@Andromake000 Jo, det förstod jag, men normalt skyddar man mannen och inte tar hans väska som i det här fallet..videon är gjort för att man skall kolla den minst en miljon gånger för att samla klick:)
$NOK is turning cell towers into mini data center nodes by installing $NVDA GPUs directly into its AI-RAN base stations.
A factory robot cannot wait 200 milliseconds for a cloud server. So instead of routing that decision back to a centralized data center, you run the inference at the tower. $TMUS was the first US carrier to pilot it.
$NVDA's Jensen Huang said it himself on last night's call. "every single base station, every single radio network would become an AI-powered radio network."
Very interesting tech coming out of $NOK.
$NOK $NVDA $TMUS $DELL
@Andromake000 Det är ointelligenta som skrattar åt gamla människor utan att förstå att inte alla blir gamla..det är verkligen en gåva att bli gammal…vissa kommer att förstå det under livets gång..
If you read my optical investment map and the follow up review, one name probably stood out.
$NOK
At first, I also viewed Nokia as one of several names in the optical value chain.
But after working through the research, it became clear that the investment case is not limited to optical.
Optical, IP routing, data center networking, AI RAN, and NVIDIA’s $1B investment.
The market is starting to realize that Nokia may no longer fit neatly into the traditional telecom equipment bucket.
So the most important question is simple.
Is $NOK cheap or expensive at the current price?
In this article, I break Nokia down by business segment, apply the right peer group to each business, and use my own valuation metric to estimate where the stock trades today and how much upside may still be left.
I hope this article helps you build your own investment framework for $NOK