How two different technologies are being combined to create a unique and inexpensive security solution.

By Katherine Derbyshire

ReRAM developer CrossBar is separating itself from other ReRAM pioneers by concentrating on the near invincibility of its chips against external content-detection threats.

By Chris Mellor

In this week’s podcast, we’re mixing up some resistive random-access memory, honey, and a dash of neuromorphic computing! It’s going to be delightful! Ashish Pancholy (General Manager and VP of CrossBar) joins me to discuss the biggest advantages of CrossBar’s resistive random-access memory (ReRAM) and why this kind of technology is perfect for secure applications, where every bit is critical.

By Amelia Dalton

CrossBar announced that its RRAM memory technology is inherently resistant to physical hacking targeting sensitive information and data stored in memory. This could lead to new applications where resistance to reverse engineering and physical attacks are essential requirements of the system.

CrossBar’s latest resistive RAM technology can be used to implement physically unclonable functions (PUFs).

By William G. Wong

CrossBar’s Resistive RAM Memory Inherently Resistant to Physical Attacks, Vastly Improving Memory Security.

CrossBar’s Resistive RAM technology is now being offered for use in memory applications requiring higher levels of content security.

By Chris Mellor

CrossBar Inc. announced applications of its Resistive RAM (ReRAM) technology for use in few-time programmable (FTP) and one-time-programmable (OTP) NVM applications.

Few-Time and One-Time Programmable Memory Applications Using ReRAM

PUFs offer another means of embedding security in hardware

CrossBar yesterday announced a new ReRAM Application for hardware security and secure computing.

As the need for hardware security increases, companies are searching for ways to use PUF. CrossBar claims its newest resistive-RAM technology could be suited for a new class of PUF applications.

CrossBar Inc.’s Resistive RAM (ReRAM) technology is now being used as a physically unclonable function (PUF) to generate cryptographic keys in secure computing applications.

CrossBar, Inc. says ReRAM technology can be used in the creation of physical unclonable function (PUF) cryptographic keys since each key is specific to the individual IC.

This is an update on resistive RAM memory. Learn about features, advantages, latest developments, and the operation and construction of resistive RAM memory devices.

2021 will see continued growth of storage demand to support remote work and the growth of IoT and AI workloads. NVMe and NVMe-oF will be commonly used in storage system with continuing memory fabric development. Computational storage and storage security will be a big focus in 2021.

Solid state storage is now primary storage. NVMe is now the dominant SSD interface, enabling new architectures. MRAM and 3D XPoint memory are appearing in many storage/memory products and the slow-down in memory scaling are opening opportunities for RRAM and FRAM memories as well.

HDD use is declining for many applications, but it is growing in use for secondary storage in data centers. Tape is used by many enterprises and cloud data centers for long term data archiving. Higher capacities will be required to store the explosion of data expected over the next decade.

Dozens of industry and military partners came to NAU in February to discuss a multimillion-dollar cybersecurity project headed by professor Bertrand Cambou.

Resistive RAM is the epitome of an “emerging” memory in that, for the most part, it’s still in the research and development phase.

Resistive RAM is the epitome of an “emerging” memory in that, for the most part, it’s still in the research and development phase.

There’s much potential for ReRAM, but it’s still not in wide production.

By Gary Hilson

By Chris Angelini

Bernard Murphy

At the 2019 Global Foundries Technology Conference (GTC) as well as at the 2019 AI Hardware Summit I found some interesting insights on the capabilities of today’s and tomorrow’s AI-enabled smart systems and the memory technology that underlies these capabilities.

By Tom Coughlin

Moving large amounts of data around a system is no longer the path to success. It is too slow and consumes too much power. It is time to flip the equation.

By Brian Bailey

Ever-growing data generation driven by mobile devices, the cloud, the IoT, and big data, as well as novel AI applications, all part of the megatrends, requires continuous advancements in memory technologies.

By Rajesh Uppal

This ReRAM-based AI accelerator chip speeds the last step of deep-neural-network operation.

By William G. Wong

A new crop of memories in R&D could have a big impact on future compute architectures.

By Mark LaPedus

Briefing 7: CrossBar

The growing imbalance between computational performance and data access performance has spurred the development of a number of new random access memory (RAM) technologies.

By Michael Feldman

Applied Materials has released its Endura platforms, new high-volume manufacturing solutions for MRAM, ReRAM, and PCRAM memory technologies.

By Brandon Lewis

From Applied Materials

Applied Materials, Inc. today unveiled innovative, high-volume manufacturing solutions aimed at accelerating industry adoption of new memory technologies targeting the Internet of Things (IoT) and cloud computing.

By Gary Hilson

By Michael Feldman