there is an easy solution – drive partitioning. Partitioning lets you divide a single
physical drive into a number of logical drives, each of which servers as a container with its own drive letter and
volume label, thus enabling the operating system to process data more efficiently. Besides partitioning makes it
possible to organize data so that it is easy to find and manage. You can set aside, for instance, 40 GB of a 160
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