You do not need to achieve full nationwide blanked coverage in one of the Gs, before you start to deploy the next Gs, if there are customers who want the service, and are willing to pay reasonable rates for it.

And customers are not only you and me with our smartphones, is also consumers with wireless broadband, customers and companies with latency sensitive workloads (and 4G brought a reduction in latency, 5G brough even morem and 6G even more), companies which need network slicing, or companies which need energy savings @ a fixed Mbps (each digital G has lowered the pJoules per bit down significantly). Also, things like self driving cars, including cargo transportation platoons, companies which need network slicing, etc.

These are just a few examples of capabilities that will be enhanced in 6G.

I agree with you that Huawei was in the technical lead in 5G, and that lead will extend in 6G. but that lead is not sooo big. Depending on the specific area, I'd meassure that lead as less than 36 months tops, and that streches it.

Except for telcos that do the 6G rollouts in the 2029~2031 timeframe (which are few and far between), not really relevant...

The main issue is the cost advantage. With Huawei and ZTE being significantly less expensive than Nokia or E//.

In RF/BSS only Samsung is an alternative, cost-wise, from a big company. There are other alternatives, but at that point, you are assuming a risk if you are a small telco, or playing kingmaker if you are a large one.

As I said, In Servers (for the NFV core) Germany (and europe) have Jackshit domestic alternatives. In DCN (Data Comm Network), they only have Nokia, and in optical, they have Nokia or Adtran (IIRC, E// killed/ejected their DWDM dept).

So, less options == more price AND less flexibility.

Full disclosure: Was in Huawei's payroll in my country in the late '00s, and worked with them as an independent contractor in the mid '10s. Have kept up to date in the area, and still have contacts inside.

Agree 100% with you. Voluntary severance packages should be offered in a no questions asked first come first served basis.

If manglement* or HR can say no to a request, it means that trust is broken. Manglement KNOWS that the employee wants to leave, and the employees know that they know. This leads to the employee embarking in a mad race to find a new job, for fear of being fired, and manglement trying to replace the employee ASAP (for fear of them leaving). I'v seen it first hand, with a very gifted storage Sysadmin. It was not pretty.

While I despise AI initiatives in their current form, this is the way to do it.

You declare your AI intentions and lofty goals, then give the employees a decent (or, in this case substantial) voluntary resignation package.

No bad blood, and if you need to re-hire these people in the future, no burned bridges.

I hope more companies idd things like this.

JM2C
YMMV

I mean, both are Europeans, and Nokia has a slight touch of Germany

Also, they shall not be using Cisco, Juniper or Arista Routers (too USoAn). Lucky for them, Nokia has a router line inherited mostly from Alcatel.

But, things get realy nasty once we continue, they shall not be using Samsung RF or DWDM equipment(too Korean), even though it is the leader of low priced fiber, and in 5G RF (and probably in 6G too).

And for the NFVs (Network Function Virtualization) at the core of the network, they can not use HP/Dell servers (too USoAn again), no Lenovo Servers (too chinese), no ASUS/ACER/Supermicro servers (too Taiwanese),

And finally, no NEC and/or Stratus Technologies ft servers (too Japanese & USoAn) for the cloud controllers and critical servers...

Good luck with that 6G network.

Because it fell to the floor a short while after being unveiled, so, if the teacher in the "humanoid robot classroom" were reading the grades outloud would say: "Adol, F"

Nickels also cost more to make than the coin's worth, and the dollar bill deteriorates so fast, that a coin replacing it is the best option.

the 2 dollar bill can take it place in stipers thongs, as the minimum note.

Also, for coin operated vending machine convenience, ramping up minting of half dollar coins would be prudent.

Today, we are gonna learn how to bypass al security safeties with simple hand tools. We will need a breaker bar, a torque wrench and our safety glasses

I was the NOC sysadmin, later, manager for Value added services.

The closest I was ti compiling was for verifone terminals before the telco job. The compiling on the PC was fast enough. Dumping the code into a POS to test because the simulator was shit was the real bummer.

That and the frequent defrag/optimization of the machine.

I would start working when I walked through the door, Since my machine was only mine, I'd turn it on on mondays, endure the 20min boot + Opening of apps (+ Memory dumping process*), and turn it off on fridays, ah, good times

* After booting and opening all your "workworse apps", you would call a script that would request 85% to 90% of the total RAM of the machine, forcing everything to SWAP. Afterwards, slowly, things would come back from swap, but only the really usefull stuff, all the flaff (codepaths seldomly used, if at all) stayed on the swap. Made a huge difference on Win2000 and XP, less so on latter editions, as the memory manager was slowly refined.

cue some enterprising developer hoping yo make a name for him/her-self making a FOSS to extract the old Icons from online installers and re-implementing them under coarse and fine grained control of the user in 3... 2... 1...

Even Smaller than CAMM2, and slighly higher performance. And replaceable/upgradeable!
What's not to like? SOCAMM 2 is a Datacenter technology that would favourably impact us on the personal computer world. So, bring it on!

As an OpenStack technical trainer, I do not oppose the cloud per-se. but AWS and MS are "moar" interested in investing untold sums of money, effort, and grid energy to train AI models, than to bulleproof their instances...

I also oppose moronic companies that put all their cloud eggs in one basket...

I derive a lot of utility from the helium used for MRI machines. As a guy who likes to eat potato chips, I derive much utility from nitrogen gas. As a scuba diver I derive much utility from Pure oxigen for my 32% and 50% stages. As a guy who had two ventral laparoscopic surgeries, I derive utility from pure CO2.

Crypto? AI? AWS and AZURE falling over their own shoelaces? .... not so much utility there.

JM2C
YMMV

If you can not do inference (not training, inference) on the device (for any definition of device) or can not wait for the data to arrive to a Hyperscaler Data Center, doing said inference on the shelter at the bottom of a mast, or failing that, the DataCenter where the regional 6G core is incarnated is a perfectly cromulent position to perform said inference.

Since 4G, and even before, we had ML on Telecommunication Networks. I can distinctly name 4 and 5G SON (Self Optimizing Networks), some preemtive alarm detection and correction in the Nokia NMS Subsystem, and when I was teaching CEMoD 16, we also had many of those. Changing the name of all that to AI, and stoping doing it in a system agnostic way with OpenCL and SYCL, and start doing it in a propiertary way with CUDA/nVIDIA only is a great way to attract 1 Milliard of fresh money, so congrats.

Also, I guess that possing as an american company when the company is ~75% European is great for the press releases.

As for nVIDIA, we all know that AI is a bubble, the questios are will it burst? will it deflate? when will that happen? nVIDIA is using their inflated share price to buy something that will not deflate or pop, just boring organic growth, driven by 6G (the digital G that will last 2 decades, instead of all the other Gs, that lasted 1). Good for them to diversify with cheap/inflated money. I'd have done the same.

Their rivals must be thinking why didn't I think of this first? and rightly so. Is an easy way to achieve a solid win-win for BOTH companies.