.11b = 11Mbps
.11g = 54Mbps
Comparing this to a wired setup where a router is 10/100. 10 = 10Mpbs and 100 = 100Mpbs correct? So the .11g would be roughly half of the throughput speed as a wired 100Mpbs connection?
If I convert the 54Mpbs in KBps I come up with ~6912 KBps.
However, when I transfer between my two computers on my .g network FlashFXP is averaging around 850-900KBps or ~6.64Mpbs.
Am I missing something here? Because this seems AWFULLY slow. According to my DLink Diagnostic info:
Signal Strength is- 88%
Link Quality is- 100%
Tx- going between 54Mpbs and 48Mbps depending on where I'm at in the house.
Any clarification would be great.
Thanks!
.11g = 54Mbps
Comparing this to a wired setup where a router is 10/100. 10 = 10Mpbs and 100 = 100Mpbs correct? So the .11g would be roughly half of the throughput speed as a wired 100Mpbs connection?
If I convert the 54Mpbs in KBps I come up with ~6912 KBps.
However, when I transfer between my two computers on my .g network FlashFXP is averaging around 850-900KBps or ~6.64Mpbs.
Am I missing something here? Because this seems AWFULLY slow. According to my DLink Diagnostic info:
Signal Strength is- 88%
Link Quality is- 100%
Tx- going between 54Mpbs and 48Mbps depending on where I'm at in the house.
Any clarification would be great.
Thanks!