satty
Jul 20, 08:38 AM
Not that I wouldn't mind more processing power :D ...
but to me it doesn't make much sense for the majority of tasks/applications.
There might be rare exceptions in the professinal area and of course it makes lots of sense for a server, but for a single user machine?
Whatever, bring them on... in this case I like to be proven wrong.
but to me it doesn't make much sense for the majority of tasks/applications.
There might be rare exceptions in the professinal area and of course it makes lots of sense for a server, but for a single user machine?
Whatever, bring them on... in this case I like to be proven wrong.
Ivabign
Apr 6, 03:58 PM
Nice...I'm glad to have a more rare piece of hardware. I love mine and have no issues, it'll only get better over time.Reminds me of the days of the RAZR, that's what the iPhone and iPad have become.
Honda sells a TON more cars than BMW by a huge factor...I'd rather drive a BMW, I guess you're all happy with the Hondas :)
I think if you were told you could only use unpaved roads in your BMW - you'd beat a path to your Honda dealer.
Honda sells a TON more cars than BMW by a huge factor...I'd rather drive a BMW, I guess you're all happy with the Hondas :)
I think if you were told you could only use unpaved roads in your BMW - you'd beat a path to your Honda dealer.
Synapple
Apr 20, 02:00 PM
Let's not forget that big companies file lawsuits not only when they think they have a rock solid case.
Lawsuits are also filed to 1) deter competitors (not only the specific one that gets sued) and 2) raise a point in the media (in this case the point being Apple invents, competitors are copycats).
Of course, had the case been deemed totally unfounded by Apple Legal and their bunch of advisors, it wouldn't have been brought to court at all.
At the same time, if there is any chance that the case has some merit, a company will sue for sure, if points 1 and 2 above are not considered to do more damage than good.
Conversely, solid lawsuits are not brought forward because of the bad impact sueing might have in the media.
In this case Apple might have sued not necessarily because they think they'll win, but also, and maybe most importantly, to reinstate their position in the market. Even though some might read this as a crazy action from Apple, it is also likely that people with no particular tech interest (and still potential customers) will hear about it and get the message that Apple is defending what they have invented against a copycat.
Lawsuits are also filed to 1) deter competitors (not only the specific one that gets sued) and 2) raise a point in the media (in this case the point being Apple invents, competitors are copycats).
Of course, had the case been deemed totally unfounded by Apple Legal and their bunch of advisors, it wouldn't have been brought to court at all.
At the same time, if there is any chance that the case has some merit, a company will sue for sure, if points 1 and 2 above are not considered to do more damage than good.
Conversely, solid lawsuits are not brought forward because of the bad impact sueing might have in the media.
In this case Apple might have sued not necessarily because they think they'll win, but also, and maybe most importantly, to reinstate their position in the market. Even though some might read this as a crazy action from Apple, it is also likely that people with no particular tech interest (and still potential customers) will hear about it and get the message that Apple is defending what they have invented against a copycat.
ergle2
Sep 15, 12:50 PM
More pedantic details for those who are interested... :)
NT actually started as OS/2 3.0. Its lead architect was OS guru Dave Cutler, who is famous for architecting VMS for DEC, and naturally its design influenced NT. And the N-10 (Where "NT" comes from, "N" "T"en) Intel RISC processor was never intended to be a mainstream product; Dave Cutler insisted on the development team NOT using an X86 processor to make sure they would have no excuse to fall back on legacy code or thought. In fact, the N-10 build that was the default work environment for the team was never intended to leave the Microsoft campus. NT over its life has run on X86, DEC Alpha, MIPS, PowerPC, Itanium, and x64.
IBM and Microsoft worked together on OS/2 1.0 from 1985-1989. Much maligned, it did suck because it was targeted for the 286 not the 386, but it did break new ground -- preemptive multitasking and an advanced GUI (Presentation Manager). By 1989 they wanted to move on to something that would take advantage of the 386's 32-bit architecture, flat memory model, and virtual machine support. Simultaneously they started OS/2 2.0 (extend the current 16-bit code to a 16-32-bit hybrid) and OS/2 3.0 (a ground up, platform independent version). When Windows 3.0 took off in 1990, Microsoft had second thoughts and eventually broke with IBM. OS/2 3.0 became Windows NT -- in the first days of the split, NT still had OS/2 Presentation Manager APIs for it's GUI. They ripped it out and created Win32 APIs. That's also why to this day NT/2K/XP supported OS/2 command line applications, and there was also a little known GUI pack that would support OS/2 1.x GUI applications.
