Tones2
Apr 19, 01:33 PM
I'm sure quite sure what Apple hopes to accomplish here. Every smart phone steals from every other one. I don't know if you can differentiate design "concepts". It's like suing someone because the chords for his blues song goes in a 1-4-5 pattern like yours does. It's just part of the genre.
Tony
Tony
JoeC2k6
Jun 14, 10:33 AM
radioshack just offered me 36 cents to $40 for a trade in on a 3GS......really great trade in value at RS...
Macaroony
Mar 3, 06:41 AM
I don't see any point in being sexually attracted to anyone of the same sex, since I think homosexuality is a psychological problem caused by nurture, not by nature.
And I don't see the point in being sexually attracted to anyone of the opposite sex, but since society tells me it's "normal" I live with it nonetheless. It's all a matter of perception and experience. You have yours, I have mine and they're both normal to us.
If everyone with genitals were always morally free to do that, homosexually abusive pedophile priests would have been morally free to molest their victims.
Pedophilia is immoral - no matter man or woman. Please do not put both homosexuality and pedophilia into the same boat. There are plenty of grown men who abuse underage girls, it's when they happen to be gay that elevates the problem and lazily ties it to homosexuality.
And I don't see the point in being sexually attracted to anyone of the opposite sex, but since society tells me it's "normal" I live with it nonetheless. It's all a matter of perception and experience. You have yours, I have mine and they're both normal to us.
If everyone with genitals were always morally free to do that, homosexually abusive pedophile priests would have been morally free to molest their victims.
Pedophilia is immoral - no matter man or woman. Please do not put both homosexuality and pedophilia into the same boat. There are plenty of grown men who abuse underage girls, it's when they happen to be gay that elevates the problem and lazily ties it to homosexuality.
Moyank24
Apr 27, 12:08 PM
I lost mine a few years ago and it was re-issued so it isn't worn and faded. Does that mean I can't run for president? :eek::p
Yes.
Actually, we're going to have to ask you to leave the country. You and your fake birth certificate aren't welcome here.
Yes.
Actually, we're going to have to ask you to leave the country. You and your fake birth certificate aren't welcome here.
generik
Sep 13, 05:34 AM
Seems like someone in Anantech has managed to do just that with the upcoming Clovertown chips (http://anandtech.com/mac/showdoc.aspx?i=2832&p=6).
It is like the iMac/Mac Mini -> Merom all over again!
It is like the iMac/Mac Mini -> Merom all over again!
turtlebud
Aug 7, 11:47 PM
does anyone see a potential for a security breach with the ichat feature that lets you take over someone's desktop? (the purpose is of course to collaborate or to help them fix a problem)
TangoCharlie
Jul 28, 05:17 AM
Ensoniq, thanks so much for the useful corrections. How significant do you think that 64-bit capability will be in the future compared to not having it(say, 2-3 years time)?
AFAIK, the Merom CPUs have an improved SpeedStep technology, so that
on average the heat generation may infact be lower for Merom.
AFAIK, the Merom CPUs have an improved SpeedStep technology, so that
on average the heat generation may infact be lower for Merom.
RWinOR
Mar 31, 09:21 PM
I am so happy my android phone is open source and can be tweaked at any time by the various phone manufactures. Where else could I end up with a phone that thinks I am so Eastern European country in he morning, and some South Pacific island in the afternoon, while I really have never left the North West of the U.S. Lets here it for android and open source. This problem has be going on for about 1.5 years I have been told it is not a problem and I need to learn to live with it.
I would take Apples approach any day. If only the I phone was available on my preferred carrier. Not a fan of ATT and my wife dislikes Verizon. Bummer for me.
I would take Apples approach any day. If only the I phone was available on my preferred carrier. Not a fan of ATT and my wife dislikes Verizon. Bummer for me.
