u-blox works with Intel on dedicated HSPA module for M2M

May 20, 2013 // By Graham Prophet
Intel’s XMM 6255 HSPA platform is the engine inside u-blox’ low-cost 3G-only module; u-blox and Intel collaborated on a 3G-only module to lower design, test and certification costs

Swiss-based u-blox has announced that the company is collaborating with Intel Corporation to develop a small, cost-effective 3G-only HSPA module. Based on Intel’s XMM 6255 HSPA modem platform, the chipset will be packaged in a compact, low- cost module that maintains layout compatibility with u-blox’ SARA 2G and LISA 3G module series. u-blox’ 2G-3G-4G nested design philosophy allows product designers to offer tailored solutions to their target markets based on a single PCB design. This facilitates product diversity and easy migration while keeping price at a minimum through reduced design, test, logistics and certification costs.

Based on Intel X-GOLD 625 digital- and analogue- baseband with integrated Power Management Unit and the Intel SMARTi UE2p transceiver for 3G, the XMM 6255 platform is the smallest available HSPA modem chipset. Its compact size and powerful HSPA performance enables u-blox to create the smallest dedicated 3G modem module dedicated to operation over 3G networks worldwide.

“As operators start to move their GSM/GPRS services towards end-of-life, we have partnered with Intel to bring the cost of 3G connectivity down,” said Nikolaos Papadopoulos, President of u-blox America. “For 3G-only M2M devices, our compact HSPA-only module, which is about the size of a quarter [US $0.25], is layout-compatible with our SARA GSM/GPRS wireless module series.” The modem supports full HSPA connectivity and low power consumption in an ultra-small form factor.

“The XMM 6255 platform is latest innovation by Intel and specifically designed for M2M,” said Horst Pratsch, head of product line modules and M2M at Intel Corporation. “Integrating the 3G power amplifier in the transceiver delivers the smallest possible size and lowest number of components enabling new applications of 3G in machine-to-machine applications.”

u-blox, www.u-blox.com