- Joined
- Jul 10, 2023
AMD can’t afford to piss off and treat their AIBs like that. Nvidia can because of how big and dominant they are.all they had top do was force the aibs to keep it at/around 600. but they are allergic to getting market share.
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AMD can’t afford to piss off and treat their AIBs like that. Nvidia can because of how big and dominant they are.all they had top do was force the aibs to keep it at/around 600. but they are allergic to getting market share.
AMD is "winning" if the cards are selling. Are they above MSRP because of no supply, or low supply and high demand? In reality, Nvidia is winning because they are busy making AI accelerators instead of consoomer GPUs.tl;dr AMD value is super shit and the 9070XT turns out to be a massive failure. Nvidia wins again.
Wondering why the chinese not go the full soldered route because Frameworks is making one of those with the RAM soldered on chip, the chips can be bought for pennies in the market i would gladly take 50 bucks more if the only thing i have to do is just slam a nvme and power it up with any PSUOh, and I forgot to mention that we are seeing a steady rise of "mobile on desktop" (MODT) where you have a cheaper motherboard with a soldered/BGA mobile chip on it (some of which are equivalent to desktop chips anyway, just running at a lower TDP).
I think we've seen 16-core mobile chips soldered to a motherboard + cooler or no cooler for around $300-400.
All they had to do was release their own card and that could've helped with keeping things reasonable. You would think its in the aibs best interest to improve AMD market share, especially the AMD exclusive ones.AMD can’t afford to piss off and treat their AIBs like that. Nvidia can because of how big and dominant they are.
AFAIK, China has pioneered the cheap "mobile-on-desktop" trend:Wondering why the chinese not go the full soldered route because Frameworks is making one of those with the RAM soldered on chip, the chips can be bought for pennies in the market i would gladly take 50 bucks more if the only thing i have to do is just slam a nvme and power it up with any PSU
Multiple users are now selling these CPUs, starting at 3998 RMB, or roughly 550 USD, for the flagship MAX 395 processor. The images shared by sellers appear to come from the same source. Reportedly, the 395, 390, and 380 SKUs are on sale and could potentially be soldered directly onto various devices. It might even be a chance to upgrade an already rare Halo Mini-PC.
If you live near a microcenter I’d try and get a 7600x3d. Otherwise a 9600x is under $200, but is 6 cores if that matters to you.What is the most reliable budget AM5 CPU? I already got the mobo but I'm wondering what CPU to get (if it comes with a basic cooler, I'm immediately dumping it for a Thermalright cooler).
In terms of what you can regularly buy - the 7600X. If you live near a Microcenter, then you can get a 7600X3D and if you're willing to deal with China then you can get a 7500F.What is the most reliable budget AM5 CPU? I already got the mobo but I'm wondering what CPU to get (if it comes with a basic cooler, I'm immediately dumping it for a Thermalright cooler).
For AMD, anything with an X in the name doesn't come with a stock cooler.(if it comes with a basic cooler, I'm immediately dumping it for a Thermalright cooler).
What is the most reliable budget AM5 CPU? I already got the mobo but I'm wondering what CPU to get (if it comes with a basic cooler, I'm immediately dumping it for a Thermalright cooler).
AMD reportedly preparing Ryzen 7 9700F 8-core processorHonestly though, I'd just save up an extra $100 and buy an 8-core 7700X. Even the Switch 2 comes with 8 cores now.
When I've tweaked Windows, I did it to kill useless bloat, telemetry, gay popups, etc. Not to download more FPS.This channel does some pretty good videos testing Windows and BIOS settings and debunking a lot of the pseudoscience optimisation guides floating around. I don't know how good his actual testing methodology is but he shows how a lot of the changes people sometimes recommend don't even give 1% improvements in framerates. My only complaint with his channel so far is that he doesn't test many games.
I got a 8500g when I was in poverty mode, probably best to avoid if you want to pair it later with a stronger videocard but fine on its own.What is the most reliable budget AM5 CPU? I already got the mobo but I'm wondering what CPU to get (if it comes with a basic cooler, I'm immediately dumping it for a Thermalright cooler).
This channel does some pretty good videos testing Windows and BIOS settings and debunking a lot of the pseudoscience optimisation guides floating around. I don't know how good his actual testing methodology is but he shows how a lot of the changes people sometimes recommend don't even give 1% improvements in framerates.
Super informative shit. I never knew that by default your GPU drivers set some scaling BS that adds noticeable latency. Speaking of, in the process of looking for power profile tweaks and visiting this guy's Discord on an alt just to download his shit (hate when people do that), I discovered this guy, Khorvie, who also does various tweaks and shares them. His power profile was the one recommended in FSL's video.This channel does some pretty good videos testing Windows and BIOS settings and debunking a lot of the pseudoscience optimisation guides floating around. I don't know how good his actual testing methodology is but he shows how a lot of the changes people sometimes recommend don't even give 1% improvements in framerates. My only complaint with his channel so far is that he doesn't test many games.
This is interesting. From what I understand, Nova Lake will use one or two CPU tiles with 8+16 each, allowing it to double the core count. The 14+24 should be using two tiles with 7+12 cores enabled each. I expected to see 12 P-cores in this list, but not 14.
- Core Ultra 9 - 16 P-Cores + 32 E-Cores + 4 LP-E Cores (150W)
- Core Ultra 7 - 14 P-Cores + 24 E-Cores + 4 LP-E Cores (150W)
- Core Ultra 5 - 8 P-Cores + 16 E-Cores + 4 LP-E Cores (125W)
- Core Ultra 5 - 8 P-Cores + 12 E-Cores + 4 LP-E Cores (125W)
- Core Ultra 5 - 6 P-Cores + 8 E-Cores + 4 LP-E Cores (125W)
- Core Ultra 3 - 4 P-Cores + 8 E-Cores + 4 LP-E Cores (65W)
- Core Ultra 3 - 4 P-Cores + 4 E-Cores + 4 LP-E Cores (65W)
What would the P-cores be clocked at? Also the 9 series SKU only being at 150w TDP? I’ll believe it when I see it.Intel Nova Lake-S Desktop CPU SKUs Leak: Up To 52 Cores With 16 P-Cores, 32 E-Cores & 150W TDP, Entry-Level SKUs With 12 Cores
This is interesting. From what I understand, Nova Lake will use one or two CPU tiles with 8+16 each, allowing it to double the core count. The 14+24 should be using two tiles with 7+12 cores enabled each. I expected to see 12 P-cores in this list, but not 14.
Making LPE-cores mandatory will improve idle power consumption on desktop, if they are implemented properly. AMD is expected to follow suit with Zen 6, putting 2 "LP" cores (but 4 threads) in the I/O chiplet.
Intel Nova Lake-S Desktop CPUs To Feature DDR5-8000 Memory Support Natively, Up To 36 PCIe Gen 5.0 Lanes
Intel Nova Lake-S reportedly supports DDR5-8000 memory and 36x PCIe 5.0 lanes
Base TDP on the Core Ultra 9 285K is 125w.Also the 9 series SKU only being at 150w TDP?