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People purchased these from Amazon for $250 recently. You can get them new for around $350 on eBay.
No, it was the 1920x. That said it was a one off from Amazon, should not count on that price being there again any time soon.
Does anyone know how much (if any) of a downgrade this would be from a 4770k (stock clocks) for gaming under Linux at 1080p with a GTX 1080?
I went from a 5Ghz 3770K to a 4.1Ghz 1600 to a 4.3Ghz 2700 and have been very happy. Pair it with some decent ram and you are good to go. That said, if you are going to invest in a 399 board, at this point I would buy one of the new boards that can support the 32C with heavy OC'ing just so Zen2 (TR3 SKUs) is a done deal.
threadripper is not going to give you improved gaming - you should get a 2700x if you want that.Did you improve performance in your task? do you play games? did it increase game play performance? (fps)
I'm on a 4770 non K, was wondering if going to AMD will improve my gaming experience on a 1440p monitor.
Does anyone know how much (if any) of a downgrade this would be from a 4770k (stock clocks) for gaming under Linux at 1080p with a GTX 1080?
It will be a wash as the 1920x has nearly the same IPC as the 4770k maybe a tiny bit less. I would say the variance will be 3-5 fps +- depending on the game. The caveat is if the game properly uses more than 4 threads such as Battlefield 1 the 1920x will pull away there. It really is a workstation cpu and an ok gaming cpu.Did you improve performance in your task? do you play games? did it increase game play performance? (fps)
I'm on a 4770 non K, was wondering if going to AMD will improve my gaming experience on a 1440p monitor.
It will be a wash as the 1920x has nearly the same IPC as the 4770k maybe a tiny bit less. I would say the variance will be 3-5 fps +- depending on the game. The caveat is if the game properly uses more than 4 threads such as Battlefield 1 the 1920x will pull away there. It really is a workstation cpu and an ok gaming cpu.
It will be a wash as the 1920x has nearly the same IPC as the 4770k maybe a tiny bit less. I would say the variance will be 3-5 fps +- depending on the game. The caveat is if the game properly uses more than 4 threads such as Battlefield 1 the 1920x will pull away there. It really is a workstation cpu and an ok gaming cpu.
Thanks for the update, looks like another few years with the 4770
Thanks!
I am in the same boat, however my current workstation is a dual e5-2665 from sandy bridge setup. I decided to take the middle ground and ordered 2 e5-2670 v2 cpus. So that bumps me up to 10 cores per cpu, ivy bridge improvement, and 100mhz faster clock for 200 bucks. I figured this was a better upgrade cost wise as this setup will match this threadripper chip in multicore performance. I do software development so while I game, workstation use is priority. I also have the motherboards and tons of ddr3 ecc already so 200 bucks instead of a grand or more to get up and running. I have been using these high core count lower clock type of chips for years as gaming rigs. The gaming even with a high end card is fine for the majority of games but not high fps. The other issue is any game that is dependent on a single strong core even if it is multithreaded tend to run rather poorly. Guild wars 2 comes to mind as a game that really shows the worst case of these types of chips. It is a quad core game but 1 core does the majority of work so playable but relatively low fps compared to a standard cpu.I really want to do one of these builds but all those threads are probably a waste on pubg and Tarkov.....
I am in the same boat, however my current workstation is a dual e5-2665 from sandy bridge setup. I decided to take the middle ground and ordered 2 e5-2670 v2 cpus. So that bumps me up to 10 cores per cpu, ivy bridge improvement, and 100mhz faster clock for 200 bucks. I figured this was a better upgrade cost wise as this setup will match this threadripper chip in multicore performance. I do software development so while I game, workstation use is priority. I also have the motherboards and tons of ddr3 ecc already so 200 bucks instead of a grand or more to get up and running. I have been using these high core count lower clock type of chips for years as gaming rigs. The gaming even with a high end card is fine for the majority of games but not high fps. The other issue is any game that is dependent on a single strong core even if it is multithreaded tend to run rather poorly. Guild wars 2 comes to mind as a game that really shows the worst case of these types of chips. It is a quad core game but 1 core does the majority of work so playable but relatively low fps compared to a standard cpu.
Since this involves business and sounds like it would be running 24/7 as a server. I would go with the 1950x because of power usage and modern features. $300 bucks can go fast in extra power usage depending on electric rates an in area with a dual socket setup.I am still trying to decide - I can get a 1950x and mobo for 1000 or I can get a Z820 - HP Z820 Workstation 16 Core (x2) Intel Xeon E5-2687W 32GB 600GB HDD Quadro 5000 for 1000. The 1950x and mobo would replace my 1700x and mobo so I have the ram/video card HDDs etc. This will serve as my Hyper-V headless server or ESXi box (still trying to decide which one I want to go with - but a lot of my clients have hyper-v because of the cost so I need to make sure our ovfs work in Hyper-v). Anyhow - I can get a 1920x from ebay for about 350, mobo for about 300 and cooler for about 50 so that puts me at 700 - for anothre 300 I can go a 1950x or just buy the complete system listed above. The question is the 1950x THAT much better than a dual Xeon 2687w?
It's my home lab - but I work from home as an SE but a good point - I will run the power consumption numbersSince this involves business and sounds like it would be running 24/7 as a server. I would go with the 1950x because of power usage and modern features. $300 bucks can go fast in extra power usage depending on electric rates an in area with a dual socket setup.