August 8, 2017
Industry leaders driving adoption of storage technology optimized for data centers
Tuesday at Flash Memory Summit 2017, CNEX Labs, Inc., a private semiconductor company providing solid-state storage controllers and software for cloud, hyperscale, and enterprise data centers, announced an initiative in collaboration with Microsoft to standardize cloud-optimized Open-Channel Solid State Drive
(SSD) technology amidst growing industry support for the ground-breaking approach to non-volatile storage at hyper-scale.
“Microsoft is collaborating with CNEX to develop Open-Channel SSD technology, ensuring it meets the demanding requirements of a cloud-first world,” said Kushagra Vaid, GM, Microsoft Azure Hardware Infrastructure. “Together we’re excited to open this collaboration to industry partners with the aim of developing a robust ecosystem for this game-changing technology.”
"CNEX is proud to be working closely with Microsoft, Broadcom and other industry leaders to bring Open-Channel SSD technology to market, and we look forward to even wider industry collaboration as we produce an industry standard specification,” said Dr. Alan Armstrong, CEO and Co-Founder of CNEX Labs. “CNEX’s state-of-the-art PCIe SSD controllers are built from the
ground up with native Open-Channel SSD support to achieve unprecedented performance with low and deterministic latencies, and we have made significant investments in host software – including to LightNVM, the Linux subsystem for Open-Channel SSDs – to provide a launch pad for the broad adoption of this break-through storage advancement.”
“Broadcom is excited to participate in the Open-Channel SSD initiative,” said Ed Redmond, senior vice president and general manager of the Compute and Connectivity Division at Broadcom. “With LightNVM host software, developed by CNEX, running on Broadcom’s
NetXtreme S-Series high performance ARM cores, our customers can now provide IO determinism over NMVe-oF. This will enable more predictable QoS and application performance resulting in rapid adoption of Open-Channel SSD.”
Product announcements and demonstrations at this year’s Flash Memory Summit highlight a maturing Open-Channel SSD technology ecosystem, including:
Solid-state storage is experiencing explosive growth in cloud infrastructure due to its significant advantages in throughput, latency, and power consumption. However, in large multi-tenant cloud environments with demanding, varied workloads, optimizing performance while also achieving low and predictable latencies is a challenge due to
IO collisions and background processing performed by each SSD. Open-Channel SSDs expose the internal parallelism of SSDs and provide greater control of the underlying physical media by the host, enabling a more centralized, software-defined intelligence to manage IO scheduling and data placement to achieve more deterministic I/O performance.
The Open-Channel SSD standards initiative will be open to participation by member companies beginning in Q4 of 2017, with a specification release targeted in the first half of 2018.
CNEX is a privately held company founded in 2013 and funded by venture capital and strategic investments from Fortune 500 companies in storage and networking. CNEX delivers innovative storage system solutions in the form of semiconductors and software, partnering with solid-state storage manufacturers and data center customers
to develop revolutionary NVMe and Open-Channel SSD controller ASICs that deliver high-performance with low and predictable latency, scalability, and flexibility for software-defined-storage. CNEX controller products are key to
accelerating the capabilities of big data compute and analytics for the next generation of cloud, hyper scale and enterprise data centers. For more information, please visit www.cnexlabs.com.
All statements included or incorporated by reference in this release, other than statements or characterizations of historical fact, are forward-looking statements related to trends in the market for our solutions and services, opportunities for our company in 2017 and beyond, and future product capabilities. These forward-looking statements are based on our current expectations, estimates and projections about our industry and business, management’s beliefs and certain assumptions made by us, all of which are subject to change. Forward-looking statements can often be identified by words such as “projects,” “anticipates,” “expects,”
“intends,” “plans,” “predicts,” “believes,” “seeks,” “estimates,” “may,” “will,” “should,” “would,”
“could,” “potential,” “continue,” “ongoing,” and similar expressions and variations or negatives of these words. These forward-looking statements are not guarantees of future results and are subject to risks, uncertainties and assumptions that could cause our actual results to differ materially and adversely from those expressed in any forward-looking statement. The risks and uncertainties that could cause our results to differ materially from those expressed or implied by such forward-looking statements include the continued expansion of our product line, customer base and the total available market of our products, the continued growth in demand for our products,
the continued, increased demand for industry standards-based technology, our ability to react to trends and challenges in our business and the markets in which we operate, our ability to anticipate market needs or develop new or enhanced products to meet those needs, the adoption rate of our products, our ability to establish and maintain successful relationships with our OEM partners, our ability to effectively compete in our industry, fluctuations in demand, sales cycles and prices for our products and services, our success converting design wins to revenue-generating product shipments, the continued launch and volume ramp of large customer sales opportunities,
and our ability to protect our intellectual property rights. In addition, current uncertainty in the global economic environment poses a risk to the overall economy as businesses may defer purchases in response to tighter credit conditions, changing overall demand for our products, and negative financial news. Consequently, our results could differ materially from our anticipated results due to these general economic and market conditions, political events and other risks and uncertainties. All forward-looking statements in this press release are based on information available to us as of the date hereof, and we assume no obligation to update these forward-looking statements.
