With more than one PC in the home and a move from dialup to broadband access sometime in the near future the black arts of home networking hove into view. This short note from the FT has given me and idea of what points to consider, possible problems and and idiots guide to doing the deed. So what further advice can others offer? - I'd love to hear from members who have done this for themselves - warts and all. Thanks. Auric FEATURES - TECHNOLOGY: How to make better connections at home By Paul Taylor Financial Times; May 12, 2004 [email]paul.taylor@ft.com[/email] A network for the home or small office can provide many benefits, including the ability to share resources such as a broadband internet connection, printers and files. Unfortunately, setting one up is not as easy as it should be, even though technologies such as WiFi wireless networking and Microsoft's Windows XP operating system have made it easier. I decided to look at some of the networking options that are available, and ways to improve the performance, functionality and reach of a small network. At home I have a mixed network built using traditional hard-wired Ethernet cables, WiFi connections and, most recently, a couple of "Home Plug" networking devices that use ordinary home power wiring connections to transmit data. The network connects desktop PCs, portables and peripherals, including printers, media servers, network cameras and external hard drives for back-up. The network is connected to the internet via a broadband cable modem secured with hardware and software firewalls. The first choice when building a small network is to decide what networking technology to use. The traditional choice is Ethernet cabling. Ethernet cables provide the fastest, most reliable connections, but are the most difficult to install in a house or office that is already built, because it usually means drilling holes and dragging cables through floors and walls. A standard Ethernet cabled network can handle data at 10 or 100Mbps (megabits per second), much faster than even the fastest broadband internet connection. In recent years a wireless radio technology called WiFi (Wireless Fidelity) has become an alternative to hard-wiring a network. WiFi comes in several varieties, most based on a radio standard called 802.11. The main types of 802.11 WiFi are designated by the letters b, a and g. Each of these WiFi modes has a nominal speed, for example 802.11b, which was introduced in 1999, has a nominal speed of 11Mbps while the other main standard, 802.11g, was introduced last year and is rated at 54Mbps. Most home networking equipment makers, including D-Link Systems ([URL="http://www.dlink.com"]www.dlink.com[/URL]), Linksys ([URL="http://www.linksys"]www.linksys[/URL]), SMC ([URL="http://www.smc.com"]www.smc.com[/URL]) and Netgear ([URL="http://www.netgear.com"]www.netgear.com[/URL]), have proprietary "extreme" or "turbo" modes which are even faster, provided the network is based around their equipment. In practice, though, the real speed is much slower than the nominal speed because of walls, interference and other factors. In most cases this does not matter because even the slowest 802.11 connection is faster than a broadband connection. But if you plan to stream video around a home network, or expect to transfer very big files, then you should choose 802.11g-rated equipment. In fact, the price premium for such equipment is now so small that most of the time it makes sense to buy it. The basic hardware components of a wireless home network include wireless cards for older portables, which cost from about each, or external wireless adapters that plug into desktop PCs with USB (Universal Serial Bus) sockets, and a wireless router - a kind of data traffic cop that directs data "packets" around a network. Wireless routers usually also have a single WAN (wide area network) socket that connects to a broadband modem using a short Ethernet cable, and four standard 10/100Mbps Ethernet ports. These are useful if you want to "hard wire" a PC or server and perhaps some other peripherals to the network using cables. Most routers also come with security elements such as a firewall and NAT (Network Address Translation) features which help protect network PCs from hackers. Wireless routers generally cost from to 0 each depending on their features and most now come with easy to follow "wizard" guides which help even new users set up a home network with the minimum of fuss and invite them to use additional security features such as the largely discredited WEP (Wired Equivalent Privacy) and the much more secure WPA (WiFi Protected Access). Astonishingly, most WiFi home networks are set up without even these basic security features enabled - Microsoft is one of the few companies that produces WiFi routers with security features enabled by default. I have recently been using D-Link's top-rated and bargain-priced DL-624 AirPlus Xtreme G router, on sale for about . Like the similar Netgear WGT624 wireless router, D-Link's DL-624 supports the 802.11g standard but also uses clever proprietary technologies to double the nominal top speed of 54Mbps. Of course, the real speed is more like 45Mbps, but that is still a lot faster than ordinary g products. I found the DL-624 very easy to set up and it has proved very reliable over the past few months, delivering consistent performance throughout most of my house. 802.11g products have a nominal range of about 300 feet in ideal - that is open - conditions but much less when used in real homes. I did, however, want to extend the range of my wireless network to a troublesome distant bedroom over a garage. I also wanted to link it to an external network security camera outside the house. The solution to the second problem was easy. I installed a wireless access point or "bridge" - also from D-Link - inside my home near the camera's location and ran an Ethernet cable back to one of the four Ethernet ports on the router. I could also have used something called a wireless extender, sold by D-link and other vendors. Either way, it is now fairly straightforward to extend the range of a wireless network. The distant bedroom proved a tougher challenge. It was too far to run a cable there and, even with the second access point, I could only pick up a weak signal. I decided it was time to test a third networking technology: "HomePlug" or "Power line" networking. This routes data over existing home or small office electrical circuits at speeds of up to 11Mbps. This sounds tricky, but it is not. I tested it out using equipment made by Iogear ([URL="http://www.iogear.com"]www.iogear.com[/URL]). I positioned one GHPB21 Ethernet bridge near the router, plugging it into a spare mains socket, then ran a short Ethernet cable from the router to the socket on the HomePlug unit. I plugged the second box into a mains socket in the bedroom and ran a short cable to the Ethernet card in my daughter's PC. The problem was solved. Even though the two powerline boxes are on different circuits in the house, the data travelled easily between the router and the PC. I now have a hybrid Ethernet cable, Wi-Fi and powerline home network that can potentially reach every room in my house - and a little bit further. [email]paul.taylor@ft.com[/email]