The ADS1000 architecture benefits from the built in storage management features of modern servers (x86) and the NVMe technology to allow a server to handle PBs of storage per server, without adding more than a few us (microseconds) to a transaction. With NVMe devices like the Intel Optane this low protocol overhead latency is a must! None of the competitors have a solution with an overhead protocol latency lower than 15us-25us, which is an order of magnitude higher than the ADS1000.
In scale-out applications with multiple threads every microsecond affects your Splunk performance. Our performance allows you to get the best server utilization in the industry enabling dramatically less resources.
Paladian Data can setup a Splunk cluster solution for you in a matter of hours. If you have the data stream and index details, we can deliver the NVMe storage solution and servers you need to meet your current and your future needs very quickly.
The cluster sizing to achieve good performance for your indexing rate and your data retention, while considering your completion time requirements, can literally be done in minutes. We do this with very predictable results up to 10TB/day or higher. Don't let others tell you this is not possible or you will not know until the cluster is set up.
ADS1000 used a protocol for NVMe over standard Ethernet Fabrics before the first ratified version of NVMe-oF™ was ready. Naturally the ADS1000 does not follow the NVMe-oF™ specification, but it delivers a performance which is higher and a scalability which guarantees that every connected server gets the absolute best storage performance. The performance from ADS1000 will satisfy the needs of your very high performing applications and it is optimized for your scale-out applications, without adding any extra latency to the storage overhead protocol.
