General Performance

Overall system performance, measured using SYSMark 2004SE, places the default clocked E4300 at within 4% of the performance of the E6300. Obviously the release of the E6320 will widen this gap but E6300-level performance is nothing to balk at, given the price point of this chip what we're looking at is nothing short of stellar.

SYSMark 2004SE - Overall

Overclocked, the E4300 truly shines - outpacing the X6800 by a marginal 3.3%. The margin of victory is well within the variance for SYSMark but the point to take home is that we're looking at an overclocked $163 chip, delivering performance equal to a CPU priced at six times its cost.

Internet Content Creation performance reflects what we saw in the overall score - the E4300 is within striking distance of the E6300, and of course faster than AMD's Athlon 64 X2 3800+. When overclocked, the E4300 can give you better performance than a X6800, this time coming in 11% faster.

SYSMark 2004SE - Internet Content Creation

The Office Productivity suite changes things a bit; while the E4300 continues to perform similarly to the E6300, when overclocked it's still slower than the X6800 despite the clock speed advantage. There are many applications and usage models that will end up favoring more cache over a higher clock speed, and that's where the E4300 will lose out to its more expensive alternatives. At the end of the day, it's still a great value, but keep in mind that the smaller cache will limit maximum performance in some areas.

SYSMark 2004SE - Office Productivity

Introducing the 4000 Series 3D Rendering Performance
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  • sdsdv10 - Wednesday, January 10, 2007 - link

    I think the point was, with higher multiplier of the 4300 over the 6300 (or 6320) you don't need to go to such high FSB numbers (requiring more expensive DDR2 RAM) to get a good overclock. That might save you another $25-50. So for a MB, CPU and RAM combo you would pay say $450 for a 6300 setup, but you "may" get the same performance out of a 4300 setup for ~$350 (say $50 less on the CPU and another $50 on the RAM, roughly 20-25% less). That's a nice savings for those on a tight buget.
  • atenza - Wednesday, January 10, 2007 - link

    Exactly! And it's also good news for people like me, who want to build a nice little (yet overclocked) Micro-ATX system. None of those boards currently gets anywhere beyond ~330 FSB. At 333MHz FSB, the E6300 would only run at 2.33 GHz. The E4300 would achieve 3.00 GHz, which is enough for me.
  • Patrese - Wednesday, January 10, 2007 - link

    If it doesn't come to Brazil with the ridiculous price premiums the rest of the Core 2 line is coming (an E6600 costs US$550 here!), that chip is destined to be the next one I have, so that I can get rid of my good-old Athlon XP 3200+... Great news in that sense, but what I find really irritating about Intel is the short life of their chipsets and motherboards... Every year or so I'd have to upgrade my motherboard to upgrade processors.

    BTW, no AMD fanboy here... If K8L proves to be troublesome on AM2 motherboards you're gonna see me complaining about that too. I just find the idea of upgrading motherboards so fast irritating... :(
  • 1111111 - Wednesday, January 10, 2007 - link

    quote:

    Windows Media Encoder is far more favorable to AMD CPUs and thus the E4300 ends up being a little slower than the X2 3800+.


    The Windows Media Encoder chart shows the E4300 faster than the X2 3800+ and the D945...so either the chart is wrong or the sentence is wrong:)
  • JarredWalton - Wednesday, January 10, 2007 - link

    See above - fixed.
  • harpoon84 - Wednesday, January 10, 2007 - link

    "Windows Media Encoder is far more favorable to AMD CPUs and thus the E4300 ends up being a little slower than the X2 3800+. Our overclocked chip ends up, once again, on top of the charts."

    Actually, the E4300 is faster than the X2 3800+ in this test.

    "At stock speeds, the E4300 ends up offering similar performance to the Athlon 64 X2 3800+."

    You are being overly kind to the X2 3800+. The E4300 beats it in the majority of the benchmarks. The E4300 is the equal of the X2 4200+ if you tally up the results.
  • JarredWalton - Wednesday, January 10, 2007 - link

    I have edited these two paragraphs to better reflect the results. The X2 3800+ is currently $30 cheaper than the initial launch price of the E4300, so it's still the cheapest way to get into a dual core setup without getting the power requirements of NetBurst, but I don't think most of us would really recommend X2 3800+ over the E4300... it's about a tie in terms of recommendation, depending on the intended use.
  • duploxxx - Wednesday, January 10, 2007 - link

    well if you wouldn't recommend the 3800 over the e4300 maybe oc' wise yess, but don't forget to mention that a decent intel chipset also costs 30$ more than the amd solution...

    so pricewise a and performance wise 4200 is still more interesting than the e4300 unless you oc.

    try some vista benchmarks and you'll see what the best chips are future wise...... AMD for sure.
  • OcHungry - Wednesday, January 10, 2007 - link

    I think people have misconception about AMD and vista (64bit). Have you run the 64bit vista? most of the benchmarks I tried w/ AMD's dual core were slower or froze cold. Vista has a long ways to go yet to be a choice OS. There is also the 32bit version of vista if you want C2D to run it. As for me I will not run vista until its matured and games can run faster (than winxp). Nvidia has not created a bug free vista driver yet. The latest nvidia vista (64bit) driver I installed turned out buggy and did not fully install (No nvidia display panel). I dont know, maybe it was me. But I have practically given up on it and am back to winxp.
  • JarredWalton - Wednesday, January 10, 2007 - link

    There seems to be an assumption by some people that Core 2 is going to somehow be slower in 64-bit mode. I highly doubt this for a couple reason: one, AMD isn't faster in 32-bit; two, 64-bit vs. 32-bit isn't a huge difference in architecture. Basically, 64-bit is just 64-bit registers and a few extra opcodes.

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