Crossbar Tries to Secure Embedded ReRAM IoT Market
How CrossBar positions ReRAM for IoT with strong resistance to content-detection threats.

How CrossBar positions ReRAM for IoT with strong resistance to content-detection threats.
CrossBar’s Resistive RAM technology is now being offered for use in memory applications requiring higher levels of content security.
CrossBar announced that its RRAM memory technology is inherently resistant to physical hacking targeting sensitive information and data stored in memory.
Why ReRAM’s physical characteristics provide resilience against invasive attacks.
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.
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.
CrossBar’s Resistive RAM Memory Inherently Resistant to Physical Attacks, Vastly Improving Memory Security.
Announcement on new usage modes broadening embedded ReRAM applications.
This is an update on resistive RAM memory. Learn about features, advantages, latest developments, and the operation and construction of resistive RAM memory devices.
Coverage of CrossBar’s security angle for embedded ReRAM in compute.
Process and yield considerations for emerging NVM.
Introductory analysis of ReRAM as an embedded alternative.
PUF approaches leveraging inherent device variability.
CrossBar yesterday announced a new ReRAM Application for hardware security and secure computing.
Advanced-node security options using ReRAM cells for identifiers.
Tradeoffs for capacity, latency, and energy in DC workloads.
Low-power memory strategies for edge devices.
Regional perspective on ReRAM readiness and adoption.
CrossBar highlighted among notable Santa Clara startups.
Round-up featuring ReRAM alongside other NVM options.
Commentary on memory tech’s role in AI system performance.
Market status and scaling prospects for ReRAM.
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.
Edge inference benefits from low-power, fast-switching NVM.
Deal with Microsemi and foundries means its nonvolatile embedded memory can be integrated into the most advanced chips.
Ultra-low-energy ReRAM use cases across IoT endpoints.
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.
SMIC is to manufacture CrossBar’s Resistive Random Access Memory (ReRAM) for embedded applications like MCUs.
Design and manufacturing considerations for embedded ReRAM macros.
Memory’s role in enabling power-sipping IoT devices.
Device-level advances addressing crossbar array sneak currents.