aricher
Oct 9, 03:45 PM
If you can watch an HD movie over your satilite or cable system then somehow the cable or stilite company found a way to electronically distribute the HD content to you. That 25GB of data found a way to get into your house. Not only did it get into the huse but it did it in real time
Exactly - I watch HD content and HD on-demand nearly every day in my house. if my crappy cable provider can deliver this nearly any mega-corp can.
Exactly - I watch HD content and HD on-demand nearly every day in my house. if my crappy cable provider can deliver this nearly any mega-corp can.
Small White Car
Nov 6, 05:50 AM
That is like shouting out who, what you are all the time 24/7.
Oh really?
The sample I see here shows a way to make a phone's games or videos interact with toys.
Another example I've read (subway farecard) would tell people that I'm subway rider 25879346 or something. I've also read about using it as a credit card, which would require a PIN number to use. Anyone can currently snap a photo of you handing a card to a cashier, so it's no different from that.
None of these are shouting out anything about who I am. If you're critisizing something else, you'll have to actually tell me what you're talking about since it hasn't been mentioned here yet.
Oh really?
The sample I see here shows a way to make a phone's games or videos interact with toys.
Another example I've read (subway farecard) would tell people that I'm subway rider 25879346 or something. I've also read about using it as a credit card, which would require a PIN number to use. Anyone can currently snap a photo of you handing a card to a cashier, so it's no different from that.
None of these are shouting out anything about who I am. If you're critisizing something else, you'll have to actually tell me what you're talking about since it hasn't been mentioned here yet.
bella92108
Apr 1, 01:31 PM
I am a big fan of the technology brought into the world by TiVo and ReplayTV, but TiVo has been one of the most amazingly horribly run companies I have ever seen. I am shocked they are still in business...and I guess they can thank Dish for that...
Wow... first I've EVER heard someone say a TV\Satellite Provider's DVR doesn't suck. I got rid of DirecTV cause their DVR sucked.
I went to Comcast, and had a Tivo Series 3 then now a Premier, and you'd have to pry this thing out of my cold dead hands. Tivo is arrogant, like Apple, but can be so because they have a quality product that no competitor touches.
You have your opinion, but anyone with a Tivo would disagree, lol, and you shouldn't be surprised their out of business because people love them, just to clue you in, hehe
Wow... first I've EVER heard someone say a TV\Satellite Provider's DVR doesn't suck. I got rid of DirecTV cause their DVR sucked.
I went to Comcast, and had a Tivo Series 3 then now a Premier, and you'd have to pry this thing out of my cold dead hands. Tivo is arrogant, like Apple, but can be so because they have a quality product that no competitor touches.
You have your opinion, but anyone with a Tivo would disagree, lol, and you shouldn't be surprised their out of business because people love them, just to clue you in, hehe
matticus008
Nov 21, 04:57 PM
Hook up that chip, and then just keep overclocking the thing... you don't have to worry about it overheating and melting, it'll just give you more battery life.
Maybe this is a joke? The processor will still heat up in the beginning to a given temperature, and if it crosses the safe upper limit, it will be damaged. This technology will take the generated heat and convert it to electricity--it won't make the processor generate less heat.
Wouldn't using the "extra" electricity to power fans to decrease heat lead to less "extra" electricity???? :rolleyes: I hope they really think this through - and I'm sure they will. Of course powering fans isn't the only use for electricity.
Of course it will. But if you're producing 110% power at 102% consumption, that's still an 8% gain. The trick is to ensure that the benefit outweighs the cost (both in price and in additional power drain to power the system) by a large margin. This is the sort of thing that improves with time.
This could be very cool if it works. Just slap one of these between your processor and heat sink and get 30% more battery life. Or on desktops force cool your system without liquid.
You won't get 30% of your electricity back. You'll get up to 30% of the power lost through heat which is accessible to the chip (that is, the portion not lost from convection cooling of the case) and above ambient temperatures. If you're in a warm room, for instance, you'll have much lower performance, since it requires the differential to work. Of course, maybe the information available isn't wholly accurate, but that's my understanding based on the description.
