Zotac Releases GeForce GT 520 With Classic PCI Connector
jones_supa writes "It turns out that you can still get a legacy PCI graphics card with a modern GPU. In this case it's a Nvidia Geforce GT 520 card provided by Zotac. Both the PCI and PCIe x1 variants feature a GT 520 graphics chip with 48 stream processors, 512MB of DDR3 memory, a 810MHz core clock speed, a 1333MHz memory speed, and a 64-bit memory interface."
Can you Slashvertise that too?
PCI slots cap at 533 MB/s (and a lot are 133 or 266), which is less than a tenth of most PCIe x16 slots, so I can't imagine that you're going to be making the most of the hardware somehow.
Considering PCI's bandwidth, the usefulness of the product is quite limited...
That's not legacy. This is legacy.
There are a TON of older computers that people still run with PCI slots. They would work just fine repurposed as a HTPC but until now there was no hardware acceleration available. The XBMC Forums will have someone come along that is looking for the "Best" PCI option and usually that involves either an SVIDEO or VGA connector. Some new TVs will have a VGA but not all of them.
And what are you going to put this in, a PII? That won't help, the bottleneck is the processor (~400 MHz) or some other part of the ancient hardware.
Woo!
Neither fish nor foul nor good red herring!
Chas - The one, the only.
THANK GOD!!!
I'm still waiting a version compatible with the CBM-64 serial bus.
If the form factor is correct, then plenty of recent Xeon/Opteron servers, with a free PCI slot, suddenly become AWESOME desktop platforms. Around here, you can get late model 4-core Xeons, with maybe 8GB of RAM, on Craigslist, from name-brand companies [HP, Dell, etc], for circa $500. And they will be of VASTLY higher quality [with esp. vastly better motherboards] than the consumer-oriented junk that those same companies are peddling.
I'm hoping it's got a bog-standard PCI interface specification, so that the old PWS console firmware works with it. The PWS 600au works great with an ATI Radeon 9000, NetBSD + X11. Not so sure about the xorg support for the GT520 though. We'll see.
Well, this doesn't help my Win98 retro gaming tower at all then, does it.
can decode vc1 in xp and linux. Sounds like they are pandering to the broke diy crowd who would otherwise ebay, but don't have enough sense. That and the senseless relative techs of clueless elderly folks.
I can have a video card with 512mb of ram in my 486 with 8mb of ram. I can't wait to see what Doom looks like now!
Damn_registrars has no butt-hole. Damn_registrars has no use for a butt-hole.
My mom has an old pc that works fine, but I gave her a large monitor, that is beyond the resolution of her on-board video. It still works, and looks reasonable. But we've all seen what non-native resolution looks like.
My guess is that there are plenty of P-III and P-4's out there that are a video card away from being able to take full advantage of modern monitors. A PCI port is the least common denominator, AGP comes in 3.3 and 5v flavors, and was absent in some machines with onboard video. It can also be sold to people looking for extra non-gaming monitors on a modern pc, where AGP has died.
Can it be flashed with Mac-compatible firmware?
As yet there are but one or two video cards compatible with a Mac Pro1,1 capable of playing Portal, and they are still quite expensive ($400+), no longer manufactured, and vendors are unreliable for (1) shipping the correct card for the model of Mac and (2) don't seem to last very long once they do ship a "working" one (apparently a reflashed PC card). The last one I got eventually decided that it had to drive the display connected to it at exactly the same resolution as another display of differing resolution on the original video card. Even if no display was connected to it.
Oh, say does that Star-Spangled Banner entwine / The myrtle of Venus with Bacchus's vine?
A lot of people don't seem to understand that you don't need a 16x PCI-E slot for graphics cards, or even half that. The cards will rarely ever require that much bandwidth and certainly not under normal gaming conditions.
This card seems to be designed for situations where you want to do things with your PC that isn't bleeding edge gaming. That particular card isn't really that great anyhow. This would be perfect for a multimedia PC, or for casual games.
Would a card like this be helpful in any way for adding a 3rd or 4th display to your computer? Possibly still with some 3d accelleration, even if it's relatively slow?
"I like to lick butts!" by MobileTatsu-NJG (#32700246) (Score:5, Informative)
If you are going to saddle it with a PCI or a single lane PCIe, why do you need a modern GPU? Older technology cards are still available and still supported.
Just because you don't max out the pci-e 16x throughput, doesn't mean the 16x linkspeed is useless, faster throughput means less time waiting for data, every millisecond spent waiting is not being used for calculations..
