
End of Intel-Pin-Compatible CPUs? 218
sonamchauhan writes ""Intel, Via bury the hatchet" proclaims this news.com article. The settlement reportedly allows Via to build Intel-pin-compatible CPUs for three years more, but Via must cease pin-compatibility after that."
This settlement apparently closes out 27 existing lawsuits.
fr1st ps0t #2 (Score:5, Insightful)
Well, pin compatibility isn't the issue I'd be concerned with, but opcode compatibility.
-uso.
Re:fr1st ps0t #2 (Score:4, Informative)
Now, it's true that this isn't the case anyway: you can't buy single Via processors anyway, and it has essentially always been the case that you have motherboards for AMD procs, and motherboards for Intel procs. But it's really too bad. Think of how convenient it is that you can take an IDE hard-drive and plug it in anywhere (even Macs nowadays!) Why can't you have simple "plug'n play" processors? Then you'd have real competition among all the companies...any processor on any mobo!
Maan
Re:fr1st ps0t #2 (Score:5, Informative)
This is not at all true. I personally have owned at least four different Super Socket 7 boards (one is in my posession now) which would run either a K6 series processor, or any Socket 7 Pentium processor. Some of them would also run various Cyrix processors. VIA bought Cyrix. Hence, VIA *does* have the rights to some processors which are pin-compatible with some intel processors.
Re:fr1st ps0t #2 (Score:4, Interesting)
I think you're mistaken [tigerdirect.com]
--
But which one is "coolest"? (Score:4, Funny)
I think you're mistaken [tigerdirect.com]
From that page:
The 667MHz VIA Cyrix III is the coolest processor on the market
and
The 600MHz VIA C3 is the coolest processor on the market
I'm confused.
Re:fr1st ps0t #2 (Score:2)
Re:fr1st ps0t #2 (Score:3, Informative)
Via C3 vs Transmeta CPU [vanshardware.com]
Via C3 vs Celeon 1300 Mhz and 667 Mhz [tomshardware.com]
Given that the current market C3 has a slow FPU it holds up pretty well for the amount of power it uses, the cost, and the form factor it allows. It is nowhere near as slow as a PII 300 Mhz in any of the benchmarks I glanced at. Feel free to point out some ultra-FPU bound benchmark that I missed and you're using to backup your comment.
The C3 is in no way a powerhouse but given that it can be easily used in small form factors like m
Re:fr1st ps0t #2 (Score:3, Informative)
a 1ghz C3 would be about equal to a 750 PII. The accepted approximation is 3/4 of a PIII.
Re:fr1st ps0t #2 (Score:3, Interesting)
Unless...
Unless there were some kind of really simple adapter to go between the chip and the socket, that just does some pin remappings and maybe a little voltage conversion...
Re:fr1st ps0t #2 (Score:2)
I mean, it's not exactly a slocket, but it's the same concept.
They exist. They work. If you really wanted to take your Socket 370 and put it in a slot 1, you could find a slocket to do it.
The problem was always stability. I don't know much about chip fabrication, but I think it had something to do with the length of the pathways adding some sort of resistance, or feedback, or something.
~Will
Re:fr1st ps0t #2 (Score:2, Interesting)
The prolem is that that would require processors to use a standard interface to the chipset on the mobo, which they don't. There's no real open standard for one either. Besides when you start standardising, you nearly always end up compromising somewhere along the line, which will lead to a performance penalty, and I doubt anyone will go for it if that's the case.
Re:fr1st ps0t #2 (Score:3, Interesting)
I personally like my ibm server
Re:fr1st ps0t #2 (Score:2)
We were cleaning out old computers at netmar, and we unearthed a Sun 3/160 (check here [obsolyte.com] for pictures of a 3/160). It's not really a computer, in it's present form. It's just a VME backplane with 12 full-height slots for plugging anything you want into it.
We found the origional processor board, which had a 17 Mhz processor and 4MB of ram (1986, folks). But, we found out, you can swap anything into it. When we pulled out another double-decker board, we were thrilled to find a bon
Re:fr1st ps0t #2 (Score:2, Insightful)
You can tell I posted in a hurry, so I'll restate this more clearly; an x86 chip is still x86 no matter how it plugs into the mobo. It's not an issue that they're no longer going to be pin-compatible with an x86 - someone else says they make their own mobos, so they can make mobos for their own CPUs. No big deal.
