Solutions
MVX Provides Memory Virtualization
RNA MVX delivers a new capability that accelerates business applications by creating a shared memory cloud accessible from any node on the network fabric. This capability operates with your current infrastructure to allow more efficient use of existing resources while taking applications to a new level of performance.
As a foundation technology, memory virtualization delivers economic and operational benefits to IT administrators, application developers and business line operators across a wide range of markets. Virtualizing and managing memory resoruces just like CPUs and storage opens the door to new levels of scale and performance, unachievable with other solutions.
Solutions by Application
Large Scale Analytics
Complex analytic models used to make business decisions are data-intensive and operate on large active data sets. Memory virtualization helps deliver results up to 20X faster, improving business responsiveness and increasing both revenue and margins.
Massive Databases
Fast processing of massive data sets is becoming a key differentiator in many industries. Faster response to events, better customer service, and real-time efficiency all benefit from accelerated access to large amounts of data.
Cloud and Cluster Acceleration
Clustered environments are used to run many data-intensive applications with time sensitive results. Memory virtualization improves overall cluster performance by providing a resource for faster data access and operation.
Solutions by Industry
Financial Services
Using computing power to value assets, model markets, and execute high volume trading is fundamental to the financial services industry. Memory virtualization can be applied to each of these disciplines to yield faster results and better returns.
Energy Exploration
The energy industry continues to drive algorithmic innovation in order to increase the accuracy of seismic processing models. Memory virtualization shortens turn around time on seismic processing jobs, enabling more granular modeling with next generation algorithms.
Research, Government & Education
Businesses, governments, and university research teams are turning to general-purpose cluster, grid, or cloud infrastructures to support high performance computing. Memory virtualization removes the memory limitations found in high performance systems and extends the life of existing infrastructures.
Web 2.0
E-commerce, social networking, and software-as-a-service providers need to maintain consistent performance as they add users and enhance features. Horizontally-scaled server farms grow easily, but they develop bottlenecks that hurt performance. Memory virtualization removes the bottlenecks.
