Friday, May 15th 2015
Intel Core i7-5775C and i5-5675C Hit Retail Channel in Early June
Intel's upcoming 5th generation Core processors targeted at PC enthusiasts, the Core i7-5775K, and the Core i5-5675K, will be available in the retail channel on June 1st (NA, EMEA), and June 2nd (APAC). The two were available to the OEM channel since earlier this month. This is when you will be able to buy the two at a ground store, or online, in retail (box) packaging. Built in the LGA1150 package, the two will be compatible with existing Intel 9-series chipset motherboards (with BIOS updates).
Based on the swanky new 14 nm "Broadwell" silicon, the i7-5775C and the i5-5675C are quad-core chips. The i7-5775C offers clock speeds of 3.30 GHz, which spools up to 3.70 GHz with Turbo Boost; and will feature HyperThreading, enabling 8 logical CPUs. The i5-5675C offers 3.10 GHz clocks, with 3.60 GHz Turbo Boost frequencies. Both chips will offer 6 MB of L3 cache, Intel Iris Pro 6200 graphics; and TDP as low as 65W. For this reason, and others, the two won't exactly replace the i7-4790K and i5-4690K from the product stack. The two will ship with unlocked base-clock multipliers, letting you overclock them, and could still make for great buys for premium gaming PC builds.
Source:
Hermitage Akihabara
Based on the swanky new 14 nm "Broadwell" silicon, the i7-5775C and the i5-5675C are quad-core chips. The i7-5775C offers clock speeds of 3.30 GHz, which spools up to 3.70 GHz with Turbo Boost; and will feature HyperThreading, enabling 8 logical CPUs. The i5-5675C offers 3.10 GHz clocks, with 3.60 GHz Turbo Boost frequencies. Both chips will offer 6 MB of L3 cache, Intel Iris Pro 6200 graphics; and TDP as low as 65W. For this reason, and others, the two won't exactly replace the i7-4790K and i5-4690K from the product stack. The two will ship with unlocked base-clock multipliers, letting you overclock them, and could still make for great buys for premium gaming PC builds.
80 Comments on Intel Core i7-5775C and i5-5675C Hit Retail Channel in Early June
In fact in the majority of cases, when GPU is having a hard time with a game, an old quad core Intel or an AMD can perform more than good enough compared to a i7 Haswell, and the money you save from NOT going to newer and more expensive platform, can buy you a much faster card. With DX12, quad cores like the Q6600 could have a second chance as really capable gaming CPUs.
And if they take that $2-300 and spend it on a better GPU, that better GPU will definitely be held back by even a highly overclocked C2Q CPU.
>Based on the swanky new 14 nm "Broadwell" silicon, the i7-5775C and the i5-5675C are quad-core chips.
What is it now ? K or C ?
As for the "what about higher resolutions" argument, why isn't this an argument? If we are not talking about..... $2 difference(really???), but $200 or $300 if not more, considering the price for a completely new platform(cpu+mobo+ram), even after removing what someone can get for selling an old Q6600 system(a Phenom II,or a Nehalem) the money will be enough not just for a better GPU, but also for part of the price of a brand new 1440p monitor.
Anyway, just my opinion. I could be wrong.
Obviously, if you are playing games that are well threaded and very heavily GPU dependent, you can afford to stick on older CPUs. (My E7200 ran Crysis quite admirably with my 670) However the lack of single thread performance is very noticeable in games on engines such as Quake, HL2, and crappily optimized games. Obviously the E7200 is terrible in multithreaded performance, but the C2Q is adequate in quite a few modern games.
As for spending money on more expensive GPUs, I don't really see the point. I spent 120 quid on my 670, sure I can't max the most demanding games with AA on, but from the perspective of a competitive gamer, again there is no reason to go with anything much more, BF3, probably the most demanding game that is played heavily competitively is easy to run at 120FPS.
That said, the only reason I went with a 4790k over a 4690k is that I want the CPU power for encoding.
Only place where I could really see the difference was in apps like 7-zip, resizing massive images in Paint.NET, encoding MP3's and videos etc. So, when I'll upgrade, I'll make it big and keep that for like another 5+ years like this one, upgrading just graphic card and other small things, keeping the same mobo and CPU.
Once I started using that, I was lost to the Darkside. LOL!
I still have that Lynnfield 870 and it works fine running my Linux distro.
Q9590 was a CPU that I wanted at the time, but I didn't have the cash to get it. Sounds like a good plan. I don't have the cash flow to upgrade everything regularly. GPUs always make a good upgrade.
Even Ivy-E is a significant upgrade.
For that matter,an x5650 or x5660 has 12 threads,OC's really well,and would run on the platform you already have.
All I care about with my rig are gaming framerates and the CPU does bottleneck a fair bit on modern games when shooting for a solid 120fps at 1080p. I'm waiting for a CPU that will significantly lift those bottlenecks.
But it will be interesting to see how it performs, and if that i7 and the Edram does anything. if its heaps faster I might grab one. However I think the I7's should come with a few extra lanes, no matter how many pins the CPU has. I7 even on 1150 Socket. should be able to run a few more lanes! even if it was 2-4 more over the std 16 so you could use a M.2 PCI.E at good speeds while retaining 16 lanes for GFX card.