Probably Microcenter in Brooklyn is your best bet, but still limited selection. It really feels like there should be a hole-in-the-wall gaming PC shop in LES - maybe we should just open one?
The fact that the Adafruit team continued that thread unabashedly after Paul Stoffregen's first reply is an awful look in my opinion. Doesn't seem like anyone here is behaving like adults.
Edit: I should clarify - Paul seems very much like a mature adult in all of this.
This comment shines a spotlight on my issues with the US auto market. None of these vehicles are sold in the US, for a variety of reasons - both economic and regulatory. I hate knowing that the vehicles I want to buy both exist and are affordable, but I just can’t have them. Meanwhile, the cars sold in my market are all egregiously enormous, have giant screens inside, etc.
This is the very definition of a “first world problem,” but it sure is frustrating.
My 2004 RX-8 had decently solid ESC, but it was a “high-end” vehicle at the time. It’s definitely something we want to keep in our idealized vehicle (but let’s also keep the “disable ESC so I can have fun” button)
This is my exact same sentiment. I’m cautiously excited about the upcoming Slate Pickup[1] - I can see it being my go-to if I leave NYC, but it still won’t hit like the XJ Cherokee I drove before I gave up cars for the city.
That’s true, but Zen1 TDP is a lot higher than an RPi. Hitting that level of performance in a power and heat envelope that works for a Pi probably demands a smaller process node, unfortunately.
Many states allow a state tax deduction for 529 contributions, which could net you up to an 8ish% discount if you’re in a high tax locality (e.g. NYC).
Yeah, I just did a project at work with an RP2040 and was really impressed with the Pico SDK. It hits a sweet spot in between ST’s insanity and Arduino’s easy-but-not-powerful tradeoff.
No crazy code generation, going from 0 to blinky is quick, but also going from blinky to DMA’s and interrupts is also a breeze.
I will say that I think the hardware peripherals in STM32’s are miles ahead, and PIO’s don’t necessarily make up the difference.
There are two completely distinct differences that jump out to me initially that I think may help justify your feelings:
1: Reading a long book demands focus on a longer timespan than scrolling TikTok, and with focusing on a single thing for a long time, we get a sense of accomplishment. I don’t know how to justify this as valuable, but for some reason I feel that it is.
2: The Song of Ice and Fire (and GoT) were consumed by a huge proportion of people, and you now have this in common with them. This act of consuming entertainment also grants you a way to connect with other humans - you have so much to talk about. Contrast that with an algorithmic feed, which is unique just for you - no one else sees your exact feed. Of course, there are tons of people that see some of the same snippets of content, if their interests overlap with yours, but it’s not nearly as universal as having read the same series of books (and there’s much less to talk about when you’ve seen the same 17-second short form video than when you’ve both invested dozens of hours in reading the same series of books).
I don’t think these thoughts fully justify your belief, but hopefully they provide some support to it.
I only have a cursory knowledge of DSP, but it sounds like this was implemented by using the 5 second clip to build a matched filter kernel. This would require convolving the samples of the 5 second clip with the entire song to find out where it matches, which should work super well, but I think it would be really tough to scale this up to millions of songs. Is this how it was implemented?