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Upgrades Hardware Technology

Via Debuts Smallest PC Mobo Format Yet 159

An anonymous reader writes "Via is readying a media-oriented motherboard in what could be the next popular size for small form-factor PCs: Pico-ITX. The 'Epia PX' board measures 3.9 x 2.8 inches and features a 1GHz C7 processor, along with rich audio/video I/O, albeit mostly on pin headers. Pico-ITX measures 3.9 x 2.8 inches (10 x 7.2 cm) — exactly half the surface area of Via's already small 4.7 x 4.7-inch (12 x 12cm) Nano-ITX standard, and considerably smaller than the original 6.7-inch square (17 x 17cm) mini-ITX standard."
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Via Debuts Smallest PC Mobo Format Yet

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  • So small... (Score:3, Funny)

    by Invalid Character ( 788952 ) on Friday January 26, 2007 @02:51AM (#17765448) Journal
    Nothing to see here, move along. Too small to see, keep moving. Come on! Keep moving!
  • Comment removed (Score:5, Interesting)

    by account_deleted ( 4530225 ) on Friday January 26, 2007 @03:02AM (#17765500)
    Comment removed based on user account deletion
    • Re: (Score:2, Interesting)

      by tehSpork ( 1000190 )
      My guess is that adding power regulation circuitry would make the board less compact and add more potential for failure.

      If these eventually get to the point where they are priced reasonably I could see getting one and sticking it in a cdrom bay, would make for a nice small internal server. :)
      • Comment removed based on user account deletion
        • Re: (Score:3, Interesting)

          by Garridan ( 597129 )

          Unless you plan on using a big-tower and build a Beowolf cluster of these ;-)

          Actually... I was just thinking that maybe 10 of these together would be the size of my laptop. And my laptop bag has the extra space. And that since they've got mini-pci slots, they get wireless networking, and I would only need to supply power. And these can't take much of that. I usually plug my laptop in, anyway. But then, I would have a 10x1GHz superlaptop. For the price of two laptops (not counting the original).

    • by Max Romantschuk ( 132276 ) <max@romantschuk.fi> on Friday January 26, 2007 @03:18AM (#17765576) Homepage

      This is something I don't understand. This should be the ideal motherboard for a Car PC. But this board yet again insists on an ATX power supply.
      Nope, it insists on an ATX format power plug. Surely you don't imagine that there are no small and 12V input-capable power supplies out there?
    • by cazzazullu ( 645423 ) on Friday January 26, 2007 @03:21AM (#17765598)
      I got me one of these [mini-box.com] for my via epia board. It plugs right into the power connector, is barely bigger than the connector itself, and runs from 12V DC. My Epia now runs for several hours on a small lead acid battery. Also perfectly fit for use in cars I guess...
    • Why not design a single supply board? Preferrably wide-range input (say 8 - 28V) and be done with it? These boards don't need +/- 12V anyway, and +5V or +3.3V is already regulated down to core voltages.

      http://www.mini-box.com/PicoPSU-120-WI-32V [mini-box.com]

      The picoPSU-120-WI-32 is the smallest snap-in 12-32V ATX dc-dc power supply. The picoPSU is compatible with an entire range of mini-itx motherboards as well as regular boards. The picoPSU-1200-WI-32 provides a cool, silent 120 Watts peak of power for small PC designs
    • An ATX power supploy doesn't need to be big [mini-box.com].
  • Via hw is excellent (Score:5, Informative)

    by dozer ( 30790 ) on Friday January 26, 2007 @03:22AM (#17765600)
    But their drivers are utter crap. I've owned a couple micro-ITXes and none of them ran well, either Linux or Windows. Via just says things like, "well, try not to DMA much." Or quietly push out a bugfix bios three years late. They claim that many of their drivers are open source and then steadfastly refuse to release source. Fiona, just because you promise to release source in 4 months, that doesn't mean you can claim they're open source today. And really, given Via's abysmal past performance at opening source (no a shim plus a binary blob is NOT open), I wouldn't hold my breath.

    I'll never buy Via again, no matter how small they make their boards. It's a crying shame because, really, their hardware is just gorgeous.
    • by Anonymous Coward on Friday January 26, 2007 @03:51AM (#17765738)
      Via just says things like, "well, try not to DMA much."

