A friend sent me some RAM to try (G.Skill Ripjaws 8gb x4) but it had made the power button flash upon reconnecting the power cord (Amber x3, White x1) which online said is a CMOS issue.
I've since swapped them back and reset the CMOS and it's currently working on the original RAM, I've just been considering turning on XMP in the OC part of BIOS to re-try the other ones.
Yes, the Alienware Aurora R14 (Ryzen Edition) supports G.Skill Ripjaws DDR4 8GB modules in a 4x8GB (32GB total) configuration.
The Aurora R14 has four DDR4 memory slots, supporting up to 128GB total with speeds of 3200 MHz, 3466 MHz, or 3600 MHz. It explicitly lists 8GB per slot as compatible, along with dual- or quad-channel setups.
G.Skill Ripjaws (like the V series) are DDR4 modules commonly available at 3200 MHz (e.g., CL16, 1.35V), matching the system's specs perfectly. Users report success with third-party RAM brands including G.Skill on Alienware systems, though Dell doesn't provide a public QVL list—standard DDR4 works reliably.
Match speeds and timings across all four sticks for best stability; enable XMP in BIOS for rated performance. Mixing with existing RAM is possible but may limit speed to the slowest module—test for dual-channel optimization.
HOWEVER I note the piccy shows a 1.25 V as the voltage rating, and 2800 as the 'speed' rating, hence my scepticism on the modules you have.
anne_droid
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Posted May 11th, 2026 20:05
Hi
Dunno.
The internet says YES ...
Yes, the Alienware Aurora R14 (Ryzen Edition) supports G.Skill Ripjaws DDR4 8GB modules in a 4x8GB (32GB total) configuration.
The Aurora R14 has four DDR4 memory slots, supporting up to 128GB total with speeds of 3200 MHz, 3466 MHz, or 3600 MHz. It explicitly lists 8GB per slot as compatible, along with dual- or quad-channel setups.
G.Skill Ripjaws (like the V series) are DDR4 modules commonly available at 3200 MHz (e.g., CL16, 1.35V), matching the system's specs perfectly. Users report success with third-party RAM brands including G.Skill on Alienware systems, though Dell doesn't provide a public QVL list—standard DDR4 works reliably.
Match speeds and timings across all four sticks for best stability; enable XMP in BIOS for rated performance. Mixing with existing RAM is possible but may limit speed to the slowest module—test for dual-channel optimization.
HOWEVER I note the piccy shows a 1.25 V as the voltage rating, and 2800 as the 'speed' rating, hence my scepticism on the modules you have.
Kind Regards
anne_droid