158004.B00
3
•
Powered by a single 5V supply. A switched mode power supply is provided to
efficiently produce 2.2V and 3.3V for the processor and memory that require
these voltages.
•
Millennium compliant AT compatible calendar/clock chip uses external battery.
•
A 512-byte size serial EEPROM is provided to retain set-up parameters in the
absence of an external battery. Space is also available for user data.
•
Reset, power supply monitor and watchdog timer circuitry.
•
Expansion is by way of a full-function PC/104 bus that complies with the V2.3
version of the PC/104 bus specification. High performance expansion is by way of
the PCI-compatible PC/104-Plus connector.
•
The TCDEVPLUS Development System provides all the facilities to get your
TP400 running quickly, and is recommended for fast product development.
•
Largely pin compatible with the TC386, TC486, TX486, TC586, TB486 and
TP300 processors.
1.3 PC/AT
COMPATIBILITY
The TP400 offers an extremely high degree of compatibility with desktop PC
computers. This compatibility extends from the operating system level, through
BIOS-level compatibility to register-level compatibility.
The Geode GX1 chip set used on the TP400 board includes on-chip peripherals -
timers, interrupt controller, DMA controller etc. These are software compatible with
equivalent Intel peripheral chips used on the original IBM PC and PC/AT.
Around the Geode GX1 chip DSP Design has integrated floppy and IDE disk
controllers, a keyboard and mouse controller, four serial ports and a Centronics
parallel port. These peripherals are software and hardware compatible with the
standard PC.
The Geode GX1’s in-built graphics circuitry provides for VGA, SVGA and XGA
graphics. Windows drivers provide access to the high performance 2D graphics
accelerator engine. Audio logic within the Geode GX1 chip set is also software
compatible with SoundBlaster industry-standard sound chips. Note that some aspects
of the VGA and SoundBlaster circuitry are emulated in software, which can lead to
some incompatibilities.
Содержание 104-plus
Страница 2: ... This page is intentionally left blank ...
Страница 4: ... This page is intentionally left blank ...
Страница 76: ...66 158004 B00 This page is intentionally left blank ...
Страница 86: ...B8 158004 B00 This page is intentionally left blank ...
Страница 88: ...C2 158004 B00 FIGURE C1 MAIN BOARD TOP COMPONENT PLACEMENT ...
Страница 89: ...158004 B00 C3 FIGURE C2 MAIN BOARD BOTTOM COMPONENT PLACEMENT ...
Страница 90: ...C4 158004 B00 FIGURE C3 DAUGHTER BOARD TOP COMPONENT PLACEMENT ...
Страница 91: ...158004 B00 C5 FIGURE C4 DAUGHTER BOARD BOTTOM COMPONENT PLACEMENT ...
Страница 92: ...C6 158004 B00 FIGURE C5 MAIN BOARD MECHANICAL DIMENSIONS ...
Страница 93: ...158004 B00 C7 FIGURE C6 DAUGHTER BOARD MECHANICAL DIMENSIONS ...
Страница 94: ...C8 158004 B00 This page is intentionally left blank ...
Страница 100: ...D6 158004 B00 This page is intentionally left blank ...
Страница 116: ...E16 158004 B00 This page is intentionally left blank ...
Страница 134: ...H6 164004 C03 This page is Intentionally left blank ...
Страница 136: ...J2 164004 C03 FIGURE J1 TP400ET MECHANICAL DRAWINGS FIGURE J2 TP400ET CIRCUIT DIAGRAM ...
Страница 138: ...K2 158004 B00 FIGURE K1 TP300USB MECHANICAL DRAWINGS FIGURE K2 TP300USB CIRCUIT DIAGRAM ...