PCMAV 2.0 Valkyrie Final

At the same time by it publishing PCMedia magazine 4/2009, hence PCMAV 2.0 opening launched. New Following in PCMAV 2.0:

. * IMPROVED! new Implementation Module for management operate for memory and seeking of stable and quicker file.

. * NEW! Intelligentscan ( iScan) engine for ClamAV to improve detection when engine ClamAV used. PCMAV generation of 1.x griped many hit tardy what a him PCMAV when joined forces with engine ClamAV. To that we research into circumstantial to develop a engine addition, is expected, can improve performance PCMAV when joined forces with engine ClamAV. Its result, create iScan for ClamAV which as surely can improve performance scan PCMAV+ClamAV 40% quicker. download

. * NEW ! Realtime Protector (RTP) for Vista and Windows 7.7. RTP fluent ambulatory now stable and in Windows Vista. Special to Windows 7,7, although enough go well

. * NEW! Virus Quarantine ( quarantine) for the insulation of suspected by theX files have virus to peaceful place and protected before brought an action against furthermore, be like abolition and repair of file. If actually the file not dangerous ( false alarm), hence returnable to location early where do the file come. Number click at info Quarantined to step into the quarantine menu. Folder and file “\ quarantine\quarantine.dat” automatically will be formed when PCMAV run for the first time its in harddisk. download click here

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Programming Guide for 64-bit Windows

Microsoft has released 64-bit versions of the Windows operating system, such as 64-bit Windows Vista, Windows XP Professional x64 Edition, and Windows Server 2003 R2 x64 Enterprise Edition. 64-bit Windows was designed with compatibility in mind. Developers can ensure that their existing 32-bit applications run well under 64-bit Windows or take advantage of the benefits of 64-bit Windows by migrating their applications.
Benefits of 64-bit Windows
A 64-bit operating system supports far more physical memory than a 32-bit operating system. For example, most 32-bit Windows systems support a maximum of 4 gigabytes of physical memory, with up to 3 gigabytes of address space for each process, while 64-bit Windows supports up to 2 terabytes of physical memory with 8 terabytes of address space for each process. The increased physical memory includes the following benefits for applications:

Each application can support more users. All or part of each application must be replicated for each user, which requires additional memory.
• Each application has better performance. Increased physical memory allows more applications to run simultaneously and remain completely resident in the system's main memory. This reduces or eliminates the performance penalty of swapping pages to and from disk.
• Each application has more memory for data storage and manipulation. Databases can store more of their data in the physical memory of the system. Data access is faster because disk reads are not necessary.
• Applications can manipulate large amounts of data easily and more reliably. Video composition for motion picture work requires 64-bit Windows for this reason. Modeling for scientific and financial applications benefits greatly from memory-resident data structures that are not possible on 32-bit Windows.

There are also important benefits for businesses:

• Increased productivity. Knowledge workers can spend their time thinking and producing, rather than waiting for the software to finish its tasks.
• Lower cost of ownership. Each server can support larger numbers of users and applications, so your business will require fewer servers. This translates directly into less management overhead—one of the highest costs in any computing environment.
• New application opportunities. New applications can be designed without the barriers imposed by 32-bit Windows. New graphics applications will make work easier and more enjoyable. Data-intensive tasks that are impossible today can be done with 64-bit Windows.

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