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Steve said they were working on a solution to the problem of controlling music streamed to Airport Express. Could a bluetooth iPod be the solution?
 
Lacero said:
Steve said they were working on a solution to the problem of controlling music streamed to Airport Express. Could a bluetooth iPod be the solution?

Bluetooth and WiFi run in the same 2.4Ghz frequency spectrum but they are very different standards...I have never heard of them talking. I doubt very much that is possible.

The only solution in my mind if WiFi in iPods...
 
people! read the article! or read the translation!

The article DOES NOT say apple will come out with buetooth iPods!

Motorolo will come out with a device that connects EXISTING iPods with your car stearo via bluetooth....
 
SAukland said:
Its awesome to see some front page action on it, and it feels good to be a proud owner of the first Bluetooth 2.0 computer.
Firstly - BITCH! :D
But I keep wondering the same thing...
If a pair of wireless earbuds are developed for the iPod, doesn't that mean that now we are also powering them separately?

Is everyone willing to replace batteries, or somehow charge another device? Personally, its already quite frustrating plugging in my cell phone, iPod, and laptop every night, but what about worrying about my headphones too? Or worse, having to replace the batteries?

I don't know, both of those options don't sound very convenient to me at all, especially if my earbuds die when I'm out and about and I can't get to my music...

Correct me if I'm wrong.
OK, here's how I picture wireless iPod headphones:
They're just like the current earbud's you get with iPod's now, but then take away most of the wire, leaving about 10" going from earbud to earbud - this goes around the back of your head and works in the same way as the string on a pair of glasses. But also, in the center of the wire there is a tiny plug. This plugs into the top of the iPod and it charges the earbuds, with a helpful little capacity meter on the iPod screen (which can also be monitored wirelessly). And, of course, you can simply plug them into the iPod, to charge them, when the iPod's docked. ;)

swissmann said:
Could this kind of thing be tweaked so the iPod could control iTunes music which could then play through airport express to a home stereo? Or how about using the iPod as a remote for presentations or something like that. Wires do really clutter things up it would be nice to see more and more of them disappearing.
Oh, we have cellphones for those things :rolleyes:

-Luke
 
s10 said:
The article DOES NOT say apple will come out with buetooth iPods!

Motorolo will come out with a device that connects EXISTING iPods with your car stearo via bluetooth....
Lol. C'mon, this place is a dream forum. Let us dream, dammit! :D
 
MacSlut said:
You know I do know how to multiply and divide by 8. I was responding to the post that CDs play at "150K", which they in fact do not. Capacity is usually referenced in bytes, and bandwidth in bits, BITrates are pretty much usually referenced in BITS that's why it's called BITrates...as opposed to BYTErates.

In any case, CDs do not play at 150K/s or for those who have a hard time multiplying by 8, they do not play at 1200k/s.

CDs play at 1411k/s which is 176.375 K/s...yet another example of why we don't use bytes for bitrates.

BTW: the 150K/s misconception comes from the fact that 1X CD drives are considered to be 150K/s. You'll note that this is just short of what is needed for streaming and Audio CD digitally to your computer, and yet if you'll remember 1X CD drives could play Audio CDs. The catch however was that they could not play through the SCSI or IDE cable to the computer, they had to play audio out either directly to audio ports (headphone/speakers) or to sound input on the computer. The 1X referred to the data speed of the drive. Audio was faster because it didn't have to be as precise/bit errors weren't fatal.

And YOU know that my comment wasn't necessarily directed AT you. And also I'm sure you're aware that while all of this talk of why we don't use bytes for bitrates is nice, the word "bitrate" pretty much takes care of it right off the bat, and that's great, but that wasn't the point. Since this thread deals with Bluetooth and hence data transmission, we are ultimately speaking of the transfer of bytes as a more concrete and functional discussion. The bitrate of CD quality music is a separate issue from transmitting data across an RF connection, so the point was placing the requirements of CD audio in comparison to the transmission capacity of Bluetooth 2.0, while not failing to remember the various factors that can affect transfer speed and reduce actual available bandwidth.

And the 150K/sec reference isn't a misconception, it's a loose generalization. CD drives do not read at a uniform velocity across the entire disc, meaning that any single number to refer to data handling is not constant, but variable. 1X CD-ROM drives for data purposes could indeed handle CD-audio through the IDE or SCSI connector, but for the purposes of early CD-audio, it went straight to the audio subsystem because of latency and data overhead on the bus, and because digital audio extraction was underdeveloped.
 
backwards....and confused

matticus008 said:
Which is 176K/sec. Capital K refers to KB or KiB, the two variations of kiloBYTE (KB = 1000 bytes, KiB = 1024 bytes officially, but most people still use KB for either/both numbering systems [hence hard drive capacity quarrels]), as opposed to k/sec which refers to kb, or kiloBIT.

Capital "B" means "bytes", lower-case "b" means bits.

The SI prefixes are "k" for kilo (1,000), "M" for mega (1,000,000), and "G" for giga (1,000,000,000).

The "k" means nothing by itself, but using "K" by itself means degrees Kelvin. Therefore, k/sec means nothing and K/sec refers to a temperature slew rate.

It's technically wrong, but seldom ambiguous, to use "K" to mean "kilo". Therefore, the proper use "kB" is kilobytes, and "kb" is kilobits - but "KB" and "Kb" are often seen.

The binary prefix "kibi" is "Ki", as you say. The first reference has a good explanation, and many links to pages on various standards bodies (SI, IEC, IETF, NIST,...).



