Intel HD Graphics 4000 Review and Benchmarks

The new Intel HD 4000 integrated graphics unit is being touted by Intel as a giant leap forward over the current HD 3000 graphics with a 50% or above performance boost promised.  The Intel HD 4000 GPU will be a standard part of any Intel Ivy Bridge equipped laptop, also known as the 3rd Generation Core series of processors.  AMD has made it a priority to emphasize the fact their APUs (Accelerated Processing Units) for laptops, such as the Fusion platform, offer much better integrated graphics performance over what Intel has to offer.  Intel has acknowledged this and are steering in the direction of catching up to AMD in the integrated graphics war.  So does the Intel HD 4000 close the gap with AMD and if you’re into gaming will the HD 4000 be enough for your needs?  Read on to find out!

Our test unit for this Intel HD 4000 review is based upon an engineering sample laptop from HP, obviously it’s an early model and drivers are young, as time passes by and Intel and other developers tweak drivers for the HD 4000 the results will improve.  That said, the display drivers used were downloaded from the HP website for their upcoming Intel Ivy Bridge equipped laptop releases so this is what the first round of Ivy Bridge equipped laptop users will experience.

Here are the key components and specs for the unit being tested:

  • Platform: Intel Ivy Bridge – BIOS version 4.C7 (08/11/2011)
  • Processor: Unidentified Intel Core i7 Engineering Sample processor (idling at 1.7GHz, Turbo Boost to 2.6GHz)
  • Graphics:  Intel HD 4000, 2GB memory
  • Memory: 8GB DDR3 RAM (2 x 4GB)
  • Storage: Intel 320 80GB SSD
  • OS: Windows 7 Ultimate x64 SP1 with all updates to current date
  • Display Drivers Used:

First, we used CPU-Z to confirm the internal specs of this laptop, below is a CPU-Z screenshot of some details on the Core i7 Ivy Bridge processor on board. Notice the technology is 22nm and the Max TDP is a low 35 W:

CPUz for Intel Ivy Bridge

The graphics are confirmed as being Intel HD 4000 revision 4 by CPU-Z. Remember, the drivers being used while obtained from are the first generation of drivers and as tweaks are made and drivers improved the Intel HD 4000 graphics performance are sure to improve.


Windows Experience Index (WEI) for Intel Ivy Bridge & HD 4000

People love to know what the Windows Experience Index score of a laptop is.  We know, it’s not a benchmark and the results it spits out should be taken with a grain of salt, but nonetheless let’s take a look at the WEI score this HP laptop achieves with a Core i7 Ivy Bridge processor and HD 4000 graphics:

Windows Experience Index benchmark_thumb[6]

That overall score of 6.4 is pretty impressive, the fact the Graphics score was rated at 6.4 is great.  A typical score for Intel HD 3000 equipped laptops is 4.7 so Windows 7 at least has an optimistic view of the Intel HD 4000 capabilities.  Below is a table comparing some graphics scores for an Intel Sandy Bridge equipped HP Folio 13 and the HP EliteBook 8470p with Ivy Bridge.

LaptopWEI Overall ScoreWEI Graphics ScoreWEI Gaming Graphics Score
HP EliteBook 8470p (Intel Core i7, Intel HD 4000, 4GB RAM)
HP Folio 13 (Intel Core i5, Intel HD 3000, 4GB RAM)

Windows Experience Index provides limited details on graphics performance, so let’s now dig into some more 3D targeted benchmarks.

3DMark Vantage Intel HD 4000 Benchmarks

3DMark Vantage from Futuremark is a popular benchmark for measuring the graphics performance of a PC.   It’s free to download if you want to try it out on your system.   3DMark offers four different presets for running graphics benchmarks: Entry, Performance, High and Extreme.  We ran the test in each mode, screenshots of the scores and results are below which will be followed by analysis:

3DMark Vantage Entry Score for Intel HD 4000 (low level of graphics demand): 14,207

3dmark vantage entry_thumb[5]

3DMark Vantage Performance Score for Intel HD 4000 (moderate load of graphics demand): 3,321

3dMark Vantage Performance

3DMark Vantage High Score for Intel HD 4000 (heavy load of graphics demand): 1,604

