802.11a: With data transfer rates up to 54Mbps, it is faster than 802.11b and can support more simultaneous connections.
802.11 N is the fastest standard.
Because the data-transfer rate is faster, and it's almost immune to interference.
Data transfer will be faster in packet switching providing the setup time in circuit switching is greater than the time required to send a packet. If not, that is setup time in circuit switching takes less time, then circuit switching is quicker.
Short for Extended Capabilities Port, a parallel-port standard for PCs that supports bi-directional communication between the PC and attached devices(such as a printer). ECP is about 10 times faster than the older Centronics standard.
Data transfer on LAN is much faster than on WAN.Thus replication and fragmentation will not increase throughput and speed-up on a LAN, as much as in a WAN. But even in a LAN, replication has its uses in increasing reliability and availability.
The collections of wires that connect the various parts of a computer are called "buses." These buses allow for the transfer of data between components such as the CPU, RAM, and storage devices. Buses can vary in speed and width, with faster and wider buses allowing for faster data transfer. Some common types of buses include the front-side bus (FSB) which connects the CPU to the northbridge, and the peripheral component interconnect (PCI) bus which connects various peripheral devices to the motherboard.
802.11a = 54mbps
The RS-422 EIA-449 interface standard provides a faster data transer rate than the RS-423 EIA-449 interace standard.
it is an hdmi cable that has the ability to transfer data much faster than standard hdmi cables.
automatic has faster accleration
yes
b, the network will ALWAYS drop to the slowest device no matter if there are faster devices on it. n devices would slow down to g or b speeds also. The slower one can't go faster so the faster ones have no choice but to slow down. You can get around that problem if you were to get a Dual Band router and put the slower devices on a different band and then there wouldn't be a problem.
The list of shipping from slowest to quickest is 1.Standard(slowest) 2.Economy(Semi-fast) 3. Express (Fastest) So, No standard is not faster than economy, economy shipping is faster than standard
nothing
Stock the Ford GT is faster then a standard Corvette, but not faster then the stock corvette Z06
The current standard is 802.11n which is 160 Mbps is faster than Fast Ethernet 100Mbps
mail transfer are faster than bankers draft
Why use FPI for a daily transfer instead of a daily transfer?