Crucial DDR5 5600 SO-DIMM vs G.SKILL DDR5 6400 32GB 2×16GB
G.SKILL DDR5 6400 32GB 2×16GB — Pick the G.SKILL DDR5 6400 32GB 2×16GB — it leads these groups: Speed 2
Tap a group name to see the proof · The scoring method is public
The short answer
G.SKILL DDR5 6400 32GB 2×16GB wins this comparison with a score of 50/100, ahead of Crucial DDR5 5600 SO-DIMM (48).
The main differences: Memory speed (5600 MT/s vs 6400 MT/s) · CAS latency (40 vs 32) · Voltage (1.1 V vs 1.4 V).
Scores are computed from 5 public spec attributes; missing values stay marked unknown in tables and are imputed at the category median, never passed off as measured.
At a glance
0–100 per group, normalized within the category · Tap a group for details
How to choose
Pick the Crucial DDR5 5600 SO-DIMM if you care about…
- Voltage 1.1 V +0.3 V vs 1.4 V
Pick the G.SKILL DDR5 6400 32GB 2×16GB if you care about…
- Memory speed 6400 MT/s +800 MT/s vs 5600 MT/s
- CAS latency 32 +8 vs 40
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Where they differ
3 · Only rows that actually differ, with a verdict per row
| Crucial DDR5 5600 SO-DIMM | G.SKILL DDR5 6400 32GB 2×16GB | Where they differ | |
|---|---|---|---|
| Memory speed | 5600 MT/s | 6400 MT/s | G.SKILL DDR5 6400 32GB 2×16GB |
| CAS latency | 40 | 32 | G.SKILL DDR5 6400 32GB 2×16GB |
| Voltage | 1.1 V | 1.4 V | Crucial DDR5 5600 SO-DIMM |
The record
Grouped and collapsible · Tap a group to fold
Speed2▾
| Crucial DDR5 5600 SO-DIMM | G.SKILL DDR5 6400 32GB 2×16GB | |
|---|---|---|
| Memory speed | 5600 MT/s | 6400 MT/s |
| CAS latency | 40 | 32 |
Specs3▾
| Crucial DDR5 5600 SO-DIMM | G.SKILL DDR5 6400 32GB 2×16GB | |
|---|---|---|
| DDR generation | 5 | 5 |
| Module size | 32 GB | 32 GB |
| Voltage | 1.1 V | 1.4 V |
Data sources: Amazon
FAQ
Which is better, Crucial DDR5 5600 SO-DIMM or G.SKILL DDR5 6400 32GB 2×16GB?
G.SKILL DDR5 6400 32GB 2×16GB edges ahead 50 to 48 and leads in Speed. Choose Crucial DDR5 5600 SO-DIMM instead if Voltage matters more to you.
What are the main differences?
The main differences: Memory speed (5600 MT/s vs 6400 MT/s) · CAS latency (40 vs 32) · Voltage (1.1 V vs 1.4 V).
How are the scores calculated?
We normalize 5 public spec attributes within the category and weight them by group into a 0–100 score; missing values are inherited from spec-identical twins or imputed at the category median, so a sparse spec sheet never earns an advantage. The methodology is public.
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