Maybe this is a joke? The processor will still heat up in the beginning to a given temperature, and if it crosses the safe upper limit, it will be damaged. This technology will take the generated heat and convert it to electricity--it won't make the processor generate less heat.
Wouldn't using the "extra" electricity to power fans to decrease heat lead to less "extra" electricity???? :rolleyes: I hope they really think this through - and I'm sure they will. Of course powering fans isn't the only use for electricity.
Of course it will. But if you're producing 110% power at 102% consumption, that's still an 8% gain. The trick is to ensure that the benefit outweighs the cost (both in price and in additional power drain to power the system) by a large margin. This is the sort of thing that improves with time.
This could be very cool if it works. Just slap one of these between your processor and heat sink and get 30% more battery life. Or on desktops force cool your system without liquid.
You won't get 30% of your electricity back. You'll get up to 30% of the power lost through heat which is accessible to the chip (that is, the portion not lost from convection cooling of the case) and above ambient temperatures. If you're in a warm room, for instance, you'll have much lower performance, since it requires the differential to work. Of course, maybe the information available isn't wholly accurate, but that's my understanding based on the description.
Mhkobe
Mar 2, 12:23 AM
In-app purchase can be disabled using parental control. This is stupid. I expect my tax to be used by my government to tackle bigger problems, oh maybe like jobs and the economy, not to appease some idiot "parents."
You are completely right. I would also like to say that the distinction between in app purchases and in game purchases is very clear, the only step that must be taken is for parents to teach their children the difference. As time goes on it seems that more and more people believe that the solution to all their problems is government action. There are many cases where government intervention is required, however, when there is such a simple solution it is illogical for government to get involved.
You are completely right. I would also like to say that the distinction between in app purchases and in game purchases is very clear, the only step that must be taken is for parents to teach their children the difference. As time goes on it seems that more and more people believe that the solution to all their problems is government action. There are many cases where government intervention is required, however, when there is such a simple solution it is illogical for government to get involved.
str1f3
Dec 27, 09:22 PM
Why is that not unrealistic? NYC has 8.3 million people as of 2008. Even if 99,999 people had their identities stolen for iPhones, that's only 1.2% of the population. Consider that as of 4.6% of the population were victims of ID fraud according to the Federal Trade Commission.
I think it would take less than 99,999 cases in a concentrated area for AT&T to consider potential fraud a problem. Even 50,000 iPhones and accounts lost due to fraud would cause about $15 million in losses, assuming an average $300 subsidy per iPhone.
Also: it's not just ID theft that could be the issue here. there are other ways to scam iPhones off AT&T and resell them.
Hold on. ID theft is not nearly as commonplace as 1.2% in NYC and it wouldn't mean that half of them would get iPhones. Operations that large have IDs from all across the country, if not the world. It is rather strange that AT&T's timing is right during the holiday season when a huge amount of people would be purchasing an iPhone and it is not like these thieves would be waiting til the holidays to use this info. You would have to believe that AT&T is willing to lose all the online sales from the iPhone on Christmas to stop some thieves.
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I think it would take less than 99,999 cases in a concentrated area for AT&T to consider potential fraud a problem. Even 50,000 iPhones and accounts lost due to fraud would cause about $15 million in losses, assuming an average $300 subsidy per iPhone.
Also: it's not just ID theft that could be the issue here. there are other ways to scam iPhones off AT&T and resell them.
Hold on. ID theft is not nearly as commonplace as 1.2% in NYC and it wouldn't mean that half of them would get iPhones. Operations that large have IDs from all across the country, if not the world. It is rather strange that AT&T's timing is right during the holiday season when a huge amount of people would be purchasing an iPhone and it is not like these thieves would be waiting til the holidays to use this info. You would have to believe that AT&T is willing to lose all the online sales from the iPhone on Christmas to stop some thieves.
