On the extreme overclocking end of things, we estimate that less than 1% of the results ever posted on Hwbot or elsewhere can reach or exceed speeds of 4200 CL12 that this memory accomplished without the use of exotic cooling. The difference is less than 1/4%; however, it’s clear that the 3DMark benchmark suite prefers high frequency to tight timings, as timings can actually have a detrimental effect. The improvements in XMP profile speeds are greatly attributed to modern manufacturing processes and memory PCB layouts; however, they might not be attainable on all motherboards.

The overall look is very sleek and professional, consisting of an all-black exterior with a simple slide-off band to hold it together. In this case, the goal is to remove all variables and examine only the performance change from memory overclocks.

Because the kit is already blistering fast, overclocking the memory just doesn’t yield huge results in this bench with this memory configuration.

Because of this, we thought it’d be worthwhile to investigate what type of memory overclock could be accomplished in that frequency range. Mỗi mô-đun Trident Z Royal đều được xây dựng với các IC nhớ được sàng lọc bằng tay trên PCB 10 lớp tùy chỉnh để đảm bảo tín hiệu toàn vẹn nhất cho hiệu suất ép xung nhanh chóng. In terms of performance, the new XMP profile of 4000 CL16-19-19 proved to be exceptionally fast in all of our tests. Being DDR4, you can use this RAM with AMD or Intel motherboards and CPUs, so long as the processor and board can handle the higher speeds. Next, we will be using the ASRock Timing Configurator, which is a free piece of software that allows users of all major motherboard brands to see the primary, secondary, and tertiary timings which have been applied in the bios.

From the budget concision 3000 MHz kit to the performance minded 4600 MHz kit, the Trident Z Royal line is uniquely flexible to meet your needs.