اخبار مرتبط به PC (سخت افزار و نرم افزار) اینجا قرار گرفته میشه . مباحث متفرقه از جمله vs ، سیاسی و .... ممنوع ـه در صورت تخطی برخورد میشه.
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جدید ترین اخبار سخت افزار و نرم افزار بازار PC
- Thread starter kourooshkabir25
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RUMORS: NVIDIA Ampere GPU Massive Die Size, Specifications, Architecture and More!
اگه این لیک درست باشه
هر SM در گرافیک های انویدیا و CU(Compute Units) در گرافیک های AMD معادل 64 Shading Units
در نسل جدید انویدیا این عدد به 128 ارتقا داده
3080TI با 3840 CUDA cores جدید معادل 7680 CUDA نسل قبل (فرکانس حداقل 1700) 26 ترافلاپ
(فرکانس 2000) 30 ترافلاپ
3080 با 3072 CUDA جدید معادل 6144 CUDA نسل قبل (فرکانس حداقل 1700) 20 ترافلاپ (فرکانس 2000) 24 ترافلاپ
اگه این لیک درست باشه
هر SM در گرافیک های انویدیا و CU(Compute Units) در گرافیک های AMD معادل 64 Shading Units
در نسل جدید انویدیا این عدد به 128 ارتقا داده
3080TI با 3840 CUDA cores جدید معادل 7680 CUDA نسل قبل (فرکانس حداقل 1700) 26 ترافلاپ
(فرکانس 2000) 30 ترافلاپ 3080 با 3072 CUDA جدید معادل 6144 CUDA نسل قبل (فرکانس حداقل 1700) 20 ترافلاپ
(فرکانس 2000) 24 ترافلاپ For the higher end GA103 part, which will end up being the RTX 3080 Ti or whatever NV decides to call it, you are looking at 60 SMs for a total of 3840 CUDA cores assuming the old proportion or 7680 CUDA cores assuming a new 128 cores per SM ratio (thanks for the flag, Boro and PCMasterRace!). For reference, the RTX 2080 Ti has 72 SMs with 4608 CUDA Cores.
Coupled with the doubled RTX core performance (and the resulting increase in DLSS throughput) you are easily looking at real-world performance increase in the range of 50% over Turing. If NVIDIA shifts to a 7nm process, they would be able to manage all this while staying well within acceptable power thresholds. The GA103 Ampere GPU will be coupled with a 10GB/20GB vRAM.
the GA104 GPU which should end up in the RTX 2080 replacement (the RTX 3080?) with 48 SMs (3072 CUDA cores based on old proportion, 6144 new). This is very slightly more than the RTX 2080 at 46 SMs. Coupled with higher performance throughput and the doubled RTX cores you are once again looking at significant performance increases if this turns out to be true. According to the rumor, the RTX 3080 GPU will be coupled with 8GB/16GB of vRAM and a 256-bit bus width
Coupled with the doubled RTX core performance (and the resulting increase in DLSS throughput) you are easily looking at real-world performance increase in the range of 50% over Turing. If NVIDIA shifts to a 7nm process, they would be able to manage all this while staying well within acceptable power thresholds. The GA103 Ampere GPU will be coupled with a 10GB/20GB vRAM.
the GA104 GPU which should end up in the RTX 2080 replacement (the RTX 3080?) with 48 SMs (3072 CUDA cores based on old proportion, 6144 new). This is very slightly more than the RTX 2080 at 46 SMs. Coupled with higher performance throughput and the doubled RTX cores you are once again looking at significant performance increases if this turns out to be true. According to the rumor, the RTX 3080 GPU will be coupled with 8GB/16GB of vRAM and a 256-bit bus width
RUMORS: NVIDIA Ampere GPU Massive Die Size, Specifications, Architecture and More!
اگه این لیک درست باشه
هر SM در گرافیک های انویدیا و CU(Compute Units) در گرافیک های AMD معادل 64 Shading Units
در نسل جدید انویدیا این عدد به 128 ارتقا داده
3080TI با 3840 CUDA cores جدید معادل 7680 CUDA نسل قبل (فرکانس حداقل 1700) 26 ترافلاپ
3080 با 3072 CUDA جدید معادل 6144 CUDA نسل قبل (فرکانس حداقل 1700) 20 ترافلاپ
For the higher end GA103 part, which will end up being the RTX 3080 Ti or whatever NV decides to call it, you are looking at 60 SMs for a total of 3840 CUDA cores assuming the old proportion or 7680 CUDA cores assuming a new 128 cores per SM ratio (thanks for the flag, Boro and PCMasterRace!). For reference, the RTX 2080 Ti has 72 SMs with 4608 CUDA Cores.