All very true, but beyond that -- if you've ever looked closely VMS and at NT, you'll notice, it's a lot more than just "influenced". The core design was pretty much identical -- the way I/O worked, its interrupt handling, the scheduler, and so on -- they're all practically carbon copies. Some of the names changed, but how things work under the hood hadn't. Since then it's evolved, of course, but you'd expect that.
Quite amusing, really... how a heavyweight enterprise-class OS of the 80's became the desktop of the 00's :)
Those that were around in the dim and distant will recall that VMS and Unix were two of the main competitors in many marketplaces in the 80's and early 90's... and today we have OS X, Linux, FreeBSD, Solaris, etc. vs XP, W2K3 Server and (soon) Vista -- kind of ironic, dontcha think? :)
Of course, there's a lot still running VMS to this very day. I don't think HP wants them to tho' -- they just sent all the support to India, apparently, to a team with relatively little experience...
NT actually started as OS/2 3.0. Its lead architect was OS guru Dave Cutler, who is famous for architecting VMS for DEC, and naturally its design influenced NT. And the N-10 (Where "NT" comes from, "N" "T"en) Intel RISC processor was never intended to be a mainstream product; Dave Cutler insisted on the development team NOT using an X86 processor to make sure they would have no excuse to fall back on legacy code or thought. In fact, the N-10 build that was the default work environment for the team was never intended to leave the Microsoft campus. NT over its life has run on X86, DEC Alpha, MIPS, PowerPC, Itanium, and x64.
IBM and Microsoft worked together on OS/2 1.0 from 1985-1989. Much maligned, it did suck because it was targeted for the 286 not the 386, but it did break new ground -- preemptive multitasking and an advanced GUI (Presentation Manager). By 1989 they wanted to move on to something that would take advantage of the 386's 32-bit architecture, flat memory model, and virtual machine support. Simultaneously they started OS/2 2.0 (extend the current 16-bit code to a 16-32-bit hybrid) and OS/2 3.0 (a ground up, platform independent version). When Windows 3.0 took off in 1990, Microsoft had second thoughts and eventually broke with IBM. OS/2 3.0 became Windows NT -- in the first days of the split, NT still had OS/2 Presentation Manager APIs for it's GUI. They ripped it out and created Win32 APIs. That's also why to this day NT/2K/XP supported OS/2 command line applications, and there was also a little known GUI pack that would support OS/2 1.x GUI applications.
All very true, but beyond that -- if you've ever looked closely VMS and at NT, you'll notice, it's a lot more than just "influenced". The core design was pretty much identical -- the way I/O worked, its interrupt handling, the scheduler, and so on -- they're all practically carbon copies. Some of the names changed, but how things work under the hood hadn't. Since then it's evolved, of course, but you'd expect that.
Quite amusing, really... how a heavyweight enterprise-class OS of the 80's became the desktop of the 00's :)
Those that were around in the dim and distant will recall that VMS and Unix were two of the main competitors in many marketplaces in the 80's and early 90's... and today we have OS X, Linux, FreeBSD, Solaris, etc. vs XP, W2K3 Server and (soon) Vista -- kind of ironic, dontcha think? :)
Of course, there's a lot still running VMS to this very day. I don't think HP wants them to tho' -- they just sent all the support to India, apparently, to a team with relatively little experience...
ppnkg
Jul 27, 07:07 PM
With those frequent speed bumps I begin to worry that my G5 imac will not be fast enough to run Leopard...
Chris Bangle
Aug 11, 11:24 AM
Ill only buy it if stupid little spoilt english kids dont buy it, i dont mean posh english kids but yobbish ones, I want it to be the coolest thing in the world. The nano has become the essential for yobbish teenage boys and girls in the uk and I just want those stupid turds to stick to their quote "amazing black v3's with itunes and video" which dont actually have itunes and video!!!!!!!!!!! :mad: :mad: :mad: Im not ageist because im 16.....
jayducharme
Jun 8, 06:57 PM
You've got questions. We've got transistors.
Do they? I thought they phased them out, along with most of the other electronic hobbyist items that they alone used to carry.
Well, I guess the more vendors who carry the iPhone, the better. But The Shack would be the last place I'd go to get one. (I used to work there....) But I guess if it's the only electronics store in a particular town, that might be a way for Apple to get iPhones into the hands of people who might not otherwise buy one.
Do they? I thought they phased them out, along with most of the other electronic hobbyist items that they alone used to carry.