Wouldn't it make more sense to sell one with AGP too?
Before my X2 died, It was upgraded with a HD3850 and could run pretty much anything, albeit not at highest settings. I'm trying to see what good a PCI card could do besides
A) adding a third monitor
B) adding hdmi on the cheap on an HTPC
Systems with PCI slots will either have PCI-E or AGP slots. Those that only have PCI will be in P2 class, and it makes no sense to upgrade that kind of machine with a fast video card, even for folding or mining.
I've got better things to do tonight than die.
Dells has been shamelessly sabotaging it's low end servers by deliberately crippling the PCI-E slot (only allowing PCI-E X1 slots) so that people can't use it s a powerful desktop. This card is a perfect solution.
Would this work with 4 of these in an old P2 or so and a Gbit NIC? It might actually give great CUDA performance for the money?
I was promised a flying car. Where is my flying car?
My pc has onboard graphics which are perfectly adequate, but I want to add a 3rd and 4th monitor to it, but I've only got 1x pci-e and 1x standard pci.
Adding a graphics card to the pci-e x16 slot causes the bios to disable the onboard graphics, as i have seen it do on a number of motherboards. It's a half height case, I can't afford to fork out for a low profile card with 4 outputs. What this card does is not just give those with old machines a new lease of life, it gives those of us who have limited expansion options some more freedom by letting us easily add a second card.
If you are looking for a GPGPU solution. You could fit up to five or so of this cards in a single machine.
Right now I have an HTPC sitting at home, based on an Atom chip that worked great (and still does) for pushing SDTV. When the HDTV went in, it was woefully inadequate, what with the embedded Intel graphics that can't push better than about 10fps at 720p.
It's got a single PCI slot for upgrading....
This card is *exactly* what I need to make this thing rock again as a Hi-def HTPC. With HDMI out, I can pump 7.1 surround to the stereo, and this thing should handle up to 1080p video playback without blinking.
This is so going to the top of my buy list as soon as it's actually released. Grumble...
Life, the Universe, and Everything... in my image.
I wonder how my 486VIP motherboard can take this up in 3DBench.
Been there, tried that --- this was on an old CATS ARM box. Turns out that there's a lot of ia32 code in ROM on the graphics card which, of course, ARMs and Alphas are totally unable to run.
The CATS box managed to at least initialise the card into text mode by running the graphics card ROM via the world's slowest ia32 emulator; the keyboard lights would flash for ten seconds on bootup and then you'd get the graphics card's POST message. I don't know what Alpha boxes do.
I have tried to make PCI graphics cards work on an embedded system that didn't have such an emulator, and discovered that xorg relies heavily on the BIOS having initialised the card to a sane state on startup. Without that initialisation you're pretty much out of luck (particularly since it's all undocumented). That said, if you're already using an ATI card on the Alpha then there must be some mechanism to make it work, so... good luck!
(Come back, Open Firmware. All is forgiven...)
I can see this rebreathing some life into a lot of those IBM 240/260 lo profile series desktop PCs that only came with PCI slots. Before you poo-poo me, I have a 2.8 ghz P4 with a gig of ram that has an AGP slot with a 7800GS card in it that I still use on a regular basis to run older games on the living room TV. (Including Warcraft..)
I've got two Mini-ATX boards lying around with a fully functional PCI slot. The PCI board is fanless as well, so that might make an interesting media playback device for sure. And it has HDMI. I'm already sold, this baby could hook up my VIA Mini-ITX to my full HD TV (that, unfortunately, does not do VGA in). Happy thoughts. Shame it is not half height, I'll have to saw my wine-box in two :)
Back when the development branch first added VDPAU support, I got a cheap passively-cooled GeForce 8400GS PCI card and slapped it into an old PIII 600-mHz (overclocked to 733, yeeeaahhhh boyyy!), booting directly into XBMC without any desktop environment. Runs like a charm, outputting 720p over the DVI output fed into the HDMI input on my projector (which is natively 720p, hence no higher res used), the only annoying bit was that at first I was having to compile it from source, which believe me, takes quite a long time on a PIII, haha. Luckily these days it's all packaged in the official PPA.
I remember sigs. Oh, a simpler time!
For the cost of the card, i reckon you could almost build a cheap atom/similar based system with onboard graphics that will kill the machine as a whole in performance.
If you're stuck with PCI, you're also probably stuck with some tiny amount of slow RAM, parallel ATA, a BIOS that can't read hard drives bigger than 500 meg, etc.
