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Hard disk storage has become denser at an exponential rate over the last 50 years, just like main memory. NVIDIA has officially unveiled the Pascal based Tesla P100 GPU which is their fastest GPU to date. The NVIDIA Pascal Tesla P100 GPU revives the double precision compute technology on NVIDIA chips which was not featured on the Maxwell generation of cards. With Pascal, NVIDIA will not only be aiming at the GeForce brand but also the high-performance Tesla market. The GP100 GPU used in Tesla P100 incorporates multiple revolutionary new features and unprecedented performance.
Pascal GPU Roadmap Slides From GTC 2015 Showcasing The Architecture Updates on The Latest GPU. The new Pascal GP100 GPU that is aimed at the Tesla market first features three key technologies, NVLINK, FP16 and HBM2.
Like previous Tesla GPUs, GP100 is composed of an array of Graphics Processing Clusters (GPCs), Streaming Multiprocessors (SMs), and memory controllers. The Pascal GP100 comes with insane clock speeds of 1328 MHz core and 1480 MHz boost clock which is an insane leap and shows how the clock speed will scale even higher with the smaller chips so we can expect to see around 1500 MHz+ Pascal GPUs on the consumer market. GP100’s SM has the same number of registers as Maxwell GM200 and Kepler GK110 SMs, but the entire GP100 GPU has far more SMs, and thus many more registers overall.
Overall shared memory across the GP100 GPU is also increased due to the increased SM count, and aggregate shared memory bandwidth is effectively more than doubled. On compute side, Pascal is going to take the next incremental step with double precision performance rated over 5.3 TFLOPs, which is more than double of what’s offered on the last generation FP64 enabled GPUs. The chip is based on the 16nm FinFET process which leads to efficiency improvements and better performance per watt but with Pascal, double precision compute returns with a bang.
The next generation of NVIDIA Tesla GPUs which will be shipping to HPC users this year are already equipped and ready with HBM2 VRAM.
The Pascal GP100 GPU is a server and workstation class chip and since it is aimed at the HPC market first, the GPU would also introduce NVLINK which is the next generation Unified Virtual Memory link with Gen 2.0 Cache coherency features and 5 – 12 times the bandwidth of a regular PCIe connection. NVLINK will allow several GPUs to be connected in parallel in HPC focused platforms that will feature several nodes fitted with Pascal GPUs for compute oriented workloads. The NVIDIA GeForce GTX 1060 is a pretty fast card right out of the box, so we couldn’t wait to manually overclock it to squeeze some more performance from the card.
Ordered one of the SC cards yesterday, was going backwards and forwards between that and the Sapphire RX 480, hope I made the right choice.
Wondered why you compared the 8 GB 480 with the 6GB 1060 when your previous tests suggested the 4GB 480 is just as quick. Probably because people such as yourself would have said this: Why did you compare the 4gb 480 to the 6gb 1060?
Neither card is going to make it past 2 years life span though and the whole argument for the RX 480 is actually the argument against both.
If you are buying a mid range card right now you should be buying it to play games that you play now and those that will be out in the next year at most.
If it’s not too much trouble, could you 100% confirm that in addition to a 0% idle fan speed, can you manually adjust the fan speed to say 20-30% (600-900rpm) via say MSI Afterburner (or EVGA’s equivalent)? Yes 20% fan speed is possible because this is a 4-pin fan rather than the 2-pin in the 750 Ti.
2) Did you monitor case temps during testing or get a feel that the FE was doing a better job expelling heat? And yes, the current CPU will be upgraded since this one will bottleneck virtually any GPU upgrade. Thanks for the feedback and can’t wait to hear what you think of the EVGA GTX 1060 SC once you get your hands on it.
I had a 290X for about 6 months, which I sold 2 weeks ago for €240 so its not much of an upgrade but even though it was a Tri-X it was hot and a bit noisy, plus it didn’t overclock great.
1) How high are the temps when you overclocked and increased the power limits of the EVGA GTX 1060 SC? 2) At stock settings, it appears that the EVGA SC card has a maximum clockspeed of 2012 MHz.
Currently, this is the only review for the EVGA GTX 1060 SC, and due to the price and performance many people are interested in the card.