Macaroony
Mar 1, 05:06 PM
CaoCao, where do you think civilization came from? A religious tribe in the desert? Most political and social structures come from the ancient Greek and Roman civilizations. All the Catholic Church contributed to society was bigotry and discrimination. Now tell me who's retrograde. :confused:
Now about your argument about a gay man being able to marry a woman -well of course he can do so but he'd much rather prefer to marry a man, which in many states and countries is still illegal, hence he'd want to get the right to do so.
Seriously, do I have to spell it out for you?
Marriage is a contract and has nothing to do with the blessed love between two people. It's a legally binding agreement between two people and the state that allow for merging assets and facilitation of taxes, insurance, etc. Back in the day, marriage was only used to merge two families for financial, social and stately gain. Most of the time, the marriage was arranged and the two people involved hardly knew or even loved each other through most of their marriage.
We can get all legal about the laws of marriage, but then again it is simply a law and - if most countries support the separation of church and state - not to be bound to religious doctrine.
This is where civil rights come in, a topic that seems to fly by your head due to your clinging to said religious doctrine. If it weren't for civil rights, women wouldn't be able to vote, if it weren't for civil rights, black people would still be slaves, and if it weren't for civil rights, gays would be killed without anyone batting an eye.
This is is what equality is all about.
Now about your argument about a gay man being able to marry a woman -well of course he can do so but he'd much rather prefer to marry a man, which in many states and countries is still illegal, hence he'd want to get the right to do so.
Seriously, do I have to spell it out for you?
Marriage is a contract and has nothing to do with the blessed love between two people. It's a legally binding agreement between two people and the state that allow for merging assets and facilitation of taxes, insurance, etc. Back in the day, marriage was only used to merge two families for financial, social and stately gain. Most of the time, the marriage was arranged and the two people involved hardly knew or even loved each other through most of their marriage.
We can get all legal about the laws of marriage, but then again it is simply a law and - if most countries support the separation of church and state - not to be bound to religious doctrine.
This is where civil rights come in, a topic that seems to fly by your head due to your clinging to said religious doctrine. If it weren't for civil rights, women wouldn't be able to vote, if it weren't for civil rights, black people would still be slaves, and if it weren't for civil rights, gays would be killed without anyone batting an eye.
This is is what equality is all about.
Liske
Aug 17, 11:56 PM
Just a suggestion, as a user of the D200 since it came out, I would like to suggest you use a raw converter other than CS2. Bibble and Nikon Capture 4.4/Nikon Capture NX do much better jobs at D200 raw files particularly in terms of color and high ISO noise. With ACR, there is heaps of noise that just isn't there with other converters. Plus the NR leaves terrible artifacts on D200 shots.
Silent, thanks for speaking up, I'll check it out! Too bad its not UB.
Silent, thanks for speaking up, I'll check it out! Too bad its not UB.
slackpacker
Aug 20, 12:58 AM
Anyone ever check and see if Quicktime was Universal
epitaphic
Aug 19, 05:53 PM
And I'm not convinced this is only an application problem. When I run Handbrake on the Quad G5 alone it uses just over two cores 203%
So what happened to:
Both Toast and Handbrake can use 4 cores EACH
Looking at the handbrake forums, speeds seem to vary drastically between users with the same machine. Definitely seems to be affected by whatever else you have running or configured in the OS or otherwise. I suppose the "cleanest" install to test is in the Apple store (I'm just assuming they do a clean ghost copy at shutdown or end of day?)
When I ran tests on the Mac Pro at the Apple Store last Saturday between Toast and/or Handbrake, their use of more cores alone and together was much better.
So your benchmarks show the Mac Pro using 15-33% less CPU than the G5? There's no doubt that Woodcrest is a superior chip architecture to the G5 (one would hope after 3 years) and so that's why you're seeing more FPS inspite of less CPU use. But why does it use less cores though? Seems like either its a software problem OR some hardware is being maxed (I/O or FSB perhaps?)
