There are several issues with your RAM. Let me help you understand what might be going on!
There are several issues with your RAM. Let me help you understand what might be going on!
Sure, I'll set everything manually at 1600mhz and 1.5v. I'll also adjust the main timing settings. Let me try it out and keep you updated soon!
Sure thing, buddy. I'll give it a shot and let you know what I think. Appreciate the help!
There exist JEDEC 1866 profiles for DDR3L that aren't classified as OC by default. Regarding the return, I've been quite active online lately, mainly due to work commitments over the past year. My most recent promotion placed me in a role I hoped would offer more personal time, but it actually required significantly more of my free hours. I was wrong about the Samsung DIMM being 1866 C11—it's actually 1600 C11 (PC12800 / 8 equals 1600). It’s unclear why my mind jumped to 1866; it could work, though it may need extra adjustments to function properly. Whether that adjustment is worthwhile depends on how comfortable the user feels. I generally recommend against it, but it isn’t impossible or inherently risky. I’d suggest setting VDIMM to 1.5V, keeping VCCSA/VCCIO in auto mode. Since the kit expects C11, starting with 1600 C11-11-11-35 might be a good first step, then gradually reducing it to 9-9-9-27 could help ensure stability before aiming for lower latency.
Profiles in sticks are limited by the CPUs available at that time. For a 3200MHz clock speed on DDR4, some 1.35V kits were possible, but only with looser timings to meet JEDEC standards. No 1.2V 3200MHz profiles were offered until later. It wasn't until then that such sticks became widely available.
I don't remember talking about 3200mhz. The main idea is that DDR3 standards covered a 1866mhz specification, which coexisted with Haswell. https://www.jedec.org/document_search?se...ltext=ddr3 Intel's memory controller was certified up to 1600mhz on Haswell, so anything above that would be seen as an overclock from IMC's view but not from JEDEC's. Broadwell's controller provided official support for 1866mhz, and it wasn't considered an OC if JEDEC standards were followed.
Intel appears to indicate support only up to 1600 MHz, which doesn’t match my expectations. The site mentions DDR3L at 1.5V, but I’m unsure if that’s the same as standard DDR3. Broadwell-E was DDR4, so it seems there might be some confusion about the processor generation and specifications.
Yeah... the 5775C... I, together with the rest of the world, overlooked its existence. The Broadwell I was talking about was the mobile chips: https://ark.intel.com/content/www/us/en/...0-ghz.html , https://ark.intel.com/content/www/us/en/...0-ghz.html , https://ark.intel.com/content/www/us/en/...0-ghz.html . To make things even more confusing, Intel's 5550U supported 1866, but the 5600 didn't: https://ark.intel.com/content/www/us/en/...0-ghz.html https://ark.intel.com/content/www/us/en/...0-ghz.html Looking deeper, it seems to be built around the iGPU. This data comes from Intel's technical notes on Broadwell. CPUs with GT3 graphics could go up to 1866 MHz, while GT2 models maxed out at 1600 MHz. Considering this, I’m going to retreat into the background and think about whether I really understand what I’m discussing, lol.
Yes, it is possible. However, for him the simplest option is simply to choose another identical one.