Price based Performance Comparison

To make it easier to digest all of the numbers, we've done a couple of head-to-head comparisons that help paint a more complete picture of the Pentium M's desktop performance.

The first, and most important, comparison from a consumer standpoint is the price-based performance comparison - pitting the Pentium M against equivalently-priced desktop CPUs.

At $430 the Pentium 4 560 (3.6GHz) is the perfect competitor for the $435 Pentium M 755 (2.0GHz). So, let's see how the two stack up:

 Business/General Use
   Intel Pentium 4 560  Intel Pentium M 755  Performance Advantage
Business Winstone 2004 21.4 24.2 13% (Pentium M)
SYSMark 2004 - Communication 137 127 8% (Pentium 4)
SYSMark 2004 - Document Creation 201 187 7% (Pentium 4)
SYSMark 2004 - Data Analysis 184 108 70% (Pentium 4)
Microsoft Office XP with SP-2 522 546 4% (Pentium 4)
Mozilla 1.4 459 321 30% (Pentium M)
ACD Systems ACDSee PowerPack 5.0 547 574 5% (Pentium 4)
Ahead Software Nero Express 6.0.0.3 545 510 6% (Pentium M)
WinZip Computing WinZip 8.1 412 396 4% (Pentium M)
WinRAR 479 370 29% (Pentium 4)
Winner - - Pentium 4

Under business applications, the Pentium M does fairly well, winning four benchmarks, but the Pentium 4 560 comes ahead with 6 total wins and a higher average win percentage. It is noteworthy to point out the Pentium M's victory in Business Winstone 2004, which is due to its low latency L2 cache, something that the Pentium 4 most definitely lacks.

Multitasking Content Creation

 Multitasking Content Creation
   Intel Pentium 4 560 (3.6GHz)  Intel Pentium M 755 (2.0GHz)  Performance Advantage
Content Creation Winstone 2004 32.7 27.9 17% (Pentium 4)
SYSMark 2004 - 3D Creation 231 168 38% (Pentium 4)
SYSMark 2004 - 2D Creation 288 238 21% (Pentium 4)
SYSMark 2004 - Web Publication 206 160 29% (Pentium 4)
Mozilla and Windows Media Encoder 676 641 5% (Pentium M)
Winner - - Pentium 4

In multitasking content creation applications, the clear win goes to the Pentium 4 with much larger margins of victory in applications that stress FP performance as well as memory bandwidth.

Video Creation/Photo Editing

 Video Creation/Photo Editing
   Intel Pentium 4 560 (3.6GHz)  Intel Pentium M 755 (2.0GHz)  Performance Advantage
Adobe Photoshop 7.0.1 342 332 3% (Pentium M)
Adobe Premiere 6.5 461 418 9% (Pentium M)
Roxio VideoWave Movie Creator 1.5 287 411 30% (Pentium 4)
Winner - - Pentium 4

The Pentium M is surprisingly competitive in Adobe Photoshop and Premier, but clearly loses to the Pentium 4 in the VideoWave test. With more and more video editing applications being optimized for the Pentium 4's architecture, at this point, we'd give the win to the Pentium 4 here as well.

Audio/Video Encoding

 Audio/Video Encoding
   Intel Pentium 4 560 (3.6GHz)  Intel Pentium M 755 (2.0GHz)  Performance Advantage
MusicMatch Jukebox 7.10 484 529 9% (Pentium 4)
DivX Encoding 55.3 36 54% (Pentium 4)
XviD Encoding 33.9 25.4 33% (Pentium 4)
Microsoft Windows Media Encoder 9.0 2.57 1.83 40% (Pentium 4)
Winner - - Pentium 4

Although audio encoding paints the Pentium M in a competitive light, look at any of the video encoding tests and it's obvious that the Pentium M isn't in the same league as the Pentium 4 on a price competitive basis.

Gaming

 Gaming
   Intel Pentium 4 560 (3.6GHz)  Intel Pentium M 755 (2.0GHz)  Performance Advantage
Doom 3 84.6 85 Tie
Halo 87.5 85.2 3% (Pentium 4)
UT2004 59.3 55.2 7% (Pentium 4)
Wolfenstein: ET 97.2 85.5 14% (Pentium 4)
Winner - - Pentium 4

Gaming performance is pretty close, but the Pentium 4 does take the slight lead in some games.