Not exactly a gaming/video machine there...
If its just to play HD content on TV, then an appleTV or boxee box will probably be cheaper and perform better, also.
I run: Windows, OS X, Linux, FreeBSD. Just because you have a hammer, doesn't mean everything is a nail.
There are plenty of bridge boards available that will accept a half-height x16 PCIe card and plug into a 32-bit PCI slot. The PLX PEX8112 bridge chip makes this type of bridge card fairly cheap to produce. I think I paid approximately 34 USD for one earlier this year that works well with a Radeon 6450 for multimedia applications.
Been there, tried that --- this was on an old CATS ARM box. Turns out that there's a lot of ia32 code in ROM on the graphics card which, of course, ARMs and Alphas are totally unable to run.
Actually, the Alphas have a basic x86 emulator in their massive ROMs, so they're able to initialize standard VGA cards. Note that derinax has an ATI Radeon 9000, which certainly did not come in an Alpha version.
I don't know whether this card will work, though.
Have a nice time.
I prefer to have Volari Z7 and Z11 on a mass scale production (as extension cards) for PCI/PCIe instead of proprietary GPUs. And yes hardware 3D is not something I like in the form it is sold today.
Please Zotac........pleeeeease.
This sort of card might be useful for those of us with modern systems who dual-head (or tripple-head). I like to watch movies on my second monitor while I game fullscreen on my primary - Unfortunately this sometimes destroys my gaming performance. I just recently (days ago) upgraded my video card to try and boost performance, but when I was shopping I did very seriously consider finding an old PCI card to throw my second monitor on as a stopgap option.
Anyone have experience with those kinds of setups? Running multiple cards (of different makes) for different monitors?
I had an old Sparkle 8500GT PCI card. Considering the specs it was meant to be reasonably powerful however due to the exceptionally slow PCI bus when I put the resolution of my desktop to anything 1920 x 1080 and up it became a lag fest when I was moving icons around or doing pretty much anything...
This was running on reasonably fast Q6600 at the time and both XP and Windows 7 yielded the same results...
So this card is a big fat pointless waste of money. As someone said above get an entry level sandy bridge based system which will cost around the same, bring you in to the modern era *and* give you access to big tasty upgrades for a reasonable price.
Seems like this could really speed up ancient Linux boxes if they use KGPU.
http://phoronix.com/forums/showthread.php?51240-Speeding-Up-The-Linux-Kernel-With-Your-GPU#post205509
Lets have a closer look at that 866 Passmark points.
Compared to a single AMD Athlon XP 2400+ with 431 points, it looks a bit suspect but possible (I'd expect less than perfect scaling when going from one to two processors).
The AMD Athlon X2 Dual Core BE-2300 (2 cores at 1.9 GHz) comes in at 1033 points. Seems plausible by comparison, considering the improvements in AMD's technology since the XP.
You are right about the Core, if you used the Core Duo (without the "2") as basis for comparison. That was the Yonah (http://en.wikipedia.org/wiki/Yonah_(microprocessor)) laptop processor by the way. But for a "fair" comparison, the Core 2 Duo, built for the desktop, is the better basis. If we pick the Core2Duo E4300, the very first (and weakest) Core2Duo that went to market, it has 1056 passmark points. Later models were better of course.
Getting back to Hairyfeet's idea of using a Pentium D, the fastest in the Passmark list (the Extreme Edition 965 @3.73 GHz) has 1318 points. The Celeron E3400 that I suggested as alternative gets 1711 points.
Considering tech dumpster diving, I like that sport :-) ;-)
But even so, the minimum I'm looking for is AMD64 X2 and Core2Duo. Refurbishing old P4 machines is simply not worth my time anymore, unless I have a bunch of parts that are known to be OK. Stuff from dumpsters needs triage, because some of it got there for being defective
BTW, the machine I'm typing this post on has an Athlon 64 X2 Dual Core 4600+ (2 cores at 2.4 GHz), 2GB RAM, a NVidia 8600GT and 1266 Passmark points. Perfectly good for surfing, office stuff and older games. But it tends to have problems with new games, so an upgrade is on the way...
C - the footgun of programming languages
There's a good chance that's exactly what this card is, just in one convenient package. Just like the slow trickle of modern AGP cards tend to be PCIe chipsets with a AGP to PCIe bridge. I haven't played around with the PCI to PCIe bridges but the AGP versions never seemed to work quite right, especially on AMD machines.