32.8 feet
A delay causes data to arrive out of sync in longer IEEE 1284 cables. This is due to the late measurements of the clock signal, which results from the time-consuming travel down a long IEEE cable.
Not A Clue?
IEEE 1284
ieee 1284
IEEE 1284
It is only a couple inces as it is not a cable.
The IEEE 802.3 standard governs Ethernet networks, specifying the maximum length of cable segments and the number of devices that can be connected. For traditional 10BASE2 (Thin Ethernet), the cable segment length is limited to 185 meters with a maximum of 30 devices. For 10BASE5 (Thick Ethernet), the cable can be up to 500 meters, but the total number of devices is typically similar. Ethernet standards have evolved, with modern implementations like 100BASE-TX and 1000BASE-T using twisted pair cabling and allowing for different configurations.
The maximum data rate for ribbon cable can vary significantly depending on the specific type and application. Generally, standard ribbon cables, such as those used in the IEEE 1284 parallel interface, can support data rates up to 2 Mbps. However, specialized high-speed ribbon cables, like those used in SCSI or SATA applications, can achieve much higher rates, potentially reaching several Gbps. The actual performance will depend on factors like cable length, quality, and the devices being connected.
It has a maximum bit rate of 20 Kbps It uses Non-Return-to-Zero Level (NRZ-L) encoding for data transmissions a 25-wire cable of 15 meters or less connects a DTE and a DCE device
IEEE 1284 is the only answer but there is a catch: It can be used to connect to other devices as well but is mostly used to connect printers.
bi-directional parallel communications
1EEE 1284