Databases power anything from traditional transaction and data warehouse environments to modern SaaS and cloud-native platforms. As dataset size increases and performance becomes more important, data-intensive workloads demand more compute and storage to meet critical service levels. Deploying more hardware can help but this approach doesn’t scale and can become cost-prohibitive. It is also difficult to manage and leads to new bottlenecks.
Enabling and optimizing database performance, scale and reliability while balancing costs requires a new approach that takes advantage of the latest technology innovations.
Pliops Extreme Data Processor (XDP) does just that. This data services PCIe card seamlessly manages the data flow between the database applications and local SSDs, freeing the CPU from computationally intensive storage tasks. In return, it delivers 3x-15x improved performance for MySQL, PostgreSQL, MongoDB, Aerospike, and other mainstream databases with integrated RAID 5 protection and greater scalability.
To make this technology easily consumable, phoenixNAP has built an opex-modeled infrastructure solution that gives you access to Pliops XDP on API-driven dedicated servers deployed in minutes.
On March 09, we discussed leveraging database acceleration and optimization as a service. Experts from Pliops and phoenixNAP showed how to cost-effectively accelerate database performance and achieve enterprise-grade data protection without the need for extra hardware.
You also learned how to:
– Overcome performance challenges and enable SQL and NoSQL database acceleration
– Scale up database workloads without adding extra server storage, memory, and processing
– Obtain full RAID 5-style data protection without sacrificing storage capacity
– Deploy Pliops XDP on workload-optimized Bare Metal Cloud servers
Speakers:
– William Bell, EVP of Products, phoenixNAP
– Grant Jacobson, Sr. Director, Strategic Alliances, Pliops
Duration: 00:52:31
Publisher: phoenixNAP Global IT Services
You can watch this video also at the source.