3D Rendering

 3D Rendering
   Intel Pentium 4 560 (3.6GHz)  Intel Pentium M 755 (2.0GHz)  Performance Advantage
Discreet 3dsmax 5.1 (DX) 268 269 Tie
Discreet 3dsmax 5.1 (OGL) 327 350 7% (Pentium 4)
SPECapc 3dsmax 6 1.64 1.23 33% (Pentium 4)
Winner - - Pentium 4

As we've already seen, FP performance is not a strongpoint of the Pentium M when compared to higher clocked Pentium 4s - which is why we see the Pentium 4 with such a strong lead in the 3dsmax 6 test.

Professional Applications

 Professional Applications
   Intel Pentium 4 560 (3.6GHz)  Intel Pentium M 755 (2.0GHz)  Performance Advantage
SPECviewperf 8 - 3dsmax-03 17.04 10.73 59% (Pentium 4)
SPECviewperf 8 - catia-01 13.87 9.096 52% (Pentium 4)
SPECviewperf 8 - light-07 14.3 10.71 34% (Pentium 4)
SPECviewperf 8 - maya-01 13.12 15.47 18% (Pentium M)
SPECviewperf 8 - proe-03 16.7 10.74 55% (Pentium 4)
SPECviewperf 8 - sw-01 13.09 8.593 52% (Pentium 4)
SPECviewperf 8 - ugs-04 15.31 10.24 50% (Pentium 4)
Winner - - Pentium 4

The SPECviewperf 8 suite stresses both FP performance and memory bandwidth, so the results here are not surprising at all - the Pentium M isn't a workstation class processor either.

Pentium M vs. Pentium 4 Price Based Comparison Conclusion

At the same price, the Pentium 4 560 is a much better deal than the Pentium M 755, regardless of application suite. Also remember that we're not taking into account motherboard cost in this comparison, which makes the Pentium M 755 about $100 more expensive on the desktop.

The Pentium M does produce a lot less heat than the Pentium 4 560, which has to be worth something, right? Well, as we've shown in previous comparisons, the Athlon 64 3500+ is fairly competitive with the Pentium 4 560, and if you get the new 90nm core, produces significantly less heat - making it the better option. You get the performance of the Pentium 4, but with thermal characteristics closer to the Pentium M.

Overclocking to Save the Day? Clock Speed based Performance Comparison
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  • bluesdoggy - Tuesday, February 8, 2005 - link

    ...in the mobile world, the Pentium 4 and Athlon 64 are often castrated or limited either by low clock speeds...

    Mommy, is that processor a steer?
  • valnar - Tuesday, February 8, 2005 - link

    As usual, an unfair review. Comparing a 2.0Ghz 400FSB laptop CPU against 3.0Ghz desktop heatmonsters? Of course it won't beat them. But look at how well it does, and probably would do (if reviewed correctly) against Pentium 4 2.4-2.8Ghz CPU's. Considering the ultralow power it needs and lack of heat it generates, this WILL be the hot (err... cool) ticket for Shuttle XPC's and the like in the near future. For anyone who doesn't need the fastest processor at the moment, the Banias designers did a fantastic job.
  • EODetroit - Tuesday, February 8, 2005 - link

    Great article, its about time that you did this one. And you compared both P-M motherboards on the market, I don't remember the other web sites doing that.

    You stated that the P-M won't scale, and that's the reason this isn't Intel's desktop future. One thing though... Intel's other desktop CPUs aren't going to scale much this year either. In fact, on a percentage basis, the P-M might actually scale more this year than the various P4-Kiln edition CPUs after all.

    Combine that with a mobile-915 chipset for the desktop, and therefore the elimination of the huge memory bottlenecks (and hopefully a little more voltage adjustments) and all of the sudden we may see all those Losses and Ties turn into Ties and Wins.

    Whatever happens, don't be the last enthusiast site to review the mobile-915 desktop motherboards when they arrive, like you were with this. We need a trusted source to know what to buy.
  • mickyb - Tuesday, February 8, 2005 - link

    The performance per watt is awesome. Great for SFF. The article is good, but until there is a newer chipset for this CPU, we won't be able to determine a final performance ruling. I am dissappointed in the lack of desktop MB offerings. This will be the challenger to the MAC mini in near future. Someone will be putting laptop components in a box and call it done.

