Installing memory is very easy. You should open locking clips and put memory modules into groove, with keyed notch set up over the groove on board, definitely press both modules into their slots, and boot the system. After booting system you will want to see whether system identifies that you put in 1GB of memory, and whether memory is noticed as dual channel. Then it is time to place voltages, dividers and timing in bios.

As system is in post, press key to go into bios and look for CPU frequency tab. Enter this choice, set RAM voltage to 1.8v, and set memory divider as you want. For 200FSB CPUs you want to set it to 2:3, but if you have an over clocked CPU or an EE processor you want to set it to 3:4.

Then, get the chipset settings menu. In this menu you can set RAM's latency by yourself. Set latencies as they are suggested by company. CAS-TRCD-TRP-TRAS are to be set up as 4-4-4-12. Now you may securely continue booting system.

Overclocking

Many memory sticks are able to run further than the maker's specifications. Overclocking memory permits users to obtain more performance from their system. These Wintec RAMs are capable of running with a low latency due to their advanced memory modules.

They can simply run DDR 533 with 3224 timings, lowest available timings. By rising memory voltage to 2.25v, they are capable of running these low latency timings at significantly higher speeds, but because of non-functioning memory dividers, I could not obtain significantly performance from them. These problems will be repaired with release of Intel 955x chipset, which has totally functioning dividers to run memory further than current speeds.