1) The temps increased to 68C with the overclock when I played BF4 for 20 minutes straight on an open air test system with no fan blowing over the board. 2) Playing BF4 at 4K with Ultra Presets shows that the core clock with the overclock used in the review was at 2025MHz after it was at full operating temperatures. Also, if you ever do find time, please update us with the clock speed consistently on stock settings for the card. It does vent at least more than half the air back out the case, but it’s not a blower card so definitely some percentage of the hot air stays in the casing. However, after a few minutes, the hot air regardless stays in your case and everything will incrementally heat up. It’s split pretty evenly maybe 45% out and 55% in with this cooler design with the good old hand test. Hmm, well that at least makes the temperature comparison not as useful when it is under load and overclocked. Hopefully, with the new vBIOS, you can test them out again at a constant fan speed so that we can compare the two values accurately. Anyway, glad to see that your article brought great awareness and EVGA is now allowing full control of the fan.
Would it be possible for you to show the max temperature and fan speed values for when you overclocked the GTX 1060? PS – your update on eVGA updating to implement the fanless mode soon is especially appreciated. Noise numbers are coming… The 9V battery in my sound meter were low and it threw the calibration out due to the voltage drop.
The card I tested is the EVGA GeForce GTX 1060 SC Gaming that is sold under part number 06G-P4-6163-KR.
It just seems so odd to me that it runs 45% fan on idle and maxes out at 57% under load (such a small variance in speed), giving just 60C max temps. I would truly appreciate it if you could try the Precision or Afterburner tool and see if you can set the idle fan curve lower or not. Otherwise, assuming the fan speed and temps reading under load are correct, this is an amazing card! As you can see for yourself, it seems like a huge waste having the fan running at 45% at idle cause the temps don’t need to be that low.
Just heard back from EVGA about this ‘issue’ you helped bring to light and they told me that EVGA will implement a 0dB fan mode via a vBIOS update! Any idea then why they might have shipped the card with a fan curve that cannot be changed at all?
Yeah, luckily the heatsink fins end right at the end of the card, so a trim job will be easy!
Hola buenas, me gustaria saber el ASIC de GPUZ y y si la grafica con el arreglo de la velocidad del ventilador tiene mejores temperaturas, merece la pena la evga itx sc?


Slideshare uses cookies to improve functionality and performance, and to provide you with relevant advertising. While pursuing fitness and athleticism, specifically overall strength, power, and coordination (while increasing ROM and focusing on results), it’s an excellent move. There are plenty of great technique and instructional videos out there; it just takes a YouTube search to find some. Note, we will not be putting too much emphasis on the kettlebell snatch here, simply for the sake of brevity.
If we look at the common errors in snatch development, it would make sense to examine a few limiting factors.
And look at that… I made it all the way through a Snatch post without one bad joke or innuendo. The new 14-inch ThinkPad T400 is the latest Lenovo notebook based off of the Intel Montevina platform. Apart from the smaller measurements of 335 millimeters breadth, 239 millimeters depth and 31.9 millimeters height, the case of the T400s is similar to its bigger counterpart, the T500. The stability of the case barely leaves room for critique, this being supported from a magnesium roll cage in its interior. Lefties won’t be too pleased about the two, fairly far in the front of the left side positioned USB ports. Both the 3.5mm audio port for headphones and microphone, as well as a lever for the main control of all means of radio communication are positioned on the front side of the device. The latest generation of T400 includes additional support for the thinner keyboard found on the latest ThinkPads. The T400 offers extensive configuration options in regards to hardware equipment in order to appeal to the largest possible clientele and to fit the notebook perfectly to the individual needs of each single user. An integrated Intel GMA 4500MHD graphic chip was responsible for the graphic in the tested T400.
The ThinkPad T400 can be equipped with up to 4 GB RAM, according to the manufacturer’s declaration. The high brightness display option on the updated T400 looks excellent and doesn’t take a huge bite out of your battery under normal activities. The dramatic increase in capacity and speed of both has fueled the increasing power of computers. The Pascal GP100 chip is NVIDIA’s first GPU to be based on the latest 16nm FinFET process node which delivers 65 percent higher speed, around 2 times the transistor density increase and 70 percent less power than its 28HPM tech.
The Maxwell generation brought NVIDIA in the most competitive position with a lineup filled with amazing graphics card that won not only in performance per watt but also the performance to value segments. This was the time when NVIDIA had started shipping the GK110 GPUs to built the Titan Supercomputer. Those go along well with the architectural improvements in NVIDIA’s latest CUDA architecture.