So would it be correct to say that the only app that is even remotely "Quadcore aware" is Toast? It seems like by the time professional apps are made to take advantage of 4 cores we'll probably be on more than 8! :eek:
If only they could build something in the CPU itself that delegates tasks to n cores, we'd all be sorted. :)
So what happened to:
Both Toast and Handbrake can use 4 cores EACH
Looking at the handbrake forums, speeds seem to vary drastically between users with the same machine. Definitely seems to be affected by whatever else you have running or configured in the OS or otherwise. I suppose the "cleanest" install to test is in the Apple store (I'm just assuming they do a clean ghost copy at shutdown or end of day?)
When I ran tests on the Mac Pro at the Apple Store last Saturday between Toast and/or Handbrake, their use of more cores alone and together was much better.
So your benchmarks show the Mac Pro using 15-33% less CPU than the G5? There's no doubt that Woodcrest is a superior chip architecture to the G5 (one would hope after 3 years) and so that's why you're seeing more FPS inspite of less CPU use. But why does it use less cores though? Seems like either its a software problem OR some hardware is being maxed (I/O or FSB perhaps?)
So would it be correct to say that the only app that is even remotely "Quadcore aware" is Toast? It seems like by the time professional apps are made to take advantage of 4 cores we'll probably be on more than 8! :eek:
If only they could build something in the CPU itself that delegates tasks to n cores, we'd all be sorted. :)
hismikeness
Apr 6, 01:29 PM
If tablet sales were Little League baseball, the game would be over because of the mercy rule.
shamino
Jul 14, 05:26 PM
Kind of odd/funny how we seem to be going backwards in processor speeds. Instead of 3.6 GHz Pentiums, we are looking at 2.x GHz Intel Cores. It would be interesting to see how well a single Core processor matches up to PowerPC, or a Pentium, or AMD.
It just means that Intel has finally publicly recognized the validity of the MHz Myth.
Raw clock speed is meaningless. You can get better performance at a slower clock speed if you can increase parallelism. This includes features like superscalar architecture (where multiple instructions are executed per clock), deep pipelining, hyperthreading, SIMD instructions, and multi-core chips.
However, I am finding one of my predicitions finally happen...it appears that a ceiling has been currently met on how fast the current line of processors can go, and now we are relying on multiple cores/processors to distribute work, instead of relying on just one fast chip.
That's a part of the equation, but not all of it.
Higher clock speeds are possible, but it's not worth the effort. Pumping up the clock speed creates serious problems in terms of power consumption and heat dissipation. Leaving the clock speed lower, but increasing parallelism will also boost performance, and keeps the power curve down at manageable levels.
It's worth noting that Intel has shipped P4-series chips at 3.4GHz. But the new chips (Woodcrest and Conroe) aren't being sold at speeds above 3GHz.
So when will we start seeing 8 chips in a computer? Perhaps this will become the new measurement...not processor speeds, but the number of processors (or cores).
Pay attention. The answer is "sooner than you think".
There have already been technology briefings from Intel that talk about 4-core chips in early and 32-core chips by 2010. Similar offerings are expected from AMD.
And the Xeon-MP series processors (which will, of course, eventually get all this tech) are designed with 8-way SMP in mind. A theoretical Xeon-MP based on this 32-core tech would produce a system with 256 cores. Of course, it is doubtful that anything other than a large server would be able to take proper advantage of this, so I wouldn't ever expect to find one on a desktop.
(FWIW, Intel is looking to Sun as a rival here. Sun's latest chip - the UltraSPARC T1 (http://www.sun.com/processors/UltraSPARC-T1/) - currently ships in an 8-core configuration, with each core capable of running four threads at a time, and only consuming 72W of power. Even at 1.2GHz - the top speed they're currently shipping at - this makes for a very nice server.)
It just means that Intel has finally publicly recognized the validity of the MHz Myth.
Raw clock speed is meaningless. You can get better performance at a slower clock speed if you can increase parallelism. This includes features like superscalar architecture (where multiple instructions are executed per clock), deep pipelining, hyperthreading, SIMD instructions, and multi-core chips.
However, I am finding one of my predicitions finally happen...it appears that a ceiling has been currently met on how fast the current line of processors can go, and now we are relying on multiple cores/processors to distribute work, instead of relying on just one fast chip.
That's a part of the equation, but not all of it.
