MAX32550 integrates all essential functions for secure mobile payment and pin pads
San Jose, CA and Hsinchu, Taiwan — August 24, 2016 — The newest security key pad and smart card readers—E200NP and E200CP—from XAC Automation Corporation (Taiwan OTC: 5490), which incorporate the MAX32550 DeepCover® secure microcontroller from Maxim Integrated Products, Inc. (NASDAQ: MXIM), have successfully passed the stringent PCI-PTS 4.1 certification requirements.
For PCI-PTS 4.1 certification, products must pass increased levels of differential power analysis and simple power analysis (DPA/SPA) attack testing. Maxim is the only supplier that provides a cryptographic library with sophisticated algorithm protection means, which allowed XAC’s products to pass these extremely challenging DPA/SPA certification tests. Maxim also provides its customers with a security evaluation report from an independent laboratory that significantly helps reduce PCI-PTS certification time and costs.
The MAX32550 DeepCover secure ARM® Cortex®-M3 microcontroller integrates all the essential functions for secure mobile payment and pin pads, including cryptographic engine, true random number generator, battery-backed RTC, environmental and tamper detection circuitry, magnetic stripe reader, smart card controller with embedded transceiver to directly support 1.8V, 3.3V, and 5V cards, and integrated secure keypad controller.
Cognex Corporation (NASDAQ: CGNX), the global technology leader in industrial machine vision, today announced that…
The Republic and Canton of Jura has signed a memorandum of understanding with SEALSQ and…
Delivers 3x density improvement in an ultra-compact form factor, supporting up to 3,456 fibers in…
Powered by agentic AI, Chamelio’s platform is primed to replace outdated legacy contract lifecycle management…
Universal Vapor Jet Corporation will introduce NovaJet, its first commercial thin-film deposition system based on…
Lessengers has unveiled a 3.2 Tbit/s near-packaged-optics platform that uses a glass packaging core, through-glass…