Detrias
Apr 28, 05:39 PM
And no, the 11" 64GB Air does not count. That is not a real computer. That is an iPad with a keyboard.
Awww ignorance truly is bliss
Awww ignorance truly is bliss
HMFIC03
Apr 5, 07:01 PM
So does this mean we would need an adapter for the 30pin connector to HDMI out?
yg17
Mar 27, 09:35 AM
Do you not have Road Tax on your cars?
To use a car in the UK, (unless it's a classic car made before 1972 I think), you have to keep it taxed. It's �105/6 months for my car, which has a 2litre engine.
Depends on the state. I pay $25 a year to renew my license plates, and then around $400 a year in personal property tax (that number depends on the value of the car, my car is 2 years old so it's pretty high). Some states have a higher license plate fee and no personal property tax.
To use a car in the UK, (unless it's a classic car made before 1972 I think), you have to keep it taxed. It's �105/6 months for my car, which has a 2litre engine.
Depends on the state. I pay $25 a year to renew my license plates, and then around $400 a year in personal property tax (that number depends on the value of the car, my car is 2 years old so it's pretty high). Some states have a higher license plate fee and no personal property tax.
JasonR
Nov 17, 04:52 PM
sorry, but I will never put a case on my iPhone. It was made to look sexy as it is, naked.
Cases just ruin it.
I think the iPhone 4 looks great without a case....but it drops calls without the damn bumper!
Cases just ruin it.
I think the iPhone 4 looks great without a case....but it drops calls without the damn bumper!
gugy
Sep 27, 11:29 AM
yeah, bring it on.
10.4.7 is a total crap.
It caused kernel panic in my computer and made it behave totally erratic. I had to uninstall back to 10.4.6
I hope the new upgrade will solve many issues that were created by 10.4.7:mad:
10.4.7 is a total crap.
It caused kernel panic in my computer and made it behave totally erratic. I had to uninstall back to 10.4.6
I hope the new upgrade will solve many issues that were created by 10.4.7:mad:
joegolo
Apr 1, 01:06 PM
After cutting my cable TV 3 months ago I've been using Netflix and haven't looked back! I considered getting Hulu Plus, but didn't see the value in it. I barely even watch Hulu free anymore (all my free episodes are expiring to Plus now). Occasionally I can't find anything "good" to watch, but it's great for watching older TV shows in HD. Been burning through Arrested Development :D
bearbo
Oct 10, 09:24 AM
If you ask me, it's pretty clear Apple will update all of its laptops before the holiday season. I personally can't wait to buy a new MB, because my 600 MHz G3 iMac is getting a bit sluggish. My question is this: Will it be a simple CPU upgrade, or will Apple change pricing and/or other hardware (such as HD capacity, RAM, etc.)? Oh, and how long do I have to wait?
we know as much about apple's next release, as about apple's 5 yrs later release
we know as much about apple's next release, as about apple's 5 yrs later release
Lesser Evets
Apr 6, 06:03 AM
This is what I've been saying: computer geeks design and market the stuff and it's like cutting themselves out of a potentially huge market. Jobs always understood the need to connect computers to people--non-computer-geek people... people that don't want to waste days of their lives just trying to figure out how to make their computer work so they can then do work.
Making it a limited or closed platform is part of the simplification needed for a successful device catering to almost everyone.
Making it a limited or closed platform is part of the simplification needed for a successful device catering to almost everyone.
Dreadnought
Jul 16, 06:40 AM
Version 2.5 of the widget i have running here, i think i'll send it out in about two and a half year, does just that. It only 'speaks' every three hours though, when the stats are updated.;) I think the 2.5 years have passed, so it's time for another update!