But I have yet to see a *real* push away from x86. Just as well, because I am going to give u
Disagree: pin compatibility matters a lot (Score:4, Interesting)
But after doing research into cooling solutions, etc., I decided I could stand a tiny bit of noise, in exchange for greater processing power (I want to run Java web sites off the server box). So I upgraded the CPU to a Pentium III. This was possible, not just because the processors are opcode compatible, but because they were both Socket 370 compatible. Just swapped them out.
I would not have purchased an Intel CPU for the server system if I had made a commitment to a different socket format. So Intel would have lost.
More importantly, as a consumer, I won big time, by having a far more flexible system, that let me make an initial investment based on one set of requirements, and then upgrade the box later, when my requirements changed.
It's a shame that Intel doesn't want to keep this. After all, the C3 processor doesn't really compete with Intel's products -- there's quite a difference in processing power, at similar clock speeds. So let VIA have the low-power low end for us SilentPC enthusiasts, and own the rest. It's basic market segmentation, and Intel knows how to do that, profitably, very well.
Re:Disagree: pin compatibility matters a lot (Score:2)
I find that I have no need for op-code compatability, so long as I have source code compatability. GCC can take the same source file, and make it run on nearly any processor. (Any reasonable processor really, but if I don't qualify it someone will ask about 6502 support)
I care about how fast the processor is running my apps. x86, Sparc, MIPS, alpha, come to mind as reasonable processors to consider, all will meet my needs just fine.
Well, there is an exception, I have wine [winehq.com] installed so in theory I can
i can only hope... (Score:5, Funny)
Re:i can only hope... (Score:3, Insightful)
Re:i can only hope... (Score:3, Insightful)
Re:About these pin-compatible CPUs... (Score:4, Insightful)
Most VIA cpus are in mini-itx's (Score:5, Interesting)
See the forest? (Score:3, Interesting)
Re:Most VIA cpus are in mini-itx's (Score:2)
This doesn't make much sense to me. cpu's can't be mini-itx. That is a motherboard size not a cpu size. Also, what about mini-itx means that the cpu would be attached to the board? Many mini-itx boards are available with no cpu soldered on.
Intel Hate (Score:4, Interesting)
My friends who retain Intel compatibility continue to pay top dollar for less power. If I think it's time for a cpu upgrade, I simply go to my local AMD redistributor and pay about the cost of two boxed games for a chip that is more than fast enough than anything I care to do with it.
Re:Intel Hate (Score:4, Insightful)
Re:Intel Hate (Score:5, Informative)
- Upgraded to a 900Mhz Duron
- added 256MB RAM
- Upgraded to a 1.3Ghz Athlon
- Upgraded to a 1.6Ghz Athlon XP
Try doing that with any Intel chip. The socket changed *twice* during the comperable speeds I've listed here. An no new Mobo was purchased, nor was RAM changed (just more bought, for $60 I believe, but it was plain ol' SDRAM, *not* the insanely expensive RAMBUS I'd have been buying at the time if I had been using a P4).
Re:Intel Hate (Score:5, Interesting)
Yeah, similar experience here. I have an SiS mobo at home (fully integrated everything, very cheap). It's extremely upgradable though. It came with PC133 DIMM slots, as well as PC266 DDR-DRAM slots. I can upgrade the memory if I want, the processor, it has an AGP slot so I can do the video too.
Socket A is great. Does that kind of upgradability exist for say, the Pentium 2/3 socket? Can you stick a pentium 4 in a pentium 3 socket? No. I can stick a Barton or Mustang or T-bred or T-bird in a socket A. That's a range of 800Mhz to around 3 Ghz... all that's needed is probably a bios flash.
Re:Intel Hate (Score:2)
Re:Intel Hate (Score:3, Interesting)
Intel's recent antics with the Centrino also point to darker designs. I'd rather prefer Intel had competition from Via, Cyrix etc. than from an unreliable AMD.
