My first home was new construction in Murfreesboro, TN, a small bedroom town 35 or so miles south-southeast of Nashville. My wife and I purchased it in early 2004. The house had wired networking ports throughout the house. This was a big deal, as it made it easier to put computers and networked devices just about anywhere.
When we moved BACK to Chicago in 2006 when a job transferred us, we bought an older home that was not hard Ethernet wired. It made computing in different rooms a bit difficult in the new Chicago house until I found and installed a wireless 802.11g access point (802.11g was the fastest thing going at the time; and I already had a 4 port wired router and didn’t want a wireless router…the location of the cable modem wouldn’t allow a wireless signal to get to all parts of the house). But then again, this was almost six years ago. The face of computing has changed since then. This is no more clearly evident than in the acceleration of smartphone and tablet use throughout the world.
With today’s more mobile computing, computing devices have to be more adaptable, have to be smarter, have to be able to understand what they have built in, connected to them, etc., and be able to adjust how they work to provide the consistent performance regardless of what they have and where they are. Both 3G/4G/LTE smartphones and tablets do this very well. They provide a consistent computing experience regardless of the type and kind of networking radio they have on or are receiving an internet signal from. They can reroute IP traffic from their cellular radios to a Wi-Fi radio without missing a beat should a known Wi-Fi network come in range while the Wi-Fi radio is on.
We’re seeing this kind of networking intelligence in laptops now. Mac OS X has been doing this for a while now. I’m a Mac, and run Windows 7 via Parallels Desktop. I have a Henge Dock docking station for my Early 2011 15″ MacBook Pro. When I work in my home office, I put the laptop in the dock, which has permanently connected cables for all available peripherals, including a wired network connection.
When I’m on the go, I use the PC’s Wi-Fi adapter to go online. When I’m at home in my office, I use wired Ethernet. My Mac is smart enough to drop the IP address held by the wireless adapter when it finds an active, wired Ethernet connection. The Wi-Fi adapter will acquire an IP address when the wired Ethernet is unplugged. This is managed at the OS level, and like (most of) the rest of OS X, just works.
Windows 8 also seems to have this same level of intelligence built into it at the OS level. With its improved battery life methods and processes built in, users don’t necessarily have to turn Wi-Fi on or off to either conserve power, or to prevent the PC from “getting confused” over which adapter to use for networking traffic.
This development is important, because I’ve noticed that its becoming easier to order a desktop PC with a Wi-Fi card in it. Many of the (perhaps) iMac inspired, all in one, touch based PC’s, from Dell or HP for example, come with both wired and wireless networking built in. Of course, laptops have had both networking adapters in them for years; and Microsoft is going to make Windows 8 the default OS, not only for the 30+ tablets due out this Fall, but for all Windows hardware. Users aren’t going to want to worry about turning things on and off (airplane mode aside) just to insure that they can get online without “confusing” their PC.
So, I’m off to rebuild my Windows 8 PC… Stay tuned to Soft32 for continued Windows 8 coverage.