bgnn

27 ms·

601.
by bgnn 3y ago
And this winter was very rainy and cold compared to average.
602.
by bgnn 3y ago
NL is quite mild no? It rarely goes down to -10C or so.
603.
by bgnn 3y ago
I never done sth like this but you can lock the clocks of each of the samplers I guess. Simplest solution might be using a single source clock and distributing it to each board with equal length of cables. You can calibrate the lenght of th
604.
by bgnn 3y ago
Well, why do we expect it will be cheaper? Looking at the power required to train LLMs one can argue that it might be more beneficial to invest that money in education of humans :')
605.
by bgnn 3y ago
Pinker is full of shit tbh. There is not a unified model for human brain. What I mean is, there are people claiming it's modular and there are people claiming it is a whole. We don't even know the reasons behind very specific neur
606.
by bgnn 3y ago
oh fellow JIRA hater, aloha! Here I propose that the biggest barrier to achieve human-level AI os JIRA!
607.
by bgnn 3y ago
Oh Hamming is amazing to read! His "the art of probability" too is an amazing read. As the title says, he explains why probability isn't math but an art and philosophy!
608.
by bgnn 3y ago
Well, average person is poor because they were exploited subjects. This was the innovative idea of those days: exploit more of tge population. It didn't change much till French revolution. All the welfare in the west is achieved thanks
609.
by bgnn 3y ago
CML is mainly used for the speed. In a dense logic circuit interference doesn't matter that much since local routing is short. For the high speed clock generation (not only routing) and logic of high frequency data converters it's
610.
by bgnn 3y ago
Well, the way we use CMOS logic is like this. But we have a bunch of other logic families inplemented with MOSFETs. Dynamic logic is seldom complementary. CML too. There's no reason to not have 3-state CML. Ternary logic is used in dat
611.
by bgnn 3y ago
This is free will in essence. Making a choice is also choosing to not to do the alternatives. A person has to make peace with this to live without anxiety over life decisions. We are free at the end. We can completely change track if we rea
612.
by bgnn 3y ago
I think you are describing something similar to Perforce Versic [1]. I use this at work to diff schematic or layout. The ugly thing is: it's perforce.. I wish there was an open source alternative. [1] https://www.perforce.co
613.
by bgnn 3y ago
Perforce is the standard in IC design and verification.
614.
by bgnn 3y ago
This makes so much computing sense.
615.
by bgnn 3y ago
It's cheap to post stuff within EU. So maybe it's just the pricing in the North America being a problem?
616.
by bgnn 3y ago
EU literally followa FAA: https://www.businesstravelnewseurope.com/Air-Travel/EU-airli... "The European Union Aviation Safety Agency (EASA) said it had also adopted the FAA’s Emergency Airworthiness Directive (EAD
617.
by bgnn 3y ago
Only to a limited extent. The improvements don't scale at very low temperatures. Some weird stuff happens too: metals or resistors can get superconducting. Not always an advantage.
618.
by bgnn 3y ago
energy consumption wise, yes, I guess. though mechanical ventilation requires electricity to be used, so it costs energy too. the heat exchangers are max 90% efficient as far as I know from my own research on what's available on a reas
619.
by bgnn 3y ago
why are the eggs washed and refrigerated in North America?
620.
by bgnn 3y ago
This is similar to how it works in the Netherlands. First 5 years as "knowlage immigrant" your visa depends on your work. Not tied to an employer per se but working in certain sectors (IT, SW dev, HW dev etc) and earning minimum a
621.
by bgnn 3y ago
7nm core voltage is 0.75V. If they want good reliability, 0.7V underdrive is understandable. So, 2.2kA at 0.7V sounds reasonable to me.
622.
by bgnn 3y ago
The core voltage for 7nm is 0.75V. The max over-voltage would ve 0.9V or so but the lifetime of the device will be limited to less than a year if they don't cool the devices to 50-60C or so in that case. BCI aging is no joke. So I assu
623.
by bgnn 3y ago
TSMC 7nm has all the required stuff to build a DC-DC converter from 3V or 1.8V. Nobody would use on-chip inductors for high power DC-DC. As for skillset, there are a bunch of IP companies with silicon proven designs available. I'm sure
624.
by bgnn 3y ago
Efficient DC-DC converters are area consuming due to high voltage devices abd the capacitors in general being very large. You would need SMD inductors on top of that. This means you used very precious silicon area for power delivery. It cre
625.
by bgnn 3y ago
It's less of a safety but more of a production and environmental constraints issue. Cat5 cables are too heavy for cars. Their connectors aren't made for vibration. They have a lot of emissions which is a problem for the mission cr
626.
by bgnn 3y ago
Automotive ethernet over copper physical layer is completely different than commercial/data center ethernet. It is defined in 802.3ch for multi gigabit (2.5, 5 and 10 Gbps). It uses single shielded twisted pair cables up to 15m long. C