Higher clock speeds are possible, but it's not worth the effort. Pumping up the clock speed creates serious problems in terms of power consumption and heat dissipation. Leaving the clock speed lower, but increasing parallelism will also boost performance, and keeps the power curve down at manageable levels.
It's worth noting that Intel has shipped P4-series chips at 3.4GHz. But the new chips (Woodcrest and Conroe) aren't being sold at speeds above 3GHz.
So when will we start seeing 8 chips in a computer? Perhaps this will become the new measurement...not processor speeds, but the number of processors (or cores).
Pay attention. The answer is "sooner than you think".
There have already been technology briefings from Intel that talk about 4-core chips in early and 32-core chips by 2010. Similar offerings are expected from AMD.
And the Xeon-MP series processors (which will, of course, eventually get all this tech) are designed with 8-way SMP in mind. A theoretical Xeon-MP based on this 32-core tech would produce a system with 256 cores. Of course, it is doubtful that anything other than a large server would be able to take proper advantage of this, so I wouldn't ever expect to find one on a desktop.
(FWIW, Intel is looking to Sun as a rival here. Sun's latest chip - the UltraSPARC T1 (http://www.sun.com/processors/UltraSPARC-T1/) - currently ships in an 8-core configuration, with each core capable of running four threads at a time, and only consuming 72W of power. Even at 1.2GHz - the top speed they're currently shipping at - this makes for a very nice server.)
tray3
Apr 25, 03:58 PM
Cry Babies!!
shawnce
Aug 18, 10:14 PM
So You are saying 10 seconds from OFF to the Grey Apple then 5 more seconds to the desktop? With 3 GB of New Egg + 2GB RAM? That's still very fast. Quad G5 is almost as fast as that though.
A little random trivia I learned at WWDC 06...
- When you see the Apple symbol on an Intel Mac that means EFI boot loader is active.
- When you see the spinning progress indicator that means the kernel has taken over from EFI boot loader.
- When you see the the switch to blue with progress dialog then the logininwindow is active (launchd has been loading required boot time services by this point).
If you hold down option while booting and get into the traditional boot disk selection screen on a Intel based Mac you can add and remove storage devices and they will appear/disappear automatically (EFI allows for much faster scanning and dynamic add/remove of devices). Additionally they will use the volume icon if one is found and for fun you can use your IR remote to make your boot selection.
A little random trivia I learned at WWDC 06...
- When you see the Apple symbol on an Intel Mac that means EFI boot loader is active.
- When you see the spinning progress indicator that means the kernel has taken over from EFI boot loader.
- When you see the the switch to blue with progress dialog then the logininwindow is active (launchd has been loading required boot time services by this point).
If you hold down option while booting and get into the traditional boot disk selection screen on a Intel based Mac you can add and remove storage devices and they will appear/disappear automatically (EFI allows for much faster scanning and dynamic add/remove of devices). Additionally they will use the volume icon if one is found and for fun you can use your IR remote to make your boot selection.
netdog
Aug 11, 10:22 AM
What OS will the iPhone be running?
OS Xm
OS Xm
bommai
Apr 7, 10:19 PM
Wow. I bought mine at Best Buy on opening day and they sold out of them. Why in anybody's right mind would best buy not sell what they have?
ChrisA
Sep 13, 10:14 AM
Very cool. Now to find apps (os10.5 direct blind support?) that can make use of all those cores. :cool:
One app would be iTunes. I noticed iTunes was running 14 threads last night. Any time you have a multithreaded application or are running multiple single thread aplications more cores can help.
Some server applications (the Apache web server and many DBMS systems) use a "process per client" model where a new process (another instance) of the server is created for each client connection. A bussy web server might have 100 copies of apache all running at once. 8 cores would help there.
One app would be iTunes. I noticed iTunes was running 14 threads last night. Any time you have a multithreaded application or are running multiple single thread aplications more cores can help.
Some server applications (the Apache web server and many DBMS systems) use a "process per client" model where a new process (another instance) of the server is created for each client connection. A bussy web server might have 100 copies of apache all running at once. 8 cores would help there.