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BBC B 32k
Oct 25, 02:02 PM
gonna try to get there for 5.59 pm, guess i can queue for sixty seconds, better get a t-shirt though or i will be peeved.
met line from pinner so may be late if there are delays. hope they still have some copies of Tiger left as i need one for my old eMac. should be on sale right?
i hear that hamleys will be selling Leopard for �49.00 on the day and starting at 5.45 pm. also free beer and a wink from the cashier with every copy sold.
see you all soon.
met line from pinner so may be late if there are delays. hope they still have some copies of Tiger left as i need one for my old eMac. should be on sale right?
i hear that hamleys will be selling Leopard for �49.00 on the day and starting at 5.45 pm. also free beer and a wink from the cashier with every copy sold.
see you all soon.
roocka
Apr 21, 04:45 PM
Wirelessly posted (Mozilla/5.0 (iPhone; U; CPU iPhone OS 4_3_2 like Mac OS X; en-us) AppleWebKit/533.17.9 (KHTML, like Gecko) Version/5.0.2 Mobile/8H7 Safari/6533.18.5)
I wish my iPhone had an altimeter so that my workout software could tell me how many calories I burn when I climb hills in san Francisco.
I wish my iPhone had an altimeter so that my workout software could tell me how many calories I burn when I climb hills in san Francisco.
MacNut
Apr 25, 11:21 AM
Trump is a good businessman... which may be good for corporations if he gets elected. IMO though, what we need is a President who looks out for the people, not business.
Either way, I don't see a Republican candidate winning at the moment. Obama, even with "low" ratings, has enough to win re-election.To be honest I don't think we will ever find a president that works for the people again. They love and need their rich donors to get elected.
Either way, I don't see a Republican candidate winning at the moment. Obama, even with "low" ratings, has enough to win re-election.To be honest I don't think we will ever find a president that works for the people again. They love and need their rich donors to get elected.
The Mad Kiwi
Mar 21, 08:05 PM
I say this all the time, but I still have " A Film state of mind". In that, I mean I shoot like I still use film. I pre-vision what I want to convey onto "film", thus it slows up my shooting. I guess all the $$$$ I spent on developing and such (buying a CoolScan IV ED scanner, etc to get it onto the computer) sticks with me.
Previsualization is the most under rated aspect to photography, you're never going to be much of a photographer if you simply don't have a clear and concise vision of what you want the final print to come out like before you start shooting, this includes what post processing you're going to be doing.
Previsualization is the most under rated aspect to photography, you're never going to be much of a photographer if you simply don't have a clear and concise vision of what you want the final print to come out like before you start shooting, this includes what post processing you're going to be doing.
neko girl
Feb 28, 11:06 PM
Imagine if all smartphones had either a multi-user selector, or at the least a "child" mode that was easy to turn on.
I agree, a kiosk mode could be helpful. There is an app that will do this for jailbroken phones but it is not practical for the average user.
I also think that the ability to password protect photo albums should be included as a feature..
I agree, a kiosk mode could be helpful. There is an app that will do this for jailbroken phones but it is not practical for the average user.
I also think that the ability to password protect photo albums should be included as a feature..
Pachang
Apr 10, 08:43 PM
But it isn't all. The guy in the link is talking about raising revenue only, and since I can't find his post critiqued elsewhere (though it's quoted elsewhere), I don't know how accurate his numbers are. In any case, he doesn't seem to be including any cuts to the budget, which is ridiculous. Nor does he account for the fact that the recession has produced an ebb in tax revenues which will recede as jobs come back. It's a pretty one-dimensional argument.
That's true but I can't understand how anyone can be looking at this years budget deficit on top of the entire 14trillion+ deficit and not saying America needs huge (in the trillions) cuts and now. If his numbers are even close to right then there is just no way the US can conceivably pay off even this years deficit. What if the recovery doesn't happen fast enough or at all? The united states goes bankrupt.
IMO there is no recovery happening just fluctuations in statistics. The structural problems in the US are worse than they were in 07-08 and they are getting worse.
That's true but I can't understand how anyone can be looking at this years budget deficit on top of the entire 14trillion+ deficit and not saying America needs huge (in the trillions) cuts and now. If his numbers are even close to right then there is just no way the US can conceivably pay off even this years deficit. What if the recovery doesn't happen fast enough or at all? The united states goes bankrupt.