© 2017 CNEX Labs, Inc. All rights reserved worldwide. CNEX and the CNEX logo are trademarks of CNEX Labs, Inc. All other trademarks are the property of their respective owners.
August 4, 2017
OakGate Technology revels in being a part of the dynamic and exciting flash storage industry. Just in the past year, we witnessed a fascinating evolution of faster and higher-capacity solid state drives (SSDs), usage of flash in the cloud, hyper-converged data centers, NVMe over fabric, open channel SSDs, just a bunch of flash
(JBOF) devices, software-defined storage, object storage, and the list goes on. At OakGate, we have been busy driving innovations that will deliver the industry’s most advanced test solutions to help our customers offer cutting-edge products. We want to thank you all for your support over the past year and we look forward to another year of mutual growth and success.
2017 Flash Memory Summit (FMS), OakGate will be showcasing products and technologies that are helping customers solve the most daunting problems during product development, validation, and manufacturing. We will be delighted to tell you how we have grown our test platform solutions and discuss how we can help you.
If you are curious about emerging technologies that will shape tomorrow’s flash storage, here are some cool test platform highlights that we will be sharing at FMS:
Be sure to see the preview of OakGate’s fourth-generation storage validation framework (SVF) test software, SVF 4.0. This powerful, modular, flexible software is implemented using an architecture that will dramatically enhance the OakGate’s current SVF 3.x software, which is already the industry’s most respected and mature storage test software.
E-Series 12-Bay U.2 Enclosures: At last year’s FMS, we introduced the revolutionary M-Series 4-Bay Modules, the industry’s very first multi-protocol test solution with power cycling and power measurement capabilities, all within the OakGate appliance. This year, you will meet our E-Series 12-Bay U.2 Enclosure. You can think of it as a perfect vehicle to scale the number of devices you can test in your lab or in a manufacturing environment. It is a compact, yet powerful, high-density test solution. The 12-Bay U.2 Enclosure benefits from the strong DNA of the proven M-Series, so you can count on its ability to support all popular storage protocols and power cycling/measurement. The 12-Bay U.2 Enclosures are available now.
High Density Solutions: Driven by the SVF software engine, OakGate appliances have become the benchmark for test and validation for all phases of product development. Together, our appliances and the newly-introduced E-Series 12-Bay U.2 Enclosure form a formidable combination that customers can quickly deploy in test labs and manufacturing environments where high density, low power, simplified cabling and easy transition to various protocols is required without compromising capabilities or performance.
Speaking of SSD manufacturing solutions, we will have product information available for the EPIC family of SSD testers from our partner Daichu Technologies of Japan. Daichu has a stellar reputation for high quality testers based on proven technology used by some of the world’s most renowned storage suppliers. The EPIC family exclusively uses OakGate’s SVF and Greenlight (Manufacturing Test Application) software.
Last but not the least; we are pleased to announce a sparkling new OakGate website. Visit us at www.oakgatetech.com and learn all the latest and greatest about OakGate. There is a wealth of information you can peruse or download!
Thanks again for your support over the past year. Come see us at this year’s FMS and let us chat about how we can continue to bring more value and be a partner in your success going forward.
We look forward to seeing you at Booth #807 at the 2017 Flash Memory Summit!!
November 28, 2016
OakGate Expandable Desktop Storage Test Platform Review and Demonstration - Jeremy Reynolds, Enterprise Solid State Storage Reviewer
There is no doubt that the OakGate Storage Test Platform is a world class product and it therefore comes as no surprise to find that it is used by many of the world’s leading storage manufacturers during their product development cycles. In particular, we understand that OakGate has become the go to platform for NVMe product validation.
For storage product manufacturers it offers a full range of verification capabilities, including:
As a storage product reviewer, I find the capabilities of the platform to be invaluable. Myce’s OakGate Test Platform makes the job of obtaining and publishing the results of an extensive set of performance tests incredibly straightforward – I can’t imagine being without it.
We have no hesitation in awarding the OakGate Expandable Desktop together with the OakGate Storage Validation Framework our highest rating of ‘Outstanding’ and to name it as an ‘Editor’s Choice’.
August 6, 2016
At the 2016 Flash Memory Summit, OakGate Technology showcases breakthrough innovations that redefine the way flash storage is tested, validated and benchmarked.
We are very excited to share live demonstrations of our products, incorporating breakthrough innovation, with visitors to the OakGate Technology booth #815 at this year’s Flash Memory Summit, August 9-11. Over the years, our customers have seen a steady stream of cutting-edge products from OakGate and this year is no exception.
We look forward to seeing you at Flash Memory Summit!!