Digisan offers it around to anyone else waiting for the main event to start
Both are being made on the same process, TSMC's 55nm. What are the relative sizes (484mm^2 vs 256mm^2 or so from memory)? How much does high bin GDDR3 cost? (~$3.25 chip @ 1GHz) How much does GDDR5 cost? (~$3.50/3.80 for 1Ghz/1.25GHz respectively). How much is a TSMC 55nm wafer? (~$4000). What do you think yields are for each product? (roughly proportional to the die size at this point of maturity). How many board layers does the G200b use vs the R770? (hint: very dependent on the memory interface width) How much does the PCB cost? (see last Q) How much do the other components on the board cost, like heatsink, fan, VRMs, passive components, connectors etc? (about the same for each card). How much does assembly cost? (more for G200, more components and a more complex PCB, but not by much). How much does packaging cost? How much do add-ins on the package cost, like dongles, cables, CDs, games and manuals? Shipping?
If you look all that up, it is called research. I did it. I then wrote it up, that is called reporting. If you doubt my numbers, you can go do it yourself, it really isn't that hard, it just takes a bit of time and phone calls. You will end up with teh same conclusion that I did here:
http://www.semiaccurate.com/2009/10/06/nvidia-will-crater-gtx260-and-gtx275-prices-soon/
When forced to price relative to Juniper, NV can't sell G200b parts at a profit. If they don't price it relatively, the parts will sit on the store shelves. $400 GTX285, or $259 HD5850? Your money, do what you want with it.
So, rather than running around whining, why don't you actually go and do the research like I did? Then you will have your answer, to whatever degree you feel is necessary to document the problem or as you posit, lack thereof.
Now, you can extend the exercise to Cypress and Juniper. The one key number is that a TSMC 40nm wafer is ~$5000. If you start at the silicon level, how much does 181mm^2 of a $5000 40nm wafer cost, and how much does 484mm^2 of a $4000 55nm wafer cost? From there, the only real difference between the two is ram costs, call it $3.25 * 8 for NV, $3.50 * 8 for ATI, and off you go.
When you have parts totals and assembly totals, subtract that from the selling price. Start with Juniper, but *HINT* don't take your numbers from Fudzilla, or at least the numbers published from them so far. On one side, you will end up with a positive number, the other negative.
Your homework Trini is to figure out which is which. Then you can consider yourself edumacated, and have someone put a gold star sticker on your forehead. This is not a path off the short bus however, that will take a little more time.
The next time you don't believe what I write, go do the research, you will look a lot smarter. Denials followed by a statement that can be paraphrased, "but I really don't have a clue about the real numbers" is not a way to make yourself look good.
You now know what to do. Clock is ticking. Go!
-Charlie
man your posts are a riot, oh just for your research, your figures are off, you aren't taking into concideration volume discounting at all, not to mention subsidizing by TSMC. You also didn't concider the fact before the 9800 series every generation from nV had shortages of the high mid and high end models, before launch of the next gen line.
and oh yes you don't have a clue about the real numbers. Please go do more research when you get a chance.
nvidia's chips are larger so they really need 3 times the wafersnV has 2 times the marketshare they will need twice the amount of wafers, its pretty easy to see what the outcome is.
nvidia's chips are larger so they really need 3 times the wafers
-FUDie
http://www.xbitlabs.com/news/video/...a_of_Creating_Shortage_on_the_GPU_Market.html
Unless it has been posted already and I've missed it. I've no idea what is true but it puts a different light on the story and excuse me it distances itself from what one or the other side's sock puppet has to say.
nvidia is phasing out a series of products with what as replacement?
man your posts are a riot, oh just for your research, your figures are off, you aren't taking into concideration volume discounting at all, not to mention subsidizing by TSMC. You also didn't concider the fact before the 9800 series every generation from nV had shortages of the high mid and high end models, before launch of the next gen line.
and oh yes you don't have a clue about the real numbers. Please go do more research when you get a chance.
OK, I posted something very close to the exact numbers, and you say they are off, but won't say why or what the real ones are. Wow, talk about short bus candidates advertising their deficiencies.
As for volume, do you really think that ATI and NV are in different volume pricing tiers? Oh, what, that would require you to think and do some bare minimum logic. You demonstrated how good you are at that when you tried to register for my forums and did not put in a real email address for your registration to go to even though directly instructed to do so. I'll bet you are still trying to figure out why "I am silencing your voice" or whatever.
So, since I don't have a clue about the real numbers, enlighten us. Really. Just think about the alternatives, you could spend the time here writing up some brilliant thesis on silicon costs, the foundry model, and volume discounts, or go back to work and get many people fries while dreaming of a 9400GT that you may save up enough for.
Put up or shut up.
-Charlie
IGP is included in the computing solutions breakout.Does anybody know if Graphics includes IGP?
At the end of the day. If profit from chipsets was more than 12mil then old ATI products are in black in that quarter.
http://mrhackerott.org/semiconductor-informatics/informatics/toolz/DPWCalculator/Input.htmlI know there is a die price calculator somewhere on teh internetz where you just enter your wafer size, cost per wafer, die size and yield and off you go.. saves you some CALC.EXE
p.s. the numbers will be semi-accurate.
They aren't really close, there is a tier a system at TSMC, Charter, and other fabs. The wafer cost is actaully between $3000 - $4000 a wafer (at the higher volumes for the general process), not to mention you have forgotten the different types of 55 nm processes, which also effects the cost of the wafer.
There is also depending on yields a break down and reduction of cost per functional chip.
Should I go on, or did your research go into even this depth (which is quite shallow)? Heh you want a thesis or should I just do an antithesis and be done with? To pick a general number and work backwards will give you a very rough and limited idea of cost of manufacturing but again that just suits you fine for your goals in your articles.
As for you forums, I decided it wasn't worth the time to post on your forums
for a start here is something I suggest you get
http://www.gsaglobal.org/publications/pricing/index.asp
(stuff cut)
All of these effect the cost of the chips, so is your analysis correct? Well I guess I put something up.......
Who knows what NV will do to pad the time, but they've done it before, when the FX was a disaster. They've got a large portfolio of tech, and lots of internal costs they could cut. I think it is far too early to engage in hyperbole.