Well, I guess the more vendors who carry the iPhone, the better. But The Shack would be the last place I'd go to get one. (I used to work there....) But I guess if it's the only electronics store in a particular town, that might be a way for Apple to get iPhones into the hands of people who might not otherwise buy one.
gnasher729
Jul 27, 05:59 PM
but is still more productive because it handles more calculations per clock cycle
I'm no processor geek. I have a basic understanding of the terminology and how things work so correct me if I'm wrong, but wasn't this one of the advantages that the PPC had over Intel chips? Does this mean Intel is moving toward shorter pipes? Are we talking more instructions per clock cycle or what? What does "calculations" mean in this context?
With most processors, especially the Intel/AMD processors, "instructions per cycle" is not a useful number. These processors have both simple instructions (add register number 3 to register number 6) and complex instructions (add register number 3 to the number whose address is in register number 6). A PowerPC has the simple instructions, but not the complex ones. Instead it would need three instructions "load the number whose address is in register number 6, and move it to register 7", "add register 3 to register 7", "store register 7 to the location whose address is in register 6". But the Intel processor doesn't magically do three times as much work. Instead, it splits the complex instruction into three so-called "macro-ops", and does exactly the same work. So in this case, the PowerPC would execute three times as many instructions per cycle (3 instead of 1), but because it doesn't do more actual work, that is pointless. Instead you would count the number of operations, and they are more or less the same.
Intel is indeed moving towards shorter pipelines. They have done that already with the Core Duo chips. Longer pipelines have the advantage that each pipeline step is a bit faster, so you can get higher clockspeed. Shorter pipelines have the advantage that they take much less energy (very important; at some point your chips just melt), they are much faster handling branches, and they are just much much easier to design. Pentium 4 needed absolutely heroic efforts to produce it, and would have needed twice the heroics to improve it. Instead, the Core Duo has a much simpler design, that is just as powerful, and because it was so simple, Core 2 Duo could improve it.
And Core 2 Duo can now execute up to four "micro-ops" per cycle, same as the G5, compared to three for Core Duo, Pentium 4 and G4. It also has some clever features that reduce the number of micro-ops needed up to 10 percent, and some other improvements.
I'm no processor geek. I have a basic understanding of the terminology and how things work so correct me if I'm wrong, but wasn't this one of the advantages that the PPC had over Intel chips? Does this mean Intel is moving toward shorter pipes? Are we talking more instructions per clock cycle or what? What does "calculations" mean in this context?
With most processors, especially the Intel/AMD processors, "instructions per cycle" is not a useful number. These processors have both simple instructions (add register number 3 to register number 6) and complex instructions (add register number 3 to the number whose address is in register number 6). A PowerPC has the simple instructions, but not the complex ones. Instead it would need three instructions "load the number whose address is in register number 6, and move it to register 7", "add register 3 to register 7", "store register 7 to the location whose address is in register 6". But the Intel processor doesn't magically do three times as much work. Instead, it splits the complex instruction into three so-called "macro-ops", and does exactly the same work. So in this case, the PowerPC would execute three times as many instructions per cycle (3 instead of 1), but because it doesn't do more actual work, that is pointless. Instead you would count the number of operations, and they are more or less the same.
Intel is indeed moving towards shorter pipelines. They have done that already with the Core Duo chips. Longer pipelines have the advantage that each pipeline step is a bit faster, so you can get higher clockspeed. Shorter pipelines have the advantage that they take much less energy (very important; at some point your chips just melt), they are much faster handling branches, and they are just much much easier to design. Pentium 4 needed absolutely heroic efforts to produce it, and would have needed twice the heroics to improve it. Instead, the Core Duo has a much simpler design, that is just as powerful, and because it was so simple, Core 2 Duo could improve it.
And Core 2 Duo can now execute up to four "micro-ops" per cycle, same as the G5, compared to three for Core Duo, Pentium 4 and G4. It also has some clever features that reduce the number of micro-ops needed up to 10 percent, and some other improvements.
ChazUK
Mar 31, 03:09 PM
Wirelessly posted (Mozilla/5.0 (Linux; U; Android 2.3.3; en-gb; Blade Build/FRG83) AppleWebKit/533.1 (KHTML, like Gecko) Version/4.0 Mobile Safari/533.1)
I'm not impressed by this at all. The very fact that the Gingerbread source is available has given my Orange UK branded ZTE Blade Gingerbread before other phones had official builds.
I know that some here despise all that may compete with Apple but the Android community and developers who put work into projects like Cyanogenmod are an awesome bunch. It would be sad to see the community go by the wayside because of any change in the distribution of Android.