      I wish they did. For a high-tech project, we decided on embedding VIA Mini-ITX motherboards. The one we picked (pressured for lowest COGS) had a C3 and a VT8235 south bridge. We ran into very weird USB and PCI communication problems, and spent almost a man year in total on trying to fix our software. It turns out that the south bridge is the problem. On the VIA Arena forums, this turned out to be a known problem (google for "VT8235 lockup"), mostly apparent when generating heavy network traffic. The "driver fixes" for Windows turn out just to throttle the network traffic.

      Officially, our VIA representative still hasn't acknowlegded this problem, and we were ready to switch to a different, more "industrial" mobo. We still picked a VIA one though (with a C7 and a 8237) because frankly, their prices are hard to beat.

      If you are considering a VIA mobo for an embedded application, make sure you test, test, test and don't automatically blame the SW guys when you find something weird. Don't let the fact that this is "consumer electronics" fool you. We figured that this meant cheap, well-tested, large series hardware with ppm failure rates. Apparently, that's not always the case.

      • Re: (Score:3, Insightful)

        by hackstraw ( 262471 ) *
        spent almost a man year in total on trying to fix our software. It turns out that the south bridge is the problem.

        and

        We still picked a VIA one though (with a C7 and a 8237) because frankly, their prices are hard to beat.

        Are mutually exclusive in my book, unless you are talking about a large volume of machines (~50+ something well beyond one or two).

        Personally, I've been interested in getting a small computer for years, but I can't justify the price/performance + my time factor, so I just havn't bothered. W
      • Try it in Linux. I think you'll be pleasantly surprised. The drivers are out there and they work. Since you're doing an embedded product, I assume the inability to run MS Office is not exactly an issue.
    • by Anonymous Coward
      But their drivers are utter crap.

      Actually, their hardware is crap too, when pushed.

      I had to stop buying Via too after all three of my Via-based boxes glitched in different ways. The worst problem was terminal bus lockups on doing anything even mildly intensive with 2D graphics. And no, they were all different models of motherboard, so it's not just one rogue product.

      I get the impression that Via hardware designers simply don't understand adhering to bus specs and defensive design. Their hardware is cute
    • FWIW (maybe not much, we're talking small sample size here), I had 4 of 4 VIA motherboards die due to exploding capacitors. I've built a lot of machines over the years, and these are the only boards I ever had fail in this way.
    • I've had zero problems with my M10000, running it on Linux using the standard open source drivers, which incidentally VIA helped by releasing source for.
  • by Dachannien ( 617929 ) on Friday January 26, 2007 @03:22AM (#17765602)
    So what's next, Femto-ZTX? Eventually, they're gonna run out of prefixes.

    And what's worse, your computer will be small enough to swallow, while the power supply will require a forklift to move it around.
  • Vapourware (Score:5, Interesting)

    by Anonymous Coward on Friday January 26, 2007 @03:27AM (#17765618)
    VIA have a nasty habit of announcing technology, and not shipping it. Look at the NTX format. They announced it, and for the next several years you just could not buy them retail.

    If you are building OEM devices, they may sell to you - but there are other alternatives out there for mass production besides VIA.

    And to second another poster - there are always problems with the drivers. If they were building the same quality in a more conventional marketplace (ie desktop) people would put them in the same marketspace as many of the original 'all in one' boards and avoid them in droves.

    VIA - if you are serious - show it. If not just go blow away.
    • by tji ( 74570 )
      Exactly.. I was waiting for that damn Nano-ITX board for two years after their announcement, and still couldn't buy one. I ended up going with a Mac Mini instead, which is probably just as small as what you could build with a Nano, and certainly better looking.

      After the Nano debacle, and getting burned on a crappy VIA Unichrome Pro (claims of HDTV support on the box, but the MPEG2 decoder only supports up to 1024x1024) I don't think I'll be buying anything from VIA in the near future.
  • It turns out to be less like vaporware than the nano-itx format. I was waiting a while for the nanoitx boards to come out and they never really materialized. There is a demand for this sort of thing VIA, lets go!
  • RAM?? (Score:2, Interesting)

    by Anonymous Coward
    I see video, I see IO, but I don't see RAM, how do I put ram on that thing.
    • Re: (Score:2, Funny)

      by kfg ( 145172 )
      I don't see RAM, how do I put ram on that thing.

      The 256k of cache ought to be enough for anybody.

