IEEE 802.11g
around 200 mbps
You can't ! MHz or Megahertz is a measurement of frequency - mbps or mega-bits per second is a measurement of data transfer speed.
When talking about data transfer speeds most likely you will be talking about Megabits Per Second (Mbps) or Gigabit Per Second (Gbps).
A wireless access point! :)
It is desirable to have a higher Mbps in almost all cases. Mbps = Mega bits per second. It describes the throughput (or bandwidth) or data through a network interface.
mbps
Ethernet ports transfer data at rates up to 1000 mbps.
around 200 mbps
The 802.11g standard defines wireless networking at speeds of up to 54 Mbps and operates in the 2.4 GHz frequency range. It was developed as an enhancement to the earlier 802.11b standard, providing higher data rates while maintaining backward compatibility. 802.11g is widely used for wireless local area networks (WLANs) and supports various applications requiring faster data transmission.
Yes, mbps refers to megabits per second. The more data transfer per second, usually the better quality. It is much more recommended to use a higher bit rate quality.
200
54 mbps is the fastest physical connection but a more important measurement is the data transfer rate. 54Mb is a typical data rate for a wireless network link. Unlike wired connections, a wireless channel is shared by all the computers that are active on the network at the time. Add some error correction due to signal drop out from time to time and the effective data transfer rate can be much less than the physical bit rate. The same is the case with many Internet connections. Data rates quoted by ISPs are generally a theoretical maximum and will be affected by usage by other users. There may be cases where a 1Mb exclusive link will transfer data faster than a 54Mb shared link.
In one second, the OC12 can transfer 622.08 Mbps. The term Mbps means Megabytes per second. So there you go.
You can't ! MHz or Megahertz is a measurement of frequency - mbps or mega-bits per second is a measurement of data transfer speed.
the answer is USB 2.0 High Speed
400 mbps.. that's all.
The 802.11g standard operates at 2.4 GHz and supports data rates up to 54 Mbps. It was introduced to provide higher speeds than its predecessor, 802.11b, while maintaining backward compatibility with it. This standard became widely used for wireless local area networks (WLANs) due to its balance of speed and range.