Tips for Securing Your Home Router
Seemingly minor and easily overlooked settings can still have profound security implications. Here are some steps you can take to make sure your wired or wireless home router — and by extension, your network — is as secure as possible.
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6/14/01 1.93a1 firmware adds MAC address filtering and increases the number of virtual servers to 20.
Ethernet LAN Link/Activity (3)
Ethernet LAN 10/100 (3)
One RJ45 10BaseT Ethernet WAN
Three RJ45 10/100BaseT switched Ethernet LAN
One DB9M "COM" port.
One DB25F parallel printer port.
printed Quick Installation Guide
CDRom with PDF copies of documentation and print server client installer
One CAT5 UTP cable
120VAC Power supply
Two moveable position, non-detachable monopole "rabbit ears"
Hardware reset button
NO Uplink port or Normal / Crossover switch for LAN Ports (see this page if this concerns you!)
The SMC7004AWBR is a remodeled version of SMC's Wireless Barricade that is replacing the WBR designated model. All the changes aren't cosmetic, however, and the wireless portion takes some steps back in performance.
Since most of the AWBR's functions were covered in the WBR and D-Link DI-713 reviews, I won't repeat them here. See those reviews if you need more functional details. Instead, I'll just focus on the what's new.
The AWBR is still sourced from AMIT and has a new circuit board that keeps the indicators on the front panel, but moves all connectors to the rear... a change that may be welcomed by many home users. A not-so-welcome change packaging change is the hump added toward the rear of the enclosure. This adds some needed ventilation holes (this baby still runs very warm to the touch!), but prevents you from stacking other boxes on top of it. SMC told me that there were supposed to be tall feet that would both raise the box off a table surface for bottom ventilation and allow stacking of boxes (you can see the mounting holes on the bottom of the box and indentations to receive the feet on the top cover of the enclosure), but there was a vendor mixup. It's not clear whether the feet will eventually start appearing... The other cosmetic issue that I noticed is that the LEDs are difficult to see unless you are looking straight-on at the panel...especially the LAN indicators.
As far as the electronics goes, the design uses the same components, except for a different radio card. The card is now fully connectorized (PC card bus and antennas) but still fully enclosed and not intended to be user-accessible. This new card adds 128bit WEP encryption to the WBR's 40/64 bit, but my performance tests confirmed the WEP-enabled performance hit that some users have reported. The Wireless Performance section below has all the details. On a positive note, you'll be able to enter four Hexadecimal WEP keys instead of one.
It's also worth noting that the AWBR's firmware raises the number of single port mappings (Virtual Servers) to 10 (20 via the 1.93a1 firmware update) and the number of triggered port range Special Applications to 8. These changes also apply if you upgrade the older WBR to the latest firmware.
I ran the Qcheck suite to test routing performance:
[Tests run with 1.92e firmware]
Qcheck Transfer Rate (Mbps)
[1Mbyte data size]
Qcheck Response Time (msec) [10 iterations 100byte data size]
Comment: Routing Transfer rate is comparable to many present generation products and plenty fast for most broadband applications. UDP stream performance shows that the router is starting to strain to keep up with a 500kbps stream rate.
I used an ORiNOCO Gold PC card as the wireless test partner, which I'll be using from now on for all wireless testing. (More details of how I tested can be found here.)
I decided to also run tests on the old WBR version to check out some rumored wireless performance differences. I upgraded the firmware on the older router to the current revision before testing. Here are the results:
AP f/w: 1.92e Wireless client driver: Variant 1, Version 4.00 Wireless client f/w: Variant 1, Version 6.16
Qcheck Transfer Rate (Mbps)
[1Mbyte data size]
Qcheck Response Time (msec)
[10 iterations 100byte data size]
Qcheck UDP stream [10S@500Kbps]
(Actual throughput- kbps)
(Lost data- %)
AP to Client - Condition 1
3.5[No WEP] 3.1[w/WEP]
4 (avg) 5 (max)
AP to Client - Condition 2
5 (avg) 33 (max)
AP to Client - Condition 3
5 (avg) 15 (max)
AP to Client - Condition 4
4 (avg) 6 (max)
Comments: Testing confirmed differences between the old and new versions. Throughput (Transfer Rate) on the newer AWBR takes a 45% WEP-enabled hit vs. an 11% hit on the older model. The retiring WBR also has better SNR (Signal to Noise Ratio) on the Condition 4 test than the newer model, although both turn in comparable throughput.
Although the AWBR takes a step forward with the addition of 128bit WEP encryption, it also steps back with lower WEP-enabled throughput (although there's no difference in degradation between 64 and 128 bit modes).
But even with this performance difference, I still think that the Wireless Barricade is the best all-around wireless routing value out there, especially since the AWBR is on-line priced at about $235 vs. almost $300 for the older model. Definitely Recommended!