Motorola MPC860 PowerQUICC User Manual page 532

Part V. The Communications Processor Module
¥ Chapter 22, ÒSerial Communications Controllers,Ó describes the four serial
communications controllers (SCC), which can be conÞgured independently to
implement different protocols for bridging functions, routers, and gateways, and to
interface with a wide variety of standard WANs, LANs, and proprietary networks.
¥ Chapter 23, ÒSCC UART Mode,Ó describes the MPC860 implementation of
universal asynchronous receiver transmitter (UART) protocol, used for sending low-
speed data between devices.
¥ Chapter 24, ÒSCC HDLC Mode,Ó describes the MPC860 implementation of HDLC
protocol.
¥ Chapter 25, ÒSCC AppleTalk Mode,Ó describes the MPC860 implementation of
AppleTalk, a set of protocols developed by Apple Computer, Inc. to provide a LAN
service between Macintosh computers and printers.
¥ Chapter 26, ÒSCC Asynchronous HDLC Mode and IrDA,Ó describes the
asynchronous HDLC and IrDA use of HDLC framing techniques with UART-type
characters.
¥ Chapter 27, ÒSCC BISYNC Mode,Ó describes the MPC860 implementation of byte-
oriented BISYNC protocol developed by IBM for use in networking products.
¥ Chapter 28, ÒSCC Ethernet Mode,Ó describes the MPC860 implementation of
Ethernet protocol.
¥ Chapter 29, ÒSCC Transparent Mode,Ó describes the MPC860 implementation of
transparent mode (also called totally transparent mode), which provides a clear
channel on which the SCC can send or receive serial data without bit-level
manipulation.
¥ Chapter 30, ÒSerial Management Controllers,Ó describes two serial management
controllers, full-duplex ports that can be conÞgured independently to support one of
three protocolsÑUART, transparent, or general-circuit interface (GCI).
¥ Chapter 31, ÒSerial Peripheral Interface,Ó describes the serial peripheral interface,
which allows the MPC860 to exchange data between other MPC860 chips, the
MC68360, the MC68302, the M68HC11 and M68HC05 microcontroller families,
and peripheral devices such as EEPROMs, real-time clocks, A/D converters, and
ISDN devices.
¥ Chapter 32, ÒI2C Controller,Ó describes the MPC860 implementation of the inter-
integrated circuit (I
I 2 C devices, such as microcontrollers, EEPROMs, real-time clock devices, and A/D
converters.
¥ Chapter 33, ÒParallel Interface Port,Ó describes the MPC860 implementation of the
parallel interface port, which is multiplexed through the 18-bit port B parallel I/O
and allows data to be sent to and from the MPC860 over 8 or 16 parallel data lines
with two handshake control signals.
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C¨) controller, which allows data to be exchanged with other
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