Can't be quieter than a rake.
429 karma · joined November 15, 2019
To be fair, these might be server platforms and Chromebooks, nobody is buying ARM notebooks to run their favourite FEM package.
(Edit: To clarify, maintaining semantics is held sacrosanct in classical methods of machine translation)
https://www.anandtech.com/show/10719/usbif-publishes-audio-o...
If this is so non-trivial, Chinese OEMs like Huawei have in fact succeeded in analog output. This is despite the fact that their receptacles are on a 50mm long flex PCB, you don't need another 2 signal layers or an extra daughterboard.
The laws of physics are the same everywhere across the world. Just because Apple is incompetent, it does not imply everyone else is.
Even worse, considering that they have to include DACs for speakers anyway, they still refuse to route analog audio out to the type-c connector - just to ensure that cheap passive adapters will not impede their shameless grift.
I believe HID-over-GATT was recently introduced to iOS (only a decade late), and implementation details could potentially be relevant here.
https://arstechnica.com/security/2023/11/flipper-zero-gadget...
https://github.com/UpsilonNumworks/Upsilon https://github.com/UpsilonNumworks/Upsilon/issues/327
Sure, the signage business might not be high volume relative to consumer electronics. However, engineering entire new use-cases to target larger markets might not be worthwhile, if supply and pricing cannot meet market expectations due to yield constraints.
Kids aren't just staring at a glowing rectangle due to some unexplainable pharmacological effect it may possess, they just crave human connection and sense of belonging just like everyone else. Using medical terms to dehumanize them is not productive at all.
If a niche enthusiast crowd worth of traffic will absolutely obliterate the underlying infrastructure, allow unchecked flows of spam and undermine the security posture, maybe Apple should just leave it to the telcos who might be marginally more competent.
This might not be completely feasible under the current form of webextensions, however I wonder what would it take to work around Google's bad faith behaviour, and make firefox truly first-class.
I heavily doubt that Qualcomm is even capable of working in such a role. In fact, the C-suite probably believes that their core competency is lawsuits and not modems, anyway.
[0] https://twitter.com/calebccff/status/1472517091970494465
(Edit: I meant semi-custom SoC design/architecture not cores, like https://www.anandtech.com/show/7281/understanding-amd-semi-c... )
LLMs (at runtime) and LLM mills (during training) have nothing to gain from restricting themselves to the open web. This is in contrast to Google, who is in the business of selling links to information and not information in itself.
These payments aren't towards being the default, it's to ensure that search itself does not get replaced by a different paradigm.
You could argue that it is not a coincidence that the likes of Siri stagnated for so long, while we saw the rise of LLMs effectively resurrecting it elsewhere.
Gnome turned out to be a poorly thought-out opinionated mess, learning all the wrong lessons from Apple's work.
I usually have excel sheets or python/matlab scripts. However, this simulator felt self-consistent enough to develop muscle memory for quick back-of-the-envelope work.
"We have not confirmed any illegal activities at this point" with this headline." doesn't imply anything of substance at this stage of the process.
You can get onvif-compliant firmware for some of those, but battery-powered operation cannot be expected to remain practical, given what onvif focuses on.
https://techcrunch.com/2022/08/05/duckduckgo-microsoft-track...
Beyond just building against the android runtime, it is now trivial to support additional architectures at every stage of the pipeline, even for native code.
Although x86 has the advantage that all dev workstations use it for VMs, at one point Google even had a MIPS version of the playstore, not to mention how different V7 and V8a are within ARM architectures.
Most people only notice flicker during saccades. A larger proportion of people will notice scrolling purple/blue smear, that manifests itself at extremely low source current, when you have really dark shades of grey on a dimmed screen in low brightness environments.
As an aside, burn-in and mura seem to be solved problem these days, due to display driver ICs constantly characterizing the I-V curve of individual subpixels and applying compensation using aging models. Variabilities introduced during manufacturing are also optically captured for compensation.
Additionally, there exists compensation circuits within the TFT plane for fine-adjustement of uniformity for each subpixel.
MicroLEDs are not magically immune to the issues affecting OLED. https://www.oled-info.com/measuring-and-correcting-microled-...
In any case, startups aren't exactly in a position to gamble away their endowment in a court battle, which can trivially get stretched out by their megacorp opponents until they run out of cash.