You may have connected at 56K, but it was rare to see in practice. I worked for an ISP and we could see all the stats. We had Ascend Max equipment. To add further confusion, your modem may have been reporting the serial port rate, not the actual line rate.

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kstrauser 9 days ago | parent | next [-]

Same here. I lived in the middle of nowhere but somehow surprisingly close to a remote CO, and I could regularly get 44Kbps connections. My friends were envious.

My "favorite" thing when working tech support was explaining to people in expensive new subdivisions that Southwest Bell saved money by deploying pair gains instead of running more copper, and that's why they were never, ever going to see more than 33.6 (if very lucky) or 28.8 (more likely).

A common trick was to get them to add 3 commas to their dial string. That would prevent their modem from starting to train up until 3 seconds after they finished dialing. That would give our modems time to answer and start the 56K initiation. The delay would cause them to miss that, and then start trying to train up a much more stable 33.6 connection. It capped their max speed but made their connection a lot more reliable.

	▲	aaronbaugher 9 days ago \| parent [-]
		I lived in the country with pretty poor phone lines, so I'd send my 56k modem a command to limit it to 19.2. If it tried to train up to 28.8, there would be so many bad blocks it'd grind to a stop with all the retransmits until it dropped back to 19.2 anyway, so locking it there worked best.

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varispeed 9 days ago | parent | prev [-]

Makes sense. Just like today my phone shows 5G and full bars, but is as slow as dial up.

	▲	icedchai 9 days ago \| parent [-]
		Yes! Also, early ISPs were often massively over subscribed. They might have fractional T1 line coming into a POP (example: 384Kbit line) with 100 modems off of it. At peak times, you not only got busy signals, but when you did get through, a slow connection because that upstream pipe was full...