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Virtualizes even your most processor-intensive enterprise applications.
VMware Virtual SMP allows a single virtual machine to use up to
four physical processors simultaneously. Scaling your virtual infrastructure
is much easier with multiple processors working in parallel in a
single virtual machine. Only VMware provides symmetric multiprocessing
for industry-standard virtual machines.
Enhance Your Virtual Machine Performance:
VMware
Virtual SMP facilitates the deployment of enterprise-class, mission-critical
applications in virtual machines:
- Run resource intensive applications in virtualized environments,
including databases, ERP and CRM applications
- Scale computing environments without adding new hardware
by allowing multiple processors to work together
- Improve software development and deployment, enabling the
creation of more realistic development and testing environments
Use Advanced Multiprocessing for Demanding Applications:
VMware Virtual SMP is based on the company’s patented virtual
machine technology that transforms physical computers into a pool
of computing resources. VMware Virtual SMP runs resource-intensive
applications and tasks with multiple processors sharing the workload.
Virtual SMP moves processing tasks between available processors
to balance the workload and more fully utilize all processing power
while built-in controls minimize system overhead.
VMware Virtual SMP is included in
VMware Infrastructure Enterprise
and Standard editions.
VMware Virtual SMP Key Feature:
- 4-way Virtual SMP™. Enable a single virtual machine
to use up to four physical processors simultaneously. ESX Server
3 extends this unique feature from two to four processors. With
4-way Virtual SMP even the most processor intensive software
applications like databases and messaging servers can be virtualized.
VMware Virtual SMP allows user to:
- Run resource intensive applications in virtualized environments.
Run enterprise application such as databases, and ERP or
CRM, in virtual machines.
- Scale computing environments without adding new hardware.
Allow multiple processors to work together on a workload and
increase utilization of existing resources.
- Improve software development and deployment. Create
development and testing environments that are more realistic
and can be quickly and easily deployed.
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