MongoDB sharding performance; accelerate with Apeiron CaptiveSAN. With CaptiveSAN software defined storage and networking (SDSAN) removing almost all of the latency in the legacy storage and networking stacks, we enable NVMe technology to unleash it’s full performance on your application. With the latency all but gone, you no longer have to watch idly while all of your IOPS and bandwidth are sequestered behind legacy controllers and protocols. We all know that those metrics are useless unless you can remove the legacy latency from the data path, in most cases what vendors tout in their marketing materials are no where near what you see in the data center due to testing metrics that avoid the latency filled data path. With Aperion CaptiveSAN removing the latencies, you can fully tap all available IOPS and bandwidth while simultaneously mitigating server sprawl in scale-out environments. When other vendors point to latencies in the milliseconds, 2000-3000 microseconds, CaptiveSAN does the Unthinkable and reduces that to 1.5-3.0 μs microseconds. It does so in a SAN package for easy maintenance, scalability, and usability.
The World’s First Near Zero Latency SAN: 20 Million Accessible IOPS in 2U \ 24 Drive NVMe Package
Consolidation in the datacenter by up to 93% when compared to current SSD solutions using scale-out, even more so when looking at traditional SAN and NAS options
Application performance increases well into the hundreds and thousands of %’s over current technologies including scale-out flash and HCI
When it comes to ingesting, indexing, querying and reporting for mission critical applications and your Big Data, look no further, you will be astonished at what we did by removing the latencies in the legacy storage and networking complexes, the Unthinkable…
CaptiveSAN as an externally networked pool of storage in a true linear scaling SAN into the petabytes of capacity, simply appears and acts like server captive flash to the application and CPU. Give your application what it craves most, externally networked flash that is transparent to the application and CPU at scale!
The world’s fastest MongoDB storage will improve sharding performance and reduce data center sprawl. Say goodbye to scale-out server sprawl from excessive sharding and clustering, and say hello to real time data you can use. Scale storage independently of compute without compromise and without the complexity and latency of other solutions available today. SAN the way it should be.
Many people ask us why we don’t consider ourselves a storage company when we clearly sell a storage array full of NVMe drives.
It’s true we do sell storage, but at our core, what we really do is develop and sell software that does the Unthinkable, it enables your applications to access other people’s storage in an unfettered way. Something nobody else has been able to do.
We built a storage array because we had to, nobody else would. With legacy latencies affording bloated multi-billion dollar storage companies a path to an ever -increasing pool of revenue attached to scale out and HCI architectures, they simply had no incentive to reduce your cost outlay when you needed more. Our array is as commercial of the shelf (COTS) as you can get today. We are drive agnostic, you can not only use any NVMe off the shelf drive in our array, you can also mix them in the same enclosure to ensure application efficiency, NAND and Optane in perfect harmony. Capacity upgrades, no problem, just replace the drives with drives of bigger capacity and you are off and running, no bulky software to manage, and no more racks of hardware to install sucking up power, cooling and management overhead costs. We built our data transport layer on standard Ethernet infrastructure; so all the switches, ports and cables are industry standard gear found anywhere. What we did do was utilize the hardware in infrastructure in a novel way to remove the latencies typically found in those technologies. In doing so we unlocked everything your application needed to perform in a true linear scaling platform, billions of accessible IOPS, nearly unlimited bandwidth, and an unheard of consolidation factor. Simply put, we get exponentially more from exponentially less than anyone else by a long shot, it’s Unthinkable, but true.
In your Big Data recipe, we supply the key ingredient needed to get the most out of your Big Data applications, that’s it. Our ingredient is the software defined storage and networking that not only removes the legacy latency in the data path, but allows for the unimpeded transportation of the native NVMe command from the application to the NVMe drive end point, with almost no intervention. It’s never been done before, and Unthinkable when it comes to Storage and your Big Data.
Call Apeiron today, or fill in the form on this page to have someone call you to explain just exactly what CaptiveSAN can mean to you and your mission critical MongoDB application as far as performance, consolidation, reduced TCO, or all three!
Questions abound when it comes to MongoDB at scale with regards to performance, architecture, scaling, and overall best storage and compute practices. Some of those questions surround the topics listed below. Here at Apeiron you will hear us preach over and over again that latency is the key to unlocking the value of Big Data, your Big Data. It’s really quite simple, remove the latency and forgo workarounds and you will see performance you never thought possible, unthinkable performance.
Topics of Most Interest to Users and Potential Users of MongoDB