I'm not impressed by this at all. The very fact that the Gingerbread source is available has given my Orange UK branded ZTE Blade Gingerbread before other phones had official builds.
I know that some here despise all that may compete with Apple but the Android community and developers who put work into projects like Cyanogenmod are an awesome bunch. It would be sad to see the community go by the wayside because of any change in the distribution of Android.
Iconoclysm
Apr 19, 08:34 PM
Well Rovio (Angry Birds) thinks otherwise:
http://www.insidemobileapps.com/2011/03/13/angry-birds-android-ios/
"The company said in December that it expected to make $1 million per month from Android by the end of 2010. (...) Now that the app has seen about 100 million installs across all platforms, Rovio is not getting the same initial bump in paid download revenue from Apple�s app store. On Android, the company doesn�t offer paid Angry Birds apps, but sees recurring revenue from advertising."
So they make more money with their free Android version than they do with the paid iOS version.
Actually, that article does not say they make more money - they say that the two are making about the same money RIGHT NOW. After the initial amount that they made from Apple, when revenues were much higher.
http://www.insidemobileapps.com/2011/03/13/angry-birds-android-ios/
"The company said in December that it expected to make $1 million per month from Android by the end of 2010. (...) Now that the app has seen about 100 million installs across all platforms, Rovio is not getting the same initial bump in paid download revenue from Apple�s app store. On Android, the company doesn�t offer paid Angry Birds apps, but sees recurring revenue from advertising."
So they make more money with their free Android version than they do with the paid iOS version.
Actually, that article does not say they make more money - they say that the two are making about the same money RIGHT NOW. After the initial amount that they made from Apple, when revenues were much higher.
JeffDM
Sep 16, 03:56 PM
As for using a Dell, sure they could've used that. Would Windows use the extra 4 cores? Highly doubtful. Microsoft has sketchy 64 bit support let alone dual core support; I'm not saying "impossible" but I haven't read jack squat about any version of Windows working well with quad cores.
Bad dual core support? Citations please. I think this is a case where a Mac fan is simply speaking out of ignorance of their "enemy" platform.
I've been using dual processor Windows computers for a few years now and it works fine, I can't imagine dual core being any different. For quad core, I think THG showed that a Kentsfield showed significant performance benefits over a Conroe for many Windows programs. The media encoders showed very nearly a 2x performance difference.
Bad dual core support? Citations please. I think this is a case where a Mac fan is simply speaking out of ignorance of their "enemy" platform.
I've been using dual processor Windows computers for a few years now and it works fine, I can't imagine dual core being any different. For quad core, I think THG showed that a Kentsfield showed significant performance benefits over a Conroe for many Windows programs. The media encoders showed very nearly a 2x performance difference.
yoak
Apr 10, 02:04 PM
It will be very interesting to see what it will be like. I just hope that it will be able to take advantage of all the power of my old MP. I feel pretty confident it will.
It�s interesting that the software takes 3 years to catch up with the hardware. It just crossed my mind that they might have tried all a long to release the new FCS and Thunderbolt at the same time.
Otherwise there really would be no reason to upgrade your hardware as it suddenly will be handle your software faster than when you bought it
It�s interesting that the software takes 3 years to catch up with the hardware. It just crossed my mind that they might have tried all a long to release the new FCS and Thunderbolt at the same time.
Otherwise there really would be no reason to upgrade your hardware as it suddenly will be handle your software faster than when you bought it
k995
Apr 20, 09:05 AM
No. I don't think that's possible; but samsung didn't ship it until later. So, that could have been a testing unit meant for a future release.
Sure manufacturers always have a couple of design laying arund just in case.
Reality of course is samsung had bene designing that for quit some time as were others .
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Sure manufacturers always have a couple of design laying arund just in case.
Reality of course is samsung had bene designing that for quit some time as were others .
dethmaShine
Apr 19, 02:50 PM
I had a Casio Personal Diary in the late 80's that had the exact same grid.
Im not a troll either without Apple I wouldn't have a job.
Well, I am not saying apple invented the icon grid. :rolleyes:
I am specifically pointing to the post where you say iOS's icon grid copies PalmOS. Back-tracing?
Im not a troll either without Apple I wouldn't have a job.
Well, I am not saying apple invented the icon grid. :rolleyes:
I am specifically pointing to the post where you say iOS's icon grid copies PalmOS. Back-tracing?
wpotere
Apr 28, 06:28 PM
Yet you lump all the liberals.
