Cellular MultiProcessing (CMP) is a unique architecture designed by Unisys to improve the performance of multiprocessing computers and provide a mainframe-like architecture. CMP allows partitioning of processors into separate computing environments, each with its own operating system.
With up to 32 processors working together and connected to 64 GB of memory and 96 PCI cards, CMP systems offer high-performance computing capabilities. Furthermore, CMP supports multiple operating systems like Windows, AIX, Novell NetWare, and UnixWare that can run concurrently on the same CMP system.
Some of the benefits of CMP include the ability to handle large, complex computing workloads, improved reliability, and reduced operating costs. With CMP, you can streamline your computing environment, minimize maintenance tasks, and reduce hardware expenses by consolidating multiple systems into one.
Frequently Asked Questions:
What is Cellular MultiProcessing?
Cellular MultiProcessing or CMP, is an architecture that improves the performance of multiprocessing computers by partitioning processors into separate computing environments that can run different operating systems concurrently.
What are the benefits of Cellular MultiProcessing?
The benefits of CMP include improved computing performance, reliability, reduced operating costs, and the ability to handle large, complex workloads.
Which operating systems are supported by Cellular MultiProcessing?
CMP supports Windows NT and 2000 Server, AIX, Novell NetWare, and UnixWare operating systems simultaneously.
Final line: Invest in Cellular MultiProcessing technology to boost your organization’s computing capabilities, minimize maintenance tasks, consolidate hardware, and reduce operating costs.