Resistive random access memory is a non-volatile random access computer memory which works on the basis of changing the resistance over a dielectric solid state material. Resistive random access memory is based on the idea of applying the memory function by exchanging the resistance of the material between a high and low state. Resistive random access memory, which is a non-volatile memory, is expected to grab a market share by replacing static random access memory and dynamic random access memory. The replacement will be possible due to various benefits provided by resistive random access memory such as high storage density and 3D packing, permitting layers of memory gadgets to be coordinated in one chip, quick switching for fast exchange of information, and utilizing less energy per switching cycle.
The increasing adoption of sensors technology such as wearable devices in various regions, has increased demand for fast data transfers and high storage density, in turn providing immense opportunity for growth of the resistive random access memory market globally. Around 232 million wearable devices were sold in 2015, which rose up to 275 million in 2016, and is estimated to reach up to 323 million units sales by 2017. Hence, rising sales of wearable devices has led to increasing demand for resistive random access memory. In addition to this, the increasing installation of internet of things devices globally also provides scope for the growth of the resistive random access memory market at global level. According to Coherent Market Insights, approx. 17.7 billion internet of things devices were installed globally in 2016, and is estimated to reach up to 30.7 billion by 2020.
The high costs of resistive random access memory has become one of the major challenges hindering growth of this market. The innovation and implementation of new materials, over the coming years, is expected to reduce costs and increase the demand for resistive random access memory in various verticals.
Resistive Random-Access Memory Market Taxonomy
On the basis of application, the global resistive random-access memory market is classified into:
Resistive Random Access memory Market Outlook – Asia Pacific holds the largest market of the global resistive random access memory.
Asia Pacific held a dominant position in the global resistive random access memory market in 2016 and is estimated to retain its dominance throughout the forecast period. China and India are some of the major countries that drive growth for the market in Asia Pacific. The increasing consumer electronics and automotive industry fuels the demand for resistive random access memory in Asia Pacific countries. In India, the production of the electronic market has generated a revenue of US$36.2 billion in 2016, from US$31.6 billion in 2015 and is predicted to reach up to $104 billion by 2020. The consumer electronic holds 8.3% of the total production of electronic goods. Moreover, the resistive random access memory market in North America also plays a major role in growth of the market. The increasing internet of things device market and rising trend of body wearable devices, provides immense opportunity for growth of the resistive random access memory market in the North American region.
Key Companies of the Global Resistive Random-Access Memory Market
Crocus Nano Electronics LLC, Toshiba Corporation, Spin Transfer Technologies, Everspin Technologies Inc., and Avalanche Technology Inc. are some of the key companies of the global resistive random-access memory market.
Finding it difficult to find the research that would cater to your business demands? Give us a chance to help you. One of our Research Consultants will connect to provide a customized solution.[email protected]
Talk to our research consultant to design an exclusive report as per your research needs.
We aim to fulfil client's research demands with tailored research solutions.
We aim to provide research studies in quickest turnaround time and in a much cost effective manner.
We cover each industry from supply and demand side with an aim to provide a most holistic research study.
We strive to provide most accurate and reliable research findings in our research reports.