3dMark Vantage High Score

3DMark Extreme Score for Intel HD 4000 (very heavy load of graphics demand): 1,104

3dMark Vantage Exteme_thumb[5]

In order to get an idea of how the Intel HD 4000 stacks up to other graphics cards we have provided a table below with a score comparison of 3DMark Vantage Performance mode scores to other recently reviewed laptops:

Laptop3DMark Vantage Score (Performance mode)
HP EliteBook (Intel Core i7 Ivy Bridge, Intel HD 4000, 8GB RAM, 128GB SSD)3,321 3DMarks
HP Envy 17 Core i7-2670QM 2.20GHz, AMD 7690M, 6GB RAM, HD 7200RPM)6,970 3DMarks
HP Folio 13 (Intel Core i5-2467M 1.60GHz, Intel HD3000, 4GB RAM, 128GB SSD)1,513 3DMarks
HP dv7t Quad (Intel Core i7 2670QM 2.20GHz, 2GB Radeon HD 6770M, 8GB RAM, Crucial M4)6,139 3DMarks
HP Pavilion dv6z Quad Edition – (AMD A8-3510MX, AMD 6620G Graphics)2,919 3DMarks
HP Pavilion dv6t Quad Edition – Intel Core i7-2630qm, AMD 6770M Graphics6,373 3DMarks
HP Pavilion dm4x – (Intel Core i5-2410m 2.30Ghz, 6GB RAM, Intel HD3000 Graphics)1,174 3DMarks
Dell XPS 17 (Core i5-2410m 2.30GHz, Nvidia 550m, 6GB RAM, HD 7200RPM)4,747 3DMarks
HP Pavilion dv6t Select Edition – Intel Core i5-2410m, Intel HD 3000 Graphics, 6GB RAM1,845 3DMarks

The key here is that the Intel HD 4000 handily outscored the HD 3000 equipped laptops with an over 1,000 jump in score, and that’s with early driver versions for the HD 4000 – things will only get better.  Also notice that the Intel HD 4000 outscores the HP Pavilion dv6z with AMD 6620G integrated graphics that we reviewed.  Clearly the Intel HD 4000 lives up to Intel’s billing of being 50% better, it’s actually close to 100% better in some cases, depending on what processor the laptop is equipped with.  However, the higher scores of laptops equipped with high end dedicated graphics such as the AMD 7690 the ENVY 17 has demonstrates if you really want to do some serious gaming then you need a good dedicated graphics card.

For those that like a little video action of 3D benchmarks running, below is some footage of 3DMark Vantage running on our HP EliteBook with Intel HD 4000:

3DMark Vantage running on Intel HD 4000 GPU equipped HP laptop

PCMark 7 Scores for Intel Ivy Bridge & HD 4000

The PCMark 7 suite from Futuremark is another popular benchmark for measuring overall system performance as well as some detailed level component performance.  With our HP test unit equipped with Intel Ivy Bridge and Intel HD 4000 graphics we achieved a score of 4,520 PCMarks.

Intel HD 4000 PCMark 7

Again, we compare this score to other laptops we have reviewed and the comparison results are impressive:

LaptopPCMark 7 Score
HP EliteBook (Intel Core i7 Ivy Bridge 1.70GHz, Intel HD 4000, 8GB RAM, 128GB SSD)4,520 PCMarks
HP Envy 17 (Core i7-2670QM 2.20GHz, AMD 7690M, 6GB RAM, HD 7200RPM)2,703 PCMarks
HP Folio 13 (Intel Core i5-2467M 1.60GHz, Intel HD3000, 4GB RAM, 128GB SSD)3,168 PCMarks
HP dv7t Quad (Intel Core i7 2670QM 2.20GHz, 2GB Radeon HD 6770M, 8GB RAM, Crucial M4)4,308 PCMarks
Sony VAIO SA (Intel Core i5-2430M 2.50GHz, AMD Radeon 6630M, 4GB RAM)2,022 PCMarks
Lenovo ThinkPad W520 – Intel Core i7 2720QM, 4GB RAM, Nvidia Quadro 2000, Intel 320 SSD4,299 PCMarks
HP Envy 17 3D – Intel Core i7-2670QM, AMD 6850M 1GB, 8GB RAM, 7200RPM HD2,592 PCMarks
Lenovo IdeaPad U400 – Intel Core i5-2430M, AMD Radeon 6470M, 6GB RAM, 5400RPM HD2,287 PCMarks
Dell XPS 15z – Intel Core i7-2620M, Nvidia GT 525M, 8GB RAM, SSD3,604 PCMarks

