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The Create Mind Map will help you uncover your own unique creative ideas and encourage positive change. Kepler-7b (left), which is 1.5 times the radius of Jupiter (right), is the first exoplanet to have its clouds mapped. Kepler has discovered more than 150 exoplanets, which are planets outside our solar system, and Kepler-7b was one of the first. Like Kepler, Spitzer can fix its gaze at a star system as a planet orbits around the star, gathering clues about the planet’s atmosphere. The findings are an early step toward using similar techniques to study the atmospheres of planets more like Earth in composition and size. Kepler identified planets by watching for dips in starlight that occur as the planets transit, or pass in front of their stars, blocking the light.
NASA’s Jet Propulsion Laboratory, Pasadena, California, manages the Spitzer Space Telescope mission for NASA. Ames is responsible for Kepler’s ground system development, mission operations and science data analysis. The very fact that these exoplanets are giants confirms that they should be gas giants like our Jupiter, Saturn, Uranus and Neptune, with a solid core only to the extent of say 10% of its volume. Intel can hit wide TDP ranges on its process nodes partly because it enforces extremely strict design controls on the engineering team. 12 years of work and months of research, behind-the-scenes conversations, and in-depth discussions with foundry engineers, as well as a decent working knowledge of what is and isn’t possible on any modern foundry node. Slides from GF suggesting that the gains on 20nm are going to be quite small compared to 28nm, but quite a bit more expensive. With the added perf increase we might see much lower power much denser dies beating kaveri and still being at much lower tdps… that was the entire point of the discussion anyway wasn’t it? Well that fits doesn’t it, if excavator tapes out h1 of 2014 it might hit market h1 2015. Kaveri is already a big change on the BD design if context switching is to come with this chip it might mean much smaller x86 cores and with that, better scaling in the low-power area. The first-generation FX-8150 chip didn’t spend much time running at peak Turbo speed unless you had *really* strong cooling. I do agree with you that the roadmaps we’ve seen over the past 2 years from AMD point to a single x86 chip covering the entire gamut with ARM SoCs being tweaked for enterprise and perhaps consumer, though the former is far more likely than the latter. We know GloFo has done some 20nm FD-SOI work for STMicro, but that agreement is strictly to build *for* STMicro. If the jump to 20nm + FinFETs comes a year after 20nm for both TSMC and GloFo, and I haven’t read of any delays, we might see more chip companies skip the 20nm node altogether. TSMC says volume production of 20nm starting Q1 2014 with volume production of 16nm FinFET starting one year after that. The lag for mobile devices is understandable given the amount of IP involved, particularly third party IP. AMD has never been any good at low power chips where AMD trounces AMD Six ways to SUNDAY!!!! They already are making changes in their low-end procs that mirror the high end, such as the inclusion of AVI. I understand you wrote this a year ago, but Zen is coming in 2016, and it will supposedly have SMT like the Core i7s with fewer shared core resources. Given the current economics of the PC market, razor thin margins and everything made by ODMS, these system-on-chips really are the only way to survive. A big win for AMD would be if they could convince Apple to move over to their next-gen APUs for their Macbooks and Mac Minis.
Cosmologists have created for the first time a huge map of the distribution of dark matter in the Universe.
This research was conducted by DES (Dark Energy Survey), an international group consisting of more than 300 scientists from 6 countries. In order to create the map scientists used a 570-megapixel camera which was mounted at the Cerro Tololo Inter-American Observatory in the Chilean Andes, on the Victor Blanco telescope. Astrophysics Sarah Bridle of the University of Manchester explaine that their goal was to make the invisible visible and be able to determine which parts of the sky have more dark matter and which has none.