Re:Intel Hate (Score:2)
Don't get the software politics involved here. Just because AMD doesn't do what you want them to do doesn't mean that they are a bad or unreliable company. In this market, you absolutely need support from MS, otherwise you die on the vine. Think of it... 98% of the desktop share, with the majority of business users only using MS software. As a processor maker, I'm not going to hold to software ideologies of freedom or non-freedom when going to the market. I would absolutely love, however, a release of
Re:Intel Hate (Score:2, Informative)
I'm typing this reply on an Athon equipped PC, and historically agree, but AMD had better get their ass in gear quite quickly: Taking a quick look [pccanada.com] at the place I normally order from (CDN $), a P4 2.4Ghz 533Mhz bus processor (512KB cache) is coming in at $249.99. For just a bit less you can get the Athlon 2400+, or for $30 more you can get the Barton 2500+. In other words power/dollar is
Re:Intel Hate (Score:2)
That doesn't sound common unless you are at the bottom end of the scale. Just looking through Pricewatch, comparable CPUs are typically within $30 of each other.
$483 Athlon XP 3000
$485 Pentium 4 3.06GHz
$171 Pentium 4 2.53GHz
$163 Athlon XP 2500
The biggest differences were near the bottom of the scale:
$130 - Pentium 4 2.0GHz Sock 478
$67 Athlon XP 2000
11 suits (27 patents) (Score:5, Informative)
27 Lawsuits?? 3 Years?? Did you READ the article? (Score:4, Informative)
Where did the 27 come from? Oh, wait: "In total, 27 patents were at issue in the various cases."
Man, reading comprehension must be in short supply these days. There were 11 lawsuits involving 27 patents.
Speaking of reading comprehension, the settlement is for the following:
"For the first three years, Intel has agreed not to sue Via for making processors that come with buses and pin structures that are similar to Intel's products. Similarly, Intel has granted Via a license to make chipsets that are pin- and bus-compatible with Intel products for four years, and has agreed not to sue Via or its customers for using pin- and bus-compatible chipsets for another year beyond that."
So they can essientially get away with selling them for FIVE years, not three.
Geez...
Re:27 Lawsuits?? 3 Years?? Did you READ the articl (Score:2)
Cmon, we have a tradition to uphold here. Say it with me now:
Damn that Intel! Yay AMD! Yay Cyrix! Yay Via!
What a sad day this is... (Score:2)
No, I'm not that new here.
And may the market... (Score:2)
No whining about businesses trying to control markets through proprietary hardware and software. The logic for so doing is clear.
Just say 'no' to the proprietary pusher-man.
Re:And may the market... (Score:3, Insightful)
> pin-outs, and blow non-conforming hardware right the fsck off.
Hehe, the funny part about that is Intel pretty much defined the standard pinouts, so if they choose to change it, guess what, that change is pretty much the standard.
So before and after the change, you think everyone should blow off every CPU maker that isnt Intel?
Well screw that parent poster, im sticking with AMD myself, you can keep your overpriced und
Re:And may the market... (Score:2)
> processor than an AMD processor?
Intel states publically that they plan to create and use DRM.
A slashdot (or preferably a google) search will turn up info about that.
AMD states they plan to do no such thing unless forced to by law.
The few features intel chips do have that can be used for DRM are not in and of themselfs DRM. But the companys have made it clear what chips will have DRM once it rolls around.
Re:And may the market... (Score:2)
Paid for a (student) MSDN Universal subscription. Microsoft cures a lot of issues, while arguably raising bigger ones.
As the market demands the capacity to mix products from various vendors, choice and quality improve, and cost migrates where it should, cartels notwithstanding.
The simplicity and transparent nature of Linux is great. The agony of trying to find a PCI NIC, driver and configuration that work with my cable modem belie an accusation of b
Cheap solution for VIA (Score:5, Interesting)
Of course, what's to stop some clever young upstart from being willing to raise his CPU off the board by an addition 3 to 4 mm, to place a special ceramic enclosure between the CPU and the board? This enclosure would do nothing more than swap the pins back (sorta like a null modem cable). Of course, this would probably also require a slightly different cooling solution, but at least it's doable.
And there you have it. VIA's chipsets can work with Intel's CPUS and Intel's chipsets can work with VIA's CPU's once again. All VIA has to do is *NOT* be the manufacturer of the conversion enclosure.
