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Laptops for gaming were once only for the wealthy and not for the mainstream buyers. They were basically like a small qty production line. Did not ship many but made a lot of money on each system. Certainly I would positively say people desired one though. They were like the show piece of what was capable with notebook computer technology, the best laptops in existence. I reckon they would give us an indication of what’s to be launched but hardly anyone would actually buy laptops for gaming back then. Recently all that has looked to have changed as the international manufacturers have found the opportunities in gaming portables.

Gaming portables are commonly not affordable by everybody and global companies know they can take advantage of the giant profit margins even further with their levels of production. With computers being perceived like consumer electronics this is an excellent profit source for them. With their large marketing resources I’m certain they can convince anybody to buy laptops like these. Had I been a smaller retailer I would probably be thinking of schemes to react to this form of competition. Now prospects will have increased choice it makes it troublesome for the small resellers. I think purchasing from a well know brand also provides the perception of increased value.

The buzz being generated regarding the latest branded gaming notebooks is making people perceive them to be the best laptops ever. This is actually the core competitive selling point left for the unestablished resellers. At times the smaller companies will provide new components faster and hence supply faster specs too. These particular buyers are generally extremely knowledgeable with the technology and are able to compare each of the components by themselves. For a few buyers, the specs and speed may be a lot more important compared to design.

From a consumer point of view this is all a good thing.One plan that the smaller retailers might utilise is to lower markup into sell more units. I write that with a large amount of doubt though. The best laptops are typically going to be high priced to be honest. The big manufacturers have already started in the gaming laptops sector so we’ll have to look and observe what happens I guess.

We know that the Earth is not completely round, by observing the terrain and measuring the circumference at the equator and from pole to pole. We know that the moon is not round and we can be pretty certain that the Earth’s core is not round. Scientists have determined that the core is moving around faster than the Earth. Every four hundred years the core makes an additional revolution to the Earth’s number of revolutions. Since the core moves faster and is not round and since the cavity in the Earth’s center is most likely not symmetrical, it stands to reason that as the lumps or bumps in the Earth’s core comes around, it will effect the inside cavity as it bumps, causes friction or scrapes the inside of the Earth’s center cavity, which is said to be filled with very hot material due to the friction of the spinning core. These friction areas will have supreme pressure build ups, which can be timed and we can use this information to our advantage.

Now then I propose we map the periods of regional pressure, drill holes and cap them off at a certain depth. Then I propose that we send down capsules we wish to send into space and lower them down the hole. Then open up the hole and use this pressure to blast our cargo into space. Imagine the capsule blasting into space thru the atmosphere using geo-thermal power and why not, it is energy and a heck of a lot more than we can muster and it is there all the time waiting for us. We can use this and time it correctly to shoot down a comet, asteroid, launch to Mars, the Moon or deliver supplies to the ISS or even simply to send satellites into space. Think on this Sci Fi, thought, it could work?

“Lance Winslow” - Online Think Tank forum board. If you have innovative thoughts and unique perspectives, come think with Lance; www.WorldThinkTank.net/wttbbs/

Zensys describes Z-Wave technology as “an RF based, two-way, mesh network, communications protocol that enables everyday devices to be controlled and monitored wirelessly.” And indeed it is. It’s become popular enough that at least 125 manufacturers have joined the Z-Wave Alliance (www.z-wavealliance.com) and are developing or redesigning products to support the protocol.

Superna Corporation, manufacturers of the Superna Home Control Systems featured on this site, is one of the newest members of the Alliance, and it expects its Smart Home Automation Systems to support Z-Wave in a matter of months. Intel Capital also has made a strategic investment in Zensys and in Z-Wave Alliance member iControl in Palo Alto, CA, which has developed a software and services platform designed to make remote monitoring more affordable and accessible for both homes and businesses.

One reason Z-Wave is growing in popularity is that it’s fundamentally simple to use. The mesh system makes it possible for any switch or control unit to be connected with the system as long as it can communicate with any other unit. Using 900-MHz Radio Frequency for communications, its interactive distance is limited to a few dozen feet, which makes it fairly unsusceptible to interference from outside sources.

Z-Wave is very low-power (and therefore has a minimal operating cost), and Zensys’s integrated MCU/Transceiver chips embedded with Z-Wave allow countless products to incorporate the protocols. Coupled with Zensys’s “suite of development tools ad services,” manufacturers can easily develop wireless products based on Z-Wave.

The Z-Wave Alliance participated in “CONNECTIONS(TM): The Digital Home Conference” the week of May 1, which I was unfortunately not able to attend in person. But the Alliance invited member companies ControlThink, Cooper Wiring Devices, Density Networks, iControl, Intel, Intermatic, Leviton, the Linksys Division of Cisco, Monster, SMK Electronics, Universal Electronics (UEI), and Zensys to discuss their use of Z-Wave for digital home control products and services.