That is a good point... I was "lumped" in as a liberal and I don't consider myself one. I am more moderate. Live and let live kind of guy...
That is a good point... I was "lumped" in as a liberal and I don't consider myself one. I am more moderate. Live and let live kind of guy...
Multimedia
Aug 19, 08:51 PM
I also find it amusing when I see posters participating in Macpro discussions when they have publicly stated that they have no intention of buying a Macpro. WTF?? Don't they have a life outside of macrumors? If I owned a G5 Quad and had no intention of buying a Macpro, I'd be spending all of my spare time doing cool stuff with my machine... instead of wasting that time participating in discussions that have nothing to do with me. I might read though some of the threads now and then, just to keep up with technology - but to particpate and debate, what a waste. I guess some folks have no life.While it is true I have no life, it is not true I have fully decided to skip buying a Mac Pro. These discussions have lead me to a place of indecision about it rather than what I previously thought, which was to skip it. I never intended to talk anyone out of buying one if they want one. And I never intended to talk bad dirt against it. My apologies to anyone who thought I did. :(
My hearty congratulations to all who have taken the Mac Pro plunge already.
I am also waiting to see what the full scope of Core 2 offerings will be as I want a 17" Core 2 Duo MacBook Pro more first.
As far as the comment that Toast and Handbrake can use all four cores goes, Toast definitely does in the Mac Pro and if you add a significant action to the Quad G5, it will negatively impact the 2-3 core performance of Handbrake as well as Toast. That is what I meant. If it wasn't clear before now, I apologize for the imcomplete explanation of my meaning.
I feel misunderstood by some of you. No harm intended. Not anti-Mac Pro at all. Not trying to ratinoalize Quad G5 as somehow better - no way. Not trying to negatively impact Mac Pro sales. I'm totally Pro Mac Pro. Regret the misunderstanding. Wish I hadn't hurt some people's feelings. :o
My hearty congratulations to all who have taken the Mac Pro plunge already.
I am also waiting to see what the full scope of Core 2 offerings will be as I want a 17" Core 2 Duo MacBook Pro more first.
As far as the comment that Toast and Handbrake can use all four cores goes, Toast definitely does in the Mac Pro and if you add a significant action to the Quad G5, it will negatively impact the 2-3 core performance of Handbrake as well as Toast. That is what I meant. If it wasn't clear before now, I apologize for the imcomplete explanation of my meaning.
I feel misunderstood by some of you. No harm intended. Not anti-Mac Pro at all. Not trying to ratinoalize Quad G5 as somehow better - no way. Not trying to negatively impact Mac Pro sales. I'm totally Pro Mac Pro. Regret the misunderstanding. Wish I hadn't hurt some people's feelings. :o
MacBoobsPro
Jul 20, 08:34 AM
It's the future, you know, soon the clock speed will be irrelevant and we'll be expressing processor speed in number of cores octocore, hexacore, tricontradicore, hexacontetracore, hecticosoctocore, and such and such
You mean its the future today? I thought it was next week! :D
You mean its the future today? I thought it was next week! :D
maclaptop
Apr 12, 10:33 PM
I wouldn't worry. I have an insider source who assures me Apple is basing its entire iPhone 5 product launch on when your contract ends. Here's a direct quote from Steve Jobs:
"While the antenna issues forced us to accelerate our product cycle in favor of a redesign a year earlier than expected, and while the earthquake/tsunami disaster in Japan has added several of its own complications, rest assured that Apple will take every conceivable measure to ensure that the iPhone 5 ships at a time close to the end of mlmathews' 3Gs contract. We have been quite fortunate with the success of out iOS devices in recent years, but we're not about to start pushing our luck here."
You're right.
I have confirmation that the upcoming iPhone release date is Tuesday January 17, 2012.
"While the antenna issues forced us to accelerate our product cycle in favor of a redesign a year earlier than expected, and while the earthquake/tsunami disaster in Japan has added several of its own complications, rest assured that Apple will take every conceivable measure to ensure that the iPhone 5 ships at a time close to the end of mlmathews' 3Gs contract. We have been quite fortunate with the success of out iOS devices in recent years, but we're not about to start pushing our luck here."
You're right.
I have confirmation that the upcoming iPhone release date is Tuesday January 17, 2012.
BillyShears
Aug 7, 10:03 PM
Perhaps sometime between now and Spring 2007 they might find the time to change that.
Right, but certainly not "all the pictures" show a unified interface, which is what I was replying to. I'd like if it were unified, though.
