Intel i7 5775C Broadwell CPU Review

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Keeping with their Tick-Tock model, Intel’s latest “Tick” CPU comes in the form of the i7 5775C. As is the case with “Tick” releases, we have a new manufacturing process that advances the Haswell 22nm manufacturing process to Broadwell’s 14nm. The Broadwell desktop CPUs will work on any Z97 chipset motherboard, provided the appropriate BIOS update has been made available. This release also marks the first time Intel has included the Iris Pro graphic solution on an unlocked desktop processor or even in an LGA package for that matter. So, let’s dive in and see what this latest Intel processor is all about.

Specifications and Features

Intel’s target market for the i7-5775C processor is the content creator and gamer who enjoys media creation, vivid 3D gameplay, and overclocking performance options. As you can see by the specifications below (provided by Intel), the base and turbo frequencies are quite a bit lower than the i7 4790K, but the Iris Pro 6200 graphics should be a huge improvement over previous Intel desktop processors. The 65 watt TDP and Iris Pro 6200 graphics definitely make the i7 5775C an attractive option for small and thin form factor desktops such as a HTPC.

Intel i7 5775C Specifications
# of Cores 4
# of Threads 8
Clock Speed 3.3 GHz
Max Turbo Frequency 3.7 GHz
Instruction Set 64-bit
Instruction Set Extensions SSE 4.1/4.2, AVX 2.0
Lithography 14 nm
TDP 65 W
Thermal Solution Spec PCA 2013D
Memory Specifications
Max Memory Size 32 GB
Memory Types DDR3L-1333/1600
# of Memory Channels 2
Max Memory Bandwidth 25.6 GB/s
ECC Memory Support No
Graphics Specifications
Processor Graphics Intel Iris Pro Graphics 6200
Graphics Base Frequency 300 MHz
Graphics Max Dynamic Frequency 1.15 GHz
Graphics Video Max Memory 1.7 GB
Graphics Output DP/HDMI/VGA
Execution Units 48
Max Resolution HDMI 2560×1600@60Hz
Max Resolution DP 4096×2304@60Hz
DirectX/OpenGL Support 11.2/4.3
Intel Quick Sync Video Yes
Intel InTru 3D technology Yes
Intel Insider Yes
Intel Wireless Display Yes
Intel Flexible Display Interface Yes
Intel Clear Video HD Technology Yes
# of Displays Supported 3
Expansion Options
PCI Express Revision 3.0
PCI Express Configurations Up to 1×16, 2×8, 1×8+2×4
Max # of PCI Express Lanes 16
Intel Data/Platform Protection Technology
AES New Instructions Yes
Secure Key Yes
OS Guard Yes
Trusted Execution Technology No
Execute Disable Bit Yes
Anti-Theft Technology Yes

During Computex 2015, Intel announced the release of five 65 watt Broadwell processors – two are LGA (socket) package type and three are BGA (soldered) package type. The majority of our readers will be interested in the LGA package type to use in existing Z97 chipset motherboards.

intel_cpu

Looking at the CPU die map, we see a couple interesting things going on. The most obvious being the Iris Pro 6200 graphics processor taking up half the die size. The full GT3e configuration of 48 Execution Units the Iris Pro 6200 graphics offers is more than double of that found on Intel’s HD4600 graphics solution. The 128 Mb of eDRAM sits on its own package and is shared by the CPU cores and Iris Pro graphics. However, installing a discrete graphics card will free up all 128 MB for the four CPU cores.

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The list of key features are provided below and are courtesy Intel. Other than the Iris Pro 6200 graphics, we also have Turbo Boost 2.0 up to 3.7 GHz, 6 MB of shared cache, which is down from the 8 MB found on the i7 4790K. However, the embedded cache (eDRAM) should more than cover that aspect. The i7 5775C supports overclocking of the CPU cores, memory frequency, and the graphics processor.