On the Z-Wave Alliance web site we found this interesting statement from Lew Brown, director of strategic business development for Monster.

“There are more than 100 Z-Wave-enabled products already on the market today for consumers including USB devices, universal remote controls, thermostats and lighting systems. And every single one of them works together, making it very simple and inexpensive for consumers to deploy a home control network. There is not another technology out there that can make that claim.”

What makes that particularly exciting is that it indicates a corporate view and support of the flexibility of using Z-Wave protocol. As exciting as it is to have manufacturers creating, in effect, their own new standard by working together, consumers - the end users - get the real benefit by being able to integrate products from manufacturers as different as Leviton, Monster, and UEI without customizing or replacing them.

Keep your eyes peeled for more news about Z-Wave; it might well be the next, and the longest-lasting, industry standard.

Originally published here: http://www.vertexsecurity.com/news.php?id=46

Andrew Reed grew up in Asheville, North Carolina. He moved to New York in 1970, and following his undergraduate studies at Columbia University he became a marketing specialist with National Broadcasting and other companies. He returned to the WNC mountains in 1993, where he works as an editor, freelance writer, and marketing consultant. He operates a web-based editing and marketing company, http://www.myowneditor.com, and specializes in writing for web sites.

There has been a big frenzy for laptop computers recently. But take note if you want the most up to date tech than you need to cultivate some patience as there could be component shortages. Its actually amazing that credit predicaments and all haven’t dented this demand for laptops either. The technology loops are so minute too which makes it all the more harder.

Gaming notebooks have recently been enticing a lot of interest. With prices coming down and new technology being released rather rapidly it means that buyers are getting increased roi. I play games on my notebook on a frequent basis and must say I’m surprised how playable few of the intense games are. I also feel that a few gaming notebooks look really good, with some sleek, powerful features. Still there is a major gap between the performance of portables and computers however desktop computers are more roomy to allow for better cooling and airflow that all help. Gaming notebooks are always pushing the speed limits of laptop compputers so its always a true yardstick of how far the technology has come in that relation.

Custom built notebooks have been here for a great length of time now and despite big companies trading pre-built notebooks through shops it seems like there will constantly be system builders out there ready to assemble something unique to your desires. With international brands you normally don’t have a clue what they fit into the notebook. Particular sectors benefit because they only have procure what they require. Most of the notebooks found in highstreet shops are made to get the utmost market share and not the smaller niche markets. Custom notebooks allow a fix to this. Increased levels of customer care and support can also be found when buying custom built notebooks. Yet another good point.

It certainly will exciting to see what gets introduced next. I forgot to speak of the large growth of internet devices and notebook computers. They have their individual sector in the mobile computer market in such a little space of time. I feel the market would prefer to see bigger portables that weigh a lot less than the current units. There are portables like this in the market already, just at high prices. I am certain we’ll see ultra portable gaming notebooks in the near future. There’s no knowing what laptops we’ll see but certainly there will be numerous.

I actually like the gaming laptops from rizeon.

As modern aircraft use more space age materials we will see more strength and less weight and thus more performance and useful load capabilities. But each time we move to new materials we learn of other issues, which arise. Issues such as some Stealth Aircraft composites give off cyanide gas when the burn which is not so helpful for the occupants who survive a crash. We have also found issues with composites used for EAA aircraft and used as component surfaces on airliners and military aircraft for instance UV or ultraviolet decay issues, brittleness, useful life and weathering. These issues are now taken into consideration when determining width of material, coatings and paint.

There are also issues with regional weathering of aircraft materials, such as aluminum, stainless steel, titanium and rubber. And we must always therefore consider such things as salt spray, temps, humidity (they park the old airliners in the desert right?), altitude the aircraft flies, pretty cold up there. Then with high performance aircraft we must consider speed of aircraft and friction? What about stress damage of airliners from wind sheet or “G” forces or in high performance fighter aircraft with 10 G turns like in the movie Top Gun? The World famous Spaceship one had all the paint pealed back on the leading edges from just a couple of flights to the edge of space and back.

Indeed there are all sorts of things to consider. Let’s also consider acrobatic flight and stresses in Air Show aircraft? Even the F-22 the latest Super Fighter has issues with the bulkhead, pure titanium, behind the pilot cracking? Bummer. This the new mantra should be; bring on the carbon nanotubes? As aerospace materials move into the future and keep up with the exploits, trials and tribulations of the forward progression of the species we must all reflect the years gone by and look forward to more of this in 2006.

“Lance Winslow” - Online Think Tank forum board. If you have innovative thoughts and unique perspectives, come think with Lance; http://www.WorldThinkTank.net/wttbbs/