ChrisA
Jul 27, 12:18 PM
With things like this, my rule is: If you have to ask, then you can't do it :-(
How true. The processor is soldered to the logic board on the notebooks It is in a socket in the iMac. So yes iMacs will be easy to upgrade but MB and MBP will require conciderable level of skill and some very specialized equipment. There may be 3rd parties offing the upgrade some day
Why would they solder the CPU? Saves the space of a socket. Heat transfer is better, very little chance of it comming loose. Those socets add not a small amount of height to the chip
How true. The processor is soldered to the logic board on the notebooks It is in a socket in the iMac. So yes iMacs will be easy to upgrade but MB and MBP will require conciderable level of skill and some very specialized equipment. There may be 3rd parties offing the upgrade some day
Why would they solder the CPU? Saves the space of a socket. Heat transfer is better, very little chance of it comming loose. Those socets add not a small amount of height to the chip
sconnor99
Apr 11, 09:05 AM
Anticipating an exodus, Avid are now offering FCP users a huge discount on Media Composer Software
Eraserhead
Nov 29, 09:27 AM
This news makes me want to go steal Universal junk I don't even like.
Same here, paying a levy on iPod's is like paying one on Hard drives as many of them contain copyrighted material, except they could never do that as the business world would go insane if they had to pay a levy to the music industry.
Same here, paying a levy on iPod's is like paying one on Hard drives as many of them contain copyrighted material, except they could never do that as the business world would go insane if they had to pay a levy to the music industry.
craig jones
Sep 13, 12:58 PM
Arrays of cheap RAM on a PCIe card?
The RAM companies don't seem interested in making wodges of slow cheap hi-cap ram, only in bumping up the speed and upping the capacity. For the last 10 years, a stick of decent RAM has always been about �100/ $100 no matter what the capacity / flavour of the moment is.
Even slow RAM is still orders of magnitude faster than a HD, hence my point. There's various historical and technical factors as to why we have the current situation.
I've also looked at RAID implementations (I run a RAID5) but each RAID level has its own problems.
I've recently seen that single-user RAID3 might be one way forward for the desktop, but don't really know enough about it yet.
Slow RAM may be faster than hard disk but it's too slow for main memory. It could be useful for disk cache but products like that came and went. If such hardware could actually result in performance improvements to justify their costs then you'd see products that used them.
As for RAID 3, it has been used before but really has no place considering modern disk drives and workloads. RAID 3 and 4, in order to work properly, require spindle sync. Workstations have no business implementing any parity-based RAID scheme. Servers used RAID 5 when they have high capacity needs and aren't sensitive to write performance.
The RAM companies don't seem interested in making wodges of slow cheap hi-cap ram, only in bumping up the speed and upping the capacity. For the last 10 years, a stick of decent RAM has always been about �100/ $100 no matter what the capacity / flavour of the moment is.
Even slow RAM is still orders of magnitude faster than a HD, hence my point. There's various historical and technical factors as to why we have the current situation.
I've also looked at RAID implementations (I run a RAID5) but each RAID level has its own problems.
I've recently seen that single-user RAID3 might be one way forward for the desktop, but don't really know enough about it yet.
Slow RAM may be faster than hard disk but it's too slow for main memory. It could be useful for disk cache but products like that came and went. If such hardware could actually result in performance improvements to justify their costs then you'd see products that used them.
As for RAID 3, it has been used before but really has no place considering modern disk drives and workloads. RAID 3 and 4, in order to work properly, require spindle sync. Workstations have no business implementing any parity-based RAID scheme. Servers used RAID 5 when they have high capacity needs and aren't sensitive to write performance.
sachamun
Nov 28, 11:57 PM
In the words of Tony Montana...
"Shu know wha' Capitalism is? Ge' *********"
http://www.blknblu.com/voxart/lts/img/tony3.gif
"Shu know wha' Capitalism is? Ge' *********"
http://www.blknblu.com/voxart/lts/img/tony3.gif
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