GP100 achieves its colossal throughput by providing six GPCs, up to 60 SMs, and eight 512-bit memory controllers (4096 bits total). This means threads across the GPU have access to more registers, and GP100 supports more threads, warps, and thread blocks in flight compared to prior GPU generations. A higher ratio of shared memory, registers, and warps per SM in GP100 allows the SM to more efficiently execute code. As for single precision performance, we will see the Pascal GPUs breaking past the 10 TFLOPs barrier with ease. Each GP100 SM has 32 FP64 units, providing a 2:1 ratio of single- to double-precision throughput.
Maxwell which is NVIDIA’s current gen architecture made some serious gains in the performance per watt department and Pascal is expected to keep the tradition move forward.
NVIDIA is the first graphics card company to feature HBM2 on their GPUs with competition a whole year away from launching their HBM2 powered chips.
The actual chip is a behemoth in terms of design, featuring up to 3840 CUDA Cores and 32 GB of HBM2 memory. Like us, tweet to us or +1 us, to keep up with our round the clock updates, reviews, guides and more. You can use whatever software utility you like for overclocking but this is what we wanted to use. You can increase the power target to 116% and if you leave the GPU Temp Target locked it will automatically increase to 92C.
This is a 425 point increase in our overall 3DMark score, which represents a performance gain of 7.5 percent. When we manually overclocked the EVGA GeForce GTX 1060 we were able to get the average FPS up to 75.3 FPS, which is faster than the mighty AMD Radeon R9 Fury X with HBM1 memory!
The actual clock speed is much higher due to GPU Boost 3.0, which rewards low temps + low power.
This card looks small, cool and quiet which is exactly what I wanted and its performance looks good in the review.
Although it is small, the 8gb version is measurably faster than the 4gb, enough to make a difference in a comparison such as this. The reason many keep asking about this stuff is that EVGA previously stupidly locked their single fan Mini-ITX 750Ti to 42% min speed which was just above the threshold of acceptability for a silent HTPC.
There are no thermal pads on the GDDR5 IC’s or MOSFETS that connect them to the main heatsink.
The EVGA is $275 with tax from Amazon or Newegg, and the FE is $299 shipped, no tax, direct from NVIDIA.
So I hope you don’t mind us dropping by and asking some questions to get a better idea about the card. Looking to put this in a small enclosure with poor ventalation, but avoiding a reference style blower if possible.
You can see from the perpendicular fins and placement of the fan that it pushes most air out the back of the card. So you do need one intake and one outtake fan to ventilate this hot air that remains in the case, otherwise temps will rise great just like any other axial-design GPUs. I’m using an older Lian li mATX case with no rear exhaust fan but there is passive ventilation. Hope you placed an order through the site links to help support all the hard work the writers do! It would be useful to compare it to the overclocked temps and fan speeds of other GTX 1060 cards.
It was the only one I could find when the gates opened on the morning of July 19th, and still remains the only one today. The card has very good temperatures at load and I was shocked too, so long as GPU-Z is right the numbers are spot on.
I fear EVGA may have locked it at 45%, but that is a huge waste since the card idles unnecessarily cool and it will just wear out the fan super fast for those of us who leave our PC on for 20 hours a day. They didn’t get me an ETA, but are working on a vBIOS update for this particular model thanks to community feedback!
KB Snatches are a great conditioning tool, and look a little like a traditional barbell snatch, with similar hip action needed… but are definitely their own exercise.


Make sure you can properly hang power snatch, overhead squat, and snatch balance before putting the snatch grip ground to overhead in effect through a full squat. This computer offers all new features such as hybrid graphics, LED backlit displays, and power-saving refinements that let the notebook get extraordinary battery life. Alternately a larger 9 cell battery is also offered for the T400 as well as an Ultrabay supplementary battery. It also shows the same, already known from other models, weak points in the area of the Ultrabay-Drive slot and on the plastic cover over the keyboard. The base unit shows itself as very buckling resistant and as long as you don’t pick the notebook up in the area of the drive, you can handle the notebook without further ado.
Nothing is inherently bad about the keyboard being thinner as long as the notebook chassis is design to adequately support it to prevent the keyboard from flexing. Being based on the Montevina platform, it can be equipped with a whole row of Core 2 Duo processors with vPro technology. Aside from the usual hard disks with 5400 rpm and 7200 rpm, also Solid State Drives (SSD) can be chosen from.
With most high brightness screens the power consumption is high even at lower brightness settings and what we found with the T400 is the impact on the battery is minimal at worst.
The new FinFET process allows NVIDIA to gain up to 2 times the performance per watt improvement on Pascal compared to the Maxwell GPUs.
