Re: I forsee the raw material for many Register security stories to come
If you rely solely on your connectivity layer for security, whether it’s wired or wireless, you’re heading for trouble.
630 posts • joined 21 Jul 2008
Dunning Kruger isn’t about intelligence per se - it’s about the ability of people to accurately rate their expertise in a given field. People who are demonstrably at the top of their given fields tend to not suffer from it, it’s more often seen on the journey towards expertise - people will over and then under rate their abilities as their knowledge grows.
Those charges aren’t waste. Just get some adaptors for them. That way you can still offer charging for people who turn up with a different phone.
I guess the EU’s point however is that this used to happen every time you changed your phone. Every manufacturer had their own cable. I had a universal charger for travelling not so long ago that had 14 adaptors in the bag. It was a brave person who made a hole in their car dashboard to fit a car kit knowing it would only ever work with one model of phone.
The damage would come from a series of 8/bit values, that when rendered as PCM audio, either create a standing wave or a longstanding monopolar offset from zero. Speakers and amplifiers don’t like DC.
Anyone who has ever used a hifi amp and speakers as a PA for a synthesiser capable of creating waveforms outside the bounds of musicality will have faced similar repair bills.
Someone else might drive the car after you. If the limiter comes on automatically and they don't know about it or understand it they might end up in trouble if they try to join a motorway and find they can't get down the slip road faster than 30MPH. Requiring you to activate it each time means that you'll know because you did it.
Cascade failure. What do you think the impact of suddenly having 33M devices roam onto your network might be? How much will it cost to size your network to be ready to take millions of extra users at a moment’s notice? Who would ever build our rural cells when you could just let your users roam onto the network of the mug who has?
No vote apart from all the General Elections where a UKIP government could have been elected? How many MPs did they have? At their absolute peak - what was that number again? It must have been significant for the government to shortcircuit democracy and offer a direct binary choice on UKIP’s manifesto.
Easiest path now is simply to cancel it and let the population elect a UKIP government if that is what they so wish.
That Mbps per call efficiency doesn’t matter in this case though because the ISDN network costs more than an IP network per Mb of delivered traffic.
Seat occupancy efficiency is high on Concorde because I occupy the seat for less time than on a 747 making the same journey. It doesn’t make Concorde cheaper.
Only a monopoly if you consider FTTP a unique product that can't be replicated.
I'm sure the competition authorities would consider the market definition to be broadband Internet access, of which a customer would have the choice of this FTTP from talktalk, four different mobile networks, fixed line access using BT's network, satellite broadband and maybe Virgin.
Ford don't have a monopoly based on being the only company that sells Fiestas.
You're forgetting the other restriction which is that there has to be power near the termination to run the NTE - most phone master sockets in the UK are in hallways or by front doors, where there's no nearby power socket.
Once you start installing mains spurs or trying to run fibre unobtrusively and safely inside the home the costs soon start racking up I'd imagine.
how does Openreach get free power? Glass is a reasonably poor conductor. What would they be powering?
In telecoms it's always bits.
There are several reasons, but one is that you can't be certain that 8 consecutive bits belong together to make a byte, or that the bits will be assembled into bytes at all - the concept of a byte of data transmitted across a system exists at a different layer to the transmission mechanisms of that system.
In computing 'B' is bytes, 'b' is bits.
They were already dead. Elop was the paramedic sent to administer CPR, but it was too late. Nokia survived hooked up to a machine for a little longer but just like a brain can't survive without oxygen a tech company can't survive without productive, directed R&D.
There are parallels with the demise of Commodore. Hugely succesful tech company with best-selling products neglects to maintain a product pipeline and watches rivals bite its ankles, failing to appreciate that the ankle biting is a hobbling tactic to allow for easier consumption of the whole.
I dunno - BT and Colt and Vodafone have big European operations that would be affected pretty badly by tariffs. It's much easier for EU based telcos to do business in Europe than it is for American or Asia Pac based ones.