    I found a couple of things interesting. Taking the memory out of play, it seems the A64 is still better optimized. L1 cache of Northwood is pretty impressive. AMD has an opportunity to improve performance just by improving the L2 cache latency.

    I really don't think the Pentium-M limits are around 2.6 GHz by the end of the year. At 22W, this could probably reach higher speeds. I think the upper limit that Intel is publishing is in context of a laptop and the cooling challenges in that platform. If you put a chip in a DT, then it is a different story.
  • AtaStrumf - Tuesday, February 8, 2005 - link

    A great article! Another Anand classic :-)

    I'd just like you to add an Athlon XP 3200 to the lineup and at least one more Newcastle (which is just the most popular A64 at the moment ;-) May I suggest a 3000+ 2,0 GHz/512/1CH? With just one dot on the graph extrapolating anything becomes a nightmare :-(

    As for P-M it's one hell of a CPU considering it's limitations and we just can't stop wondering what it could become if Intel decided to remove them. Sonoma will party answer that question, but unfortunately the ultra low voltage cap will still remain, so we may never really know.

    On the other hand I think an A64 will still be a nice enough desktop CPU so we really have no need for P-M on the desktop side of things. With Lancaster-Turion supposedly on S754 we may be in for a very nice successor to 2500+ Mobile, so to hell with P-M >;-)
  • bob661 - Tuesday, February 8, 2005 - link

    C'mon guys. These tests aren't showing that the P-M is crap, just not what we originally thought it was. I am surprised as hell at these results. For a laptop CPU, it still kicks ass. And with two A64 and three AXP machines, I am no Intel fanboy.
  • paulsiu - Tuesday, February 8, 2005 - link

    For folks who want to have a mobile chip lower power solution, why not just go to the mobile Athlon 64? The CPU performance should be about the same as their desktop counterpart (at least the socket 754 version) and you can often use the same motherboard as the desktop.

    The Pentium Mobile idea seems nice, but I can't imagine spending $300 on a board that contains outdated technology.

  • MIDIman - Tuesday, February 8, 2005 - link

    Superb article.

    Granted, this is a "desktop" review, but I think the P-M is a completely different world from the P4-775 and A64, and I'm not entiely sure how people can compare them. This was built to be a portable solution and has been moved to desktop. Put that into account, and you have an extremely capable system that is silent, passive, and can be extremely small (matx here, but ITX is out there). I'm just trying to figure out why I didn't just read a Sonoma-based review, since it is out and being made (i.e. Dell's new 6000 laptop), or at least a 2.2ghz Dothan.

    I think Sonoma will bridge a bit of this performance gap, but consdering that these types of chipsets and CPUs will always be low voltage, I think we'll always see places where its performance is maybe not up to par, but well worth every penny for small and silent with desktop performance. THey'll only get smaller and faster, and IMHO, this is pretty damn close to desktop performance.
  • muddocktor - Tuesday, February 8, 2005 - link

    I agree withpost #36 about the benchmarks seemingly being picked to go for the P-M's weaknesses, but I guess that's how you get article hits. ;) I do fully agree that the present motherboards and chipsets they use hold back the perfromnace quite a bit; it might be a different story when the new mobile 915 chipset mATX boards come out for desktop use though.

    One glaring weakness in this comprehensive test though is the utter lack of numbers on system power usage and noise. If I were deploying a whole bunch of new systems for a corporation, I would give serious thought to a P-M setup even though the initial outlay would be more than a comparable P4 setup due to the decreased wattage used by the P-M system and the resultant heat from operation being much less, leading to lower environmental costs. Face it, in typical office applications the P-M is more than powerful enough for 90% of the users for the forseeable future and if your company has hundred or thousands of computers, the power saving should more than compensate for the higher pricetag of aquiring the P-M systems.

    Anand, when the new mobos based on the mobile 915 chipset come out, you need to revisit Dothan and it's performance.
  • msva124 - Tuesday, February 8, 2005 - link

    What were people expecting out of the pentium m? I have always multiplied the Mhz by 1.5 and used that number as the speed rating. So for instance the 2.0Ghz Dothan would be 3000+. The benchmarks confirm this - with the exception of one or two tests, it met or exceeded the performance of the Athlon 64 3000+.

    Whenever it was discussed as a desktop alternative I always assumed the implication was that this would be way off in the future, once clock speeds were ramped up.

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