      KFG
    • Re: (Score:2, Interesting)

      by Anonymous Coward
      It has 1x DDR2 SODIMM socket
      is what is reported on mini-itx.com
    • Re: (Score:2, Interesting)

      by triikan ( 1035650 )
      It's on the other side. A lot of VIA motherboards have CF Cards and/or SODIMM slots on the other side to save space.
  • by simm1701 ( 835424 ) on Friday January 26, 2007 @03:44AM (#17765708)
    No seriously... I couldn't see it in the article as spec'ed on board and I certainly couldn't see a socket for it?? So where is it?? Did I miss something obvious? (I will admit its only 9am and I am running low on coffee today)
  • They haven't even been able to get out Nano ITX in quantity in several years. To me, this looks like it's gonna stay vaporware as well.
    • OMG, I didn't see it on slashdot, so it must not've happened!!!!

      http://www.mini-box.com/s.nl/sc.8/category.83/.f
  • by denttford ( 579202 ) on Friday January 26, 2007 @03:50AM (#17765734) Homepage
    You know, I love the format and ruggedness of my CF-M34 [wikispaces.com], but the performance kind of sucks. Since all I really want is the case, perhaps this is a solution - albeit one requiring a bit of hardware hacking.
    • I also thought of laptops upon seeing this mobo. I have a nice old 486 laptop, and hardware hacking is fun :) On the other hand, these VIA procs are not much more powerful than a P3.
      • True, but the typical CF-M34 isn't (commonly) available in anything more powerful than a P3-700M - and I only have a P3-400M. However, for a slight increase in computational power, say, on the order of a 1Ghz PIII, I should save on battery life. Additionally, I would get a graphical kick in the pants - I'm not looking to play Quake 4, but having *no* 3D acceleration is a pain. Finally, and I haven't seen anyone post about this, but as a result of the Intel/VIA patents settlement, this board can support an [linuxdevices.com]
  • by SeaFox ( 739806 ) on Friday January 26, 2007 @04:01AM (#17765772)
    They must have worked with Apple [youtube.com] on this one.
  • Lets go Retro! (Score:3, Interesting)

    by clickclickdrone ( 964164 ) on Friday January 26, 2007 @04:33AM (#17765924)
    This is cool - when things get this small it will only be a matter of time before we start seeing PCs that look like C64's or Atari 600XLs i.e. size of a thick keyboard with a few ports at the back. Stick on MAME and have a seriously fun little toy.
    Heck, why not just stick on an Atari 800 & C64 emulators too. You could even go really mad and well, use it as a PC with Open Office etc.
  • Still not impressed (Score:5, Interesting)

    by Tainek ( 912325 ) on Friday January 26, 2007 @04:40AM (#17765952)
    i have two problems with the VIA Mini Range

    1: Low Performance

    Even the 1.5 GHZ VIA Cores perform badly, only a nudge faster than a P3. there are other options, such as the pentium boards (see point 2) and an AMD socket 754 board (Why 754? , why not AMD2, even 939 just so we can use dual core!)

    2: Price
    These things cost a silly amount, here in the UK its about £90 entry for the pathetic 500mhz boards, and about £150 for a 1.5GHZ via. or you can pay £150 for a intel board, but still need to buy a proccessor

    And the nano ITX, well now those are ugly, for the cost of one of those i can get an xbox360...
    • by DaveCar ( 189300 ) on Friday January 26, 2007 @05:49AM (#17766260)

      May not be quite the same thing, but you can get a Jetway 1.5GHz C7D (http://linitx.com/product_info.php?cPath=12_138&p roducts_id=1044) for just under £100.

      It's no speed demon, takes just over twice as long to encode an ogg as my 2GHz P4 for example, and even with the openchrome drivers under Linux, window redraws etc are dog slow. Plays video fine though, and 3D graphics appear to work.

      It's pretty usable as a desktop - gnome, openoffice all work OK, and the only really noticable thing is when you draw a window you get a trail as mentioned above.
      • Re: (Score:3, Interesting)

        by Brane2 ( 608748 )
        Final nail in the EPIA coffin is "we don't give a fu**" Linux support.

        Some HW on that board has decent open source drivers and for the rest VIA doesn't care much.

        Most prominent example is unichrome driver. It has "open source" version, but it is very incomplete as poor bastard who did it had to work without VIA's support.

