Articles & White Papers

Tackling the Challenges of Advanced Silicon Chips: an Innovative Approach to Safe and Reliable SRAM Repair

Optimal OTP for Advanced Node and Emerging Applications

How to Elevate RRAM and MRAM Design Experience to the Next Level

Unleashing EEPROM Potential by Going Embedded: Introducing eMemory's NeoEE

Set-Top Boxes are a growing Cybersecurity Threat

Securing the AIoT: Safeguarding AI at the Edge

Software-Defined Everything doesn’t mean Software-Only Security

TPM 2.0-Ready: Top Security with PUFcc

Embedded Logic-NVM Solutions for Al Chips

NVM on Advanced Nodes for Smartphone & HPC Platforms

eNVM towards 40nm and beyond_ eMemory introduces ReRAM IP, qualified at 40nm and extended to 22nm

How eNVM Helps Power Controllers Be Smarter

PUF is a Hardware Solution for the Sunburst Hack

Quantum Tunneling Mechanism in NeoFuse

The Four Angles of Examining PUF

PUF based Root of Trust PUFrt for High-Security AI Application

First PUF-based Root-of-trust IP Overcomes SRAM Stability Challenge

Why a True Hardware PUF is more Reliable as RoT

The Quantum Tunneling Mechanism of NeoPUF

RoT: The Foundation of Security

Making Sense Of PUFs

Build Trust in Silicon: A Myth or a Reality?

NeoPUF, A Reliable and Non-traceable Quantum Tunneling PUF

SRAM PUF is Increasingly Vulnerable

eNVM - FPGA Security for AI Applications

PUF: A Crucial Technology for AI and IoT

1位　力旺電子 半導体 特許を収益源に

[White Paper] Run by Chips, Secured with Chips - Hardware Security with NeoPUF solutions

Imperfect Silicon, Near-Perfect Security

eMemory Bets on Unique Encryption Tech

[White Paper] Design Zero-Failure NVM Solutions for Automotive Applications

[White Paper] Secure IoT — On-Chip Security Scheme Based on Silicon Fingerprint

[White Paper]Optimum Selection of MTP Solutions for Product Design

車載で引き合いが増加中、不揮発メモリーIP大手の台湾eMemory