The Ivy Bridge Core i7 1.7GHz processor and Intel HD 4000 outscored even the ThinkPad W520 workstation and the HP dv7t Quad with dedicated graphics.  Not to say that a current Sandy Bridge laptop couldn’t outperform our test unit given the right high end graphics card and Core i7 processor, but what we’re seeing here at least indicates users are in for a treat if you upgrade to the latest Intel technology.  We’ll also note that the SSD in the test unit helped greatly in the overall performance score PCMark 7 awarded.

PCMark Vantage scores for Intel Ivy Bridge & HD 4000

PCMark Vantage is actually an older version of the PCMark toolset, but it’s still worth running it on the latest Intel Core i7 Ivy Bridge and Intel HD 4000 equipped laptop as the ability to compare to a wider range of laptops is available due to the popularity and longevity of this older benchmark program.

PCMark Vantage Intel Ivy Bridge Score

Comparing the PCMark Vantage score of 14,659 the Ivy Bridge equipped HP EliteBook achieved is again not much of a contest, it handily outperforms past laptops we’ve reviewed:

LaptopPCMark Vantage Score
HP EliteBook (Intel Core i7 Ivy Bridge 1.70GHz, Intel HD 4000, 8GB RAM, 128GB SSD)14,659 PCMarks
HP Envy 17 Core i7-2670QM 2.20GHz, AMD 7690M, 6GB RAM, HD 7200RPM)10,120 PCMarks
HP Folio 13 (Intel Core i5-2467M 1.60GHz, Intel HD3000, 4GB RAM, 128GB SSD)9,026 PCMarks
Sony VAIO SA (Intel Core i5-2430M 2.50GHz, AMD Radeon 6630M, 4GB RAM)7,007 PCMarks
Dell Vostro 1440 Review (Intel Core i3-370M, Intel HD, 6GB RAM)4,931 PCMarks
Lenovo IdeaPad Y470 – Intel Core i7-2630qm, Nvidia 550M 1GB, 8GB RAM, Intel SSD12,160 PCMarks
Lenovo ThinkPad Edge E420 – Intel Core i5-2410m 2.30GHz, 4GB RAM6,056 PCMarks
Dell Vostro 3450 – Intel Core i5-2410m 2.30Ghz, 4GB RAM5,901 PCMarks
Dell Inspiron N411z – Intel Core i3-2330m 2.30GHz, 4GB RAM5,285 PCMarks
Lenovo ThinkPad T420 – Intel Core i3-2310m 2.1GHz, 2GB RAM3,204 PCMarks

CINEBENCH 11.5 Cinebench 11.5 benchmark

Cinebench 11.5 uses the same technology as MAXON’s popular CINEMA 4D animation software.  The program gives a good indication of a processors threading and multi-tasking capabilities along with the on board graphics OpenGL graphics performance.  Again, higher Frames/Second and point score equal better performance.

  • OpenGL Score: 16.63 fps
  • CPU: 5.04 pts

Cinebench 11.5 – Multi threaded Benchmark Comparison

LaptopCinebench CPU performanceCinebench OpenGL performance
HP EliteBook (Intel Core i7 Ivy Bridge 1.70GHz, Intel HD 4000)5.04 pts16.63 fps
Dell XPS 15 L502X (Intel Core i7-2630QM, Nvidia GT540M)4.88 pts
HP Pavilion dv6z (AMD A8-3510MX 2.8GHz, AMD 6620G graphics)3.12 pts24.96 fps
Dell XPS 17 (Intel Core i7-2820QM 2.30GHz Sandy Bridge, Intel HD 3000)5.72 pts

Unfortunately we don’t have as many comparison benchmarks to show here, but you will notice that the Sandy Bridge equipped XPS 17 with a 2.30GHz Quad Core scored higher than the 1.70GHz Ivy Bridge processor for the CPU performance measurement.  We suspect this is all a function of clock speed, the Intel Ivy Bridge Core i7 sample we have is only 1.70GHz compared to the 2.30GHz Core i7-2630QM on the XPS 17.  Also notice that the AMD Fusion A8 equipped HP dv6z still wins with OpenGL performance over the Intel HD 4000.  The AMD GPUs just handle OpenGL graphics really well, and it appears they will continue to outdo Intel in that aspect.