Coupled with the doubled RTX core performance (and the resulting increase in DLSS throughput) you are easily looking at real-world performance increase in the range of 50% over Turing. If NVIDIA shifts to a 7nm process, they would be able to manage all this while staying well within acceptable power thresholds. The GA103 Ampere GPU will be coupled with a 10GB/20GB vRAM.
the GA104 GPU which should end up in the RTX 2080 replacement (the RTX 3080?) with 48 SMs (3072 CUDA cores based on old proportion, 6144 new). This is very slightly more than the RTX 2080 at 46 SMs. Coupled with higher performance throughput and the doubled RTX cores you are once again looking at significant performance increases if this turns out to be true. According to the rumor, the RTX 3080 GPU will be coupled with 8GB/16GB of vRAM and a 256-bit bus width
30 ترا فلاپس آخه ؟
3080ti که هیچ 4080ti هم هیچ شاید 8080ti بشه 30 ترا فلاپس
شایعه هم باید باور پذیر باشه
5 سال پیش قوی ترین کارت دنیا GTX TITAN X عرضه شد با 6.6 ترافلاپ Mar 17th, 2015
یکسال بعد TITAN X Pascal عرضه شد که با فرکانس مرجع 1531 حدود 11 ترافلاپ بود (با فرکانس 1800 حدود 13 ترافلاپ ) Aug 2nd, 2016
فقط 16 ماه بین دو کارت فاصله هست
-----------------
1080ti حدود 63 درصد قوی تر GTX TITAN X بود
2080ti حدود 30 درصد قوی تر از TITAN X Pascal
TITAN RTX با فرکانس مرجع 1770 با 16.30 ترافلاپ قوی ترین کارت دنیاست در واقعیت با کلاک 1950 حدود 18 ترافلاپ
اگه 3080ti حداقل 30 درصد قوی تر باشه 22 تا 23 ترافلاپ
12 ترافلاپ Xsex تایید شد
و
پرچمدار amd
rx 5950xt
5120 CU با کلاک 1800 حدود 18.5 ترافلاپ
اگه به 2000 برسه 20.5 ترافلاپ
و
پرچمدار amd
rx 5950xt
5120 CU با کلاک 1800 حدود 18.5 ترافلاپ
اگه به 2000 برسه 20.5 ترافلاپ
احتمال زیاد درستRUMORS: NVIDIA Ampere GPU Massive Die Size, Specifications, Architecture and More!
اگه این لیک درست باشه
هر SM در گرافیک های انویدیا و CU(Compute Units) در گرافیک های AMD معادل 64 Shading Units
در نسل جدید انویدیا این عدد به 128 ارتقا داده
3080TI با 3840 CUDA cores جدید معادل 7680 CUDA نسل قبل (فرکانس حداقل 1700) 26 ترافلاپ
3080 با 3072 CUDA جدید معادل 6144 CUDA نسل قبل (فرکانس حداقل 1700) 20 ترافلاپ
For the higher end GA103 part, which will end up being the RTX 3080 Ti or whatever NV decides to call it, you are looking at 60 SMs for a total of 3840 CUDA cores assuming the old proportion or 7680 CUDA cores assuming a new 128 cores per SM ratio (thanks for the flag, Boro and PCMasterRace!). For reference, the RTX 2080 Ti has 72 SMs with 4608 CUDA Cores.
Coupled with the doubled RTX core performance (and the resulting increase in DLSS throughput) you are easily looking at real-world performance increase in the range of 50% over Turing. If NVIDIA shifts to a 7nm process, they would be able to manage all this while staying well within acceptable power thresholds. The GA103 Ampere GPU will be coupled with a 10GB/20GB vRAM.
the GA104 GPU which should end up in the RTX 2080 replacement (the RTX 3080?) with 48 SMs (3072 CUDA cores based on old proportion, 6144 new). This is very slightly more than the RTX 2080 at 46 SMs. Coupled with higher performance throughput and the doubled RTX cores you are once again looking at significant performance increases if this turns out to be true. According to the rumor, the RTX 3080 GPU will be coupled with 8GB/16GB of vRAM and a 256-bit bus width
بستگی داره به شرکت ها معمولا که اینجوری هستش که هر یکی دو سال عوض میشه این جنبه تبلیغاتی هم داره یکم البته که بتونن بگن اقا تا دیروز فلان کارت داشتی که از معماری .. استفاده میکرد انقدر برق بیشتر مصرف میکرد و انقدر گرم میکرد خوب بفرمایید این معماری جدید با مصرف برق کمتر و پردازش بیشتر چون خود گرمای چیپ راندمان کار میاره پایین حتی اگه بتونه بهتر کار انجام بده با داغ شدن چیپ و فشار بار پدازشی میاد پایین مثل متور ماشین که داغ میکنه سر بالایی نمیره.
