T-Force Delta 6000 CL30 and Lexar Ares 6400 CL32 paired with 7800X3D offer a competitive setup.
T-Force Delta 6000 CL30 and Lexar Ares 6400 CL32 paired with 7800X3D offer a competitive setup.
Considered buying TEAMGROUP T-Force Delta RGB 32 GB (2 x 16 GB) DDR5-6000 CL30 for AUD$189 versus Lexar Ares RGB 32 GB (2 x 16 GB) DDR5-6400 CL32 for AUD$159. The cheaper option may work fine, but could affect stability. For Hynix compatibility, the DDR5-6400 CL32 is more likely to be supported. Your system uses a 7800X3D CPU and a B650 Aorus Elite Ice motherboard.
DDR5-6000 CL30 offers optimal performance for today’s AMD processors. Going beyond it often reduces speed instead of helping. While you might be able to lower RAM speeds further, this is problematic because AM5’s RAM requirements are quite strict, making pre-set timings more reliable. It’s also best to skip XMP profiles, as they can favor Intel timings over AMD, leading to the same stability issues.
The increased velocity isn't inherently bad; it depends on context. Sometimes it can be advantageous, but other times it leads to issues. There are methods to mitigate these effects.
Due to the infinite fabric, operating it at high speeds could lead to instability. I’d probably opt for the Lexar kit. It receives excellent reviews and includes an expo profile. You’re free to adjust it to 6000mhz. It seems to be a Hynix-A die.
Are you certain the settings will work correctly? I’ve usually stayed away from rushing too much since otherwise you’d need to tweak manually or rely on less than ideal speeds based on the rated curve. Only in that case does it really matter how accurate the timing is.