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GainSpan Showcases Multiple Technology Demonstrations at Wi-Fi(R) Smart Energy ForumCompany Hosts Live Demonstrations of Low Power Wi-Fi That Will Enable Tomorrow's Smart Energy Market; Executives Featured in Forum Speaking Program (August 03, 2011)
SAN JOSE, CA -- (Marketwire) -- 08/03/11 -- At the Wi-Fi Smart Energy Forum, currently underway at the Hyatt Regency Chicago O'Hare and hosted by the Wi-Fi Alliance®, GainSpan® Corporation, a leading developer of ultra-low power embedded Wi-Fi solutions, is presenting a myriad of technology demonstrations, all showcasing how the company's low-power Wi-Fi solutions will enable tomorrow's smart energy market. GainSpan executives are also a featured part of the conference speaking program.
Live technology demonstrations using GainSpan's Wi-Fi modules included: An SEP 2.0 on a Wi-Fi Smart Plug, a demonstration by GainSpan's partner Our Home Spaces of OpenADR using a similar Wi-Fi Smart Plug, both cases showcasing the viability of IP-based networks and devices for the support of standard based Smart Energy applications; GainSpan's GSLink application framework was also demonstrated showcasing the interaction of a Wi-Fi Smart Plug and Temperature/Light Sensor with mobile and embedded web applications.
The "Live" Demonstrations
The SEP 2.0 over Wi-Fi Smart Plug is a joint demonstration with partner Grid2Home using the SEP 2.0 compliant G2H-SE2 Software from Grid2Home and a smart plug based on a GainSpan Wi-Fi module. The demonstration showed a Wi-Fi based device responding -- by turning lights on and off for example -- to SEP 2.0 Demand Response/Load Control events retrieved from an Energy Service Interface (ESI). That was the first single chip implementation of SEP 2.0 over Wi-Fi, as the GainSpan GS1011 System-on-Chip (SOC) had the necessary resources to accommodate the memory footprint optimized SEP 2.0 stack in addition to the networking stack.
The OpenADR demonstration showed a Wi-Fi Smart Plug controlled by an iPhone as well as interacting with utility pricing and event information available through the OpenADR protocol. The OHS firmware stack implements secure OpenADR, supporting utility needs for demand response. The OpenADR Client can be downloaded onto the Smart Plug and responds to user-defined DR policy on the Smart Plug. The Smart Plug securely logs onto the OpenADR DRAS Server, downloads price and event data and responds to information based on the defined policy.
The GSLink demonstrations feature two Wi-Fi devices -- a Smart Plug and a Temperature/Light Sensor -- each being controlled by an iPhone, Android and PC. The demonstrations showed provisioning of these devices, first over-the-air in AP mode, followed by automatic discovery using mDNS/DNS-SD and then interaction using HTTP RESTful APIs.
GainSpan's GSLink framework, based on RESTful design, standardizes application development. It incorporates a variety of features including provisioning using AP mode, APIs to enable automated provisioning, HTTP APIs with data format in XML enabling rapid integration with mobile applications, and Device and Service discovery using mDNS/DNS-SD.
"GSLink is an enabler for customers to easily develop applications -- mobile applications, embedded applications or cloud based services," said Bernard Aboussouan, vice president of marketing, GainSpan. "And while today we're showing SEP 2.0 profile running over Wi-Fi, a customer could easily develop other profiles using XML, HTTP and service discovery. Native applications on the iPhone or Android as well as standard web applications are also easier to develop."
Forum Speaking Sessions
In addition to the demonstrations, GainSpan executives and technology leaders also participated in several speaking sessions. Vice President of Marketing Bernard Aboussouan was a panelist in the "Wi-Fi Smart Energy - Home Network Architecture" session on Tuesday, August 2; Software Architect Prashant Vishwanathan was a panelist in the "SEP 2.0 over Wi-Fi" session, also held on Tuesday; and CTO Lew Adams participated in the "Recent Silicon Developments to Support Smart Energy Applications" session on Wednesday, August 3.
GainSpan is a leading ultra-low power embedded Wi-Fi semiconductor solutions company focused on connecting Things to the Internet, and People to Things. With easy to use system-on-chip (SoC), modules and software, GainSpan enables customers to leverage the large installed base of Wi-Fi access points and smartphones to create new connected embedded products for healthcare, smart energy and control and monitoring in industrial, commercial and residential markets. GainSpan solutions feature an ultra low power SoC that consumes just a few µA of standby current and goes from standby to active mode in just a few ms, ideal for battery operated devices requiring long battery life. The Wi-Fi chip also handles all Wi-Fi functionalities, networking and security stacks, offloading when required the host microcontroller and accelerating wireless device development cycles. GainSpan is based in San Jose, CA, with R&D in Bangalore, India. www.gainspan.com.
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About Our Home Spaces
Our Home Spaces (OHS) is a leader cloud based energy management system for Wi-Fi enabled edge devices for the light commercial and residential markets. OHS enables users to control, collect and optimize their devices for energy, convenient and comfort. The OHS eco system focuses on using energy measurement and communications to address a user's "Total Cost of Ownership" by empowering greater energy user optimization, reducing capital equipment costs through device management, lower operational cost through convenience and leveraging Wi-Fi for conditioned based maintenance. OHS provides iPhone applications, iPad and graphical portals for users to control and visual their energy's actionable data. The OHS solution is based on using existing infrastructure and user devices, providing a very cost effective method to introduce energy analytics into a home or enterprise. OHS is based in Novato, CA. www.ourhomespaces.com.
About the Wi-Fi Alliance
The Wi-Fi Alliance is a global non-profit industry association of hundreds of leading companies devoted to the proliferation of Wi-Fi technology across devices and market segments. With technology development, market building, and regulatory programs, the Wi-Fi Alliance has enabled widespread adoption of Wi-Fi worldwide. www.wi-fi.org.
Wi-Fi® and Wi-Fi Alliance® are registered trademarks of the Wi-Fi Alliance. GainSpan® is a registered trademark of GainSpan Corporation.
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