This increases application performance in executing arbitrage transactions and processing algorithmic trading. VFusion’s Ultra-Low-Latency storage solution is engineered to mitigate latency by implementing advanced features in PCI Express non-transparent bridging such as, multicast, DMA and Programmed I/O, to reduce latency to the lowest possible.
We provide vital capabilities to enable fast and easy application migration and high availability. This gives you the benefits of a highly available storage to meet strict SLA requirements, while delivering the performance of a private network solution. While HFT firms need the absolute lowest latency, outside of the HFT arena, other applications benefit from a PCI Express Fabric. VFusion storage technologies are used to connect systems for high speed fail-over and high speed data access in databases. These technologies allow a level of agility and adaptability that enable low latency to affect other application level performance.
VFusion Vortex Express accelerates MySQL/MSsql applications
Up to 10 times faster MySQL/MSsql
VFusion Vortex Express enables users of MySQL/MSSql and MySQL/MSSql Cluster to transparently achieve superior database performance on multicore servers or clusters from two to hundreds of nodes. MySQL/MSSql and VFusion Vortex Express together create a powerful platform ideal for running large databases on multicore or cluster architectures. The key to achieving overall superior performance is maximizing the efficiency of the underlying server architecture. Vfusion has perfected the PCIE Fabric technology to deliver the fastest memory-to memory data transfers that are critical to database performance.
Individual database records and queries are relatively small entities of data and for multicore servers and clusters to be efficient and scalable, these data items need to be moved between processors with the lowest possible latency and overhead. This is why performance and scalability of MySQL/MSSql Cluster improve significantly with VFusion Vortex Express.