I understand that :
DDR
Double Data Rate transfers allows for data to be fetched on both the rising and falling edges of the clock thus doubling the effective transfer rate of the clock. For example a 100MHz DDR clock would achieve a peak transfer rate equal to that of a 200MHz clock. The effective transfer rate is equal to the clock frequency multiplied by the bus width, doubled.
In order for DDR to work, I must get a DDR motherboard right? If my motherboard is not DDR, the rate will still be 100mhz even tho my CPU is DDR.
Am i right?
DDR
Double Data Rate transfers allows for data to be fetched on both the rising and falling edges of the clock thus doubling the effective transfer rate of the clock. For example a 100MHz DDR clock would achieve a peak transfer rate equal to that of a 200MHz clock. The effective transfer rate is equal to the clock frequency multiplied by the bus width, doubled.
In order for DDR to work, I must get a DDR motherboard right? If my motherboard is not DDR, the rate will still be 100mhz even tho my CPU is DDR.
Am i right?