That's not too long a wait. No doubt be £90-£100 for the block.
Make sure you take out insurance in case it blows up
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That's not too long a wait. No doubt be £90-£100 for the block.
I will keep holding out for 1080 to hit £350, it will get there eventually.
Yet some people with them say all bar the odd game they run like a dream?????![]()
That's why I won't be buying the pascal TX. £1099 ain't bad though, I'm suprised at that at least.
wow, I've just seen the price and happy days. I expected it to come in at around £1050 and I wasn't far off at all. Hopefully we get to see a 1080 TI around £800 at some point this or next year
That's before you have to pay 20% VAT and possible customs duties...
Prepare 20% VAT + admin fee for this import...
**** my life I'm going to buy one.
That is £1099 on the nvidia uk website. Plus shipping of course.
That's before you have to pay 20% VAT and possible customs duties...
Prepare 20% VAT + admin fee for this import...
Let me know how it is mate. If they end up bringing EVGA ones might be half tempted dependent on perf of course.
Will do, EK water block comming on the 16th just get one of them, probably better than EVGA AIO.![]()
Already have EK on my 1080's. Would be fine but nvidia selling only. No waterblock warranty.![]()
probably better than EVGA AIO.![]()
I will keep holding out for 1080 to hit £350, it will get there eventually.
Already have EK on my 1080's. Would be fine but nvidia selling only. No waterblock warranty.![]()
Do you just put it as computer partsI am self billed too any tips would be much appreciated
You do know that 250w is hardly the 'max' acceptable power draw for a GPU, right? Where were you when the 290X and Fury X were released?You really don't understand it do you, it's already rated at 250W, it's a 384bit bus and a small core, to go bigger on the core, more shaders... requires more bandwidth. It's already 250W, so add another 25W for memory bandwidth and another 25W for more shaders and it's a 300W part and it's become 550mm^2.
Replace the gddr5x with HBM2 and you've got lets say 630GB/s bandwidth, you've saved 30mm^2 of die space, you've dropped power down to 200W. Now add in 100mm^2 of shaders/rops/tmus and you're back at 250W and you have more than enough bandwidth to feed it.
384bit bus is limited by the power they wanted to use, the shader count is limited by the power they wanted to use and the available bandwidth as well. HBM2 alleviates both issues, bandwidth and reduces power significantly allowing for more power for the GPU.
**** my life I'm going to buy one.
I'm counting on it! lolI just couldn't handle the depreciation on this... possibly in 12 months from now, they will release Volta and this Titan X will be equalled by a 150w 400MSRP 1170 etc.