نه کاملا همیشه ربطی به قدرت نداره بعضی وقت ها به بهینه سازی و مصرف برق و بهینه سازی پردازشی و ... موارد دیگه هم بر میگرده .
بیشتر میخوام بدونم فرضا این امپر معرفی شد سال بعد نیان یه معماری جدیدتر و کارایی بالاتر و قدرتمند تر بسازن اونو بدن تو بازار
نه از نظر معماری نه اما از نظر قدرت 100% احتمالش هستش با توجه به رویه Nvidia معمولا 2 ساله هستش هر معماری چیزی که اتفاق میفته اینکه الان ما روی سری 20 هستیم میریم روی شایعه میگه اسمش سری 30 هستش خوب یک جهشی خواهیم داشت سال اول که مشخصا قیمت زیاد خواهد بود شاید هم کمتر البته بستگی داره اما من چشم اب نمیخوره زیر 1000 تا 1400 دلار باشه میره سال دوم که معمولا سری TI قویتر معرفی میکنه با رویه جدید که سری Super هم با قیمت کمتر و راندمان بالا نه به خوبی سری اصلی و TI اما بهتر از شماره های پایین تر از همون نسخه عرضه میکنه .
چیزی که خود من برای ارتقاع کارت همین کامپیوترم نگه داشته عرضه RTX بود قبلش میخواستم برم روی سری 20 که بعد دیدن اینکه به نظر من بیشتر جنبه تست داشت برای شرکت ها اون جهش لازم نداشت قیمت زیاد بود اما بیشتر قدرت پردازش برای RTX راندمان کار اورده بود پایین یعنی کارت های نبود بگم الان ادم بگیره این همه پول بده ارزش 5-7 سال اینده داره با این قیمت های هم که ما پرداخت میکنیم.
حالا خودم هم میخوام ببینم سری بعدی چی میشه البته برای اولین بار یک نیم نگاهی به AMD هم دارم اما مشکل من با AMD اینکه کارت های خوبی برای رندر گرفتن و ... نبوده قبلا باید نتیجه کارت های جدیدش که قراره بیاد ببینم .
من با تایید شدن ۱۲ ترافلاپس بودن سری x به شدت به امپر امیدوار شدم ... انویدیا از اخبارش به نظر میاد که نسل بعدش کنسولارا به راحتی شکست میده و البته قیمت بهتریم داره که این نشون از رقابت میده که به نفع مصرف کننده هستش
NVIDIA Next Generation GPUs With Up To 7552 Cores Benchmarked - 40% Faster Than TITAN RTX
The first GPU is one with 7552 CUDA cores and 118 SMs. Interestingly, the performance and the Geekbench read would mean that the rumored 128 cores per SM theory is wrong and the GPUs do have the standard 64 cores per SM. This particular GPU was clocked at 1.11 GHz which would make this a 16.7 TFLOPs part at current speeds. Of course, if these leaks are legit (and I have a feeling they are) then this isn't the top tier part - which would have 8192 CUDA cores. This GPU has 24GB of memory (although we aren't sure if Geekbench is detecting this properly).
This particular NVIDIA GPU scores an astounding 184096 points on Geekbench - almost 40% more than the TITAN RTX. Keep in mind these are almost certainly not the final clocks of the graphics card - which would mean overclocking potential is waiting just around the corner. It is also likely that what we are looking at is the data center parts (as NVIDIA almost always launches those first) and not the gaming variants.
The second GPU is one with 6912 CUDA cores and 108 SMs. This lower-powered variant is clocked at 1.01 GHz and clocks in at roughly 13.9 TFLOPs (about the same level as a RTX 2080 Ti). Interestingly this card is being shown as having 47GB of memory, which makes this likely that we are seeing a misread of some sort as far as the memory specifications go. The 6912 CUDA core variant scores 141654 points on Geekbench - slightly higher than an RTX TITAN.
