ATA133 drives, also known as Ultra ATA/133, have a maximum data transfer rate of 133 MB/s (megabytes per second). This speed represents the theoretical limit under optimal conditions, and actual transfer rates may be lower due to factors like system performance, drive fragmentation, and the type of data being transferred. ATA133 is an improvement over its predecessor, ATA100, which had a maximum speed of 100 MB/s.
ATA133 is slightly faster but it's nothing you'd notice much because it's referring to burst data transfer rates, not sustained. You can use either ATA100 or ATA133 hard drives in your computer, but not all motherboards chipsets support ATA133. If your motherboard supports only ATA100 and you install a ATA133 hard drive, it'll just run at ATA100 speeds. Likewise if your motherboard supports ATA133 and you install a ATA100 hard drive, it'll just run at ATA100. This is a direct quote from a forum....I had to do a lot of searching. SOOOO...... Go ahead and buy it...I did!!! "Phsyche 500GB 3.5 Inch,One Button Backup HDD Media Player USD 94.43" http://www.half2have.com/
a 1934 port is actually a firewire port, that can be used for high speed data transfers
The speed of DIMM (Dual In-line Memory Module) is typically measured in megatransfers per second (MT/s), which indicates the number of data transfers that can occur per second. This speed is influenced by the memory's clock frequency and its data rate; for example, DDR (Double Data Rate) memory transfers data on both the rising and falling edges of the clock cycle, effectively doubling the data rate. Additionally, the speed is often represented by its frequency, such as DDR4-2400, where 2400 MT/s refers to the effective data transfer rate.
No AGP is older and slower. AGP was superseded PCI Express in 2004.
32 bit data transfers
the internal data path the address bus the clock speed the cache
electrons
RAID10 is a subsystem that increases safety of a computer. It does this by writing the same data on two computer drives. Also while doing this, it increases the speed by interleaving data across two or more mirrored virtual drives.
Ans: 150 KBs per second Regards, adhi
The speed at which data is transferred on a bus is measured in hertz (Hz), which represents the number of data transfers per second. The frequency of data being placed on the bus depends on the specific technology and protocol being used, such as 1MHz, 100MHz, or 1GHz for different types of buses.
Mainframe computers are connected thru high speed internet or local ethernet having speed probably some mbps. Mainframe computers requires high data bandwidth to transfers data from terminal.
Cable size, data transfer speed, and SATA is newer technology.