Enter your email address to subscribe to this blog and receive notifications of new posts by email. Previous studies from Spitzer have resulted in temperature maps of planets orbiting other stars, but this is the first look at cloud structures on a distant world. But these data were not enough on their own to decipher whether the bright spot was coming from clouds or heat.
This technique and other observations of Kepler-7b previously revealed that it is one of the puffiest planets known: if it could somehow be placed in a tub of water, it would float. The program is updated daily with the latest findings from NASA’s Kepler mission and ground-based observatories around the world as they search for planets like our own.
GF, being a foundry, can’t exert the same amount of control over its partners, which means AMD has to find ways to fit within the 20nm process if it wants to build cores at GloFo.
If AMD has to rearchitect the chip to fit into a 65W maximum TDP range, that’s going to hurt.
You won’t see 4GHz+ Piledrivers on a 20nm LPM process unless GF does custom work for AMD to make that happen. I think the resonant clock mesh and the hard flips are precisely what gave Piledriver a significant clock increase over Bulldozer.
I guess we have to admit that given all that there are still things we don’t know, and that your best guess are what you would perhaps call highly confident predictions based on known evidence (ie no one will argue with GF having only one process , 20nm LPM as you say and have read elsewhere ). 20nm LPM is only marginally faster than 28nm HPP, but it’s considerably more expensive. Really makes you wonder if AMD cancelling big cores was an internal decision that was thought to be favorable for the long term or if it’s a result of circumstances out of their control. AMD was more lax with respect to TDP headroom and clock speeds on GCN 1.0 and were therefore able to salvage more dies per wafer and launch earlier. It’s an entire ecosystem that has to take the plunge at the same time, not just one or two chip manufacturers.
What pisses me off the most, though, is that the author actually took the time to reply to me, just some commenter, and confirm what wasn’t true. That being the case, it would make a ton of sense for them to drop big cores and push what they have now. They would have to make some significant changes to Kabini to turn it into a big core, but it’s far from impossible.
Thy managed to track the invisible matter by observing the gravitational effects it has on light. The team of researchers intends to verify how many galaxy clusters can be detected by the Dark Energy Camera.
Also available for purchase is my Idea Creation E-Book – never be stuck for an idea again! Data are archived at the Infrared Science Archive housed at the Infrared Processing and Analysis Center at Caltech. The experimental verification by our scientists of this is laudable and this gives a fair conclusion that the cosmic plan is same throughout.
That’s an explosive claim to drop, so let me explain my reasoning before you jump me. AMD is already on the 28nm HP process, so the shift to 20nm is a maximum of 25% improved performance *if* the process comes in correctly.
It may not compare all that well against Intel’s hardware as far as power consumption, but AMD definitely moved the ball ahead with Piledriver. It does create quite a problem for AMD, but there the underdogs, so perhaps they will try something wonky.
The implication is that 14nm XM is substantially faster (but priced the same) with 20nm FD-SOI delivering the same benefits (and deploying at the same time) as 14nm XM. The advantages of FinFETs suit AMD’s small core x86 family more than they do the Bulldozer derivatives. Based on the relative ramp times we’ve seen, GPUs would be the strongest candidate for that. In contrast, nVidia was much more strict and the GK104-based GPUs were delayed as a result until TSMC’s process was mature enough to churn out the chips nVidia needed.


The only updates shown on both official and unofficial roadmaps are the quad-core and below parts. Even worse than that is multithreaded scaling, where it stayed ahead of Kabini by the same margin as single threaded benches even though it has twice the number of cores. Honestly, if I’m interpreting what I am seeing correctly, a Kabini that was engineered for high clocks and an L3 would do better on the high end than Piledriver, should they choose to still pursue that market. The map contains voids and clumps of dark matter from 2 million galaxies and it presents characteristics hundreds of millions of light years across. In addition they plan to examine sound waves in order to see how the universe is expanding. The Create Mind Map breaks down what it means to create and how to be original in your idea generation. Instead, they determined, light from the planet’s star is bouncing off cloud tops located on the west side of the planet. First, if this roadmap is true, the FX-9590 was essentially AMD’s swan song for the high-end. I’d be more likely to believe a scaled-up Kabini than a BD overhaul that drastic in just a few months. Let me ask you this, given your considered educated positioning on this subject and AMD’s stance, what should they do? My point was that AMD may have decided to wait it out and be a beta tester, thus the 2014-to-15 roadmap lacks a cat family update. AMDs accomplishment was getting clock speed up and power down, but in terms of IPC, in non-AVX code, the old K10 is often faster, clock for clock. Large concentrations of this matter can bend the light from background galaxies distorting our images of them. The Big Band left left an imprint in the galaxy distribution when sound waves were created hundred of thousands of years ago.
The Space Telescope Science Institute in Baltimore archives, hosts and distributes Kepler science data. Moving to a 20nm low-power process at 65W means Excavator’s performance-per-watt needs to leap forwards relative to Kaveri. Their GPU side can afford to take the plunge with big chips and big TDPs, but that’s not a risk you take when making cheap and frugal small cores.
According to scientists dark matter must exist because otherwise the Universe could not be explained.
If scientists manage to measure the position of galaxies they will be able to determine the patter of that imprint and use it to make assumptions about how the Universe has been expanding.
Still, I think it’s clear that AMD is strategically reevaluating the product segments it participates in.
We already know that these chips are tweaked versions of Jaguar with better power consumption and that they’re built on 28nm at TSMC.
We don’t see a 20nm version of Kabini, Beema, or Mullins on this roadmap because AMD is ramping up an ARM core instead. If that core does well, it may become the poster child for AMD’s new push into different market segments.
GF isn’t rolling out multiple types of 20nm this time around, but is pursuing a unified strategy of offering one type of silicon that can stretch to cover multiple targets.
An extra line disconnects thoughts, length accentuates the connection.Curved lines give visual rhythm and variety and so are easier to remember, more pleasant to draw and less boring to look at. The Mind Map allows you to catch and keep whatever ‘thought ball’ is thrown by your brain.8.
Have fun!Add a little humour, exaggeration or absurdity wherever you can.Your brain will delight in getting the maximum use and enjoyment from this process and will therefore learn faster, recall more effectively and think more clearly.



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