Intel® Core™ i7-5775C Processor Key Features:

  • 8-Way Multi-Task Processing: Runs 8 independent processing threads in one physical package.
  • Intel® Iris™ Pro Graphics 6200: Offers the best Intel® processor graphics with embedded cache (eDRAM) for the
    stunning visuals and media experience.
  • Intel® Turbo Boost Technology 2.0: Dynamically increases the processor frequency up to 3.7 GHz when applications
    demand more performance. Speed when you need it, energy efficiency when you don’t.
  • Intel® Hyper-Threading Technology: Allows each core of the processor to work on two tasks at the same time
    providing unprecedented processing capability for better multi-tasking, and for threaded applications.
  • Intel® Smart Cache: 6MB of shared cached allows faster access to your data by enabling dynamic and efficient
    allocation of the cache to match the needs of each core significantly reducing latency to frequently used data and
    improving performance.
  • CPU Overclocking Enabled (with Intel® Z97 Chipset),2: Fully unlocked core multiplier, power, base clock and DDR3
    memory ratios enable ultimate flexibility for overclocking.
  • Graphics Overclocking Enabled (with Intel® 9 Series Chipset) 3: Unlocked graphics multiplier allows for overclocking
    to boost the graphics clock speed.
  • Integrated Memory Controller: Supports 2 channels of DDR3-1600 memory with 2 DIMMs per channel. Support for
    memory based on the Intel® Extreme Memory Profile (Intel® XMP) specification2.
  • Chipset/Motherboard Compatibility: Compatible with all Intel® 9 Series Chipsets with the latest BIOS and MCU.
  • Built-in Visuals3: Enhanced built-in visual features deliver a seamless visual PC experience for doing everything from simple e-mail to enjoying the latest 3D and HD entertainment. The built-in visuals suite includes:
    -Intel® Quick Sync Video Technology:Media processing for incredibly fast conversion of video files for portable media players or online sharing.
    -Intel®InTru™3D: Stereoscopic 3D Blu-ray* playback experience in full HD 1080p resolution over HDMI 1.4 with 3D.
    -Intel® Clear Video HD Technology: Visual quality and color fidelity enhancements for spectacular HD playback andimmersive web browsing.
    -Intel® Advanced Vector Extensions 2.0 (Intel® AVX 2.0): Increased performance for demanding visual applications like professional video & image editing.

The following slides go into more detail about the Broadwell desktop processors and what they offer. As you can see, the big ticket item is the Iris Pro 6200 graphics making its debut on a socketed LGA package. Past that, the 65 watt TDP, 14nm manufacturing process, and compatibility with current Z97 motherboards are all worth mentioning. For those who currently own Z87 chipset motherboards, unfortunately, motherboard manufacturers are not likely to devote the resources necessary to provide firmware updates to that series. With the release of Skylake just around the corner, most of their time is being spent developing the new 100 series chipset motherboards. All slides below courtesy Intel.

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Product Tour

As is typical with the Intel sample CPUs we receive, they arrive in a small black box with a couple foam inserts to protect the processor. There isn’t too much to look at here other than the IHS and bottom contact points that allow usage in the socket 1150. The thermal solution specification calls out the PCA 2013D design, which is the same as used on the i7 4770K. If you remember when the i7 4790K was released, it called out the PCG 2013D thermal solution that was supposed to offer cooler temperatures. Given the much lower TDP of the i7 5775C, I doubt reverting back to the PCA 2013 thermal design will hurt much, if at all.

i7 5775C in a Box!

i7 5775C in a Box!

IHS Side Up

IHS Side Up

Contact Points

Contact Points

Benchmarks

For the purpose of comparison, we’ll use two previous socket 1150 processors in the i7 4790K and i7 4770K. We’ll also throw in results from the i7 5960X, which will obviously dominate the multi-threaded CPU based testing. When we get to the iGPU comparison, we’ll add results from the AMD Kaveri A10-7850K. We don’t yet have the AMD Godavari A10-7870K; but from what we’ve seen, the Godavari only provides a couple FPS more on average than the A10-7850K – and that’s at medium-level game settings. All of our gaming benchmarks use maximum settings, so that difference is likely to be even less between the A10-7850K/7870K APUs. Here is a look at the components used in the comparison systems.

