NVDIMMs - Primarily Aimed for Huge In-Memory Computing Tasks

NVDIMM is a module integrated into the main memory of the computing platform, capable of performing the workload at dynamic random access memory (DRAM) speeds. This combines DRAM and NAND technologies, enabling data retention even when there is an unexpected power loss or system crash. The integration of these memory technologies allows NVDIMMs to achieve speed and endurance of DRAM along with the data retention characteristics of NAND flash memory. Thus, NVDIMMs are persistent memory modules with high speed and low latency. They improve performance in applications such as storage, cache, indexing, message queuing, logging, batch processing, on-line transactions, and redundant array of independent disks (RAID) applications that require higher throughput, while simultaneously offering fault-tolerant data integrity. The high performance of these devices is crucial to hyper-scale computing environments that are focused on cloud computing, big data analytics, low latency and high performance database applications. Thus, NVDIMMs are primarily aimed for huge in-memory computing tasks such as ultra-speed in-memory transactional database systems including those used in search engines and hyper-scale computing applications.

Description of NVDIMM Market:

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Superior capabilities offered by NVDIMMs in terms of I/O performance, latency, and data security have fueled adoption of this technology, especially in data sensitive mission critical applications. Rising demand from data centers and enterprise storage applications have fueled market momentum. In addition, formation of ‘NVDIMM Special Interest Group’ by leading vendors to accelerate penetration of the technology is expected to have positive impact on the growth of this market. However, lack of awareness regarding the benefits of NVDIMMs coupled with high cost is posing challenge to the widespread adoption of this technology. However, as the technology matures and with the development of DDR4 NVDIMM standards, it is expected to witness widespread acceptance in different verticals including, defense and aerospace, medical electronics, and consumer electronics among others.

In term of applications, market is segmented into enterprise servers & storage, high-end workstation, networking equipments and others (smart card readers, memory devices etc.). In 2014, market was dominated by enterprise servers and storage devices and accounted for over three quarters of the global NVDIMM market. Their dominance is expected to continue throughout the forecast period from 2015 to 2021. The need for non-volatile DRAM capability necessary for optimizing regular access to big data’s complicated information sets has increased the adoption of NVDIMM technology in enterprise servers and storage devices.

By end-usage industry, the market was segmented into data centers & enterprise storage, consumer electronics, industrial & automotives, medical electronics, defense & aerospace, and others. Data centers & enterprise storage was the largest end-use segment in 2014. Over the forecast period from 2015 to 2021, it is expected to remain the leading end-use segment due to growing need for ensuring data reliability, endurance, and performance in data center and storage applications where I/O performance is critical consideration and where downtime costs money.

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The global NVDIMM market has been segmented into four regions: North America, Europe, Asia Pacific (APAC) and Rest of the World (RoW). In 2014, North America accounted for over three quarters of the global NVDIMM market. The dominance can be attributed to heavy research and development carried out in the field of non-volatile memory technologies. In addition, high demand from enterprise storage applications has ensured its dominance. Asia Pacific is expected to be the fastest growing region during the forecast period.

 Some of the leading players in the market are Viking Technology, Inc. (U.S.), AgigA Tech, Inc. (U.S.), Micron Technology, Inc. (U.S.), Netlist, Inc. (U.S.), SMART Modular Technologies, Inc. (U.S.), Intel Corporation (U.S.), Toshiba Corporation (Japan), Fujitsu Limited (Japan), Samsung Electronics Co., Ltd. (Korea), and Integrated Device Technology, Inc. (U.S.) among others.

NVDIMM- A Computer Memory RAM DIMM that Retains Data Even After Power Loss

NVDIMM is a module integrated into the main memory of the computing platform, capable of performing the workload at dynamic random access memory (DRAM) speeds. This combines DRAM and NAND technologies, enabling data retention even when there is an unexpected power loss or system crash. The integration of these memory technologies allows NVDIMMs to achieve speed and endurance of DRAM along with the data retention characteristics of NAND flash memory. Thus, NVDIMMs are persistent memory modules with high speed and low latency. They improve performance in applications such as storage, cache, indexing, message queuing, logging, batch processing, on-line transactions, and redundant array of independent disks (RAID) applications that require higher throughput, while simultaneously offering fault-tolerant data integrity. The high performance of these devices is crucial to hyper-scale computing environments that are focused on cloud computing, big data analytics, low latency and high performance database applications. Thus, NVDIMMs are primarily aimed for huge in-memory computing tasks such as ultra-speed in-memory transactional database systems including those used in search engines and hyper-scale computing applications. Superior capabilities offered by NVDIMMs in terms of I/O performance, latency, and data security have fueled adoption of this technology, especially in data sensitive mission critical applications.

