Yes, a Pigeon is Faster for Data Transfer than Gigabit Fiber Internet
Yes, a Pigeon is Faster for Data Transfer than Gigabit Fiber Internet::A decade ago, a pigeon with a 4 GB memory stick outran an ISP’s ADSL service. A 2023 rematch features a bird with 3 TB of flash drives vs gigabit internet.
This is the best summary I could come up with:
Popular TechTuber Jeff Geerling has delivered an updated take on the old chestnut about the relative merits of pigeon-based vs internet data transfers.
Spoiler alert: the pigeon with its high-capacity microSD cards won Geerling’s data transfer race by a significant margin.
Famously, in 2009, a South African company compared the transfer speed of a pigeon carrying a 4 GB memory stick vs local ISP Telkom’s ADSL service.
So, he donned a pigeon mask and jumped on a plane to carry 3 TB of files from his home in the US to the Canadian data center, which the internet transfer also targeted.
To conclude, Geerling says he could have easily done better as PiJeff, stuffing his luggage with very high capacity drives, but wanted to stick to the common 3 TB across all alternatives.
Hopefully, another decade later, we will all have broadband measured in petabits, and pigeons won’t have to endure having flash NAND devices strapped to their legs for our amusement (research).
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It was 10 years ago so I don’t know what is the practice now but the “offsite backup” solution in my office was taking a hard drive to a safe at the local bank.
Every week someone would go to the bank to switch the drive that is stored there.
That’s kind of the point though. It’s not about practicalities.
There is an ancient proverb.
“Never underestimate the bandwidth of a station wagon full of floppy disks.”
Never underestimate the bandwidth of a station wagon full of tapes hurtling down the highway. –Andrew Tanenbaum, 1981
Is he the guy to blame for The Royal Tanenbaums?
/j
Yes and no.
If you could put a 1 petabyte flash drive on a pigeon, it would easily crush the gigabit internet
Does a 1 petabyte flash drive exist? Could it exist?
They put 3 stripped-down terabyte flash drives on the pigeon. Could it carry more weight?
You get to the point where the pigeon can’t carry the weight.
All this is saying that sending data by pigeon can be faster and using 3 tb sticks proves it.
If it needed to be 4 tb, then they would have had to use 4 sticks. If it couldn’t carry 4 sticks, then you have your answer that the pigeon can’t do it with current technology.
You missed the point of what I was saying
2 tb flash drives are expensive but exist
Pigeon could carry 4 tb in 2 flash drives worth of weight.
But simply 3 1 tb drives a pigeon can carry so they did that.
If they had to transfer 5 tb of data to win. 3 2 tb drives would have worked.
This article just states that a pigeon can carry 3 1 tb drives and deliver it faster than gigabit internet.
They didn’t need to push the envelope anymore
So yes they calculated that the pigeon could carry 3 drives and that 3 tb was all that was needed to carry to win.
But they didn’t set up the experiment to favor the pigeon. They set it up to prove it could be done that way.
birds arent real is leaking… Neat :D
Most people are not transfering 3 TB on a regular basis
The usual Joe? Yep.
Off site backup is usually out of question except for datahoarders and businesses. But they might benefit from it.
I’m not the original author:
Trebuchets are the most technologically advanced siege engines of all time, and are capable of hurling a 90kg stone over 300m using a counterweight.
With this in mind, we can perform the following calculations:
A 22TB WD Red Pro drive weighs 670g, with a maximum hurl weight of 90kg, trebuchet can hurl 134 drives at once, totalling 2,948 TB of data.
The average speed of a trebuchet projectile is 54m/s and the average size of an American ‘block’ is 100m. Lets presume 3 blocks to get our full trebuchets use (fuck you catapults).
It’ll take 5.5 seconds for the projectile to go from launch to dramatic landing, meaning a throughput of 536TB a second.
Therefore, trebuchets are the best transfer method.
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