        They claim that you can get the datasheets etc, but in reality I have asked them several times and never got an response.

        So, with Linux you can't utilize even what meager HW you have onboa
        • They claim that you can get the datasheets etc, but in reality I have asked them several times and never got an response.

          Did you ask them by email? I have found it much more effective to telephone hardware vendors when asking for datasheets. If an email goes to the wrong person it's likely to get dropped on the floor. It's harder to do that to somebody who is at the other end of the phone seeking a response.

    • The thing is that tiny x86 boards (or boards of any arch) have a very small market. The people that don't care about size would just buy the cheapest board, which is usually the largest volume board anyway. I think VIA is targeting the custom embedded systems market, though their hardware reliability reputation is not good so it's not a good fit for the task.

      I think the price is a good thing though, it keeps the price-shoppers away from this garbage.
    • To me, this is obviously for a niche market, where your requirements are actually less important.

      Suppose you'd like to set up a personal server at home, which hosts a personal webpage and email, runs some p2p client, and acts as a file server(ftp/nfs/samba) etc. How much performance do you realy need? A sub-500mhz box would suffice. I would think someone to actually underclock it just to save on power.

      One advantage of C7 is its low power consumption. If you run your personal server 24/7, the saving on you

  • by Darkon ( 206829 ) on Friday January 26, 2007 @04:53AM (#17766000)
    When are these going to go away? Nobody I know uses a CRT any more. Why not include a DVI [wikipedia.org] connector on the back instead? For that matter, why do all graphics cards and many low-end LCD screens employ these old VGA interfaces?
    • by zakezuke ( 229119 ) on Friday January 26, 2007 @06:14AM (#17766372)
      When are these going to go away? Nobody I know uses a CRT any more. Why not include a DVI connector on the back instead? For that matter, why do all graphics cards and many low-end LCD screens employ these old VGA interfaces?

      I know of many people who still use CRT. I still use CRT. CRT is where it's at as far as peformance, versaltility, sharpness, and clarity. On my old sony 20seII s, I can do 720p or 1080p if I wanted, and these are 10+ year old monitors. LCDs are stuck at a set resolution. Many plasma TVs do come stock with VGA connectors. For 20 inches and above CRTs actually seem to cost more. While "old" it's more than adquate for it's purpose, unless you are talking LCD which does benifit from a digital signal.

      Aside from that, you are probally right, a DVI port can at least be adapted to VGA. If you are going to have one port, might as well be DVI.

      • If you prefer a CRT for this reason, you'd probably need a standard-size box for better performance too.

        Same thing with the DVI. The box this mobo is most likely to sit in probably only require the MOST BASIC graphics. Any cheap VGA will do a good job for the purpose.

        p.s. this has nothing to do with choosing LCD or CRT. There're cheap LCD monitors out there with only a VGA connector.

      • CRT is where it's at as far as peformance, versaltility, sharpness, and clarity.

        Plus, LCDs are hideously expensive if you don't have a well-paying job (hello, students!). For example, I need lots of screen real estate, so 1280x1024 aren't enough. 1440x1050 and up are generally what I like to work with. Since it's hard to get a TFT that has that native resolution my only choice would be to get one with 1600x1200, which means I have to fork over about 400 eurobucks for a low-end model. On the CRT side (wher
        • Every semester, you pack all your stuff into the car to go to school. You carry your stuff up the stairs to the fourth floor. You place your computer on a small desk, perhaps 60x110 cm or a bit more than 2x3 feet. All your stuff must fit in a small room that you share with somebody you probably hate. Five months later, you carry your stuff down the stairs to your car again.

          Probably there is no air conditioning to deal with the heat given off by a CRT.

          If you are unlucky, you keep tripping a circuit breaker t
          • Every semester, you pack all your stuff into the car to go to school. You carry your stuff up the stairs to the fourth floor. You place your computer on a small desk, perhaps 60x110 cm or a bit more than 2x3 feet. All your stuff must fit in a small room that you share with somebody you probably hate. Five months later, you carry your stuff down the stairs to your car again.

            Not every student lives in a dormitory; in fact, over here in North Germany I'd say that the minority does (when excluding state-spon
            • Every semester, you pack all your stuff into the car to go to school. You carry your stuff up the stairs to the fourth floor. You place your computer on a small desk, perhaps 60x110 cm or a bit more than 2x3 feet. All your stuff must fit in a small room that you share with somebody you probably hate. Five months later, you carry your stuff down the stairs to your car again.

