Figures 29 and 30 show True MIMO delivering consistently higher throughput at all outdoor test locations, in both uplink and downlink directions. The results also show that Super G / XR has run out of steam by 350 feet, while True MIMO is still delivering better than 13Mbps uplink and 15Mbps downlink at 400 feet! This is phenomenal performance, the likes of which I've never seen until now.

Figure 29: 11g Outdoor Throughput vs. Distance - AP to STA
(click on the image for a larger view)

Figure 30: 11g Outdoor Throughput vs. Distance - STA to AP
(click on the image for a larger view)

This time, I've provided comparison throughput plots in both uplink and downlink directions for 100, 200, 300 and 400ft test locations. (Since there are only two products per plot, it's easy to tell them apart.)

Figure 31: 11g 100ft Outdoor Throughput Comparison- STA to AP (click on the image for a larger view)	Figure 32: 11g 100ft Outdoor Throughput Comparison- AP to STA (click on the image for a larger view)
Figure 33: 11g 200ft Outdoor Throughput Comparison- STA to AP (click on the image for a larger view)	Figure 34: 11g 200ft Outdoor Throughput Comparison- AP to STA (click on the image for a larger view)
Figure 35: 11g 300ft Outdoor Throughput Comparison- STA to AP (click on the image for a larger view)	Figure 36: 11g 300ft Outdoor Throughput Comparison- AP to STA (click on the image for a larger view)
Figure 37: 11g 400ft Outdoor Throughput Comparison- STA to AP (click on the image for a larger view)	Figure 38: 11g 400ft Outdoor Throughput Comparison- AP to STA (click on the image for a larger view)

Don't ask me why the Super G / XR stuff got a throughput kick at 300ft, or why the downlink plots show a similar throughput drop and recovery for both the NETGEAR and Belkin products at around 40 seconds into the plot. The second phenomenon is especially strange, since the test runs were done on different days!