Right, but certainly not "all the pictures" show a unified interface, which is what I was replying to. I'd like if it were unified, though.
macenforcer
Sep 13, 08:52 AM
Now this is what I am talking about. YEAH!
Silentwave
Jul 14, 05:34 PM
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.
Pay attention. The answer is "sooner than you think".
Quarter 4 this year will see the X6900 conroe extreme at 3.2GHz.
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).
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.
8 core should be out sometime between end of 2006 and beginning of 2007 with the quad core Clovertown processors (based on woodcrest) available in dual chip configurations. And it'll only get better from there.
Which reminds me, though slightly OT... this is a good reason why iMac may well get Conroe now or perhaps get Merom now but transition to a desktop chip by the time Santa Rosa comes out. The new chipset/socket means new logic board, and by the time that comes out the Kenstfield quad core chips on the consumer desktop end will start arriving. I don't yet know how far kentsfield will be scaling either up or down as far as clock speed/heat, but if quad core starts moving into the consumer dekstop market, they will need a very powerful processor: either Conroe or Kentsfield.
Pay attention. The answer is "sooner than you think".
Quarter 4 this year will see the X6900 conroe extreme at 3.2GHz.
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).
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.
8 core should be out sometime between end of 2006 and beginning of 2007 with the quad core Clovertown processors (based on woodcrest) available in dual chip configurations. And it'll only get better from there.
Which reminds me, though slightly OT... this is a good reason why iMac may well get Conroe now or perhaps get Merom now but transition to a desktop chip by the time Santa Rosa comes out. The new chipset/socket means new logic board, and by the time that comes out the Kenstfield quad core chips on the consumer desktop end will start arriving. I don't yet know how far kentsfield will be scaling either up or down as far as clock speed/heat, but if quad core starts moving into the consumer dekstop market, they will need a very powerful processor: either Conroe or Kentsfield.
janstett
Sep 15, 08:07 AM
The server/desktop division with Windows - as with OS X - is one of marketing, not software. Windows "Workstation" and Windows "Server" use the same codebase.
True (today anyway; in the NT era they were indeed separate platforms though. Which brings me to my next point..)
No, that is not true, in fact it couldn't be more untrue. Now, the 95 family (95/98/ME) was a totally different codebase. But with the NT family (NT/2000/XP) the client and the server were identical, even identical in distributed code. In fact there was a big scandal years ago where someone discovered the registry setting where you could turn NT Workstation into NT Server. Back then all that was different was the number of outbound IP connections and possibly the number of CPUs supported. All they were trying to do with Workstation was prevent you from using it as a server (thus the outbound IP limit) and at some point they didn't give you full-blown IIS on Workstation. That's it.
True (today anyway; in the NT era they were indeed separate platforms though. Which brings me to my next point..)
No, that is not true, in fact it couldn't be more untrue. Now, the 95 family (95/98/ME) was a totally different codebase. But with the NT family (NT/2000/XP) the client and the server were identical, even identical in distributed code. In fact there was a big scandal years ago where someone discovered the registry setting where you could turn NT Workstation into NT Server. Back then all that was different was the number of outbound IP connections and possibly the number of CPUs supported. All they were trying to do with Workstation was prevent you from using it as a server (thus the outbound IP limit) and at some point they didn't give you full-blown IIS on Workstation. That's it.
Dark K
Jun 15, 04:03 PM
Same situation here, only guy that was pre ordering on my local RS, they couldn't enter the reservation, I talked to them and finally decided to come the 24th very early to get my phone without reserving it, I have to say that RS is a mess with reservation, I can't imagine if there were more people reserving today.
I am happy though, the town where I live, when it comes to apple stuff, it is ghost town, so I kinda bet that it will be me plus a maximum of 4 people atleast on launch day.
I am happy though, the town where I live, when it comes to apple stuff, it is ghost town, so I kinda bet that it will be me plus a maximum of 4 people atleast on launch day.
Chupa Chupa
Mar 22, 01:06 PM
Blackberry playbook = The IPad 2 killer - you heard it here first.
Look at the specs, their greater or equal to the iPad 2 with the exception of battery life.
Except the biggest spec is missing from it: compatible with the Apple App Store. Sorry, specs are not the end all and be all of device popularity. What good are specs if few developers write the device?
Look at the specs, their greater or equal to the iPad 2 with the exception of battery life.
Except the biggest spec is missing from it: compatible with the Apple App Store. Sorry, specs are not the end all and be all of device popularity. What good are specs if few developers write the device?
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