Qualcomm today announced availability of Gobi 4000, its latest addition to the Gobi family of embedded data connectivity platforms. Based on Qualcomm’s leading multimode 3G/4G wireless modems, the MDM9600™ and MDM9200, and a common software interface (Gobi API) for connection management development, the Gobi 4000 platform allows customers to offer both LTE/HSPA+ and LTE/EV-DO designs to meet the growing demand for embedded 3G/4G connectivity in mobile devices worldwide. Gobi 4000-based modules are now available from Novatel Wireless and Sierra Wireless.
“Embedded modules based on our new Gobi 4000 technology are designed to give consumers an uncompromised mobile connectivity experience, both in terms of download speeds and flexibility,” said Cristiano Amon, senior vice president of product management for Qualcomm CDMA Technologies, in the press release. “To make Gobi 4000 available to as many consumers as possible, Qualcomm has worked hard to ensure that OEMs can use the platform on many commonly used personal computing, tablet and e-reader operating systems, including Windows® and Android, and hardware architectures, such as our powerful Snapdragon™ dual-core and quad-core processors.”
Qualcomm’s latest Gobi-enabled 4G platform features the Gobi Application Programming Interface (API) with LTE extensions and is compatible with leading connectivity standards, including CDMA2000 1xEV-DO Rev. A and B, HSPA+, dual-carrier HSPA+, and LTE with integrated backwards compatibility to HSPA and EV-DO. The Gobi 4000 platform also includes software enhancements for select MDM chipsets that enable a common software interface to help connect, locate and manage 3G/4G devices regardless of wireless interface and operating system. This interface will help streamline product development efforts, spur application development among third-party software developers, and deliver greater flexibility to device manufacturers.
As one of the largest providers of wireless chipset and software technology in the industry, Qualcomm has a diverse chipset and software product portfolio spanning multiple device classes. System designers now have the flexibility to choose an embedded Gobi 4000 platform for high-speed 4G LTE support, or an embedded Gobi 3000 platform for worldwide 3G connectivity. Qualcomm also offers its family of Snapdragon all-in-one processors with the option for integrated multimode 3G/4G, dual-band Wi-Fi, Bluetooth, FM radio connectivity and differing numbers of CPU cores for the most power-efficient designs.
“We are offering multiple 4G LTE platforms incorporating Qualcomm’s Gobi 4000 technology within our Expedite Module portfolio,” said Rob Hadley, CMO, Novatel Wireless, in the press release. “With our long-standing tier-one carrier and OEM relationships and our leading design, integration and certification expertise, we are excited to help our customers bring commercial 4G LTE-capable laptops, tablets and the rapidly growing number of other devices requiring 4G connectivity to market.”
“Sierra Wireless has been using Qualcomm’s Gobi technology in our embedded wireless modules for quite some time, including in our AirPrime MC7700, MC7710 and MC7750 modules for LTE networks, which we introduced late last year,” said Dan Schieler, senior vice president and general manager, Mobile Computing for Sierra Wireless, in the press release. “Our customers value the performance and flexibility that Gobi technology offers, and we are pleased to continue our collaboration with Qualcomm to provide the new Gobi 4000 technology in our product line.”
Source: Qualcomm Incorporated
[Thanks to MacDailyNews Reader “Dan K.” for the heads up.]
LTE/HSPA+ and LTE/EV-DO??
I was under the impression that LTE was one standard that would unite GSM and CDMA going forward. Does anyone know more about this?
A more pressing question is: who owns the patents for all this technology and will soon be trying to sue Apple to cash in from the deep pockets, rather than sue Qualcomm?
Until everyplace in the world that has any cell phone coverage at all has LTE voice and data, handsets are going to require the ability to drop down to either HSPA or EV-DO, and then if that isn’t available, to GSM or CDMA.