Re:Cheap solution for VIA (Score:2, Insightful)
Re:Cheap solution for VIA (Score:2)
Re:Cheap solution for VIA (Score:3, Interesting)
Re:Cheap solution for VIA (Score:3, Interesting)
Totally terrible and unnecessary solution. If you swap a couple of pins on the CPU, you can simply have a BIOS setting where you select the CPU, and the circuitry on the motherboard will do the magic (provided that you chose pins that are not delay-sensitive, and you have plenty of such signals on a CPU). You could even hav
once again the consumer looses out (Score:3, Interesting)
If there were a standard chip/motherboard interface then you would be able to choose the chip that you want and the board that you want based on your preferences. Once this grace period is over (3 years) you will have less combinations available.
When are businesses going to realise open standards = growth.
Mind you I use mini-itx at home anyway so I shouldn't complain.
Re:once again the consumer looses out (Score:2)
Re:once again the consumer looses out (Score:2, Interesting)
Good lord. The chip is the board. I mean, look, once upon a time you had a relatively standard interface. Socket 5 (maybe earlier, too), Socket 7, and even Socket 370, to an extent. Standard interface, standard bus speeds, etc, because, for the most part, there was only really the one way to do things because nobody but Intel was in a position to
Re:once again the consumer looses out (Score:2)
So no, it's not. It may not be great, but it's allowed under competition laws.
Re:once again the consumer looses out (Score:2)
Intel spends lots of money developing the bus protocols and pin outs, and that is largely responsible for Intel's slight performance edge. I see no reason why they should blindly give that technology away.
The Register article, chipsets (Score:2, Insightful)
Now this brings up the question on what teh chipset clause means for the industry. I know I have via chipsets on my Athlon boards, and it seems likely that VIA will keep producing theese, but what about the Intel market? Does this mean that there will be a player less in that market in five years? Its a rather long time, perhaps the current hardware model is obsoleted by then? MiniATX + integrated systems + Palladium (TPC, was that what it was called?).
VIA, not Via... (Score:2, Funny)
It's even written on all their press releases [via.com.tw], including the one [via.com.tw] linked to from Slashdot earlier today [slashdot.org]:
Note to reporters, editors and writers: VIA is written in ALL CAPS!
Re:VIA, not Via... (Score:3, Informative)
Re:VIA, not Via... (Score:3, Insightful)
Re:VIA, not Via... (Score:2)
Re:VIA, not Via... (Score:3, Insightful)
This is just common sense on the part of journalists -- if they could get away with it, companies would insist that their name must always be in inch-high distinctive letters in bright colors. And all of their products, too.
Re:VIA, not Via... (Score:2)
scripsit Jungle guy:
There's a trend toward downcasing all acronyms which are actually pronounced as words (and not letter-by-letter); BBC has wholeheartedly embraced this, writing `Nasa' for NASA, `Nato' for NATO, and now `sars' for SARS.
Of course, AFAIK Via and Nvidia aren't acronyms at all, so there's really n
Re:VIA, not Via... (Score:2)
Re:VIA, not Via... (Score:2)
Not a big deal. (Score:4, Insightful)
Also, if you look at Via's upcoming and beta (www.mini-itx.com) products, it's quite obvious that they are aiming at the psuedo-embedded type market. People want very small and low cost mainboard/cpu's to make specialty type computers such such as MP3 jukeboxes, divx players, email machines and mame consoles. For most of these types of applications, the system requirements don't change as quickly. An MP3/Ogg dedicated machine will continue to be just as useful 10 years from now. You might upgrade it to make it smaller or add 9.1 whiz-bang-super-thx sound, but not being able to replace the CPU, doesn't matter.
0.02
Don't have to worry about that much longer... (Score:4, Informative)
See this link [extremetech.com].
Re:Don't have to worry about that much longer... (Score:3, Funny)
Re:Don't have to worry about that much longer... (Score:2)
It does nothing to alleviate the fundamental problem of interfacing the CPU to the outside world via an array conductive connectors in a fixed pattern.
