I've spent about a week going over hardware and exploring options to choose the best components that fit my needs, its been a bit of an adventure exploring all of the different options out there and stumbling over many roadblocks, and reassessing requirements to find the right solution. I think I've found it and I hope the contents of this might also help someone else who is or will go through the same process soon.
TLDR:
The goal of this upgrade is to replace the existing I7 7700k with a CPU that is compatible with Windows 11 at the cheapest possible price while also having the best quality. But evolved slightly into a mild upgrade that will stave off the need for another upgrade for at least another 5 - 10 years with a newer is better approach and meeting in the middle between cost, quality and newness.
I have begun this upgrade in December 2024 to counter the anticipated hardware price hikes that will occur as we get closer to Microsoft's deadline in October 2025.
Replace just the CPU
So this option is a no go, and leads to the next option of having to replace both the cpu and the motherboard as a minimum.
Replace both the CPU and the Motherboard
AM4 is the cheaper option by far, so I settled on that, bought the Ryzen 7 5700X for $239 and am looking at spending a bit extra ($350 to $400) to get the X570-ACE direct from China, over choosing the Strix X570 for around the same price. Moderately cheaper than compared to the prices for motherboards on the Intel side.
Is there something I've overlooked or could have chosen better?
Thank you for taking the time to read and hope you've had a very merry Christmas, and will have a happy new yearXD
TLDR:
- Settled on a Ryzen 7 5700x on a ASUS PRO WS X570-ACE.
- I7-7700k and Asus Strix Z270-E Gaming will become a Linux based NAS using TrueNAS. I’ve been looking at buying a dedicated NAS anyway, likely something from Synology so this kills that bird and saves me around $1000AUD, and it will be technically interesting and challenging to implement which I'm happy to deal with. Finally it reduces e-waste.
The goal of this upgrade is to replace the existing I7 7700k with a CPU that is compatible with Windows 11 at the cheapest possible price while also having the best quality. But evolved slightly into a mild upgrade that will stave off the need for another upgrade for at least another 5 - 10 years with a newer is better approach and meeting in the middle between cost, quality and newness.
I have begun this upgrade in December 2024 to counter the anticipated hardware price hikes that will occur as we get closer to Microsoft's deadline in October 2025.
Replace just the CPU
- LGA 1151 8th and 9th generation “Coffee Lake” and “Coffee Lake Refresh” processors are incompatible with the Z270 chipset on the motherboard.
- I7 7700k is the best cpu you can put on this motherboard.
So this option is a no go, and leads to the next option of having to replace both the cpu and the motherboard as a minimum.
Replace both the CPU and the Motherboard
- Considerations
I’ve been using a Corsair H80i v2 AIO cooler for years. It has a nice spot in my case where it lives that can only fit 120mm. My case is a Silverstone RV-02 Raven, it can easily support a larger AOI cooler that sits above its 3 180mm fans with brackets. but it looks janky and I question its effectiveness at cooling. I’ve also lost those brackets years ago. There's an official picture of this online somewhere.The RV-02 is a unique case and I’ll keep on using it for good, I do plan on customising it later and installing a custom water loop that uses a 180mm x 540mm radiator above the fans, and an additional 120mm thick radiator in the spot I currently have my H80i v2. But that's a challenge for another time.The I7 7700k has a 91W TDP and the H80i v2 has been handling it with no problems at all, though I do get temps in the high 80s sometimes if I’m pushing it. So I wouldn’t want to get a cpu with a higher value, I could probably go up to 95W but no more without thermally throttling the cpu.
- I have 32GB of Corsair Dominator Platinum DDR4 RAM that can run up to 3000MHz. These can be overclocked to accommodate a higher bus speed.
- I currently have an EVGA Geforce GTX 1080 FTW Gaming graphics card installed and another that I've had mostly acting as a paperweight while I eventually get around to ordering new fans for it. Once that’s done I’ll run them in SLI. I know that SLI has been phased out almost entirely but for this upgrade, I’d like to retain the ability to use SLI as I still play games that support it. I’ll also be splurging and getting a curved 4k monitor sometime within the next year to replace my aging but still perfectly working 1080p monitors.
- I'm not too interested in overclocking the CPU, I like things running from the factory, but I do like using intel K (unlocked) CPU’s where possible as they have higher clock rates. But locked CPUs are completely fine as well.
- Also have no interest in RGB. Bland and black is better, more interested in having robust and well made hardware that performs well enough out the factory as is. I’ll eventually order a spare panel to replace the one with the small acrylic window on it.
- Constraints
Use existing 120mm AIO cooler, supports many different sockets but best to stick with LGA 1151, LGA 1200, AM4 and AM5.< 95W TDP- Has the ability to support DDR4 Ram > 3000MHz, overclocking to 3000MHz is ok.
- Supports 2 way SLI
- Intel 9th Gen Upgrade (LGA 1151)
- Core i9 9900K - 95W
- Similarly priced to i7 9700k, the i9 is slightly more expensive but not much, both around $300. However while both have 8 cores, the i7 only has 8 threads while the i9 has 16.
- Asus WS Z390 PRO - $800 to $1100
- ROG STRIX Z390-E Gaming - $300 to $600
- Both options are PCIe 3.0
- Intel 11th Gen Upgrade (LGA 1200)
- Core i7 11700 - 65W - $500
- It is basically identical to the Core i9 11900. The both are 65W, the base clock is the same and the turbo clock rates are only marginally better for the i9.
- The K versions for both are 125W.
- https://versus.com/en/intel-core-i7-11700-vs-intel-core-i9-11900
- The differences are not worth the extra cost of the i9, and they are way harder to find.
- Doesn't seem to be a workstation for the Z490 or Z590
- ROG STRIX Z590-E GAMING $500 to $800
- PCIe 4.0
- AM4 Upgrade
- AMD Ryzen 7 5700X - 65W - $239
- 5800X and 5900X run at 105W TDP, are more expensive (5900X is double the price), with only slightly better performance. 5700X is more than enough for what I need to do.
- The AMD X570 chipset is the only one that supports 2 way SLI
- ASUS Pro WS X570-ACE - $350 to $800
- ASUS ROG STRIX X570-E GAMING - $250 to $500
- Both options are PCIe 4.0
- AM5 Upgrade
- Not possible as AM5 uses DDR5 memory and isn't backwards compatible with DDR4, so I would need to buy more memory adding to the cost ruling this option out.
AM4 is the cheaper option by far, so I settled on that, bought the Ryzen 7 5700X for $239 and am looking at spending a bit extra ($350 to $400) to get the X570-ACE direct from China, over choosing the Strix X570 for around the same price. Moderately cheaper than compared to the prices for motherboards on the Intel side.
Is there something I've overlooked or could have chosen better?
Thank you for taking the time to read and hope you've had a very merry Christmas, and will have a happy new yearXD
Last edited: