intel 1700 with high speed ram,memory

[gasolin]

My specs are up to date Please check my specs

 

[iameatingjam]

Oh I see my mistake, that overkill cooler explains it.

 

[biffzinker]

With four 16 GB sticks a mix of old and new Micron ICs I can get 5866 34-42-42-76 1.25v. Taking out the older sticks, and leaving the 5600 sticks easily go to 6600 without touching the stock 1.1v.

Something about the four sticks installed improves bandwidth efficiency, and it gets close to 93,644 GB/s unlike with two sticks. It’s not exactly 5866 when you look at the clock speed because of spread spectrum always enabled.

 

[gasolin]

I want to go higher 4000mhz cl 18 or 4400mhz cl 19 anything better,faster would be to expensive

Now my specs are up to date

 

[biffzinker]

I want to go higher 4000mhz cl 18 or 4400mhz cl 19 anything better,faster would be to expensive

That depends on the board, and the IMC.

 

[gasolin]

cl 16 at these speeds are just to expensive

 

[iameatingjam]

What are you trying to achieve? Is this just an experiment? For its own sake or something? Cause you're not going to gain much in real life performance. I'm not saying don't do it... I know chasing numbers can be fun. Just making sure you know not much is going to change outside of benchmarks, unless you are specifically doing some memory intensive work, and even then its not a certainty. You are getting pretty far past diminishing returns with ddr4.

3600mhz cl 16 is more than enough. DDR5 would make a difference, but not worth getting a new mobo for in your case, unless you want to also get higher end cpu and whatnot. 14100 with that cooler will be a good value grade gaming cpu. Probably the best 4 core out there, at least that I can think of. And your ram is fine as is.

 

[ShrimpBrime]

cl 16 at these speeds are just to expensive

Just go for the 4400mhz RAM and be done with the search.

 

[Konomi]

Are you manually tuning or just simply setting XMP? If you're just setting XMP, there's no need to venture outside of the sweet spot for your platform as that'll give you the best cost, performance and least amount of headaches.

 

[gasolin]

I don't manually tune

 

[Dr. Dro]

DDR4's optimal point is and will remain 3600 C16. With a i5-13600KF CPU (not exactly a hand picked bin there) and a cheap 4 DIMM DDR4 Z690, that's about your wall, too. Getting it any higher, if at all achievable (I wouldn't count on it), would require equal parts luck and labor, it won't be easy and you're square into rapidly diminishing territory.

Just enjoy your PC, if you need anything more, you will need better hardware.

 

[ShrimpBrime]

DDR4's optimal point is and will remain 3600 C16. With a i5-13600KF CPU (not exactly a hand picked bin there) and a cheap 4 DIMM DDR4 Z690, that's about your wall, too. Getting it any higher, if at all achievable (I wouldn't count on it), would require equal parts luck and labor, it won't be easy and you're square into rapidly diminishing territory.

Just enjoy your PC, if you need anything more, you will need better hardware.

You must be mistaken?
DDR4 on Intel since 8th gen has been 4000mt/s Optimally untuned. 3600mt/s on AM4 for sure.

Ideally, OP would want/need a decent set of B-Die for optimal performance really. Even the 3600mt/s CL16 kits OC 4000mt/s quite easily.

The board is a decent upper mid range with 5333mt/s OC support. I asked earlier to be sure without going and looking it up. In his sig too. Or sys specs... w/e.

And LGA1700 is optimal on DDR5, and under-dog on DDR4.

We may read here from our wonderful TPU site, says up to 20% performance difference. Maybe not worth selling motherboards and buying new motherboards for OP, but my point only being DDR4 is not optimal for Raptor Lake processors.

DDR5 Memory Boosts Intel Raptor Lake Performance by up to 20% Compared to DDR4

As we approach the launch of Intel's upcoming Raptor Lake desktop processors, we are getting more leaks of testing performed by system integrators and 3rd parties that have early access to the engineering sample (ES) chips. A few days ago, we saw an Intel Core i7-13700K CPU run Geekbench 5...

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