Serial Programming/Serial ATA
| This page or section is an undeveloped draft or outline. You can help to develop the work, or you can ask for assistance in the project room. |
NOTE: This is a very sparse document right now. You may want to check out alternate sources in the meantime for more information.
Introduction edit
S-ATA or Serial ATA
Is a new technology to replace the P-ATA or parallel ATA.
It has the following advantages:
- less power consumption 500 millivolts in P_ATA 5 volts.
- easy to install, without seating master and slave.
- good air movement replacing ribbon cable to guarantee good air flow.
History edit
Physical Layer edit
Requirements edit
Limitations edit
Handshaking edit
Serial ATA in the Real World edit
Grounding and Power edit
Firmware Quirks edit
Nonstandard Connectors and Wiring edit
Physical Limitations in Practice edit
Serial Programming: Introduction and OSI Network Model -- RS-232 Wiring and Connections -- Typical RS232 Hardware Configuration -- 8250 UART -- DOS -- MAX232 Driver/Receiver Family -- TAPI Communications In Windows -- Linux and Unix -- Java -- Hayes-compatible Modems and AT Commands -- Universal Serial Bus (USB) -- Forming Data Packets -- Error Correction Methods -- Two Way Communication -- Packet Recovery Methods -- Serial Data Networks -- Practical Application Development -- IP Over Serial Connections