Intel processors paired with Trident Z5 memory modules
Intel processors paired with Trident Z5 memory modules
Building a setup and experiencing slowdowns because of budget limits. Just received new RAM. My first pick was Vengeance 32GB [2x16GB] DDR5-5600mhz, but that was in April 2022. I pushed back on the timeline, bought RAM from a local store (Micro Center) thinking it was more affordable than planned. I ended up choosing a few units near my original budget, hoping for better options later. Eventually, I was recommended G.SKILL 32G 2X D5 6000 C30 TRGB B. I liked the specifications – faster clock speed and lower CL rating. Sadly, I didn’t have time to thoroughly test it before deciding. According to reviews, it performs well on AMD systems, but since I’m assembling an Intel build, I’m worried about compatibility. The box claims XMP support, though I suspect it might not be fully reliable for my needs. I’m not trying to criticize anyone or question their advice. It’s possible I overlooked the fact that this is meant for Intel hardware. I should have mentioned my system type earlier.
If you’re considering this, keep these points in mind:
- Make sure it’s Intel compatible if you need that feature.
- Look for a board-limited DDR5 RAM above 5600mhz with CL32+.
- Prioritize reliability and future upgrades.
- For gaming and VR, aim for stable performance under load.
- Avoid overclocking unless the parts allow it.
- Budget around $210 for a solid, long-lasting build.
If you need alternatives, let me know your exact requirements and I can suggest options.
I recently assembled an i5-13600K with g.skill Trident Z5 F5-6000J3040F16GX2. The ASRock Z790 AIO motherboard works fine, though I notice some sensitivity in RGB control. The XMP profile functioned properly. Just remember to confirm with your memory vendor about DDR5 support—ASRock offers extensive kits. The 304040 model is recommended because it uses Hynix dies. Micron and Samsung chips are reportedly less reliable for overclocking. My RAM supports speeds up to 6800MT/s, though I haven’t reached that limit yet. It runs smoothly at 6000MT/s. (Windows displays MHz but it's DDR, so the OS isn't accurate)
I possess a DDR5 kit that matches a Flare X5 design (though not identical to a Trident Z5 model). It shares the same board layout, memory chips, and operates in the same speed range (6000 CL30-38-38-96). This kit is essentially AMD’s offering, limited to EXPO profiles only—no XMP support. On the other hand, I run an Intel system. My main concern isn’t the memory quality but rather the compatibility of EXPO settings. While most public BIOS updates don’t support EXPO, the latest A91 BIOS for my Z690 board (released on overclock.net) actually allows the board to boot with EXPO enabled. This suggests the problem might lie more with my motherboard or BIOS configuration rather than the memory itself. The real challenge seems to be whether MSI has properly integrated EXPO training for Hynix A dies, especially since none of the available updates work smoothly. For my kit, the main hurdle is EXPO’s inconsistent behavior across Intel platforms—seemingly a gap in optimization between vendors.
I'm not clear on the details of the motherboard support kit you're referring to. It sounds like you're trying to understand what components are included and whether they match your needs. If you need more specifics, checking the official documentation or contacting the manufacturer would help.
PSU calculators are usually not reliable. Be cautious about them. What hardware are you actually aiming to use? They probably mean the memory QVL, the verified catalog of memory modules for those specific boards. G.Skill also offers one, which is often more detailed and considers that many of their kits are quite similar.
I need to check it but I’m assuming it’s okay now. I’m certain I told the representative my current MB was correct. I should have mentioned it on the shelf, but they’ve been replaced with the new Z790 boards. That’s a long list. I didn’t want to include too many non-RAM details, but here’s a brief summary. -CPU: 13900K, considering buying one at the end of the month if I can afford it. -MB: As above. -RAM: As above. -GPU RTX 4090, brand unknown right now. My condition makes shopping in-store tough and I’ll likely wait until later this year to get one reliably. Plus, it’s pricey. VA disability benefits are terrible, lol. -Two 1TB M.2 drives and three SATA SSDs (256GB, 256GB, 1TB). I already own the SATA HDDs but they’ll go to my child once I finish building the PC. My old drive is being passed over to him at his dad’s house. -360 AIO water cooling from Corsair or Lian Li. Looking at a 360mm model priced between $190 and $210 in the US. -Depending on the case ($180 to $210), a few fans and default RGB options. I’m not looking for anything special beyond that. -The only unique addition I want is an in-system telemetry UI. That’s not a big request. I’ve tested the specs with power simulators, and they all show around 820-880 watts. Sorry if this goes off the RAM topic. If it needs relocation, let me know.
For these specifications, a 1000W unit is ideal. Verify the PSU tier list to locate an A-tier model with a 4090 socket. Speaking of updates, what’s your strategy for handling the BIOS upgrade? Given you’ve had the board for months, it’s probable the motherboard lacks support for the 13900K. Since ASUS often restricts features, the Z690 TUF won’t allow BIOS flashback updates without a previous-generation CPU.
@RONOTHAN## I'm not sure. Is there a method to access BIOS without a processor? If not, I might have missed something. I'll need to find a solution. Thanks for pointing this out—it could affect my future PC setup plans. Maybe I made a mistake.
BIOS flashback is usually what people need for that purpose. This particular board doesn’t support it, so you’d have to try something different. There are a few options. You can purchase external BIOS flasher tools for around $5 on platforms like Amazon, AliExpress, or eBay—they let you update the BIOS without a CPU, though they’re quite difficult to use. Most repair shops will handle the BIOS update for free if you contact them, but it can be frustrating depending on how the salespeople respond. You might also request an RMA for the motherboard and have ASUS perform the update, though this depends on your experience with the sales team. Another idea is ordering a 12600K model on Amazon, updating the BIOS yourself, and returning it at no cost. Alternatively, if you know someone with a 12th generation CPU, they could do the update too, although that’s unlikely unless both of you are tech-savvy. There’s no one here who suggests making changes gradually like this; it’s usually smarter to save up and build your system all at once to prevent issues.