IMO there is no recovery happening just fluctuations in statistics. The structural problems in the US are worse than they were in 07-08 and they are getting worse.
NVRsayNVR
Nov 11, 01:55 AM
Wonder how long these ads will last! It's funny, I knew exactly what they were saying. Guess I speak Japanese now :D
Di9it8
Oct 26, 06:18 PM
Shows how busy it was
We bought a macbook and printer, and as we were leaving I asked the guy serving us if Vista was in the box and he said yes:D:D:D
We bought a macbook and printer, and as we were leaving I asked the guy serving us if Vista was in the box and he said yes:D:D:D
nixd2001
Sep 14, 07:48 PM
Originally posted by onemoof
Someone asked the difference between RISC and CISC.
First thing, there isn't that distinction anymore. RISC originally meant that the processor had fixed width instructions (so it wouldn't have to waste time asking the software how big the next instruction will be). CISC mean that the processor had variable width instructions (meaning time would have to be taken to figure out how long the next instruction is before fetching it.) However, Intel has addressed this problem by making it possible for the processor to switch to a fixed-width mode for special processor intensive purposes. The PowerPC is stuck with fixed-width and has no ability to enjoy the flexibility of variable-width instructions for non-processor-intensive tasks. This means that CISC is now better than RISC. (Using the terms to loosely define Pentium as CISC and PowerPC as RISC.)
Originally it was Reduced versus Complex instruction set computer. Making simpler processors go faster is generally easier than making complex processors go faster as there is less internal state/logic to synchronise and keep track of. For any given fabrication technology, this still generally holds true. Intel managed to sidestep this principle by investing massive sums in their fab plants, effectively meaning that the fab processes being compared weren't the same.
The opposite end of the spectrum from RISC is arguably the VAX line. With this instruction set, massive complexities arose from the fact that a single instruction took so long and did so much. It was possible for timers, interrupts and "page faults" to occur midway during an instruction. This required saving a lot of internal state so that it could later be restored. There were examples of performing a given operation with a single instruction or a sequence of instructions that performed the same effect, but where the sequence achieved the join quicker because the internal implementation within the processor was able to get on with the job quicker because it was actually a simpler task being asked of it.
The idea of fixed sized instructions isn't directly coupled to the original notion of RISC, although it is only one step behind. One of the basic ideas with the original RISC processors was that an instruction should only take a single cycle to complete. So a 100MHz CPU might actually achieve 100M instructions per second. (This was often not achieved due to memory latencies, but this isn't the "fault" of the processor core). In this context, having a variable length instruction means that it is easy for the instruction decoding (especially if it requires more than one "word") to require for effort than any other aspect of executing an instruction.
There are situations where a variable width instruction might have advantages, but the argument goes that breaking the overall task down into equal sized instructions means that fetching (including caching, branch predicting, ec) and decoding these instructions becomes simpler, permitting optimisations and speed gains to be made elsewhere in the processor design.
Intel blur RISC and CISC into gray by effectively executing RISC instructions internally, even if they support the apparent decoding of CISC insructions. They only do this for legacy reasons.
Apple will never switch to IA32 (Pentium) because 32 bit processors are a dead-end and maybe have a couple years left. The reason is because they can only have a maximum of 4 GB of RAM [ (2^32)/(1 Billion) = 4.29 GB ]. This limit is very close to being reached in current desktop computers. Apple MAY at some point decide to jump to IA64 in my opinion, and I think they should. Obviously the Intel family of processors is unbeatable unless they have some sort of catastrophe happen to them. If Apple jumped on they'd be back on track. Unfortunately I don't believe IA64 is yet cheap enough for desktops.
