New IrDA Spec Shoots for 100Mbit/s Data Rate
An anonymous reader writes "According to an article at DeviceForge, the Infrared Data Association has adopted a new high speed IR communications protocol. This new protocol promises to deliver possible speed up to 100Mbit/s transfer rates. From the article: 'Of note, existing IrDA-enabled devices can be upgraded to the new protocol, thus offering the opportunity to accelerate the IrDA data transfer rates of devices in the field via a software update.'"
Although it's quite fast it's still line-of-sight, and very short range. So, what can I do with this, transfer 12.5 MB/sec off my mobile phone? To connect my PCs I have wifi or LAN, I wouldn't use IrDA anyway for that.
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Now, although the editor may feel that the submitter knows more about a subject field than he (or she), just a cursory glance through the linked main article to see how well it jives with the write-up should be in order. I'm just saying'.
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Nice speed, this is handy for people that need to connect their mobile phone with their computer or something like that. Since bluetooth isn't that fast...
Now I can stream Video from my remote control ! Take that TV !
Yeah, given that 99% of PC implementations are bound to the serial port, they're slave to how fast the UART works, which would limit to a theoretical 230Kbps. Plus, the data transfer rate really doesn't make it that much better than Bluetooth, which has the same range, but without LOS issues.
A great theory, but not bloody likely.
Now I can talk to my tv at 100mpbs I can change channels much quicker and theoretically watch more channels at once.
(for all those people who flick backwards and forewards between 2 channels watching both programs - TV watching for the multitasking generation)
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IrDa can manage serial port speed, 128Kb. Bluetooth V1 can transfer data at 1Mb and Bluetooth v2 can transfer data at 2Mb
I miss line of sight communications. Now I can see that when the range is measured in miles or 10s of yards line of site is probably a real issue, but when its measured in feetor inches its actually really neat.
Bluetooth is cool, I wouldn't want a LOS headset, or xbox controller and it is cool being able to sync or connect to your phone whilst its still in your pocket. But handshaking is a PITA. Say a friend of mine wants to send me a photo from his groovy new phone to my apple. I can do it with bluetooth, but I have to pair it first (grrrr). In the bad old days of ir, all he had to do was point his phone at my laptop press send, then I accepted the transmission and it magically appeared on my desktop. Sweet.
For fast, one time transmission, this technology could really make life easier. You don't have to know what WLAN to connect to, you don't have pair, you don't have to worry about firewalls or connection settings or network contention. You just fire and forget. Its not replacement for bluetooth, its complimentary.
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I'll be able to change tv channel faster than ever!
bluetooth and irda have the same range
bluetooth is more convenient since irda requires line of sight
well, we always talk about a trade off between convenience and security, and there is the tradeoff right there
so i think broadband irda has a blockbuster future
because security concerns are nothing to sniff at in a marketplace full of it departments spooked by security scares
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Most devices made now adays don't even have IR ports. Apple stopped equiping their devices with IRda ages again (the titamium PowerBook G4 700MHz I think was the laste one), and it's very rare when I see a laptop with it. IR on cell phones is even rarer - I think Nokia is the only company that still really sells phones with IRda, and Palm is the only company still really pushing behind IRda. What was the point of updating a protocal that has be replaced in the computer world?
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> IrDa can manage serial port speed, 128Kb.
Most mobile devices use S(low)IR which operates at serial port speed, but laptops have been equiped with 4Mbps F(ast)IR for ages.
The serial ports on my computers (for the last several years) can do 1,152 Kbps; basically on par with Bluetooth.
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I write software for the PocketPC (like iPAQs, etc.) We do printing and communications via either Compact Flash connections, bluetooth, or IrDA. By far the easiest to configure is IrDA. In fact, there is almost no configuration required. Just point the unit at the printer and hit 'Go'. No plugging in cables, no partnering devices. I can walk into a customer's office for the first time, spot an Infrared port on their printer, and print from my iPAQ with one tap of the screen. I know of no other protocol that can do that.
At training sessions we sometimes have 10 or 15 users with bluetooth, iPAQs, mobile printers and mobile phones. That up to 45 Bluetooth devices in the room. Now you try to partner the correct iPAQ with the mobile and printer of the right user. It's a bloody circus. With Infrared, there is great simplicity.
I know that IrDA is going out of fashion with some manufacturers, but I hope it continues.
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Ok, long time reader, first time poster, great website love the topic....
Infra red communication holds a lot of promise for small portable devices. Yes, it is line of site, but that is an advantage for secure connections. So and so on the street can't hack your pda while it's in your pocket, for instance.
Another advantage is the low power consumption. The led's used for this convert >99% of the electricity put into them into usable light. (real world performance for the system might vary) I don't know what the efficiency is for blue tooth, but I would be surprised if it's that good for ANY rf based device.
I have used ir on my palm device and it works great (if slow thanks to the UART limit). Simple and efficient. Point and send. Wouldn't use it to surf the internet for any long period of time, but I wouldn't want to on a device that small anyway. (no screen real estate)
"This new protocol promises to deliver possible speed up to 100Mbit/s transfer rates."
Why don't you just say "doesn't"?