Netgear WGR614 Wireless-G Router
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List Price: Our Price: $33.99 You Save: $25.00 (42%) Availability: Usually ships in 24 hours Buy Used: from $15.95 (click here) Category: CE See more product details |
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Enter the WGR614. With a price alluringly under 3 digits after rebates, I decided to cut my losses and step up to the faster 54MB platform. I purchased the both router and the matching WG511 PCMCIA card in order to maximize compatibility.
So far, I am very satisfied. Thanks to my previous experience with the ME102, I had no trouble setting up the WGR614. All configuration on the unit is handled through a built-in web server, including an upgrade feature that allowed me to install the latest firmware from Netgear's web site (a beta version implementing full 802.11g draft compliance with SSID broadcast blocking). A quick side note, if you decide to upgrade to the beta firmware, be sure to do the same with your Netgear WG511 PCMCIA card as well. If you own a different brand of wireless card/bridge/USB connectivity device, be sure to check with the manufacturer to see if they have a "g" draft-spec firmware *before* upgrading to prevent compatibility problems.
As with any wireless network device, performance will vary according to the environment, infrastructure, and placement of the antenna, but in my case, I experienced increased range in my 1600 sq. ft., two story home with steel framing over my old ME102. Where the signal would drop significantly at the farthest corners of the home with the ME102, I had good signal through the entire house. Throughput was improved, of course, but those who primarily web surf may not see dramatic improvement.
I do feel better about security, now that I'm able to use access lists in addition to WEP. While there are still ways around these controls, the added layer of penetration is certainly welcome.
Like it's competitors, the Netgear offers some router and firewall-like features which do everything from hide or forward ports and services to static routing. The latter is especially helpful for connecting the device to another router like the Linksys BEFSX41--perhaps not coincidently, the private IPs used by Netgear are not the same as Linksys. Since I do not use the Netgear for VPN or secure tunneling, I am unable to vouch for it's effectiveness as a remote office solution. I think it would be safe to say however, that those users who need a router with VPN services should look elsewhere for a dedicated device or one that advertises (and presumably supports) such features.
In all, the WGR614 is a solid entry or addition to home wireless networking. I was able to replace a 5 port wired switch and standalone access point with one Netgear wireless router. I would recommend both the WGR614 and WG511 PCMCIA card for a simple-to-set-up, cost-effective, and secure home wireless G solution.
Well, all I can say is I am extremely pleased with this so far. Although I haven't really had it long enough to say that it's reliable, it has maintained a fast enough connection both wired and wireless so far, with no fade outs and no resets. This is WGR614v4, so perhaps many of the problems people have had have been sorted out. Fortunately, for my sake, I am not an early adapter ... I prefer to wait for new technology to stabilize before adopting it.
Setup was so easy it was done almost before I knew it - less than 15 minutes from plugging it in to being able to use my laptop in the next room. That's including WEP setup - no WPA yet, unfortunately.
One of the concerns I had from reading other reviews is that of its speed being much lower than advertised. But now I am wondering if some of the complaints people have is because they don't really know what to expect. I get the same download speed connecting to the internet through the wireless connection as I do with a direct wired connection - up to 160 KBytes/sec, or about 1.3Mbs.
If you have only one computer, there's no point in buying a Wireless g product since you are never going to push it to anywhere near the maximum bandwidth - get wireless b and spend the money on something else.
Only if you have a home network do you get the advantages of a wireless g network. I have a small home network, with two computers (one WinXP, 1.8GHz, 7200rpm HD, the other Linux, 400MHz, 5400rpm HD) wired directly to the router and one laptop (Win2000, 350MHz, 4200rpm HD) with the wireless PC card.
I decided to do some speed tests to see how the network held up, so I enabled the FTP server on the Linux machine and FTP'ed large files across both the wired and wireless connection. FTP gives you close to the real network speed because of low overhead, but still depends on the speed of the hard disk since you're writing to disk.
I got these results:
WinXP <- Linux (wired): 72Mbs
WinXp -> Linux (wired): 44Mbs
Laptop <- Linux (wired): 16Mbs
Laptop <- Linux (wireless): 11Mbs
Laptop -> Linux (wireless) 11Mbs
If I didn't know any better I would be complaining about the speed of the wireless connection, but since the wired connection to the same PC was only 40 % faster, it's obvious that the network speed has much more to do with the CPU and disk speed than with the wireless connection, so I'm very happy with this. It just means I now have an excuse to go out and buy a new laptop to replace my 5 year old IBM.
So, can I recommend it? Yes, very much so. But bear in mind that it seems that whether this works depends on your circumstances. You may just have to try two or three different routers to get one to work.
The first unit (router) is in the laundry room near the rear of the house, and works great. The second unit is in the front, giving me a very large area of coverage throughout my house and a handy switch to plug in my PC and an older network print server.
Tips:
1. I am assuming you have an existing router (wireless or not) with an existing connection to the Internet through DSL or cable.
2. Log into your main router (Netgear is usually 192.168.0.1) through the Web browser. Go to the screen for connected devices or LAN setup and set a new device with a fixed IP address. For the IP address, choose a number at the top of the DHCP range for your unit (192.168.0.51 for Netgear, for example). Find the MAC address from the bottom of the new wireless router that you want to use as an access point and enter it. Give it a name and press enter.
3. Remember this IP address, as you will use it later.
4. Configure the second WGR614 by connecting it directly to a PC through one of the ports on the back of the unit (not the WAN port). Do not connect the wireless router to your network or Internet connection at this time.
5. Log into the router using 192.168.0.1 and set it to acquire its IP address and DNS dynamically (on the basic setup screen). Do not set up this router to connect to your ISP.
6. Select the wireless setup screen and set the SSID to match the SSID on your main router (usually defaults to the manufacturer's name "NETGEAR" or "LINKSYS", you get the picture)
7. Set the channel to a different channel than your main router. 1,6, and 11 are good channels. If your main router is at 6, set this one to 1 or 11.
8. Go to the network setup screen and set your IP address to the IP address you put into the main router earlier (see step 3). This will be the new way you log onto this WGR614.
9. Turn off DHCP by unselecting the radio button on the web screen.
10. THIS NEXT STEP IS CRITICAL, pay attention...
11. Using a crossover cable (Cat5 crossover, available at Radio Shack), connect the new wireless router you have just configured to your network by plugging one end of the cable into your network and the other into one of the four switch ports of the new router. DO NOT CONNECT IT TO THE WAN PORT. If you connect it to the WAN port, this configuration simply will not work.
This should do it. Test it by logging onto the main router (again 192.168.0.1 for netgear) to make certain you can see it. Then try out Internet connectivity.