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09 March 2010

RF Special Section

Welcome to the RF Design Special Section of Communication Systems Design.

The following information-packed pages will focus on RF design issues in two emerging wireless networking technologies: HomeRF and Bluetooth.

We chose to focus on these two technologies because of their "sex appeal" and because of the fact that late 2000 is the timeframe for prototypes of these de facto standards-based products to hit the market. Additionally, these two technologies are often pitted against each other as competing for the home network. As you will see from these articles, the technologies have two very different uses. This can be explained by the loose federations of companies who created them. For example, Ericsson and other mobile handset/computer manufacturers came up with the Bluetooth concept, and, therefore, it will be targeted towards the mobile handheld market. HomeRF was conceived by the home PC market, and is thus more aptly pitted against HomePNA (the home phoneline association, read: wired) technology for connecting the entire home.

There are considerable RF/physical layer design issues associated with these technologies represented in the following articles. Don't forget the final Trends page of this section which gives some analyst numbers for the future of these technologies as well as for WLAN (802.11) usage. As expected, the analysts are wild about these technologies. But the design articles shed the real light on the difficulties of these emerging technologies. Enjoy!

–Nicole Westmoreland

 

Features:

Designing Cableless Devices with the Bluetooth Specification
By Buckhard Gehring and Stelios Koutroubinas
Interoperability (among other things) is a key issue when designing Bluetooth-compliant products that replace RS-232, parallel, USB, and other types of cable used in computers, handheld devices, digital cameras, and other mobile products today.

HomeRF: Wireless Networking for the Connected Home
By David Koberstein
The HomeRF spec focuses on low-cost implementations for connecting the home without the requisite wires. Using a protocol called SWAP, both voice and data traffic can be carried to and from the PSTN and is optimized for the home environment.

Trends:



 

 

 

 





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    As part of a research collaboration on miniaturized energy sources, the French Atomic Energy Agency (CEA) and STMicroelectronics NV (Geneva) have prototyped a hydrogen fuel cell for mobile phones that aims to reduce dependency on the use of electrical power supplies to recharge batteries. EE Times' Anne-Francoise Pele Takes a closer look.Click here to learn more.

    Tech Article Library
    Check out CommsDesign's Design corner to find a detail technical articles on a host of communication design issues. To access the design corner, click here.

    Phyworks demos 10G copper interconnects
    Communications chip specialist Phyworks (Bristol, England) has demonstrated 10Gbits/s rack-to-rack copper interconnects of up to 30 metres using technology it originally developed for the optical module market. EE Times Europe's John Walko gets the story. Click here for details.

    Puzzled by a network processing design issue?

    Join former NPF CEO Colin Mick in discussing net processing design issues by clicking here!


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