San Jose, CA—October 1, 2014—With the MPOS-STD2 Mobile Point of Sale (MPOS) reference platform by Maxim Integrated Products, Inc. (NASDAQ: MXIM), payment terminal providers can enable customers of all sizes and security expertise levels to address the emerging mobile payment market. This allows them to significantly reduce R&D costs while simultaneously achieving faster time to market by rapidly moving through product design and PCI certification.
The MPOS-STD2 reference platform includes an EMV L1 stack, Bluetooth and NFC integration, a complete hardware-accelerated crypto library, and an extensive set of security measures that have been pre-evaluated by a third-party testing laboratory for compliance with PCI PTS 4.0. It also includes a complete mechanical design package that incorporates features to further ensure PCI compliance for the customer’s final product.
MPOS-STD2, based on the MAX32550 DeepCover® MPOS System on a Chip (SoC), incorporates virtually all the important system-level MPOS terminal requirements. These include integrated cryptographic and physical security elements, smart card interface, magnetic stripe reader, TFT and secure keypad controllers, an ADC, a DAC, and numerous serial interfaces for additional customization. The MAX32550 includes a 108MHz ARM Cortex-M3®, 1MB of Flash, and 256KB of NVSRAM.
For more information about the MPOS-STD2 reference platform and the MAX32550, visit Maxim’sembedded security technology page. Please fill out a request form to get in touch with a Maxim representative.
For information on other reference designs, please visit Maxim’s Reference Design Center.
electronica 2014
To see the MPOS-STD2, visit Maxim at electronica 2014 in Munich, Germany from November 11-14. Maxim will be located in hall A4, stand 266. For more information, please visit www.electronica.de.
About Maxim Integrated
Maxim is the leader in analog integration. From mobile to industrial solutions, we’re making analog smaller, smarter, and more energy efficient. Learn more at www.maximintegrated.com.
