The user shoudn't have to research which model is the best for them. OpenAI needs to do a better job in UX and putting the best model forward in chatgpt.
One interesting note with voice AI is that you can shove static datasets into the long context windows of these newer models like 2.0-flash-lite. It creates a Model Assisted Generation(MAG) and returns super low latency and 99% relevant information to the bot. Theres a good example in the foundational example of the pipecat github.
Half-Life and subsequently Counter-Strike changed my life. I was addicted, and it captured me in a way hard to explain for about 3-4 years. The gameplay, competitive drive, the simplistic sprites and world building. It touched all sensory inputs in a way that games prior hadn't. It's the only video game, or digital media for that matter, that makes me feel nostalgic.
this is a wild take. we don't care about the cost of education 10 years ago. Look at a 50 year horizon and how on a generation basis how much more significantly expensive it is.
6GHz has 3 modes of operation:'
1) VLP: can now happen in 1200 MHz (5925 MHz to 7125 MHz); previously it was only 850 MHz.
Very Low Power: 25 mW (14 dBm) power.. with -5 dBm/MHz PSD, indoor and outdoor usage.
Think of short range use-cases like smartphone to laptop or smartphone to earbuds/ARVR.
2) LPI: already allowed in full 1200 MHz
Low Power Indoor: 1W (30 dBm) power with 5 dBm/MHz PSD (clients are 6 dB lower); only indoor usage.
Think of your home router.
3) SP: allowed in 850 MHz; no plan to expand AFAIK
Standard Power: 4W (36 dBm) power with 23 dBm/MHz PSD (clients are 6 dB lower); indoor or outdoor usage.
Requires Aautomated Frequency Coordination; send your location to cloud, cloud tell you which channels area available.
Think of enterprise or high power routers; outdoor point to point links (WISP)
So, this new regulation is only for VLP and will result in more (especially 320 MHz) channels. No change to the most common usage of Wi-Fi (Router to Laptop/PC).
This will allow better channel availability (low latency, higher throughput) for mobile applications in very dense areas..
Devices can now use all 1,200 MHz of the 6 GHz band, which was previously restricted. This move supports newer tech standards like Wi-Fi 6E and sets the stage for Wi-Fi 7.