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Asgard Aesir DDR5 32GB 4800MHz Kit Review

Powerful. Colorful. Optimal.

Overclocking

Asgard Aesir DDR5 32GB 4800MHz Kit Review 1 12th, Aesir, Asgard, DDR5, Intel, Intel 600, Next-Gen, RGB Gen

Asgard’s Aesir DDR5 is really quick out of the box, but we always like to see if we can squeeze a little more out of it. This is a baseline run for comparison.

Asgard Aesir DDR5 32GB 4800MHz Kit Review 2 12th, Aesir, Asgard, DDR5, Intel, Intel 600, Next-Gen, RGB Gen

We were able to jump right to 5000Mhz without doing anything. Our motherboard auto-adjusts timings to compensate.

Asgard Aesir DDR5 32GB 4800MHz Kit Review 3 12th, Aesir, Asgard, DDR5, Intel, Intel 600, Next-Gen, RGB Gen

5200MHz is also a breeze to achieve.

Asgard Aesir DDR5 32GB 4800MHz Kit Review 4 12th, Aesir, Asgard, DDR5, Intel, Intel 600, Next-Gen, RGB Gen
Asgard Aesir DDR5 32GB 4800MHz Kit Review 5 12th, Aesir, Asgard, DDR5, Intel, Intel 600, Next-Gen, RGB Gen

5400Mhz requires us to up the voltage to 1.2V but we clear the 80GB/s mark and latency is still slowly falling.

Asgard Aesir DDR5 32GB 4800MHz Kit Review 6 12th, Aesir, Asgard, DDR5, Intel, Intel 600, Next-Gen, RGB Gen
Asgard Aesir DDR5 32GB 4800MHz Kit Review 7 12th, Aesir, Asgard, DDR5, Intel, Intel 600, Next-Gen, RGB Gen

We were able to top out at 5600Mhz, but this required 1.32V to achieve

Asgard Aesir DDR5 32GB 4800MHz Kit Review 8 12th, Aesir, Asgard, DDR5, Intel, Intel 600, Next-Gen, RGB Gen

Our next direction is to reset to stock and see if we can tighten up the timings. Moving to C38 doesn’t require any effort on our part.

Asgard Aesir DDR5 32GB 4800MHz Kit Review 9 12th, Aesir, Asgard, DDR5, Intel, Intel 600, Next-Gen, RGB Gen

C36 also comes and goes easily.

Asgard Aesir DDR5 32GB 4800MHz Kit Review 10 12th, Aesir, Asgard, DDR5, Intel, Intel 600, Next-Gen, RGB Gen

We were ultimately able to get down to C34 but this requires 1.22V to get stable. It refused to go any lower and would fail to POST.

Asgard Aesir DDR5 32GB 4800MHz Kit Review 11 12th, Aesir, Asgard, DDR5, Intel, Intel 600, Next-Gen, RGB Gen

With some tweaking, we were able to get 4800MHz C36-36-36-75 at stock voltage which gets us a modest boost in bandwidth and much lower timings. Interestingly, we noticed this also affects the CPU’s L3 cache latency. Tighter ram timings seem to lower the L3 cache latency as well.

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