              Not every student lives in a dormitory; in fact, over here in North Germany I'd say that the minority does (when excluding state-spons

      • by smoker2 ( 750216 )

        LCDs are stuck at a set resolution.

        Why do people keep perpetuating this myth ?

        samsung [dealtime.co.uk]
        MultiSync [dealtime.co.uk]
        Viewsonic [specialtech.co.uk]

        You get an optimum resolution on CRT as well, doesn't mean you are "stuck" with it.

        • LCDs are stuck at a set resolution.

          Why do people keep perpetuating this myth ?

          samsung
          MultiSync
          Viewsonic

          You get an optimum resolution on CRT as well, doesn't mean you are "stuck" with it.


          I should have been more clear. While CRTs do have an optimum resultion, they have a greater range of useable clear resolutions. They even have a greater range of good enough resolutions. LCDs on the otherhand, going away from optimium results in a dithering effect, as in those sharp clear as day L shaped pixles.

          As

    • Several reasons. First and foremost, your friends aren't representative of most users. Going into my office on an average day, there are probably a 5:1 or 10:1 ratio of CRT displays to LCDs. Monitors just don't burn out that fast -- most of them are probably 10+ years old now, and still running fine. Not everyone is going to go out and buy (or their manager is going to approve!) a LCD monitor, when they have 50 perfectly good 17" CRTs sitting in a closet.

      Not that it really matters to this motherboard's mark
    • Probably because DVI is an overkill for the mobo's application.

      People are likely to run the box headless as a personal server anyway. When they need to hook up a monitor, they tend to find any monitor they can easily find, without disrupting their main desktop. This monitor is most possibly a old VGA, sitting quietly in the garage.

      • Probably because DVI is an overkill for the mobo's application.

        People are likely to run the box headless as a personal server anyway. When they need to hook up a monitor, they tend to find any monitor they can easily find, without disrupting their main desktop. This monitor is most possibly a old VGA, sitting quietly in the garage.


        On this I must disagree with. A headless server might go as small as microATX, something "this" small plus drives would = shoe box sized. Unless you really want 2.5 inch drives
  • Overkill... (Score:4, Insightful)

    by evilviper ( 135110 ) on Friday January 26, 2007 @06:51AM (#17766570) Journal
    The motherboard's size really isn't the constraining factor in mini systems.

    The reason people use micro-ATX systems is because they can still use (at least one of) their regular PCI cards in it. Without that, you could just as well load up any really tiny, oddball embedded system that has video-outs.

    The size of a PCI card, perpendicular to a motherboard, will continue to constrain the minimum case size. Until some company gets the bright idea to bring risers back from the dead.

    I can't help but wonder why 1U and 2U rack server designs haven't been repurposed into cheap, consumer-level DVRs.
    • I can't help but wonder why 1U and 2U rack server designs haven't been repurposed into cheap, consumer-level DVRs.
      Because rack servers typically generate way too much heat for their volume and compensate by having at least a half dozen tiny fans that force a huge volume of air through the system. Most people don't want a turbojet in the room when they're trying to watch TV; racks and DVRs are completely different market segments.
      • Because rack servers typically generate way too much heat for their volume
        Yes, if you put a couple Xeons in there, you'll need some seriously loud fans.

        Stick to low-power components, such as in this device, and you don't have any problem at all.

        racks and DVRs are completely different market segments.
        I'm just talking about standardizing on the form factor, not using current rackmounts as DVRs.
        • if you put a couple Xeons in there, you'll need some seriously loud fans.

          Or you could use an airflow device without moving parts. I can't be certain since I haven't seen one in operation, but intuitively they ought to be quieter.

        • I'm just talking about standardizing on the form factor, not using current rackmounts as DVRs.

          Well, you said "I can't help but wonder why 1U and 2U rack server designs haven't been repurposed into cheap, consumer-level DVRs", and I kind of assumed that meant the design (which includes, and is driven almost entirely by, the cooling system). If you don't count the cooling system and you don't count the cpu or mainboard when you talk about repurposing rack server designs then I guess you're talking about just the empty shell. In that case, we don't use them for DVRs because they'd be ugly and would be

    • The size of a PCI card, perpendicular to a motherboard, will continue to constrain the minimum case size. Until some company gets the bright idea to bring risers back from the dead.

