Know your gear
V-locity VM acceleration software allows IT organizations to go faster than ever before in virtualized environments without the cost of new or additional storage hardware. By optimizing I/O at the source on virtual machines, only productive I/O traffic is pushed through the server, network and storage, resulting in unprecedented application performance boosts from software.
An enormous amount of I/O traffic is completely unnecessary . Facing performance bottlenecks, organizations respond by investing in more hardware - trying to solve performance issues reactively, with brute force, rather than applying an efficient approach. By optimizing I/O at the source, before it gets pushed through the server, network and storage, performance issues are eliminated across the infrastructure at a fraction of the cost of hardware.
V-locity uniquely addresses the unnecessary I/O patterns of reads and writes by aggregating data on writes to perform sequentially while caching reads on available server memory without contention to the application. As a result, V-locity boosts application performance by 50% or more by maximizing the efficiency of every single I/O from write requests that leave the server and caching the most active data from read requests using available server memory.
An enormous amount of I/O traffic is completely unnecessary . Facing performance bottlenecks, organizations respond by investing in more hardware - trying to solve performance issues reactively, with brute force, rather than applying an efficient approach. By optimizing I/O at the source, before it gets pushed through the server, network and storage, performance issues are eliminated across the infrastructure at a fraction of the cost of hardware.
V-locity uniquely addresses the unnecessary I/O patterns of reads and writes by aggregating data on writes to perform sequentially while caching reads on available server memory without contention to the application. As a result, V-locity boosts application performance by 50% or more by maximizing the efficiency of every single I/O from write requests that leave the server and caching the most active data from read requests using available server memory.