i7 5775C / i7 4790K i7 4770K i7 5960X
Motherboard ASUS Maximus VII Formula ASUS Maximus VI Formula ASUS X99 Deluxe
Memory G.Skill TridentX 2X8 GB 2400 MHz G.Skill TridentX 2X8 GB 2400 MHz G.Skill Ripjaws4 4X4 GB 3000 MHz
HDD Samsung 840 EVO 500 GB Samsung 840 EVO 500 GB Samsung 840 Pro 256 GB
Power Supply Corsair HX1050 Corsair HX1050 Corsair HX1050
Video Card EVGA GTX 780 Ti Classified EVGA GTX 780 Ti Classified EVGA GTX 780 Ti Classified
Cooling EK-Supreme LTX Water Block
360 mm Radiator
MCP35X Pump
EK-Supreme LTX Water Block
360 mm Radiator
MCP35X Pump
EK-Supreme LTX Water Block
360 mm Radiator
MCP35X Pump
OS Windows 7 X64 Windows 7 X64 Windows 7 X64

Because one of the main features of the i7 5775C is the Iris Pro 6200 graphics, we’ll start with our gaming benchmarks to see just how much improvement has been made when compared to previous generations. After the iGPU testing, we’ll move on to the discrete graphics testing. For our graphics testing methodology, you can visit our testing procedures page for the detailed version of what we do. Below is the down and dirty explanation of said procedure.

Synthetic Tests

  • 3DMark Vantage – DirectX 10 benchmark running at 1280X1024 – Performance preset.
  • 3DMark 11 – DirectX 11 benchmark running at 1280X720 – Performance preset.
  • 3DMark Fire Strike – DirectX 11 benchmark running 1920X1080 – Standard test (not extreme).
  • Unigine Heaven (HWBot version) – DX11 Benchmark – Extreme setting.

Game Tests

  • Batman: Arkham Origins – 1920X1080, 8x MSAA, PhysX off, V-Sync off, The rest set to on or DX11 enhanced.
  • Battlefield 4 – 1920X1080, Ultra Preset, V-Sync off.
  • Bioshock Infinite – 1920X1080, Ultra DX11 preset, DOF on.
  • Crysis 3 – 1920X1080, Very high settings, 16x AF, 8x MSAA, V-Sync off.
  • Final Fantasy XIV: A Realm Reborn – 1920X1080, Maximum preset.
  • Grid 2 – 1920X1080, 8x MSAA, Intel specific options off, Everything else set to highest available option.
  • Metro Last Light – 1920X1080, DX11 preset, SSAA on, Tessellation very high, PhysX off.

As you can witness by the results below, Intel has made great strides with their Iris Pro 6200 graphics. In most cases, the performance has roughly doubled from that of their previous HD4600 series iGPU. Our four synthetic tests show a clean sweep for the Iris Pro graphics and by a pretty impressive amount.

HWBot Heaven Results

HWBot Heaven Results

3DMark Fire Strike Results

3DMark Fire Strike Results

3DMark Vantage Results

3DMark Vantage Results

3DMark 11 Results

3DMark 11 Results

The game benchmarks again show a clean sweep for the Iris Pro 6200 graphics. Impressive gains are seen when comparing Intel’s older HD4600 series iGPU performance. AMD’s R7 iGPU graphics held relatively close, but wasn’t quite able to keep up.

Batman: Arkham Origin Results

Batman: Arkham Origin Results

Battlefield 4 Results

Battlefield 4 Results

Bioshock Infinite Results

Bioshock Infinite Results

Crysis 3 Results

Crysis 3 Results

Final Fantasy XIV: ARR Results

Final Fantasy XIV: ARR Results

Grid 2 Results

Grid 2 Results

Metro: Last Light Results

Metro: Last Light Results

Admittedly, most of our readers use a discrete graphics card in their systems. We compared three other Intel CPUs by using the same discrete video card (EVGA GTX 780 Ti Classified) in all the test systems. The synthetic tests show the i7 5775C having no problem keeping up with the other two socket 1150 CPUs and actually taking a win in the HWBot Heaven benchmark.

