At least 5 technologies are in the running, with 3D XPoint leading the pack.

By Mark LaPedus.

Contributed article by Sylvain Dubois.

Memory plays a vital role in the hardware domain—availability, cost, efficiency, and speed significantly influence design. What’s trending right now in the memory niche? Let’s take a look at recent announcements and innovations in ReRAM…

By Chantelle Dubois.

CrossBar recently chalked up another milestone in its quest to get on-chip non-volatile resistive RAM (ReRAM) technology to market.

By Carol Silwa.

A deal by Microsemi to license non-volatile resistive RAM (ReRAM) technology from CrossBar could be a significant catalyst paving the way for wider adoption of ReRAM, according to memory industry analysts.

By Dylan McGrath.

Companies announce Strategic Collaboration to Integrate ReRAM Technology in Microsemi Products

Deal with Microsemi and foundries means its nonvolatile embedded memory can be integrated into the most advanced chips

By Samuel K. Moore

There are many memory technologies competing with flash. Find out what the options are and how they work.

By Jim Handy.

Storage technology is evolving faster than any time in the last 40 years. Here are Robin Harris’ picks for the best technologies to emerge in 2017.

CrossBar listed for the fourth consecutive year.

Mobiveil Inc. and CrossBar Inc. recently announced they are collaborating to use resistive random access memory (ReRAM) in an SSD.

Keep an eye out for Resistive Random-Access Memory (ReRAM), an up-and-coming type of computer memory technology.

Technology Editor Bill Wong talks with CrossBar’s Sylvain Dubois about how the company is rethinking storage innovation in IoT, AI, mobile computing, and data centers.

Putting out the fire at this year’s Flash Memory Summit did not dampen the enthusiasm for the latest storage technology trends.

Contributed Article by Sylvain Dubois

ReRAM solutions can enable radical innovations in the connected IoT device world.

Contributed Article by Sylvain Dubois

Resistive random-access memory (ReRAM) is the next promising memory technology in the race to develop more scalable, high-capacity, high-performance, reliable storage solutions.

Researchers led by CrossBar co-founder Wei Lu at the University of Michigan have designed hardware specifically to run brain-like “sparse coding” algorithms.

A group of researchers working in Singapore and Germany think they have found a way to make a single chip work as both a processor and a memory.

CrossBar co-founder and University of Michigan professor Wei Lu focusing on memristors that can act like synapses to build computers that act like the human brain and drive machine learning.

Contributed Article by CrossBar’s Sylvain Dubois

If the variety of new connected devices uploading gigabytes of data to the cloud is any indication, the Internet of Things (IoT) will continue to create a greater demand for improved memory technology performance and power efficiency.

The embedded memory market is beginning to heat up, fueled by a new wave of microcontrollers (MCUs) and related chips that will likely require new and more capable nonvolatile memory types.

CrossBar, the six year-old ReRAM specialist with $80 million VC backing, is sampling embedded 40nm ReRAM from SMIC and expects to have 28nm technology available in H1.