$109 and 75w with no 6-pin will be a nice card for prebuilt systems where it's not always easy to add that $25 (after rebate) replacement PSU.
I might sneak one in to my desktop at work....
As another poster pointed out in the other thread, even the 1060 can be a 60W TDP card at less than 1500Mhz.
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Why not wait a few days for the reviews?I was waiting to see how the GTX 1050 Ti would stack up against the RX460/465 before deciding which 75W card to get for my mini box but seriously that's terrible.
GTX 1060 with double the cores, running at higher clock speed, with more and faster memory, still uses less power?
I think I'm going to end up with a 6GB mini 1060 with the power target set lower. Is Samsung 14nm really that bad?
I've been recommending The GTX 750 Ti to folks who have prebuilts ever since it came out. Now the 1050 will do the job for those who play esports and casual games, and the the 1050 Ti for the more demanding ones.
Most prebuilts tend to use low wattage PSUs in addition to missing a PCIe power cable as well. OEM budgets systems are bad about this.those prebuilts typically lacked a pci-e cable?
Why not wait a few days for the reviews?
I think the point was to compare the 1050/1050Ti performance to a 1060 underclocked and undervolted sufficiently to acheive the same TDP. I also would take those power consumption curves with undervolting with a grain of salt. There is no guarantee that every card will be able to maintain performance and achieve such power savings.What would I be waiting for? I don't expect the 1050 cards to use much below their 75W TDP spec, certainly not low enough to match the 1060 in overall efficiency.
I would definitely wait to see how stack up: in the end, considering the low power target for these desktop units, price and performance are the criteria that matter most.In addition, if the performance is good enough, a 1050Ti, if it really comes out at 139.00 is a hundred dollars (or more) cheaper than a 1060. I mean, if the 1050/1050Ti were months from release, it might make sense not to wait, but with only days to go, just seems a no brainer to wait and see how they stack up.
Actual comparisons at various power levels?What would I be waiting for? I don't expect the 1050 cards to use much below their 75W TDP spec, certainly not low enough to match the 1060 in overall efficiency.
I think for two reasons. One, they make these variants using the lowest binned parts and sell them to OEMs at greater profit than they could make from the retail channel (the SKU stacks are different in OEM-land). Two, it would mess with the consumer product stack too much where the$100-150 GPUs are already extremely competitive. Everything under $100 is already a rebranded SKU from a prior generation that they're trying to get rid of. If anything, these chips will get rebranded as the 1040/1030 or 2035/2030 next year.I wonder why cards like the OEM 950 and 960 are not released as regular consumer cards?
Except that these two seem to be higher performing parts, instead of the lower performing parts that you typically get with OEM cards?I think for two reasons. One, they make these variants using the lowest binned parts and sell them to OEMs at greater profit than they could make from the retail channel (the SKU stacks are different in OEM-land). Two, it would mess with the consumer product stack too much where the$100-150 GPUs are already extremely competitive. Everything under $100 is already a rebranded SKU from a prior generation that they're trying to get rid of. If anything, these chips will get rebranded as the 1040/1030 or 2035/2030 next year.
Lower binned doesn't always mean less performance, but it does usually mean lower clock speeds, which is exactly what you get with these OEM cards (compared to their retail counterparts). In the case of the 960 vs 960 OEM, the OEM version is clocked a lot lower (both core and VRAM), but has more CUDA cores and 192-bit instead of 128-bit memory interface and the overall performance appears similar. That said, you probably can't overclock the OEM model much. In the case of the 950 vs 950 OEM, the situation is similar, but the effective output of the OEM model is significantly lower in performance.Except that these two seem to be higher performing parts, instead of the lower performing parts that you typically get with OEM cards?
They have more cuda cores and in the case of the 960oem, also more memory bandwidth.
I see that these cards were already covered, if a bit inaccurately.Lower binned doesn't always mean less performance, but it does usually mean lower clock speeds, which is exactly what you get with these OEM cards (compared to their retail counterparts). In the case of the 960 vs 960 OEM, the OEM version is clocked a lot lower (both core and VRAM), but has more CUDA cores and 192-bit instead of 128-bit memory interface and the overall performance appears similar. That said, you probably can't overclock the OEM model much. In the case of the 950 vs 950 OEM, the situation is similar, but the effective output of the OEM model is significantly lower in performance.
I just used NVIDIA's own specifications pages that you linked.I see that these cards were already covered, if a bit inaccurately.
http://wccftech.com/nvidia-preparing-launch-geforce-gtx-960-ti/
EVGA clearly states GTX 1050 TI is "only" 26% faster then GTX 950
If i remember correctly, 960 is ~15% faster then 950
*edit*
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http://techreport.com/review/29061/nvidia-geforce-gtx-950-graphics-card-reviewed/11
If my "math" is correct, then 470 is ~30% faster then 1050TI (161/126)
100%baseline gtx 950
115% gtx 960
126% 1050 TI
161% 470 (115% * 1.4)
The stock 1050 Ti isn't going to be anywhere near 960 performance. It'll be barely faster than the 1400 Mhz 950's.
It still looks like the 960OEM will be faster than the 960 at stock clocks, though. Slightly higher texel and pixel rates.I just used NVIDIA's own specifications pages that you linked.
Which is relevant and significant, but only if NVIDIA can provide them with good binning to support higher clocks, otherwise AIBs won't be able to bring out OC/SC versions to compete with existing 960 models. A 960Ti that can't beat a vanilla 960 by more than 5% would be pointless.It still looks like the 960OEM will be faster than the 960 at stock clocks, though.
I tend to disagree. Not because of the argument that rs presented that buying a new ps will give far better perf per dollar because often thats not a viable solution but plain and simply becaue the difference to 750ti is to small unless you need the features like hdmi 2.0b.Nice upgrade for current HTPC GTX 750 Ti users because it supports HEVC 8K Main10/Main12 hardware decoding, VP9 8K hardware decoding & HDMI 2.0b which GTX 750 Ti didn't support and because it's small like the reference GTX 750 Ti PCB, simple and easy upgrading, just plug and play.
https://www.techpowerup.com/reviews/NVIDIA/GeForce_GTX_750_Ti/images/front.jpg
