Sophisticated networking and communications capabilities that were previously the sole domain of mainframes, PCs, and workstations are now becoming mandatory in the realm of smaller embedded microcontrollers. However, documentation, standards, and design information is scattered among many sources a
Networking and internetworking with microcontrollers
β Scribed by Eady, Fred
- Publisher
- Newnes
- Year
- 2004
- Tongue
- English
- Leaves
- 295
- Series
- Embedded technology series.
- Category
- Library
No coin nor oath required. For personal study only.
β¦ Synopsis
One-stop information source for embedded engineers to learn the theory and real-world application of creating embedded networking systems, with detailed fully functional design examples, schematics, and source code.
β¦ Table of Contents
Cover --
Contents --
Preface --
A Quick Look at the Microcontrollers --
Chapter 1: The Essence of Microcontroller Networking-RS-232 --
Some History --
RS-232 Standard Operating Procedure --
RS-232 Voltage Conversion Considerations --
Chapter 2: Implementing RS-232 with a Microcontroller --
Basic RS-232 Hardware --
Building a Simple Microcontroller RS-232 Transceiver --
RS-232 Interface Hardware --
A Microcontroller DCE Device --
Microchip's PICkit 1 FLASH Starter Kit --
Writing Some Simple RS-232 Firmware --
A Bit of RS-232 Transmit Code --
Some RS-232 Receive Code --
Chapter 3: Writing RS-232 Microcontroller Routines in BASIC --
BASIC RS-232 --
Chapter 4: Building Some RS-232 Communications Hardware --
A Few More BASIC RS-232 Instructions --
Chapter 5: Using Microcontroller USARTs --
Some Interrupt-Driven USART Code --
Applying What We Know about RS-232 to the Atmel AVR --
Coding the AVR RS-232 Routines --
Chapter 6: I2C ... The Other Serial Protocol --
Why use IΓΈC? --
The IΓΈC bus --
IΓΈC ACKS and NAKS --
More on Arbitration and Clock Synchronization --
IΓΈC Addressing --
Some IΓΈC Firmware --
The AVR Master IΓΈC Code --
The AVR IΓΈC Master-Receiver Mode Code --
The PIC IΓΈC Slave-Transmitter Mode Code --
The AVR-to-PIC IΓΈC Communications Ball --
Chapter 7: Ethernet --
What is Ethernet? --
The CS8900A-CQ --
CS8900A-CQ Reset Overview --
CS8900A-CQ Media Interface Overview --
CS8900A-CQ Transmit Process Overview --
CS8900A-CQ Receive Process Overview --
CS8900A-CQ External Storage Overview --
CS8900A-CQ Status Indicators --
The CS8900A-CQ MAC Engine --
Easy Ethernet CS8900A Hardware --
The PIC16F877 Microcontroller --
The Microchip PIC18F452 --
The CS8900A-CQ Ethernet Engine --
Powering the CS8900A-CQ --
The CS8900A-CQ Ethernet Magnetics --
Designing in the Easy Ethernet CS8900A's PIC16F877 Microcontroller --
The ICSP (In-Circuit Serial Programming) Interface --
Developing the Easy Ethernet CS8900A Firmware --
Setting up the PIC16F877 Microcontroller --
Carving up the PIC16F877's Memory Resources --
Function Prototypes --
Defining the Variables --
The Easy Ethernet CS8900A Macros --
Defining the CS8900A-CQ PacketPage Register Set --
CS8900A-CQ Bus Interface Registers --
Product Identification Code --
CS8900A-CQ Status and Control Registers --
Did It Register? --
Chapter 8: Writing the CS8900A-CQ Firmware --
The First Step --
Reset the CS8900A-CQ --
Load the CS8900A-CQ Basic Parameters --
Load the CS8900A-CQ Individual Address Register Set --
Enable the CS8900A-CQ Transmitter and Receiver --
The Main Service Loop --
A Frame Under the Microscope --
The Art of ARP --
Chapter 9: PINGing the Easy Ethernet CS8900A --
Chapter 10: UDP and the Easy Ethernet CS8900A --
A UDP Internet Test Panel --
Chapter 11: TCP and the Easy Ethernet CS8900A --
The Physical Layer --
The Data Link Layer --
The Network Layer --
The Transport Layer --
The Application Layer --
Coding TCP/IP for the Easy Ethernet CS8900A --
Chapter 12: Let's Do It Again --
Easy Ethernet.
β¦ Subjects
Programmable controllers;Microprocessors;Computer networks;Internetworking (Telecommunication);TECHNOLOGY & ENGINEERING -- Automation
π SIMILAR VOLUMES
RS-232 firmware and hardware ΓΒ·Sophisticated networking and communications capabilities that were previously the sole domain of mainframes, PCs, and workstations are now becoming mandatory in the realm of smaller embedded microcontrollers. However, documentation, standards, and design information is
Sophisticated networking and communications capabilities that were previously the sole domain of mainframes, PCs, and workstations are now becoming mandatory in the realm of smaller embedded microcontrollers. However, documentation, standards, and design information is scattered among many sources a
viii, 237 pages : 25 cm
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