Re:Don't have to worry about that much longer... (Score:2)
OT: Centrino Linux Support (Score:3, Interesting)
Related Link (Score:3, Interesting)
So? (Score:2)
Pin compatibility is not for end-users (Score:5, Insightful)
The main reason why it's desirable for Via to have a pin-compatible CPU with Intel's specification is because it shortens the development time and cost of a motherboard. It's easier and cheaper for the M/B manufacturer to design the board's layout if the signals are in the same place, because a re-layout of a M/B is very expensive in both time and money. (in some cases the full development can go upwards to several hundred thousand dollars)
Additionally, there are chipsets that can support both Intel and Via CPUs, (most notably some SIS SOC designs) making it even easier to make a M/B, but this fact it's not necessarily related to having interchangeable CPUs with a socket. Having a socket is of little to no use because Intel and Via CPU's are aimed at different market segments, anyway.
Remember the whole Slot-1/Slot-A fiasco? Intel developed the PII with a slot connector, and used patents/copyrights/trademarks/whatever to prevent AMD or any other CPU manufacturer to make pin-compatible CPUs. AMD then developed the Athlon to use exactly the same connector, although with different electrical specifications and pin definition. This move was aimed to facilitate the manufacturers' development and time-to-market efforts, never to give power to the end-user.
I can't believe nobody has mentioned this and everybody is easily misleaded into thinking this issue is not a important one. Maybe this shows just how few hardware development we have in the West.
3 years... (Score:2, Interesting)
3 years may be about the right time to bail from the PC (meaning intel) market and focus strictly on the exploding embedded markets...
The wild card: the S3/Sonicblue bus license (Score:4, Interesting)
The most interesting bit in my mind, however, is what happens to this rogue bus license owned by S3. Recall that S3 Inc. signed a patent cross-license with Intel, then exited the graphics business, became Sonicblue, and sold off its assets to a joint venture with Via called S3 Graphics. That's why the current deal excludes S3 Graphics.
However, Sonicblue is also auctioning off its assets. That means there's going to be an Intel bus license up for grabs, possibly. However, as we wrote here [extremetech.com], Sonicblue's legal team says the license can't be transferred without Intel's permission. That should make the auction more interesting, certainly...
Intel Too... (Score:2, Funny)
-
In Soviet Russia, all your spam are belong to us.
Lindows pcs (Score:2, Interesting)
But, aside from the lower performing chip, it does it's job as a email/web browsing/messaging/word document editing/music playing home workstation.
Re:umm (Score:3, Insightful)
Having a fanless computer is really nice
Re:umm (Score:2, Funny)
Any project that can get away with it (Score:4, Informative)
Mechanical parts are the weak link in computer reliability.
If you're building an largish embedded device, maybe a car MP3 player or a home theater DVD player or something, you want reliability, you need a certain amount of power but not more than that, and you don't want noise.
And many people don't need the extra cycles. I use a PII/266, which is significantly less powerful than a c3, and I'm happy. Having a silent box would be nice.
Re:Irrelevant (Score:3, Interesting)
Tualatin owned. (Score:5, Informative)
I want to see the Centrino platform on the desktop. But we never will see it, because it would embarrass Intel and point up how failed the PIV architecture is.
Oh yeah, one more thing. VIA has been selling the CIII as part of the EPIA Mini-ITX platform, not really as a separate chip, and I suspect the tight connection between CIII and EPIA will be even tighter by the time this injunction takes effect three years from now.
Re:Tualatin owned. (Score:4, Interesting)
The CPU component of the Eden Platform is referred to as ESP. C3 is the name of a processor family that's sold quite separately from the Eden Platform; I have one in an SV24 at home. There's no doubt that the C3 and ESP are very similar technologically, but they really are different products packaged and marketed differently and I'm sure VIA would like to continue selling both.
Re:Tualatin owned. (Score:2)
Centrino is based off P3
P4 may be fastest at factory clock but i will bet an overclocked Athlon could beat it without frying
Re:Irrelevant (Score:5, Insightful)
Please define "lousy". Do you mean that it requires more clock to reach a certain level of performance (which is what many typically mean). If so, how does this make it lousy if what you're measuring is the "complete" performance and not just say "efficiency". Intel made a very concious design choice when they went the super deep pipeline high clock route. Which has more "wow", the fact that you can ramp the clock rates up quicker, or that you can get more done with the clock that you have? Isn't this similar to engines, where you have one camp that likes big cubes and massive torque vs the camp that likes high effiency and high rpms. They both have their plus's and minus's and it really depends on the application?
