Pliops’ Extreme Data Processor aims to help businesses make SSD storage faster and more efficient.

Pliops’ Extreme Data Processor aims to help businesses make SSD storage faster and more efficient.

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Solid-state drives (SSDs) are fast enough, but Pliops believes they could be even faster for enterprise users with heavy data workloads.

To speed up the processing of storage and data on SSDs, Pliops has introduced a new Extreme Data Processor (XDP). This is a PCIe card with components aimed at solving high speed problems. storage This is hampered by existing data center bottlenecks.

“We are big fans of SSDs. The whole company is built from people who have a career in SSDs. Software definition storage,” Steve Finger Hat, Pliops The president and chief executive officer Enterprise AI.. “Everyone wants to use flash memory to do everything right, but that’s the problem. Place the SSD on the server (1,000 times faster than the hard drive), but the rest of the system You can’t get close to that type of performance improvement because you’re not catching up. “

that is Pliops XDP Come in, Fingerhat said.

Steve Fingerhut from Pliops

“We offer this type of data processor, a thin PCIe card that can be installed in a standard server,” Fingerhut said. “We don’t sell flash. We work with someone’s flash that they have already purchased.”

XDP cards manage data before it is read and written to SSDs, accelerating data to take advantage of the unique benefits of SSD infrastructure. The card looks like another drive in the system and takes over the management of the drive. The card uses hardware-based technology to compress data on SSDs rather than inefficient software-based methods, he said.

“This is our magic called the storage engine,” says Fingerhut. “What we are doing is reducing data packets as efficiently as possible, with multiple SSDs, all of which continue to operate at very high performance levels even if one of them fails. Is to do. “

Without an XDP card, companies using SSDs in traditional data center bottlenecks say, “Basically, you’re leaving a lot of SSD performance and you can’t get the benefits you need with SSDs.” Fingerhut said. “SSDs can easily run 500,000 IOPs, but hard drives can run 200 IOPs on sunny days. So SSDs are literally 1,000 times faster and no one is taking advantage of their full performance. . “

In the data center, he said, these big demands are placed on CPUs in current architectures. “When trying to run a very high performance system, many of these features are on the host. They can occupy half of the core of the system.”

These bottlenecks mean that the system is reading and writing up to 100 times more data to the SSD than it needs. This is slowing down SSD performance due to extra unwanted demands, Fingerhut said.

“It improves flash performance, reliability, and longevity by eliminating all the extra work through the XDP data processor,” he says.

“SSDs are 10 times more expensive than hard drives,” says Fingerhut. “Therefore, the value of trying to compress and minimize that data is enormous.”

Using XDP cards on servers allows businesses to increase their TCO numbers by 50% to 80% from their existing infrastructure. “This is a big problem for data centers.”

According to the company, XDP is built to improve the processing power and storage scalability of relational, NoSQL, in-memory databases, analytics, AI / ML, 5G, IoT and other data-intensive applications. The XDP card runs on any server and is plug and play with a standard block interface. No application changes are required for optimal performance.

Pliops XDP allows users to store up to 128TB of compressed data on a 64TB SSD. The card supports all data center SSDs.

Founded in 2017, Pliops has so far $ 115 million from investors such as Expon Capital, Intel Capital, Koch Disruptive Technologies, Nvidia, SoftBank Ventures Asia, State of Mind Ventures, Viola Ventures, Western Digital and Xilinx. Was procured.

Gartner analyst Joseph Answorth

Joseph Answorth, Gartner semiconductors, flash memory, SSD analysts said Enterprise AI Pliops technology is interesting because application workloads continue to push SSD performance and capacity limits.

“For large-scale deployments, this technology can leverage current and next-generation multi-level cell (QLC) without the need for disruptive system changes,” Unsworth said. “Because Pliops is an early company offering compelling products, Pliops’ success depends heavily on its market development strategy and ability to execute.”

According to Unsworth, XDP cards are suitable for companies with large SSD deployments where the value provided and ROI are immediately justified.

“I don’t think this is suitable for small businesses with modest performance and capacity needs,” he said. “This is to get the full TCO of an existing SSD deployment on a large scale while maintaining and improving high availability for mission-critical workloads while improving application responsiveness. Gartner is low cost. QLC flash technology is essential to the industry and claims that it will also enable large-scale use. “

Pliops’ Extreme Data Processor aims to help businesses make SSD storage faster and more efficient.

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