HWBot Heaven Results

HWBot Heaven Results

3DMark Fire Strike Results

3DMark Fire Strike Results

3DMark Vantage Results

3DMark Vantage Results

3DMark 11 Results

3DMark 11 Results

The game benchmarks again show impressive results from the i7 5775C, especially considering its default clock speed is lower than the competitors. While there is very little difference between all the tested CPUs, you’ll typically see the i7 5775C fall between the i7 4770K and i7 4790K results. All in all, nothing to complain about for sure.

Batman: Arkham Origin Results

Batman: Arkham Origin Results

Battlefield 4 Results

Battlefield 4 Results

Bioshock Infinite Results

Bioshock Infinite Results

Crysis 3 Results

Crysis 3 Results

Final Fantasy XIV: ARR Results

Final Fantasy XIV: ARR Results

Grid 2 Results

Grid 2 Results

Metro: Last Light Results

Metro: Last Light Results

Moving along to the CPU and Memory benchmarks, we’ll start with the suite of AIDA64 tests. Each benchmark was run three times and the score averaged. All four CPUs used for comparison were left at their default speed and voltage with the memory set to 2400 MHz, except for the i7 5960X, which uses DDR4. Each graph is based on percentages with the i7 5775C being the basis, and thus always being 100%. A higher percentage is better on scored testing, and a lower percentage is better on timed results. Below each graph is the raw data used to produce each chart.

As expected, the i7 5775C produced results lower than the other two socket 1150 processors during the CPU tests because of its lower clock speed. The memory testing had the i7 5775C holding its own against the other socket 1150 CPUs and actually won out a couple of times. To no one’s surprise, the 8-core/16-thread i7 5960X was substantially better in all the AIDA64 testing.

AIDA64 CPU Test Results

AIDA64 CPU Test Results

AIDA64 CPU Benchmarks – Raw Data
CPU Queen Ph Worxx Zlib AES Hash
i7 5775C 45880 23655 326.8 16365 3918
i7 4790K 56243 22440 377.8 19979 4504
i7 4770K 49889 22363 335.9 17720 3998
i7 5960X 78823 30727 596.3 31802 7167
AIDA64 FPU Test Results

AIDA64 FPU Test Results

AIDA64 FPU Benchmarks – Raw Data
CPU VP8 Julia Mandel SinJulia
i7 5775C 5873 24513 13184 4625
i7 4790K 7118 34882 18677 5607
i7 4770K 6310 30940 16563 4974
i7 5960X 6414 55518 29730 8928
AIDA64 Memory Tests

AIDA64 Memory Tests

AIDA64 Memory Benchmarks – Raw Data
CPU Read Write Copy Latency
i7 5775C 37589 37376 42403 53.1
i7 4790K 36095 37663 34859 42.5
i7 4770K 36093 37667 34776 44.1
i7 5960X 58303 46900 53595 64.0

Compression, rendering, and video compression are tested using 7zip, Cinebench R10/11.5/15, x264, and PoV Ray. As expected, the i7 5960X ran away from the field here. Again, the slower clock speed of the i7 5775C resulted in it falling a tad behind the other two socket 1150 processors.

Cinebench and 7zip Results

Cinebench and 7zip Results

Cinebench and 7zip Benchmarks – Raw Data
CPU CB R10
CB R11.5 CB R15
7zip
i7 5775C 29556 8.39 774 23517
i7 4790K 34395 9.67 905 27304
i7 4770K 30667 8.61 804 24439
i7 5960X 43884 15.26 1410 42473
x264 and PoV Ray Results

x264 and PoV Ray Results

x264 and PoV Ray Benchmarks – Raw Data
CPU PoV Ray
x264 Pass 1
x264 Pass 2
i7 5775C 1560.85 187.13 46.57
i7 4790K 1831.70 211.53 54.99
i7 4770K 1622.95 181.98 49.01
i7 5960X 2845.74 204.95 83.42

The 2D benchmarks include SuperPi, wPrime, and Intel XTU. The I7 5775C managed to top the i7 4770K and i7 5960X in a couple of these tests, but by and large, clock speed and more cores won out here.

