 | | Wireless Thermostat Controller |
| The Wireless Industrial Networking Alliance (WINA), expert wireless resource for the industrial market, will present a live webinar on October 30, 2009 on compatibility and co-existence between different wireless networking technologies. |
| Strategic Collaboration to Benefit Utilities and Industries Needing Energy Efficient IEEE 802.15.4/ZigBee Networks with Out-of-the Box Configuration Capabilities |
 | | Designing a modern WSN is a challenging mission due to the wide selection of technologies available in the market. A methodical approach starts with the choice of topology. Today, there is no doubt that mesh networking provides the highest-performance and most flexible topology in practically all WSN applications, except the most simplistic ones. | |
| Texas Instruments announces that Virtual Extension is leveraging TI embedded processing technology to power its VEmesh Wireless Mesh Networks. TI’s MCU and RF technology help boost performance, minimize cost, reduce board space and speed time to market of VEmesh network applications. Optimized for applications requiring high performance, such as automated meter reading (AMR), Virtual Extension’s innovative technology helps utilities realize savings in terms of data collection, theft prevention, remote operation and prepaid services. |
| To qualify for the Outdoor Wireless Mesh ATP status, SKT had to meet stringent requirements including rigorous training, support and equipment expectations, as well as a lab requirement for development and accurate customer fault replication. This new expertise enables SKT to invest in broader opportunities to deliver complex wireless solutions for multifaceted communication and improved service delivery. |
| Responding to the increasing demand for wireless technology in the growing M2M markets, Future Electronics has chosen Synapse Wireless to expand its worldwide offering for mesh networking products and services. Synapse provides a complete solution that includes mesh network software, RF modules with the longest range in the industry, an application environment for rapid product development, |
| Synapse Wireless(r) today announced the shipping of its SNAPconnect software for connecting a SNAP(r) wireless mesh network to the Internet. A user simply loads SNAPconnect onto any PC with a bridge, and any of their SNAP nodes can access or be accessed via the Internet. Nothing needs to be added to their SNAP network because SNAP was designed from the ground up to work with TCP/IP. |
| California Eastern Laboratories (CEL) announced today that its MeshConnect family of 802.15.4/ ZigBee(r) wireless products now supports Synapse Wireless Inc.’s SNAP(r) technology. Both MeshConnect integrated circuits (ICs) and MeshConnect modules support SNAP, a simple to deploy wireless mesh network protocol that creates auto-forming, multi-hop, mesh networks and enables over-the-air programming of devices. This follows November’s announcement that CEL is partnering with Synapse to collaborate on 802.15.4 technology. |
| |
