Expanding Ram issues
Expanding Ram issues
You're evaluating compatibility and value for your existing G.Skill 32GB DDR4 3400 series RAM. It's important to consider matching factors like size, speed, timing, and cost. The options you have are from different sellers, but they all offer the same kit. Since one vendor charges over $500 and another offers a 64GB package for less, focus on matching the timing (16-18-18-38) and speed (CAS 16) to ensure optimal performance. Size and cost should also be weighed against the need for a reliable upgrade.
What kind of motherboard are you using? Typically, consumer boards support only four RAM modules, right? Are you on a high-end board like the X299 or something similar? If yes, do you really require 64 GB of RAM? I’m just asking since most people who genuinely need that amount don’t have RGB support. Not saying you’re excluded, but I’m trying to grasp the situation better. With a 3200 kit, all modules will operate at 3200. Assuming both kits run at 1.35 volts and have matching timings, each of the eight sticks will clock at 3200 MHz, 1.35V, and a frequency between 16-18-18-38. In short, RAM will effectively underclock to match the slowest stick in the setup.
no clue why my specs don't show at the bottom but I have them in my profile. I already have 32gb and didn't see a new to buy all 8 sticks new if I don't have a reason. I was simply looking at cost vs use didn't care about the rgb. I simply looked at sets that had exact match on as many levels as I could I notice as I get closer to the limit of my ram my system starts to slow. as I upgrade my processor I plan on working on bigger projects and will require more ram as well I know I will have to also upgrade video cards and processor as well. im looking to get a set of 1080s or 2070s in the near future. i7 7800x @4.2 - MSI X299 Sli plus - 32gb Quad DDR4 G.skill3400 - MSI Gaming x 960 2way SLI - Thermaltake RGB 850 Grand Gold - Optane32gb + 1TB +1tb WD blue raid 1 - MSI CoreFrozerL - Vigor GK80 - MSI DS200 - Dual MSI Mag 271R
On the day I shared this question, RGV offered the most affordable kit. Right now my typical usage is 30-31 gigabytes. I should try to fit as many categories as I can, or it won’t matter much? I get the idea that RAM should run at its slowest clock speed for all components. Should timing still be considered? I’m asking since in my servers the RAM needs to match perfectly or the BIOS will throw errors.
What is your use case..? What do you need the RAM and a pair of 1080's for..? I wouldn't run a pair of 1080's unless there is a specific reason that would be a better idea for your specific workload than a single 2080 super for instance. I would try and match everything, but if you can't it really doesn't matter. The mobo shouldn't have an issue underclocking the faster sticks and make everything run at the lowest common denominator. Ideally, yes, match everything. If you can't do that, I would look for a set of 3200 with the same timings that your 3400 has which should be easy enough to find since timings usually tighten up as you drop speed, thus matching timing from a 3200 kit to a 3400 kit shouldn't be any trouble. But again, what is the use case here?
I handle a lot of 3d rendering, simulation, and animation tasks. During testing, parts perform at full capacity. A pair of 1080s costs the same as a 2070 super and offers better performance. My 960s are at their limit. I’m restricted to the files I can manage. I must test subsystems individually since loading the whole workspace isn’t possible. Across projects, I’m averaging around 30-31 gigs per project, working only with different subassemblies. This is just a small file I opened and captured a screenshot from during simulation testing of parts. Most other high-RAM files cause a blue screen when simulating the system.
That's fine. My understanding is that 3400vs3200 is not noticable on Intel as it would be with AMD? Might look into changing platforms down the road if Intel's continues to be stagnant. I know there's talk of new CPUs for 2020 just hope they stick to the same sockets