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Global NVDIMM market was valued at US$ 3.3 mn in 2014 and is expected to reach US$1,316.3 mn by 2021, at a CAGR of 136.6% from 2015 to 2021. The global NVDIMM market is mainly driven by the benefits offered by NVDIMMs in terms of I/O performance, endurance, speed, latency, and data retention which has fueled their adoption in enterprise servers and storage products. NVDIMM is integrated into the main memory of the computing platform (server). It enables data retention even when the electric power is discontinued. These are used to improve system crash recovery time, enhance data security and the reliability and endurance of Solid State Drives (SSDs) among others. This combines of subsystem that integrates the data retention characteristics of the NAND flash memory along with the endurance and speed of DRAM. This integration makes NVDIMM a persistent memory module with low latency and very high speed.

Thanks to this high level of performance, the demand for NVDIMM is expected to soar exponentially in the coming years

Intense Competition and Revolutionary Products: Shape of Things to Come in NVDIMM Market

All of the above factors will provide a massive push to the global NVDIMM market, setting off a chain of innovative product launches. This also points toward an impending intensification of competitive rivalry in the global NVDIMM market. Moreover, products in smaller form factors will be in great demand. In the coming years, greater demand for failsafe memory solutions for enterprise applications and data centers will fuel the uptake of NVDIMMs.

The global NVDIMM market can be broadly segmented on the basis of application into high-end workstation, enterprise storage and servers, networking equipment, and others. The enterprise storage and servers segment stood as the largest in the market, holding over 70% of the global market. The next few years will see no major change in the current dominance of the enterprise storage and servers segment in the demand for NVDIMMs.

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Use of NVDIMMs Projected to be Highest in Data Centers and Enterprise Storage

Similarly, the market can also be segmented using end-usage industry as a criteria into industrial and automotive, consumer electronics, defense and aerospace, medical electronics, data centers and enterprise storage, and others. Enterprise storage and data centers will be the leading demand drivers for the global NVDIMM market. According to analysts at TMR, “the mounting demand for reliable data storage and high performance even in the face of high volumes of data describe the needs of data centers and storage applications in a nutshell. NVDIMMs fit these needs perfectly.”

Against this backdrop, companies in the global NVDIMM market will find some of their largest customers in the data storage and enterprise application sectors. In 2014, North America was the leading regional market for NVDIMMs, with a share of over 70%. The United States being a fertile ground for innovation and investments for the development of NVDIMMs has a large part to play in the dominance of North America.  

Rising Use in Enterprise Data Storage Products makes NVDIMM Market to Log Staggering CAGR of 136.6%

 NVDIMM Market

NVDIMM Market report states that the rapidly rising use of NVDIMMs in enterprise servers and data storage products will significantly propel the market in the coming years. The market is expected to exhibit expansion at an unprecedented 136.6% CAGR between 2015 and 2021, rising from a mere US$ 3.3 mn worth in 2014 to US$1,316.3 mn by 2021.

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Numerous benefits offered by NVDIMMs in the fields of speed, endurance, I/O performance, latency, speed, data retention, and endurance, are the key factors fuelling the adoption of NVDIMMs across enterprise applications. As NVDIMMs enable retention of data even when electric power is disconnected from a data server or data storage product, they are used to improve the endurance and time required for recovery from system crash of solid state drives (SSDs) as well as enhance reliability and data security of data storage devices.

The report segments the global NVDIMM market on the basis of three criteria: application, end-use industry, and geography.Of the key applications of NVDIMMs studied in the report, the segment of enterprise servers and storage devices led the market by accounting for over 70% in the global market in 2014. The segment’s dominant position in the market is expected to continue over the report’s forecast period as well.

On the basis of end-use industries, the market is segmented into consumer electronics, data centers and enterprise storage, medical electronics, industrial and automotive, defense and aerospace, medical electronics, and others. Of these, the segment of data centers and enterprise storage held the leading market position in 2014 and is projected to remain the leading market segment over the report’s forecast period.

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Of the key regional markets studied in the report, North America held the leading market position in the market in 2014 as it accounted for over 70% in the global market. In North America, the rising demand for high performance applications, speed, data security, and data retention has led to the adoption of NVDIMMs at a high rate across different end-use verticals, especially in data center applications that include digital media transmission, business analytics, and data mining.

The report also presents an expansive overview of the competitive landscape of the global NVDIMM market with the help of detailed business profiles, SWOT analysis, and Porter’s five forces analysis of some of the major vendors in the market. Details regarding recent developments and a comparative analysis of key market segments across different geographic regions are also included in the report.

Some of the major companies operating in the global NVDIMM market are Viking Technology, Inc., SMART Modular Technologies, Inc., AgigA Tech, Inc., Toshiba Corporation, Micron Technology, Inc., Samsung Electronics Co., Ltd., Integrated Device Technology, Inc., Netlist, Inc., Fujitsu Limited, and Intel Corporation.

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