While true I do worry that it's mandating a pi 5 for each tile? And who knows how specific it is to the 5. Doesn't seem very open relative to something like a usb superspeed, pcie, or 10gbe. USB could be maybe done with the LIFC-33U depending on I/O limitations. PCIe can be done on various FPGAs in the lattice lineup and others.
If you use PCIe, theoretically you don't need to reverse engineer how they implemented because you're not at the edge of the spec like they are here.
That said, I've thought about doing what they're doing countless times and it is nice to see it would work.
Is there a way in the DSP (that's the only one I looked at) to instead of going through a mux at the end just put the output flop optionally in a transparent mode if registering isn't enabled? I don't know if that's possible with the tooling but it seems like it'd save resources and reduce fanout.
I guess the AMD Versal Premium VP1902 adaptive SoC has 18.5 million cells. The VU19P is more than half in LUT count.
Morphle Logic WSI has over 47,169,811 yellow cells. You could say that a single yellow Morphle Logic cell is more complex than ten Versal cells, but it's an apples and oranges comparison. However you count it, the $500 Morphle Logic WSI (cost price) has 10 billion transistors, the AMD Versal Premium cost over $100.000 and is effectively smaller in terms of gates, LUTs or cells even though it has 138 billion transistors.
If I made the Morphle Logic WSI in 2nm TSMC, it would have more than 52 trillion transistors [1], at least 245,283,018,867 yellow cells and cost over $22.500. You could easily emulate several AMD Versal Premium VP1902 FPGA's on the wafer.
Tbh I did forget about versal but yes the PL of the VP1902 absolutely has more than 3 million logic gates no matter how you slice it. I have no doubt that there are non-fpgas with more, but it is a bit disingenuos to say they're orders of magnitude under where they actually are.
I'll also note that it has a ton of SRAM onboard which doesn't shrink well, so I'm not convinced just by that extrapolation that you could eclipse it with a simple lithography shrink. Unless you really meant several per wafer, which doesn't really feel like a hard target...
Haven't used it in almost 10 years but at least back then one sticky point was that unlike unity and the like, opening the exe didn't open an IDE. Just kind of a dummy window. Also building for Mac from Windows was a nightmare since my end user was not technically literate and it didn't just run on their end. But that's likely just a Mac issue
Ain't that the truth. My older desktop's DHCP and WLAN services no longer work. So either I reinstall Windows 10 or see if I can get what I need it to do on Windows
Not nobody but not everybody upgrades to the newest distros immediately. That's the advantage of LTS. I've even found that a lot of programs have poorer support on 24.04 than 22.04 due to security changes, so I'm fine sticking with 22.04 as my main dev system.
> ... not everybody upgrades to the newest distros immediately.
While that's true, for new deployments the story is often "deploy on the latest release of things available at the time".
So, there will probably be a substantial deployment of new projects / testing projects using the Linux 7.0 kernel along with the latest available software packages in a few weeks.
I would argue it's mainly inexperienced devs who deploy on the very latest. Once you get some more years under your belt you realize the value of LTS versions, even if you don't get the shiniest shiny.
Yes it’s LTS but the point is that the LTS system has overlapping support so you can wait on an older LTS for a bit before upgrading to a newer one. And it’s somewhat prudent to do so if you value stability highly, because often a few new issues will be discovered and patched after LTS goes live for a bit.
This seems to be brushing off a major performance regression just because you personally don’t upgrade for 4 years. I don’t think that’s common at all.
Someone said "its fine nobody uses this" and someone else gave the world's biggest slam dunk of "Ubuntu in 1 month" and your reply is that "not everyone does it". How far from the point can you be!
In the Linux world this is the worst possible scenario, distro with the largest adoption, LTS.
Not trying to downplay the importance of this, but the LTS versions aren't until the first point release, so 26.04.1 (typically six months or so after the release).
I can't find any link, so I think I'm getting mixed up between what they consider LTS and when the upgrade tool starts prompting to upgrade. If you're on the 24.04 LTS, then you don't get prompted to upgrade until 26.04.1
Hopefully something nice. I don't think I've ever seen a 4k bluray but fine detail such as stars and dirt tend to get disturbed in compression pretty quickly.
You should compare against Apollo 9, which was 96% as expensive as 11 and much closer in mission profile. Then you don't need to worry about comparisons on simple flyby vs full landing
This was bad enough press for them that some of the more under-rock coworkers knew about the controversy but didn't know it was only a small subset. So people not very plugged in thought Hershey was worse than it was.
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