False
Thunderbolt
thunderbolt! yeaaa! woohooo!
Jose Luis
IEEE 1394b
21
802.11a: With data transfer rates up to 54Mbps, it is faster than 802.11b and can support more simultaneous connections.
RS-232 is a standard for serial communication that typically supports bit transfer rates ranging from 300 bps (bits per second) to 115,200 bps, though some implementations can achieve higher speeds. The actual transfer rate depends on the specific configuration of the devices and the quality of the cable used. Commonly, the most used rates are 9600 bps and 115200 bps for transmitting data in practical applications.
The standard that governs parallel communications is the IEEE 1284 standard. This standard defines the parallel communication interface for printers and other devices, specifying the electrical and protocol characteristics. It supports various modes, including Compatibility Mode, Enhanced Parallel Port (EPP), and Enhanced Capabilities Port (ECP), allowing for higher data transfer rates and greater functionality.
Original answer:firewire IEEE 1394bImproved answer:IEEE 1394b
- Bit justification is needed in PDH - No would standards available at optical interface in PDH - line rates are not standard - Interfacing problem at multivendor equipment - PDH supports 16E1s and SDH supports 63E1s
Pretty much any SATA drive will support 150+ MB per second.
Yes, IEEE 1284 is a standard for parallel ports that allows for bidirectional communication between computers and peripheral devices, such as printers. It defines both the physical connector and the communication protocol, enabling faster data transfer rates compared to earlier parallel port standards. The IEEE 1284 standard supports multiple modes of operation, including compatibility mode for older devices and enhanced modes for faster peripherals.