Ref:
IEC prefixes and symbols for binary multiples
SI brochure
Rules for using SI prefixes
Prefixes for binary multiples
 
migue said:
That's right, but even though 3 Mbps is less than half the speed of USB 1.1, you only really need about 400kbps to stream uncompressed CD quality sound to a speaker. Data transfer rate is different from data streaming, because they serve different purposes - like, in this case, transferring the entire song and playing it afterwards versus streaming it and playing it on the go. AirTunes on the Airport Express already does that, and from an audio streaming perspective all that bandwidth is really not needed.


I believe that uncompressed cd audio is 1411kbps.

well, just realized this was already said.

oh well.

to add substanance to this: i would rather see an ipod deck which you slide your ipod into and control via exernal controls than a loose ipod wirelessly connected via bluetooth.
 
B-52 Macer said:
Hmm, first the announcement at MWSF that a lot of car makers will include iPod docks in the cars. Then, all of a sudden, a couple of months later, they will be unnecessary? :confused:
Still 10 million iPods sold, remember!? ;)


WHat I found strange is that some Moto rep. spills the beans on some wireless iPod/car support. WTF has Moto to do with Apple's iPods or car making? :rolleyes:
 
errrrr

wouldn't music streamed over bluetooth sound....****??

mp3's are acceptable for iPods as it's portable, and you're usually listening on small (therefore lesser quality) headphones. but you wouldn't want to stream music to you're £3000 hi fi sytem, to only hear weak sounding music...?

or am i very wrong..? i hope so...
 
d.f said:
wouldn't music streamed over bluetooth sound....****??

mp3's are acceptable for iPods as it's portable, and you're usually listening on small (therefore lesser quality) headphones. but you wouldn't want to stream music to you're £3000 hi fi sytem, to only hear weak sounding music...?

or am i very wrong..? i hope so...

yes you are wrong

high quality stereo requires only 345kbps

http://www.radio-electronics.com/info/wireless/bluetooth/bluetooth_edr.php

bluetooth 2 is more than enough for a wireless ipod
 
T'hain Esh Kelch said:
WHat I found strange is that some Moto rep. spills the beans on some wireless iPod/car support. WTF has Moto to do with Apple's iPods or car making? :rolleyes:

Motorola makes electronics for cars (GPS systems, cell phone integration, ECU, airbags etc) so it's quite likely they'd be working on any interface with the iPod for the manufacturers they deal with.

http://www.motorola.com/automotive/
 
Way too slow for 1.0

apple would never release this using BT 1.0 because it is deathly slow. When I first got my treo 650 I used to BT sync it all the time until I started putting apps on it. It would probably take 10 minutes :eek: to put 1 song using BT 1.0.
 
This rumor makes sense - Apple has been incorporating more and more Bluetooth into their gear, so the iPod would definitely be a logical candidate.
 
mobilebandit said:
apple would never release this using BT 1.0 because it is deathly slow. When I first got my treo 650 I used to BT sync it all the time until I started putting apps on it. It would probably take 10 minutes :eek: to put 1 song using BT 1.0.
They need Bluetooth 2.0 or it will be to slow to even make it worth while.
 
I use Bluetooth to transfer small files between my PB and G5 tower, which doesn't have airport. It's a great way to connect and sync two computers, if you cant run ethernet or firewire between the two, although firewire is the preferred method, next to ethernet.
 
If the iPods come with BT - and if streaming music over BT is possible - , wouldn't it be a logical thing for apple to upgrade the AE with BT as well?
 
Or you could buy a small USB powered Bluetooth adapter, such as the D-Link, with USB passthrough and attach that to the AE.
 
excellent!

Hector said:
yes you are wrong

high quality stereo requires only 345kbps

http://www.radio-electronics.com/info/wireless/bluetooth/bluetooth_edr.php

bluetooth 2 is more than enough for a wireless ipod

cool. so, there's no compression involved...? therefore you couldn't tell the difference between BT streamed Aiff's or actual CD...?

i'm not arguing, i'm genuinley asking as this is a big deal to me. i don't understand why hi-fi hasn't chosen to adopt this method. instead of making consumers fork out for expensive interconnects.
 
redeye_be said:
If the iPods come with BT - and if streaming music over BT is possible - , wouldn't it be a logical thing for apple to upgrade the AE with BT as well?

That's a good point - Apple had supposedly been working on a WiFi iPod dock for a year now but it has never seen the light of day, so perhaps an iPod with bluetooth and an Airport Express with bluetooth is more likely, especially with the new BT 2.0 being released on new PowerBooks.
 
Lacero said:
Or you could buy a small USB powered Bluetooth adapter, such as the D-Link, with USB passthrough and attach that to the AE.
What devices can be attached to this USB port?
I know it works for a printer, and apparently an IR remote works too, would adding BT to the list just mean a firmware update - or is it supported allready?

- I have promo code from a recently ordered mini, and i might just get me the AE, just for the promo's sake. Easy commerce-target here ;)
 
AidenShaw said:
Capital "B" means "bytes", lower-case "b" means bits.

The SI prefixes are "k" for kilo (1,000), "M" for mega (1,000,000), and "G" for giga (1,000,000,000).

The "k" means nothing by itself, but using "K" by itself means degrees Kelvin. Therefore, k/sec means nothing and K/sec refers to a temperature slew rate.

You're right, of course, but you'll find in general discourse that much of the shorthand used in technical fields makes assumptions. For example, 273K independent of context means 273 degrees Kelvin. But in a computer-related technical field, at least as far as everyone I've dealt with, it is an understanding that using the capital K refers to kB, and that a lowercase k refers to kb. It's not correct usage according to standards institutions, and you are absolutely correct in pointing that out here.

However, in a field that is pretty unwilling to accept the fairly recently-created binary prefixes for SI approximations, you'll find a lot of rule-bending-- Especially when they change the rules several decades into the game. Thanks for pointing out the technical correction that I absentmindedly skipped over. :)
 
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