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Technologies to Watch in 2006
12.27.05
It's already clear that WiMax, WiFi, mesh technology, and almost anything-over-IP will continue to be the prime movers in wireless technologies for 2006. So Unstrung thought it might prove to be more fruitful to visit the nodes less travelled, and highlight five less-hyped technologies that will change the way companies do business over the next 12 months.
Sensor Networks: Think of mesh networks that listen, and then report back, rather than merely provide public connectivity and you get the basic concept. And think small -- very, very small.
Designed to detect otherwise imperceptible changes in air temperature, or in the operation of machinery, these ultra-fine nets function as tiny video "eyes" for many industrial applications. The sensors, often called "motes", are designed to operate for years on batteries, and pass data about the particular states being monitored wirelessly on to a central computer.
The venture capital community is already behind this market with startups like Dust Networks and Ember Corp. grabbing millions in funding. (See Radio Standard Gets Small.) Established semiconductor manufacturers, meanwhile, are looking at adding Zigbee -- a short-range wireless standard that is used for many of these applications -- to their portfolios. (See TI Heats Up Zigbee.)
Practical applications for location technology: Yes, we know that location tracking technology has been around for donkey's years, but, frankly, how often have you really thought of it as anything more than a novelty?
That could change in 2006.
Why? Well for one, if municipal mesh networks really do take off, then network administrators are going to need to figure out how to track a large crowd of scattered clients rapidly joining and leaving these city-wide networks, if only to address the possibility of tracking 911 calls made over such connections.
Then there are actually devices coming that have a practical application for the everyday user. One example: a simple clip-on device that will allow you to record and digitally store notes that you made on a paper notepad. The device will use extremely precise 3D positioning technology that can be used to accurately track tiny movements between a transmitter (in the pen) and a receiver.
Wide-Area Smart Antennas, Take Two: Could smart antenna technolgy give new-fangled wireless broadband technologies such as WiMax -- or, more specifically, its Korean mobile cousin, WiBro -- a performance boost? (See Samsung Mobilizes WiBro.)
The most likely answer is yes, after Samsung Corp. quietly signed a deal with ArrayComm Inc. in early December that will allow it to apply the startup's smart antenna technology across its base station line-up, which includes cellular and WiBro products. ArrayComm's "adaptive array" system uses software to continually map the RF environment covered by an array of antennas and create a better link with each user in the cell
12.27.05
It's already clear that WiMax, WiFi, mesh technology, and almost anything-over-IP will continue to be the prime movers in wireless technologies for 2006. So Unstrung thought it might prove to be more fruitful to visit the nodes less travelled, and highlight five less-hyped technologies that will change the way companies do business over the next 12 months.
Sensor Networks: Think of mesh networks that listen, and then report back, rather than merely provide public connectivity and you get the basic concept. And think small -- very, very small.
Designed to detect otherwise imperceptible changes in air temperature, or in the operation of machinery, these ultra-fine nets function as tiny video "eyes" for many industrial applications. The sensors, often called "motes", are designed to operate for years on batteries, and pass data about the particular states being monitored wirelessly on to a central computer.
The venture capital community is already behind this market with startups like Dust Networks and Ember Corp. grabbing millions in funding. (See Radio Standard Gets Small.) Established semiconductor manufacturers, meanwhile, are looking at adding Zigbee -- a short-range wireless standard that is used for many of these applications -- to their portfolios. (See TI Heats Up Zigbee.)
Practical applications for location technology: Yes, we know that location tracking technology has been around for donkey's years, but, frankly, how often have you really thought of it as anything more than a novelty?
That could change in 2006.
Why? Well for one, if municipal mesh networks really do take off, then network administrators are going to need to figure out how to track a large crowd of scattered clients rapidly joining and leaving these city-wide networks, if only to address the possibility of tracking 911 calls made over such connections.
Then there are actually devices coming that have a practical application for the everyday user. One example: a simple clip-on device that will allow you to record and digitally store notes that you made on a paper notepad. The device will use extremely precise 3D positioning technology that can be used to accurately track tiny movements between a transmitter (in the pen) and a receiver.
Wide-Area Smart Antennas, Take Two: Could smart antenna technolgy give new-fangled wireless broadband technologies such as WiMax -- or, more specifically, its Korean mobile cousin, WiBro -- a performance boost? (See Samsung Mobilizes WiBro.)
The most likely answer is yes, after Samsung Corp. quietly signed a deal with ArrayComm Inc. in early December that will allow it to apply the startup's smart antenna technology across its base station line-up, which includes cellular and WiBro products. ArrayComm's "adaptive array" system uses software to continually map the RF environment covered by an array of antennas and create a better link with each user in the cell
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