Aximsite Logo

Setting Up a Home WiFi Network:

Introduction

Contents Page Next
Page:
Router setup

Wi-Fi is short for "Wireless Fidelity," and it is the popular name for 802.11-based technologies. Ten to twenty years ago, everyone used modems to dial into a server (wow, remember when you first got a 2400-baud modem and thought you were fast. Compared to the early birds with their 300-baud modems, you were). Then,in the late 80’s, early 90’s, Ethernet started showing up in offices – these are the wires that look like phone cords except the wires are a little thicker and the plugs are a little bigger. They are also much faster – phone modems are pretty much limited to 56000 bits per second while the initial Ethernet was 10 million, 100 million is common today and 1000 million equipment is available.


In fairly recent time (ca. 1999), the wireless protocols were proposed and in the last couple of years WiFi has become very common in offices and homes as a way to tie multiple computers together (i.e. network them) without needing to run wires to each computer. They are a little slower than Ethernet, but still much faster than phone connections. Concurrently with people setting these up in their homes and offices, some companies have started putting commercially available 'hotspots' - locations in airports, hotels and coffee shops (T-mobile® at Starbucks, for example) where you can receive and send signals so you can get connected on the road (of course, many of these places charge you for the privilege of using their connection).


In technical terms, WiFi has certain similarities to cordless phones (not wireless that you can use virtually anywhere, but cordless/portable that have a base station which plugs into your wall socket and a handset that you can use around your home). In fact, WiFi and cordless phones even use some of the same radio frequencies. Unlike cordless phones that have a matched pair of handset/base station, WiFi has much more flexibility. The ‘base station’ (called an access point or AP) can connect to multiple ‘handsets’ (WiFi equipped computers) or you can just connect computers to each other.


What range can you expect? I'm afraid there is no easy answer to that because it depends on more factors than the card itself. The standards and manufacturer's spec sheets suggest a range up to 500 feet (~150 meters) but this is in optimum conditions with no walls or other obstructions. However, with a good card and a good access point (AP)/router, you should have coverage throughout your home. The more walls/floors between your PPC and the AP, the shorter the distance will be. If you can design your network so the AP is located near the center of the range you want to cover, you'll have better success.


In my real life example, I have an SMC CF card and a Belkin AP located in my basement near the center of the house. I get full (100%) signal strength everywhere in the house and I can go anywhere in my back yard and ~150 ft down the street in front before the signal starts to drop.


So, if you want to free your PPC from the USB cable, and still be able to use it to connect to the Internet or send and receive email, WiFi may be your way to go.


If you still have questions, check the WiFi Frequently Asked Questions.


NEW: Do you speak Dutch? The WiFi Guide has been translated into this language by kurversFTJ of the PocketPC-Club Netherlands and is available here!



Equipment

Broadband cable or DSL access[i] (with appropriate modem either directly from your service provider or one that is approved by them.)

WiFi Router (note, in addition to its function as a router, a WiFi router includes an access point as discussed above and a switch)[ii]

PC running Windows 98, 2K, or XP

WiFi PCI adapter or WiFi USB adapter or Network Interface Card (NIC)

Axim or other PPC running Pocket PC 2002 or newer OS

WiFi CF card [iii]




[i] These instructions are primarily written for broadband access based on my experience with cable broadband. It is possible to set up a WiFi network with a dialup modem using WinXP connection sharing as described under the Alternate Setups section.

[ii] Most current equipment is based on the 802.11b standards. 802.11g was just recently approved and while some equipment has been available for a while, the expense is greater and no benefit will be seen with the PPC since CF cards and built-in WiFi are limited to the 802.11b format.

[iii] A number of cards are on the market. For cards with 'good' range, I would include Socket, SMC, Netgear, Ambicom, Linksys, D-Link in that order. I would stay away from the Dell Truemobile just because a lot of people have reported poor range with it. For Access Point/WiFi Routers, I would look at Belkin, Netgear, Linksys, and D-Link.

Note, most of this is based on comments here with my own experience thrown in. For the cards, there is a comparison of many cards at Chris De Herrera's site (note that the numbers presented in the output column are not all in the same measurement). For routers and access points, see brand comparisons at PC Magazine and additional reviews at Practically Networked.


Contents Page Next
Page:
Router setup