The only thing keeping Pentium-line procs afloat is marketing at this point.
But don't you think that Intel "plays the market". By this I mean their processors have the price/performance ratio that they currently do because the market allows them to? It would appear that Intel could certainly afford to drop the price of their chips quite considerably if they wanted to, but this would be very damaging to the bottom line in the share holders eyes for no real benefit. So Intel continues to have the price of their chips higher than anyone else, because it makes their pocket books fat. If push came to shove, they could do a LOT of damage to the clones while still being able to survive.
Re:Irrelevant (Score:5, Interesting)
Yes, i do think Intel plays the market. They play the market like a chump. And the market falls for it every time. I recall building my friend's box for her, and her mom was initially rather insistent upon a P4 until she found out that AMD was considerably cheaper and that the features of the P4 were not going to make enough of a difference for a box to write reports on for college. She ended up with rather than the $2000 machine that she had initially intended to buy her daughter, but a $1200 computer that surpassed the Pentium 4 she had been eyeing in every way for what she needed it for (more mhz, more ram, a few options she didnt even think of like a NIC, a modem, a cd burner, etc. all of which would have cost more than her initial 2k base price). So its not that the market doesnt care, its just that they dont know any better.
Re:Irrelevant (Score:2)
I'm left wondering, what happened after she switched to Linux?
Re:Irrelevant (Score:2)
Re:Irrelevant (Score:2)
I Will (Score:2)
We are hiring, and for our five new people I was asked to spec out and procure some x86 "workstation" and for the money, we'd thought we'd get some intel kit and try out this newfangled hyper-threading stuff. So I ordered 5 dual Pentium IV Xeon 2.8GHz machines with 1GB RAM and 120GB hard drives. We've only fired up one so far. The poor guy who uses it is going mad. When it's idling, the thing sounds like a hoover because of the processor fans. When any load goes on the CPUs, the
Re:I Will (Score:2)
Re:I Will (Score:2)
Re:I Will (Score:2)
How does a noisy fan equate to Intel kludging anything? All cpu's require cooling, AMD's, esp earlier Athlons, put out insane amounts of heat even at relatively (for nowdays) low clock rates. Do you have any links showing that Intel has had to go to outrageous extremes to cool their faster processors? The P4 I have sitting on the floor next to me is no noiser than any other
Re:Irrelevant (Score:3, Insightful)
I went to build a machine about 4 years ago. Top of the line P3 was $600 or so, so I picked up my 450mhz K6-2 for a little under $100. It wasn't faster by any stetch of the imagination, but it played games just fine coupled with the video card I could afford because of the savings. It wasn't beating Intel by any stretch, but it
Re:Irrelevant (Score:2)
Re:Irrelevant (Score:2)
By what metric are you calling the Pentium 4 a "lousy chip"?
It's a relatively high power usage desktop processor with a heavy reliance on compilers that know about it. Maybe you dislike that *type* of processor, but it doesn't do a bad job of filling that gap. It's hardly lousy. The only real competitor I can think of is the Athlon, which is, I suppose, comparable, but not, to my knowledge, particularly better designed.
I also don't understand w
Re:Irrelevant (Score:2)
Re:CPU's??? Just processors, right? (Score:2, Informative)
Via makes a number of low-power (as in Watts) CPU's.
They also make chipsets for, among other things, P-IV. The chipsets don't really contain any processors as such, just memory/IDE/USB controllers etc.
Re:There are pin compatible cpu's now? (Score:2, Informative)
Re:Via C3 (Score:2)
Re:Via C3 (Score:3, Interesting)
Re:Via C3 (Score:2)
Re:Via C3 (Score:2)
Re:Via C3 (Score:2)
While they both ran the same code and had the same register set, the data-bus and address-bus widths of the 386SX were 16 and 24 bits, respectively. Bus widths on the 386DX were 32 bits each for addresses and data. The smaller bus made a same-clock-speed 386SX a fair bit slower, and it only supported up to 16MB of physic
Re:Corroborating Christ (Score:2, Funny)
1. Not True.
2. Propoganda from the other side.