      Dude, you can buy ALL MANNER of PCI risers. I have a ton of short risers, including one that goes the "wrong" way so you can fit two cards into side by side slots. I also have a four-slot riser that has these little tiny boards that connect to the select lines (or whatever PCI has) in the three slots it doesn't plug into direct

    • The size of a PCI card, perpendicular to a motherboard, will continue to constrain the minimum case size. Until some company gets the bright idea to bring risers back from the dead.

      What, like these [mini-box.com]? Risers never went away. (Though frankly I'm more interested in Expresscard as an expansion form factor in mini-pcs.)
  • Look where the I/O ports are ... oh yeah NOT ON THE BOARD.

    They're just moving the problem to somewhere else.

    Tom
    • They're just moving the problem to somewhere else.

      Yes, and? That's a perfectly reasonable way to do things. The VGA port has to be on the board for noise reasons, but everything else can be moved, and should be.

      Are you suggesting they just eliminate the ports? Maybe they could give you a composite video and a USB2 port and you could do everything with that.

      • My point is a useful mobo requires ports, at least when comparing it to typical home use gear. Granted this is probably meant to be deeply embedded somewhere people don't see it. But if you're going to compare it to ATX [or similar] then you need physical ports not just pinouts.

        Tom
        • They will probably include all but possibly the DVI connector with the motherboard. Some ports (like USB) are standardized (although there's three standards, whee!) and you can buy a connector anywhere, which is what you typically have to do to get the last pair of USB connectors on the motherboard working (they're on there for front panel connectors.) Serial and parallel ports fall into this category, dunno if either of those are actually on the system :) PS/2 ports do as well. Basically the only thing you
        • you need physical ports not just pinouts.

          Why? If I don't need a serial port, why should the motherboard require me to have one? Give me the pin headers for the serial/parallel/kb/mouse/usb/firewire, and let me decide which connectors I want to use space on, and where I want those connectors to be for my design. Maybe I only need a keyboard connector while the cover is off, to initially configure the device, then I deploy it to run without a keyboard, driving a display such as a status board for flights

  • I can't really add to the comments here except to reiterate that these things are absurdly overpriced. It seems to me at least that one could take a Freescale or similar based Mobo, throw in a DIMM expansion slot and be done with it. While not terribly fast it would serve as a good general purpose compute appliance. I suppose if you wanted to get fancy you could include headers for things like DVI, VGA, mini PCI and so on. It is patently crazy that mini/nano ITX fanless boards costs hundreds of dollars. The
  • What's most interesting about these mobos is that they're fanless. So they can be used in multiples around roomsful of normal people, especially driving TVs and stereos, without the annoying noise driving people crazy. But that's also true of some PII mobos.

    These mobos support 1GHz CPUs, but they're Via C7. So what's the performance of these new mobos actually running, say, Linux (no X or desktop) and a streamplayer like madplay or even MythTV clients? Compared to their Pentium competitors, or even uCLinux
  • by tji ( 74570 )
    The article mentions the board's HDTV output capabilities. And, I'm sure many would like to use a tiny board like this for a MythTV frontend.. I know I would. But, if they ever actually become available (unlike the Nano-ITX vaporware debacle), don't run out and buy one until you know the specifics.

    - The VIA CPUs are much too slow to do software decoding of HDTV material
    - Their integrated video has MPEG2 decoding capability, but with a ton of caveats
    • by phorm ( 591458 )
      they claim HDTV output via the S-Video port, which is of course not possible.

      Where? I see "including support for HDTV out (via DVI/LVDS and S-video)"

      Now it seems to be poorly worded, but the indicator is that there's ports for DVI/LVDS, and S-Video. The former would get you HDTV out, the S-Video would still be available for legacy.
      • by tji ( 74570 )
        > Where? I see "including support for HDTV out (via DVI/LVDS and S-video)"

        Yeah, there. Rather than "including support for HDTV out (via DVI/LVDS) and S-video", they claimed "including support for HDTV out (via DVI/LVDS and S-video)". It's not just poorly worded, it's incorrectly worded.
  • psh... no PCI slots, no AGP slots, not even SLI for my video cards. This will never catch on :)

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