Virgin is US owned and the effect of the falling pound will be that equipment costs will go up and revenue to the US parent will decline. I'd imagine the UK outfit has fallen down the investment priority list. The same is true I expect for 3 and O2 and others owned overseas - the UK businesses now generate less revenue for the owners.
If there's no workable deal on data privacy standards with the EU then a lot of UK datacentres are going to struggle as any app or service holding data on EU citizens will need to move.
"The perfect opportunity. They can break it up, then the government can buy all the parts and end the stupidity of all this fake so called competition that is allegedly making everything better."
And Virgin's shareholders will tie the government up in court for years, not unreasonably given that they would have just destroyed their business.
"Basically 10Mbps, 100Mbps, 1Gbps, 10Gbps... It doesn't matter if the speed sold equals to the maximum - we have these speed jumps (at physical level) to work with."
You're confusing line speed with interface speed. Depending on the technology employed there are lots of line speeds available between your interface speed steps.
G.SHDSL and EFM have lots of speed options in the 10-100MBps range, especially where multiple copper pairs are used.
WDM on fibre offers a typical throughput of 2.5Gbps per channel.
Networking 101: Line speed is not interface speed is not throughput speed.
"The model 3 replaces a hatchback for people with only 1 car - it needs to be able to do the annual holiday trip to grandparents"
How so? My car meets 95% of my needs and for the times it doesn't I hire one. It's cheaper than owning something more expensive and impractical for only 5% of the time.
"My problem with electric cars is simple. It takes 30 minutes at these superchargers to travel 170 miles"
You should be taking at least a 30 minute break after three hours of driving for your own safety and that of your fellow road users. Concentration and reaction are all affected badly by driving too long without a break.
What you're saying, in effect, is that this is an extra Tesla safety feature.
"Better to have a Lead Acid battery system for your PV panels"
How so? They hate deep discharge cycles so for any kind of longevity you have to install twice the capacity you actually need. They weigh an absolute ton and I've certainly seen lead-acid arrays explode in the past. How much strength do I need to add to my utility room floor to take the weight of a giant lead acid array?
The problem here is that emergency call centres use 'backward holding', meaning that only the emergency operator can terminate a call. Most places around the world have a policy that requires positive confirmation that a misdial has occurred before they'll do that.
I had an ambulance arrive at my house once after a neighbour's kid, playing with my kids, called 999 for a laugh and told them someone was hurt. Even though the operators then spoke to my wife, she didn't do a good enough job of convincing them that every thing was fine.
I forgot to add;
You also run into the insurmountable problem of the machine having no memory management and letting individual co-processors run unsigned code and change the contents of any RAM. How could you let something like that anywhere near a network?
People have foolishly let emulators have access to their PC's real, physical drives instead of a virtual sandbox and have seen their systems wiped by thirty year old viruses.
You always run into the problem of timing though - the Amiga's unique architecture is dependant on timing interplay between the CPU and the custom chips. If you go very much faster you break compatibility - and if you're going to do that, why not just move to a newer platform? If you don't do that, then what benefit is there to all the FPGA work?
Commodore literally blew a fortune trying to update and market the Amiga - a few diehard enthusiasts will not do better. All the new starts have been false dawns because the remaining market is absolutely minute - Natami, Tina, all have come and gone.
I loved my Amigas and learnt about comms, multitasking, sampling, networking and so on with them, but they're part of history now. Sometimes I lark about with an emulator, playing with software interpretations of machines I could never afford, but I will never buy new hardware and neither will anyone but a handful of people. Most people developing new hardware realise this sooner or later and give up.
The screenshot is of Workbench 1.3
There are newer versions of Amiga OS but they're not all compatible with original hardware.
The latest version for classic Amigas is 3.9, and the latest version for newer kit is 4.1
Confusingly, different versions are owned by different businesses - sometimes company 'x' owns one version, 'y' the next and then 'x' the one after. This is mostly down the the fairly chaotic management and dispersal of Commodore's IP after bankruptcy.
Biting the hand that feeds IT © 1998–2020