The specifications shown in the Geekbench details do check out so the chances of this being spoofed are quite low. Considering NVIDIA has been planning to launch a new series of cards for quite some time now, this leak is going to be met with some serious excitement. The clocks almost certainly indicate that we are looking at the 7nm node - any older mature node would yield much higher clock speeds.
This particular NVIDIA GPU scores an astounding 184096 points on Geekbench - almost 40% more than the TITAN RTX. Keep in mind these are almost certainly not the final clocks of the graphics card - which would mean overclocking potential is waiting just around the corner. It is also likely that what we are looking at is the data center parts (as NVIDIA almost always launches those first) and not the gaming variants.
The second GPU is one with 6912 CUDA cores and 108 SMs. This lower-powered variant is clocked at 1.01 GHz and clocks in at roughly 13.9 TFLOPs (about the same level as a RTX 2080 Ti). Interestingly this card is being shown as having 47GB of memory, which makes this likely that we are seeing a misread of some sort as far as the memory specifications go. The 6912 CUDA core variant scores 141654 points on Geekbench - slightly higher than an RTX TITAN.
The specifications shown in the Geekbench details do check out so the chances of this being spoofed are quite low. Considering NVIDIA has been planning to launch a new series of cards for quite some time now, this leak is going to be met with some serious excitement. The clocks almost certainly indicate that we are looking at the 7nm node - any older mature node would yield much higher clock speeds.
نسخه های اولیه با کلا 1110 به 16.7 رسیده این کلاک برای انویدیا شوخیه در نسخه های نهایی حداقل 1600
20 تا 30 ترافلاپ
به نظرت برای لپ تاپ هم میتونن همین قدرت رو ارائه بدن ؟NVIDIA Next Generation GPUs With Up To 7552 Cores Benchmarked - 40% Faster Than TITAN RTX
The first GPU is one with 7552 CUDA cores and 118 SMs. Interestingly, the performance and the Geekbench read would mean that the rumored 128 cores per SM theory is wrong and the GPUs do have the standard 64 cores per SM. This particular GPU was clocked at 1.11 GHz which would make this a 16.7 TFLOPs part at current speeds. Of course, if these leaks are legit (and I have a feeling they are) then this isn't the top tier part - which would have 8192 CUDA cores. This GPU has 24GB of memory (although we aren't sure if Geekbench is detecting this properly).
This particular NVIDIA GPU scores an astounding 184096 points on Geekbench - almost 40% more than the TITAN RTX. Keep in mind these are almost certainly not the final clocks of the graphics card - which would mean overclocking potential is waiting just around the corner. It is also likely that what we are looking at is the data center parts (as NVIDIA almost always launches those first) and not the gaming variants.
The second GPU is one with 6912 CUDA cores and 108 SMs. This lower-powered variant is clocked at 1.01 GHz and clocks in at roughly 13.9 TFLOPs (about the same level as a RTX 2080 Ti). Interestingly this card is being shown as having 47GB of memory, which makes this likely that we are seeing a misread of some sort as far as the memory specifications go. The 6912 CUDA core variant scores 141654 points on Geekbench - slightly higher than an RTX TITAN.
The specifications shown in the Geekbench details do check out so the chances of this being spoofed are quite low. Considering NVIDIA has been planning to launch a new series of cards for quite some time now, this leak is going to be met with some serious excitement. The clocks almost certainly indicate that we are looking at the 7nm node - any older mature node would yield much higher clock speeds.
نسخه های اولیه با کلا 1110 به 16.7 رسیده این کلاک برای انویدیا شوخیه در نسخه های نهایی حداقل 1600
20 تا 30 ترافلاپ
چون یادمه قبلا تو یه کنفرانسی گفته بودن کارتهای دسکتاپ و لپ تاپ اختلاف خیلی کمی دارن زیره 10 درصد
کلا داشتن یه لپ تاپ با قدرت 20 تا 25 ترافلاپ واقعا هیجان انگیزه
برا شکست نیاز به نسل بعد نداره انویدیا همین کارتهای های اند الانشم شکست میده کنسولای نسل بعد رو
سل بعدش هم قرار نیس با کنسولا رقابت کنه وقتی خیلی قویتره فقط امیداروم کارتهای لپ تاپش رو هم به همین میزان قوی کنه
راجع به قیمت هم ک چیزی اعلام نشده هنوز
1100 کلاک کارت گرافیک های لپ تابی
بعید نیست برای تمسخر کنسول ها چند ماه دیگه یه لپ تاپ 20 ترافلاپی عرضه کنه
کاربرانی که این قسمت را مشاهده می‌کنند
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