Oz also has a Daily Telegraph and I'm not sure the Barcley brothers cash has reached the Southern Hemisphere yet.
123 posts • joined 7 Nov 2009
Oz also has a Daily Telegraph and I'm not sure the Barcley brothers cash has reached the Southern Hemisphere yet.
A little passed beer o'clock... 4am here in the land of the long white cloud
I'm surprised they didn't try a ewe turn when confronted by the 4 legged road flock
Quite possibly Netflix are playing to their content suppliers, who obviously want to keep content in regional silos for as long as possible. If the game of whack a mole on the VPN route is not too fast, then Netflix only annoy a small customer base but outwardly show they are doing something about the "problem" to their suppliers.
So close yet so far. You could have paid the costs of getting that fibre into the ground 20 years ago and then just upgraded the end points as the technology progressed. Just remember to enjoy the FTTN roll out and all that relaid copper for the next 20+ years.
To be fair in Wellington, it was stringing up fibre on the trolley bus wires which is how city link started but yes infrastructure by Wellington city council was ahead of Telecom NZ at the time
"The federal government, on the other hand, can probably be expected to be on the side of the councils. Prime minister Malcolm Turnbull has repeatedly stated his support for infrastructure-based competition, and can hardly be expected to send in the country's telco regulators to block such projects."
There is the rub. The Prime Minister wants nbn to succeed but at the same time wants competition - interesting times ahead.
Maybe a similar situation is the current TPG FTTP verses nbn FTTN build and this might shed some light on how things might pan out.
A possible compromise would be the Rockhampton council to help fund nbn to take fiber to the doorstep and therefore everybody wins.
Managed unlicensed bands don't really work in practice. You either get tragedy of the commons aka the 2.4 GHz ism band, a semi private park which is what we tried in New Zealand under the term managed spectrum park which has not been the roaring success it looked on paper because as soon as people pay any kind of money they want exclusivity and tenure, or you have full blown private spectrum which creates barriers to market entry and you are dammed any way at all in which you try and allocate it.
If the vendors are just trying to offer extra capacity to their customers then you won't get a look in. The way I read it that it will be primarily used for supplementary down link for packets of data that are not time critical. Vendors and networks use their paid for spectrum for time critical packets carrying that voice call or live stream of a kitten playing with a ball of wool
Is this delay tied into the locals wanting to issue permits to repair / use only local crews? Or have the Indonesians finally seen sense and seen that cable laying and repair is an international game
I'm sorry but have to politely disagree with you Simon. If you are having to replace the copper in the ground to get these technologies to work, then that's a fail. FTTN has be sold as the cheaper option for nbn deployment but turns out its not the case by the nbn's own recent numbers.
Once you get the fibre in the in the ground, you just replace the terminal equipment as technology improves and customers want faster speeds.
Australia will be dealing with this decision for the next 20 plus years and a certain incumbent telco will be laughing all the way to the bank.
So you think that Oz should pay the same as deploying a FTTP network and fix up the copper that's duff so that G.Fast and FTTN will work for a bit longer.
Its already been said on this wonderful site that FTTP is the end game, why spend $53B or there abouts just to keep copper running?
There are numerous examples of data centers piping off their waste heat already. A certain London internet exchange building has head exchanges installed at the start to help provide heating to the residential block next door.
Waste heat reuse is tricky (its a very low form of energy) but can be done. Swimming pools and district heating systems are easyish ways of doing it, but getting it back to electricity is not beyond the realm of technology and means you can reuse the energy either on site or resell to the grid.
My guess about Greenland being red on the SS7 map is that they have one Telco and therefore if they have SS7 issues, the whole of Greenland has an issue (in SS7 terms). It's a scary situation but one that likely won't change quickly.
Disappointed there is no machine that goes PING or a least a photo of said machine
I would love to say you are right but at the moment it appears that political dogma is trumping technology progression. The cost for nbn mk3 will be the same again and then some. However New Zealand might have a few spare fiber jointers come 2025 so I'm sure we can send a few across the ditch.
Not sure how the Aussies messed it up so bad. The NZ government even kicked into touch the offer to nationalize the limited HFC network to ensure a FTTP build to 75% (make that 80% in the next 10 years) of the population.
The next challenge for the NZ government is to work out the policy for RBI2 and to try not to overbuild all the regional players that are already connecting a significant part of rural New Zealand.
Sadly my UFB fiber is still a couple of years away but right now I have VDSL to one of the central Wellington exchanges 50 meters across the road to make up for it
So are shot gun holes the southern United States equivalent to Spade fade?
I think you are missing an icon there
Vector (one of New Zealand's line companies) have been offering a grid tied battery solution for a number of years and had a reasonable number of units installed through their operating region.
There is a push to move rail users of GSM-R as it seems to punch a hole in one of the LTE bands, causing Europe wide problems. However the LTE for safety applications is still a wee way away it seems and doing a Europe wide replacement and roll out of kit is not going to come cheap.
Good luck as its a thorny problem to solve.
Already been done. There are sites in London and Helsinki doing it but the effort required to extract usable energy from the waste heat is difficult to say the least. That or you do what the Dutch are doing and shipping servers direct to people's houses to provide heat.
Fire, well you want to keep warm...
You will proberly get hit by the Verizonlike super cookie so they get thier $29 per month pound of digital flesh
So the ITU-R Study Group 5 working party on IMT systems is meeting this week in New Zealand, and future use of mm wave for cellular use (above 6 GHz) is on the agenda. Will be interesting to see what comes out after next Wednesday and heads towards to World Radio Conference at the end of the year in Geneva.
Those fine young men with their flying machines need to read the history of Teledesic and then decide if its a good way to blow a wad of cash?
Typically if the location of the fault is "known", they use big grappling hooks to drag the cable to the surface up to the cable repair ship, then splice the ends in the on board clean room, test and sent it back down.