I think this "unbeatable" assertion requires some qualification. It may be that Intel will achieve the best price/performance ratio within a suitable range of qualifications, but this is different from always achieving best p/p ratio whatever. Indeed, IA64 versus Power4 is going to be an interesting battle because Intel has bet on ILP (instruction level parallelism) whereas IBM has bet on data bandwidth. Ultimately (and today!), I think IBM's bet has more going for it. But that's if you want ultimate performance. The PC space is often characterised by people apparenntly wanting ultimate performance but actually always massively qualifiying it with severe price restrictions (such as less than 5 digits to the price).
Someone asked the difference between RISC and CISC.
First thing, there isn't that distinction anymore. RISC originally meant that the processor had fixed width instructions (so it wouldn't have to waste time asking the software how big the next instruction will be). CISC mean that the processor had variable width instructions (meaning time would have to be taken to figure out how long the next instruction is before fetching it.) However, Intel has addressed this problem by making it possible for the processor to switch to a fixed-width mode for special processor intensive purposes. The PowerPC is stuck with fixed-width and has no ability to enjoy the flexibility of variable-width instructions for non-processor-intensive tasks. This means that CISC is now better than RISC. (Using the terms to loosely define Pentium as CISC and PowerPC as RISC.)
Originally it was Reduced versus Complex instruction set computer. Making simpler processors go faster is generally easier than making complex processors go faster as there is less internal state/logic to synchronise and keep track of. For any given fabrication technology, this still generally holds true. Intel managed to sidestep this principle by investing massive sums in their fab plants, effectively meaning that the fab processes being compared weren't the same.
The opposite end of the spectrum from RISC is arguably the VAX line. With this instruction set, massive complexities arose from the fact that a single instruction took so long and did so much. It was possible for timers, interrupts and "page faults" to occur midway during an instruction. This required saving a lot of internal state so that it could later be restored. There were examples of performing a given operation with a single instruction or a sequence of instructions that performed the same effect, but where the sequence achieved the join quicker because the internal implementation within the processor was able to get on with the job quicker because it was actually a simpler task being asked of it.
The idea of fixed sized instructions isn't directly coupled to the original notion of RISC, although it is only one step behind. One of the basic ideas with the original RISC processors was that an instruction should only take a single cycle to complete. So a 100MHz CPU might actually achieve 100M instructions per second. (This was often not achieved due to memory latencies, but this isn't the "fault" of the processor core). In this context, having a variable length instruction means that it is easy for the instruction decoding (especially if it requires more than one "word") to require for effort than any other aspect of executing an instruction.
There are situations where a variable width instruction might have advantages, but the argument goes that breaking the overall task down into equal sized instructions means that fetching (including caching, branch predicting, ec) and decoding these instructions becomes simpler, permitting optimisations and speed gains to be made elsewhere in the processor design.
Intel blur RISC and CISC into gray by effectively executing RISC instructions internally, even if they support the apparent decoding of CISC insructions. They only do this for legacy reasons.
Apple will never switch to IA32 (Pentium) because 32 bit processors are a dead-end and maybe have a couple years left. The reason is because they can only have a maximum of 4 GB of RAM [ (2^32)/(1 Billion) = 4.29 GB ]. This limit is very close to being reached in current desktop computers. Apple MAY at some point decide to jump to IA64 in my opinion, and I think they should. Obviously the Intel family of processors is unbeatable unless they have some sort of catastrophe happen to them. If Apple jumped on they'd be back on track. Unfortunately I don't believe IA64 is yet cheap enough for desktops.
I think this "unbeatable" assertion requires some qualification. It may be that Intel will achieve the best price/performance ratio within a suitable range of qualifications, but this is different from always achieving best p/p ratio whatever. Indeed, IA64 versus Power4 is going to be an interesting battle because Intel has bet on ILP (instruction level parallelism) whereas IBM has bet on data bandwidth. Ultimately (and today!), I think IBM's bet has more going for it. But that's if you want ultimate performance. The PC space is often characterised by people apparenntly wanting ultimate performance but actually always massively qualifiying it with severe price restrictions (such as less than 5 digits to the price).
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