PerformanceTest Version 7

Performance Test 7 is a benchmarking tool form PassMark software.  Below is a screenshot of the scores achieved with the Intel Core i7 and HD 4000 equipped test unit:

Intel HD 4000 Performance Test 7

For comparison, here is a screenshot of results for a ThinkPad X220 with Intel Core i5-2410m 2.30GHz, 4GB of RAM, 7200RPM hard drive and Intel HD 3000 graphics:


And in table form with PerformanceTest 7 results for comparison we clearly see the superiority of Intel’s Ivy Bridge processor and HD 4000 graphics over the current Sandy Bridge:

HP EliteBook 8470p (Intel Core i7, Intel HD 4000, 8GB RAM)ThinkPad X220 (Intel Core i5-2410m, Intel HD 3000, 4GB RAM)
Overall Computer Score1,869.51,074.5
CPU Mark7,209.93,528.1
2D Graphics Mark389.6326
3D Graphics Mark412.5236.9
Memory Mark1,725.61,040.0
Disk Mark1,704.5561.6

Notice that the 3D graphics score jumps from 236.9 with the Intel HD 3000 equipped ThinkPad X220 to 412.5 with the HP EliteBook with Intel HD 4000, about a 75% increase in score.

Conclusion and Summary

It’s clear that if you’ve been waiting for better integrated graphics from Intel, they have arrived.  The Intel HD 4000 graphics again and again showed itself to be a better performer than the Intel HD 3000, scoring often times around 75% better on dedicated 3D graphics tests.  The Ivy Bridge processor itself and it’s improved performance over Sandy Bridge also improves the overall graphics performance score as certain graphics tasks can be handled by the processor.

However, we have to note that even with the improvements the Intel HD 4000 brings, it’s still not going to replace a dedicated graphics card if your aim is to use a laptop for serious gaming.  You will certainly be able to play many popular games using the Intel HD 4000 graphics card, but if you want to ramp up the frames per second and use high graphics detail in games like Skyrim then you’re still going to need a top of the line mobile graphics card from Nvidia or AMD.  Also, AMD still offers better OpenGL graphics performance with its integrated APU than the Intel HD 4000 has to offer.  When AMD updates it’s current Fusion line of APUs with the Trinity lineup this summer we expect AMD will have again upped the integrated graphics performance game and the OpenGL scores will again improve.

Bottom line however, if you’re in the market for a laptop and just want to know that the integrated Intel HD 4000 graphics with the Ivy Bridge platform will be enough for any basic needs you have, rest assured that for most users the Intel HD 4000 will provide ample performance and you will have been rewarded for waiting to buy the latest chipset from Intel as it’s performance is going to give you more bang for the buck.  About 75% more in terms of graphics in fact!

7 responses to “Intel HD Graphics 4000 Review and Benchmarks”

  1. Jonathan says:

    75% better? I’d love that if it were that simple, but you’re comparing a quad-core i7 to a dual-core i5. The integrated Intel HD chips have different max turbo speeds and other minor differences between each class of processor, don’t they?

    What are the comparable benchmark scores of a Sandy Bridge laptop with an i7-2630QM quad but no discrete graphics? My guess is the jump is still closer to the original 50%–still great and all, but far from the big jump that Sandy Bridge was, and still not enough to make PC gamers think twice.

    But maybe I’m missing the point; I’m not a gamer anyway. Maybe the real headline is the big, optimistic jump in “WEI score for Windows Aero.”

    That was always galling, that a fancy Sandy Bridge Core i7 could only muster 4.7 or 5.0 on the Aero score, weighing down the rest of the benchmark. And what if WEI isn’t just being optimistic; what if it’s true?

