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GainSpan Next-Generation Wi-Fi Module Brings Leading Edge Connectivity to More Embedded Devices

New GS1500M provides leading edge 802.11b/g/n Wi-Fi connectivity; enabling support for peer-to-peer networking

(PresseBox) (San Jose, CA, ) GainSpan® Corporation, a leader in ultra low-power embedded Wi-Fi solutions, today unveiled its next-generation Wi-Fi module that brings future-proof wireless connectivity to even more embedded devices. The GS1500M is a high-performance 802.11b/g/n Wi-Fi module together with enabling support for peer-to-peer networking that is designed for embedded devices which require next generation Wi-Fi connectivity services, such as security cameras, home appliances and industrial control systems. The module makes it easy to add Wi-Fi connectivity to standard 8-32 bit microcontrollers and is aimed at plug-and-play integration of Wi-Fi into embedded platforms using SPI or UART interfaces.

This allows designers to leverage all previous hardware and software development work, preserve existing investments and ensures a smooth migration to 802.11b/g/n. In addition, the GS1500M module also offers configurable antenna options-built-in or external antenna. The GS1500M module is single-sided and designed so that it can be easily soldered down on the customer application baseboard.

Module Enables New IOT Applications

Building on GainSpan's existing ultra low power embedded Wi-Fi portfolio, the feature rich module enables new opportunities for Internet of Things (IoT) ap-plications where 802.11b/g/n connectivity is a key requirement.

"For typical IoT applications, customers look to optimize cost of deployment, range and power consumption, and in these cases 802.11b is ideal. This is especially true in the case of GainSpan's GS1011M module, where 802.11b has been optimized for IoT applications, while maintaining interoperability with existing access points" said Bernard Aboussouan, vice president of marketing, GainSpan. "Some of our customers, however, are looking at IoT applications that require higher radio network throughput, and here is where the GS1500M is required."

GS1500M Features The GS1500M preserves the software architecture, feature set and is pin to pin com-patible with the GS1011M module that is currently in production. This allows design-ers to leverage all previous hardware and software development work, preserve existing investments and ensures a smooth migration to 802.11b/g/n. In addition, the GS1500M module also offers configurable antenna options-built-in or external antenna. The GS1500M module is single-sided and designed so that it can be easily soldered down on the customer application baseboard.

On top of 802.11b/g/n capability, the new GS1500M provides supports for peer-to-peer networking. The result: Wi-Fi devices are able to connect to one another without an access point, enabling easy transfer of content anytime, anywhere.

Since ease of provisioning a device onto the Wi-Fi network is crucial in Internet of Things, particularly for devices with no user control buttons or display screen, the GS1500M offers three other provisioning modes - Wi-Fi Protected Set-up (WPS), Web server based Ad hoc provisioning and Provisioning Access Point modes, in addi-tion to a rich suite of features such as Wi-Fi Personal and Enterprise security.

The new module utilizes a highly integrated 802.11b/g/n WLAN radio with leading edge receiver sensitivity and best-in-class transmit power of 18dBm, enabling excellent range. The module will be fully certified for major worldwide regulatory regions. It is an ideal solution for organizations with limited or no Wi-Fi or RF expertise, as it not only eliminates RF design time but also reduces the burden of testing and global certification, allowing customers to focus on their core product and application.

The GS1500M module's highly integrated architecture allows for effective and dynamic power management. The module features extensive low power modes - with both a Sleep and Deep Sleep option. The module can be rapidly put to sleep to reduce power consumption without loss of data; the system can recover from the Deep Sleep state back to full operation in a few milliseconds.

Like all GainSpan embedded Wi-Fi solutions, the GS1500M offers easy system integration and minimal use of host resources. It provides serial UART or SPI interfaces, making it possible to connect to any device using an 8/16/32-bit mi-crocontroller via a few AT commands. Multiple firmware configurations of the embedded networking software stack are available on the module: For applications using a small 8-bit microcontroller host, the module supports a serial to Wi-Fi function, with the complete Wi-Fi and embedded (TCP/IP) networking software stacks running on the module, thereby completely offloading the host. For applications using more powerful microcontroller host, the embedded networking software stack can reside on the host while the module provides all Wi-Fi functionality including security, WPS and provisioning features.

GainSpan's offerings include an extensive suite of solutions including Wi-Fi chips, modules, evaluation and development kits. With GainSpan low-power embedded Wi-Fi solutions, customers across a variety of industries can now develop a whole new class of Internet-connected products.

Availability

The new GS1500M 802.11 b/g/n Wi-Fi modules are expected to sample in June and ship in volume production in Q3 2011.

About GainSpan

GainSpan is a leading ultra-low power embedded Wi-Fi solutions company focused on connecting things wirelessly to the Internet. The company's Wi-Fi chips and modules make it possible to quickly and easily add Wi-Fi to devices, through a serial interface to a device microcontroller. The GainSpan Wi-Fi chip handles all Wi-Fi functionalities, networking and security stacks, accelerating wireless device development cycles. GainSpan solutions feature an ultra low power SoC that consumes just a few ?A of standby current and has a few ms of wake-up latency, ideal for battery operated devices requiring long life. Applications for the company's embedded Wi-Fi include healthcare, smart energy and control and monitoring for industrial, commercial and home markets. Based in San Jose, CA, the company has R&D facilities in Bangalore, India. www.gainspan.com.

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