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SuperPi, wPrime, Intel XTU Results

Intel XTU, SuperPi, and wPrime Benchmarks – Raw Data
CPU Intel XTU
wPrime 1024M
wPrime 32M
SuperPi 32M
SuperPi 1M
i7 5775C 996 183.221 5.899 520.370 10.374
i7 4790K 1118 164.473 5.333 429.282 8.159
i7 4770K 1017 185.408 6.004 483.834 9.344
i7 5960X 1742 103.647 3.525 536.894 10.359

Overclocking

This particular CPU pretty much topped out at 4.4 GHz, which gave us an opportunity to check clock for clock performance against the i7 4790K processor. The wPrime 32M test scored a little better than the i7 4790K, but the SuperPi run came in just a tad slower. We’re splitting hairs here as both CPUs performed roughly the same when set to the same speed. Even though the screenshots below show a little less voltage, it took 1.4 V in order to fully stabilize the CPU at 4.4 GHz. So, we’ll call it good there as most enthusiasts should be able to duplicate that overclock. A 1.1 GHz overclock from the base clock of 3.3 GHz isn’t anything to sneeze at, especially given the mobile processor roots the i7 5775C was derived from.

SuperPi 1M @ 4.4 GHz CPU / 2400 MHz Memory

SuperPi 1M @ 4.4 GHz CPU / 2400 MHz Memory

wPrime 32M @ 4.4 GHz CPU / 2400 MHz Memory

wPrime 32M @ 4.4 GHz CPU / 2400 MHz Memory

The i7 5775C also offers eDRAM overclocking, which Intel states is primarily to enhance the Iris Pro 6200 graphics. The default speed of the eDRAM is set to 1800 MHz, but some have claimed speeds up to 2200 MHz are possible. ASUS passed along a beta BIOS that had eDRAM overclocking options, but they admitted it still needs work. I didn’t have much luck with the different available eDRAM ratios, but the ones I got working resulted in very minor performance increases at best. It’s something I’ll revisit once a final BIOS version is available. It’s certainly something to keep an eye on as manufacturers fine tune their Broadwell support.

Power Consumption and Temperatures

Given its mobile processor heritage, it’s no surprise the i7 5775C is very power efficient and able to run cool at the same time. Temperature testing had the i7 5775C matching those of the i7 4790K, even though the thermal designs are different. Overclocking temperatures will vary widely depending on your individual cooling apparatus, but our water cooling setup resulted in maximum temperatures of around 78 °C under load. Below are the results under stock conditions.

Temperature Comparison (Stock)
i7 4790K i7 4770K i7 5775C
Stock – Idle 28 °C 29 °C 28 °C
Stock – Load 59 °C 60 °C 59 °C

As far as power consumption number go, the i7 5775C performed admirably here as well. In its stock configuration, it draws less power than any of the socket 1150 CPUs reviewed to date, which isn’t surprising given its low 65 watt TDP. Even with the CPU overclocked and under 100% load, the highest wattage recorded was a mere 186 watts. Keep in mind, those numbers do not reflect a simultaneous load that might be put on the graphics card. But, either way… impressive power consumption numbers.

Power Consumption (Stock)
i7 4790K i7 4770K i7 5775C
Stock – Idle 124 112 110
Stock – Load 211 189 153

Conclusion

With the Skylake platform just around the corner, it puts the Broadwell desktop CPUs in a rather precarious position. If you’re an enthusiast gamer or overclocker, the i7 5775C might not be a viable upgrade path if you’re currently using an i7 4790K or i7 4770K along with a high-end discrete graphics card. But, that doesn’t mean the Broadwell desktop CPUs are void of enticing features. Without question, the increase in performance the Iris Pro 6200 graphics bring to the table is the big hitter with this release. AMD may have some catching up to do on their APUs, that’s for sure. Combine the Iris Pro 6200 graphics with reduced power consumption; and you have a great opportunity to build an inexpensive, great performing, and very efficient system. Gaming with the Iris Pro 6200 graphics is definitely possible if you’re not opposed to relaxing a few in-game settings. If that’s the case, then you can do without the added expense of a discrete video card. If you’re on a tight budget, then this could be the CPU for you.