    I remember reading on Anandtech that lots of graphics cards somehow miss the boat on “2D acceleration,” which is the real problem for ordinary Windows navigation and web browsing. If the new Intel CPUs are better at handling 2D acceleration, could it be that Windows 8 will finally bring the fluid, buttery-smooth screen transitions and scrolling we’ve come to know and love in iOS and Android?

    Now that would change things.

    • I agree, it’s not exactly fair to peg a number to performance improvement, but there wasn’t the luxury of making direct comparisons of somewhat equivalent processors — the processor in this HP 8470p is an engineering sample, who knows what it’s actually equivalent to, my guess is since it’s showing up as a Core i7 1.70GHz and there’s not going to be a Core i7 1.70GHz released (they start at 2.30GHz) then this chip is either underclocked, or an early non-production model and actually not performing up to its capabilities. Therefore we might be actually underestimating the capabilities of the system.

      I guess the bottom line is as you suggest, you get better performance which is nice for those of us who don’t really need it but will take a free performance boost upgrade, just in case it makes Angry Birds a little more smooth, but it still isn’t going to entice true gamers to give up their dedicated graphics.

  2. Zack says:

    This is looking very promising. A 35W quad-core CPU clocked at 1.7GHz outperforms a 2.0GHz quad-core in Cinebench. At this rate the i7-3612QM clocked at 2.1GHz will outperform the i7-2820QM. That’s a pretty big leap for a part that has a 10W (22%) lower max TDP.

    The HD 4000 is not meant to replace graphics for gamers. I don’t know why people are assuming this. The integrated graphics allow sufficient graphics performance under non-demanding situations. When in a laptop, this allows the computer to draw significantly less power than when coupled with a dedicated graphics chip. If you remember the laptops before dynamic switchable graphics, you were lucky to get 4 hours of idle battery life with a mid-high level mobile GPU in the laptop. If you actually planned on using the laptop for something useful, then your battery life significantly dropped. Now with switchable graphics, where simple tasks are handled by integrated graphics, laptops see significantly longer battery life (at least double) when web browsing or watching a movie, without having to sacrifice the dedicated graphics chip for when it is needed. I don’t know why gamers keep knocking HD graphics, when all it is doing is improving your battery life. If you remember a few years back, Intel dropped out of the dedicated graphics business before it even launched a consumer product. They are not in the business of high-level graphics.

    HD4000 improves the graphics performance for those who will opt out of dedicated graphics. In a couple of years, they will still be able to play simple 3D games. For those that need dedicated graphics, it will further improve their battery life. For people that need a laptop that is not simply a desktop replacement, this is a huge benefit.

    • Well said Zack, the expected battery life these days is 4 – 5 hours otherwise we call it unacceptable. 5-years ago I would have said 2 – 3 hours is acceptable, and integrated graphics and switching technologies from the likes of AMD / Nvidia / Intel have gotten us there. The battery makers sure haven’t developed any new technologies to improve battery life, so it’s a good thing the chip developers are focusing on saving power usage along with increasing performance.

  3. Jonathan says:

    While I completely agree with the battery life argument, allow me to stick up for the graphics nitpicking:

    When Sandy Bridge and the Intel HD 3000 were being hyped up, one of the first things Intel did was demo a game running on two machines, stuttering on a previous-gen i7, and running fluently on a Sandy Bridge i5. I can’t find the particular video now, but here’s a similar video.

    Why should PC gaming require a $1000 or $2000 rig? At least now a $300 Sandy Bridge i5 laptop can handle some games at low settings.

    In practice, yes, integrated graphics are all about battery life, getting the same browsing and word processing done without taxing the CPU or activating a gaming graphics card, but gaming frame rates have always used as a benchmark.

  4. Moosa Mahsoom says:

    I may play simple games which may not be heavy graphics hogs. besides, i am looking for an ultrabook.

    • You’ll have to wait until late Spring or Summer for Ultrabooks with the Intel HD 4000 graphics. Intel isn’t shipping low voltage Ivy Bridge processors until the June/July time frame. Once available though, an Ultrabook with Intel HD 4000 will certainly be compelling as you will be able to play most games at least on low to medium settings.

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