ENGINEERING FACULTY ELECTRICAL ENGINEERING STUDY PROGRAM INTERFACE AND PERIPHERAL

1. ENGINEERING FACULTY ELECTRICAL ENGINEERING STUDY PROGRAM INTERFACE AND PERIPHERAL COURSE CODE KB-7272 NORMALIATY FITHRI LB 501 noorty09@yahoo.com Approved By Head of Study Program, Dean, Yessi Marniati, ST., M.T Dr. Firdaus, M.T.

2. INTRODUCTION - Course Syllabus - Explanation of Project Tasks Evaluation : Task : 15 % Quiz : 15 % Midterms : 30 % Final exams : 40 %

3. Reference : Alan Clements, 1992, Microprocessors System Design, PWS-Kent, USA. Larry L.Wear et al, 1991, Computers, Mc. Graw Hill, US William Stallings, 1996, Organisasi dan Arsitektur Komputer, Prentice Hall, US.

4. INTERFACE AND PERIPHERAL • What do you know about the interface • Mention the usual peripherals you find on your computer • Explain the communication device with a synchronous or asynchronous

5. INTERFACE AND PERIPHERAL INTERFACE Part of a microcomputer system that serves as an intermediary link between the microcomputer system with the outside world (peripheral) PERIPHERAL Equipment outside the microcomputer system which can be associated with microcomputer systems. Ex : Monitor, printer, keyboard, mouse

7. BUS • Part of a computer system that serves to move data between the parts in a computer system. • Data transferred from the device enter into the cpu, cpu to memory or from memory to the output device . • Bits of data flowing along the bus

8. Bus System The bus system is part of the motherboard Expansion Bus Expansion bus connecting the CPU with peripherals Ex : ISA Bus, PCI Bus, AGP Bus, USB Bus, Firewire.

10. The bus has a characteristic called the bus width (number of bits that can dilintaskan at a time) and bus speed (speed of data states that can be channeled in a bus). The width of the bus expressed with units of bits and the bus speed is measured in MHz • In the world of engineering interfaces and peripherals, to be able to communicate with other equipment, a processing system has a channel system which is often known by the system BUS.

11. There are 3 main BUS system, address, data and control 1. Data bus used to pass data to and from main memory; 2. Address bus (bus address) is used to send a signal that says the address in main memory; 3. Bus control (bus control) is used to send a signal that the data read or written from and to main memory, input devices or output.

12. UNIVERSAL SERIAL BUS • USB stands for Universal Serial Bus. USB is a technology that allows us to connect external devices (peripherals) such as scanners, printers, mice, keyboards (keyboard), a data storage device (Zip drive), flash disks, digital cameras or other devices to our computers. • USB strongly supports data transfer at 12 Mbps (million bits per second). Computer (PC) at this time, most cases have the USB port

13. PERIPHERAL COMPONENT INTERCONNECT • is a bus that does not depend on the processor and high bandwidth that serves as a peripheral bus • designed to I / O

14. EXPANSION SLOT

15. EXPANSION SLOT PCI

16. MEMORY • Memory is a component used to store binary instructions to be executed by the microprocessor, and the data used to work. In view of the author, who referred to as memory in the dictates of this form of memory that can be directly accessed by the microprocessor, the RAM (random access memory) which can be read-write and ROM (read only memory) that can be read only

17. While other data storage components, such as floppy disks, hard disks, CDROMs, etc.., Classified as a device (device) input / output. • Each location of data in memory so it can be given specific address are specifically addressed by the microprocessor.

18. UNIVERSAL SERIAL BUS • USB stands for Universal Serial Bus. USB is a technology that allows us to connect external devices (peripherals) such as scanners, printers, mice, keyboards (keyboard), a data storage device (Zip drive), flash disks, digital cameras or other devices to our computers • USB sangat mendukung transfer data sebesar 12 Mbps ( juta bit per detik). Komputer (PC) saat ini, umumnya sudah memiliki port USB. Biasanya disediakan minimal 2 port. Jika dibandingkan dengan paralel port dan serial port, penggunaan port USB lebih mudah dalam penggunaannya.

19. Input the equipment that uses a USB (flash, camera, joystick, etc.) • Interface is the interface that connects a USB Port • Southbridge chipset is the I / O controller that regulates the transfer speed USB interface, Firewire, etc.. • The output of the output of the processing (monitor, printer, etc.)

20. If opened, the USB cable will be seen there are 4 colors, namely red, brown, yellow and blue. Red and brown cable serves as the power / electricity to flow. Cable yellow and blue functions to carry / transfer data

21. FIREWIRE Introduction Firewire • System of a wired data connection between a PC with other devices. • A high-speed serial port which allows us to do the installation of peripherals to 63 devices • Often used in transferring video from digital camcorders to computers. • Often also called by another name IEEE 1394 standard • transfer speed 400 Mbits / sec. • 4.5 m distance between devices

22. Data transfer speeds are better than the USB bandwidth rate is higher than USB 2.0 • he equipment to be connected with Firewire can communicate directly without going through the computer. • Does not require additional hardware to connect all peripherals