Overclockers aren’t left out in the cold either as the i7 5775C will give you a respectable amount of overclocking to go along with the Iris Pro 6200 graphics. While there is still BIOS work to be done by motherboard partners, things should get substantially better as they have time to refine their Broadwell support.

At the time of publishing, the i7 5775C is pretty tough to find at online retailers, but we suspect that should change rather quickly. Because of that, we do not have a concrete MSRP, but it’s expected to be around $370 or less. If that holds true, it’ll be a littler more expensive than the i7 4790K. However, given the better Iris Pro 6200 graphics, the 14nm manufacturing process, and a lower TDP at 65 watts, we can see where the price increase is justified.

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Dino DeCesari (Lvcoyote)

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Discussion
  1. FranBunnyFFXII
    Guess I'll be saving my pennies for Skylake-E hexcore, and x109 mobo.


    yeah, if the leaked intel slide here is correct, then I will get skylake K later this year, and then switch to enthusiast skylake E in mid 2016, assuming that rumored date holds. Got to wonder if there will even be a Broadwell-E.
    Also a good point. BUt there are some applications in the "IT World" that could use a lot more oomph than the previous iGPU had, but not quite the level of needing a discrete GPU. not to mention, keeping up with "The Jones" (AMD). ;)
    EarthDog
    Not sure what you mean by "IT World". That, to me, means a business and not consumers.

    If you look at the review, you will see there are several SKUs that have 4c/4t and the iris pro graphics on it for a lot less ($100 less). As I said, some people in an office need a lot of cores and threads for their work so they have to go higher end. It is simply an improvement over Haswell in the power consumption and iGPU.


    Who cares about 3D graphics processing power in the business/IT world?

    Are AMD CPU's competitive in the business/IT world? Is that their niche market now? AMD wasn't even a consideration for the modern HPC clusters I've worked on.
    Not sure what you mean by "IT World". That, to me, means a business and not consumers.

    If you look at the review, you will see there are several SKUs that have 4c/4t and the iris pro graphics on it for a lot less ($100 less). As I said, some people in an office need a lot of cores and threads for their work so they have to go higher end. It is simply an improvement over Haswell in the power consumption and iGPU.
    EarthDog
    Nope.... at least not in this thread?

    While $370 is pretty costly, it gives one the best performance and a very solid GPU for very light gaming. There are also lesser SKUs that have the Iris Pro/6200 GPU inside that are cheaper. Some need/want the performance of all the threads but just don't game hard or want all the eye candy for their light gaming. If they want more than that, you will need to pay for a discrete GPU.

    EDIT: I think it is too pricey for the ENTHUSIAST crowd though when comparing it to existing CPUs. It makes nearly ZERO sense for one of us to buy it considering the 4790K/4770K. The only compelling reasons, as was already outlined in this thread by others, is for lower power consumption, and the MUCH better GPU.


    So this CPU isn't really being marketed for the IT world? Because $370 for a CPU sounds

    way too expensive for office work, even w/an integrated GPU.
    magellan
    But didn't you say that it was priced too high to be aimed at that market?
    Nope.... at least not in this thread?

    While $370 is pretty costly, it gives one the best performance and a very solid GPU for very light gaming. There are also lesser SKUs that have the Iris Pro/6200 GPU inside that are cheaper. Some need/want the performance of all the threads but just don't game hard or want all the eye candy for their light gaming. If they want more than that, you will need to pay for a discrete GPU.