If the amplifier has gone faulty, they have to send down an rov to cut the cable first, and then drag up the ends to fix and splice the cable.
Added to the fact that you have to get a specialist cable repair ship first to the scene (check up the stupid situation that Indonesia pulled recently about only using a locally flagged vessel), then find the cable on the sea bed, then there are multiple layers of protection on the cable itself and usually around 10,000V too on the power supply wire, as you need to power those amplifiers somehow, its not as simple as a choc block and some heat shrink bodge.
Lab icon, as clean room required to fix it.
Glad this has finally been picked up by those in the Mother country. Having lived in Vellington for 6 years including a spell in Karori - go the Karori Zombie Society, its got its fair amount of in-jokes but should appeal to those have never visited the land of the rings but have a dark sense of humour none the less.
Just cross the ditch and come and enjoy what will be a 75% minimum fttp build in the next 6 years here in New Zealand. I think we passed 50,000+ premises a few weeks ago too. Not bad for a bunch of hobbits hanging out in the shire*.
*New Zealand does not really contain hobbits much as the terrible Air New Zealand in-flight safety videos wants to make you believe.
I'm getting 4 windows of the same video!
Yes keep your feet dry, drive straight to the data centre and plug in your optical splicing box of choice across the incoming fibre feeds. It would also capture any peered local traffic - in this case the land of the long white cloud (no not that cloud!). I mean look at that GCHQ site in the middle east that is on shore, keeping the spooks nice and dry but within camel spitting distance of the cable landing station...
It seems the Kiwis were at least a month ahead of our cousins across the ditch, with Air New Zealand allowing us to use our fondleslabs from gate to gate without powering them down for take off and landing.
Black helicopter as I'm sure they are hardened against unfriendly EMC emissions
Loving the eye brow action from Regina
I guess any team that shows significant skill, even outside of the qualifying group will be tracked by GCHQ for the rest of their days. Probably a cheap way of identifying those with the skill set to wage a cyber war early on in life.
I think you'll find the technical term is spade fade.
Nuclear blast as no jcb icon...
Not just in Europe. Out here in the Pacific we have already have MURS based devices coming in from the US and attempting to explain the use of devices in this band to one track minded members of the public is difficult to say the least.
Going to sound grumpy but Daniela and Jorge, you really need to consider the compliance implications and markets you are aiming for. What are your plans for supplying outside of the US? Because your backers will want sales and growth, and people on the interweb will want the next BIG thing.
Look forward to the New Zealand one, maybe you can do an SPB pie tasting special?
I think you might want to note that across the pond (or Pacific), the 151 - 154 MHz block operates as licence free general user spectrum for our cousins. Elsewhere in the world, that block is occupied by licensed services so any Gotenna use outside of the 50 might prove problematic to say the least, you might even get a visit from one of your local spectrum police if you are really lucky
Its a KDC vehicle left right and centre. However what ever your opinion of our German via Hongkong resident, its a pretty interesting move. Use the MMP system to get your own soap box for the next how many years before the Feds cart him off to Gito on a second degree trumped up charge of civil copyright theft aka youtube. Anyway I'll pop might tinfoil hat away shortly
Well if you guys didn't have your card marked before today, the black helicopters will be circling vulture central shortly. The revelations are not surprising sadly, but the scale of commercial tie in is impressive. To build a facility or two does not coffee cheap, so the uk tax payer hopefully will get some decent return on their investment cough cough. I wonder if gchq gets a good discount at the local b&b in Bude when they go to check on their installation?
I thought it was the T-mobile and Orange that merged to form EE and surpass Vodafone UK size wise? Hutchinson (under the Three UK) brand are still a separate player in the UK market along with 02 (UK)
Well do on both the nominations and award to the Vulture South team members.
Keep up the good work
Took my Canon Powershot 110 to Svalbard last year and worked well whist wandering around at 78 degrees north in the freezer. It also survived a week on the damp west coast of New Zealand too. Just a bit larger than a cigarette pack so slips into the smallest of journalistic man bags with ease
With this Facebook ownership, do you poke the enermy to fire or like people to make sure you don't have blue on blue fire?
It just seems that the NBN 1.0 was cost overrun and NBN 2.0 (sorry rebooted) is just a fibre under run. I feel for those across the ditch up won't be getting fibre this side of the next millennium. Though the G-Fast and VDSL copper gives decent speed, the Telstra shareholders are laughing all the way to the bank. They might as well get the keys to the Australian Federal Treasury now with those sorts of numbers over the next few years.
I can see why certain companies are going in to cherry pick customers left on 50 year old copper, just going to be tweaked for years to come with the poor tax payer and consumer picking up the tab in a number of different ways.
So correct me if I'm wrong but did not google take over dying fibre from others who had built it to become a fibre provider? If that is the case, who's cell towers and spectrum are they going to leverage off to build the wireless part of the chocolate factory ad serving machine?
Actually missed at trick, it must be a Cellsite On Wheels for optimum bovine connectivity surely?
I wonder how they connect the cows - fttp fibre to the paddock or is it white (milk) space spectrum?
Megaphone cause that's a bull horn right?
So how do the TDD LTE services work then, if they can't transmit on the same frequency?
Maybe the reuse of frequesices for mobile transmitt in the base transmit parts of FDD band plans is what is going on here? Listening to certain operators road maps for mobile - mobile transmit using the base transmit frequencies, I think this will be seriously considered. However getting the on board radios to do multiple bands and technologies and then throw in the curveball of some transmit down a previously only receive part of the rf chain will no doubt cause some sleepless nights (and fat profits) at Qualcomm et all
I for one am sorely disappointed by the lack of mentions of fondleslabs in this article. Please correct forthwith, thank you