NVIDIA has developed a large ecosystem around their Maxwell cards which is now represented by the GeForce brand.
NVIDIA has received huge demand of next-generation chips in this market and they have prepped a range of next-gen chips specifically for the HPC market. The Pascal architecture’s computational prowess is more than just brute force: it increases performance not only by adding more SMs than previous GPUs, but by making each SM more efficient. The GP100 SM is partitioned into two processing blocks, each having 32 single-precision CUDA Cores, an instruction buffer, a warp scheduler, and two dispatch units. Compared to the 3:1 ratio in Kepler GK110 GPUs, this allows Tesla P100 to process FP64 workloads more efficiently. Not only is that insane, but GP100 is also the first graphics card in the world to feature the next-gen memory standard, HBM2 from Samsung.
Its possible that we will see a standard graphics board design later in the roadmap which will be able to achieve full 12 TFLOPs of processing power on board the new GP100 graphics processing unit. Pascal GPUs will also feature Unified memory support allowing the CPU and GPU to share the same memory pool and finally we have Mixed precision support.
As stated before, the Pascal GPU will be shipping to cloud services first in 2016 followed by OEMs in Q1 2017.
Permissions beyond the scope of this license may be available on the Terms and Conditions page. We pushed the GPU Clock offset to +90MHz and the Mem Clock Offset to +500MHz on our card and found it was stable in the game titles that we tested. Very impressive scores as we are getting 20FPS or 37% more performance than a stock AMD Radeon R9 480 reference card.
They are just cooled with the airflow from the cooling fan blowing down and across the PCB. I totally agree with you at €100 more it really does make more sense to get an entry level GTX 1070 with the GP104 GPU! I have an older i7 that is over clocked to 3.5ghz, and with blower style cards I have no throttling issues. Some people were saying it only had a 2-pin fan, hence the minimum spinning speed, but I doubt it.
I had three choices to choose from, and will most likely decide on the MSI Gaming X version when it becomes available.
And of course thanks for your review, since that what brought this to light in the first place.
With all these changes taking place, Lenovo has also managed to keep the notebook looking as classic (boring) as ever, just how ThinkPad lovers like it. The new Ultrabay battery can be used in older models, but older Ultrabay batteries, in opposition to the 9 cell main battery, not in the new T-series models, T400 and T500.
In our original review we noted substantial keyboard flex under strong pressure from your fingertips when compared to typing on an older 15” T60 model. Depending on the efficiency need or energy savings requirement at mobile use an alteration between the integrated Intel GMA 4500 MHD chip and a dedicated ATI Mobility Radeon HD 3470 graphic card can be made.
Therewith both RAM slots were occupied and for an upgrade at least one of these two chips has to be exchanged. On the 6-cell battery we managed 5 hours and 58 minutes of battery life, right on the mark with the previous T400 that used hybrid graphics.
When Maxwell came in the market, NVIDIA still had the bulk Kepler parts that were being sold for their high double precision compute, something that was amiss on Tesla Maxwell cards.
Each SM has 64 CUDA cores and four texture units, for a total of 3840 CUDA cores and 240 texture units.
While a GP100 SM has half the total number of CUDA Cores of a Maxwell SM, it maintains the same register file size and supports similar occupancy of warps and thread blocks. NVLINK will be featured in PCs using ARM64 chips and some x86 powered HPC servers that utilize OpenPower, Tyan and Quantum solutions.
If we went up to +100 on the GPU Clock Offset we’d get driver crashes in 3D applications.
I want to move to a very small itx case at some point for anew build, and thus was interested in the evga 1060 as it would fit the future the future build and still be usable until for the time being. I went into the fan menu and selected the quite preset that has the fans set at 30% for idle and it wouldn’t set. The updated keyboard support is my favorite change, knowing that Lenovo listened to feedback from users and improved the design. On the mixed precision market, the Tesla P100 can achieve a maximum of 21 TFLOPs of FP16 compute performance which can process workloads at twice the compute precision of FP32. It’s a very quiet and fairly cool running budget gaming system and I want to keep it this way. I wonder how it would perform if the side and front venventilation on the card were restricted to only allow rear exhaust, even if that required higher fan speeds? Hope this helps and hopefully you’ll agree with me on the length I used in the review.
I’m sure for your tiny modded case that you can cut the end of the fan shroud off if needed. The display frame differs here, giving away considerably under pressure whereas distortions on the activated display also become obvious.



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