    EDIT: I think it is too pricey for the ENTHUSIAST crowd though when comparing it to existing CPUs. It makes nearly ZERO sense for one of us to buy it considering the 4790K/4770K. The only compelling reasons, as was already outlined in this thread by others, is for lower power consumption, and the MUCH better GPU.
    EarthDog
    because most pc users do not need a discrete gpu. I call it good business.


    But didn't you say that it was priced too high to be aimed at that market?
    EarthDog
    because most pc users do not need a discrete gpu. I call it good business.


    Seems to be (the only thing) working for AMD. Can't blame Intel for noticing that.
    magellan
    Why can't Intel make broadwells without the iGPU? Maybe they could put something else in the place of the iGPU? Maybe a larger L3 cache? Or more eDRAM?


    They will, it will be called Broadwell-E.

    There's an "Enthusiast" line of CPU's made for a reason.
    magellan
    Why can't Intel make broadwells without the iGPU? Maybe they could put something else in the place of the iGPU? Maybe a larger L3 cache? Or more eDRAM?
    because most pc users do not need a discrete gpu. I call it good business.
    magellan
    Why can't Intel make broadwells without the iGPU? Maybe they could put something else in the place of the iGPU? Maybe a larger L3 cache? Or more eDRAM?


    As far as I understand Broadwell and haswell were heavily pushed for mobile improvements, and not desktop/server.

    The mainfocus of broadwell is mobile efficiency improvements, and part of that is better graphics without discrete GPUs.

    Iris graphics is for this development.
    Why can't Intel make broadwells without the iGPU? Maybe they could put something else in the place of the iGPU? Maybe a larger L3 cache? Or more eDRAM?
    rge


    skylake has already been leaked compared to 4790k, like here. skylake 6770k averages 7% faster than 4790k despite turboing to 4.2 vs 4.4 for 4790k. Clock for clock it is more like 10% faster overall.


    Guess I'll be saving my pennies for Skylake-E hexcore, and x109 mobo.
    Nice review of broadwell!

    skylake has already been leaked compared to 4790k, like here. skylake 6770k averages 7% faster than 4790k despite turboing to 4.2 vs 4.4 for 4790k. Clock for clock it is more like 10% faster overall.

    Skylake supposed to launch the K variant as well sometime after August IDF (if you can believe the rumors), if that is true, looks like intel blew off broadwell in favor of skylake, like consumers will.

    If skylake K arrives after IDF in august, that will be my next upgrade.
    Yes, I was implying MicroCenter's local pickup price.

    Make every employee purchase their own, to be reimbursed by the company. :p I don't know...
    Where is it $250? I dont see it for less than $299...unless you are talking Microcenter and a large company is going to walk in and buy dozens upon dozens and walk out? Or more than two (I believe you can only buy one processor - at least as a consumer).

    Regardless, I see your point, I just can't get the numbers to match. :p
    EarthDog
    So you would pay $450 instead of $370 just for better gaming performance for the office? I see. You would also double power consumption with that setup.

    65W is still a ton for a tablet...isn't it?


    $450? 4790s is $250, 750ti is $140. I suppose the 750ti is overkill, but it was just an example. You could easily do a 4790s with onboard or some generic 1GB dual-HDMI card and be under the price of the Broadwell.
    For a work station maybe these ? http://www.newegg.com/Product/Product.aspx?Item=N82E16814487035

    http://www.newegg.com/Product/Product.aspx?Item=N82E16819116991&cm_re=i5-4590_processor-_-19-116-991-_-Product

    Price point is spot on , but I don't know if the i5 would give up too much performance to make it a viable option.
    Tyerker
    This is what I was thinking. Makes sense for like an Office setting where Chipset-based graphics can't cut it. The iGPU improvements and the lower power make these great workstation chips, albeit expensively so. I think a 4790S with a 750ti makes a lot more sense for most applications. But in a laptop / iMac type of application, this makes more sense.

    I wonder if there would be a chance for this CPU being compatible with some type of Tablet...
    So you would pay $450 instead of $370 just for better gaming performance for the office? I see. You would also double power consumption with that setup.

    65W is still a ton for a tablet...isn't it?