Introduction 2
•
The board is ideal for industrial applications; it is designed to operate in environments
where a sturdy and compact system is essential with features like:
-
Compact half-card format (7.125" x 4.800");
-
Watchdog timer;
-
SMM (System Management Mode) support and full SMI (System Management
Interrupt) interface for power management;
-
Power failure detector;
-
Low battery detector;
-
Shadow RAM BIOS support for fast execution;
-
Real-Time Clock (RTC) with battery backup.
•
The VIPer808 has a multi-function connector which provides all the necessary signals
for keyboard, speaker, reset button, and hard disk LED connections.
•
The local bus SVGA Video Controller is from Cirrus Logic
and supports high
resolution CRT displays (1024x768 - 256 colors). The board comes with 1MB Video
Memory DRAM (optional 512KB).
•
The VIPer808 includes a local bus IDE hard disk interface for a high performance disk
subsystem.
•
The VIPer808 includes an enhanced super Floppy Controller which supports two
Floppy Disk Drives of up to 2.88MB each, 16 bytes of FIFO buffering and a 48mA
drive buffer.
•
The VIPer808 board has one Parallel Printer port (ECP and EPP modes are
supported), incorporating ChipProtect
circuitry to protect against damage due to
printer power-on.
•
Serial Port 1 and Serial Port 2 are 16550 compatible with internal 16-byte FIFO
buffers and can be defined as two of the following: COM1, COM2, COM3 or COM4.
•
The onboard Ethernet port, compliant with IEEE 802.3 / ANSI 8802-3, can function
with either the 10 Base-T or 10 Base-2 interface.
•
The Super I/O Controller and the Ethernet Controller support the Plug and Play
standard. Onboard devices are used to store Plug and Play configuration information:
the boot-block Flash for the Super I/O and a serial EEPROM for the Ethernet.
•
The board also includes a PS/2 Mouse port.
Summary of Contents for VIPer808
Page 21: ...Installing Memory 2 3 DIAGRAM 2 1 Assembly Top...
Page 22: ...Installing Memory 2 5 DIAGRAM 2 2 Assembly Bottom...
Page 26: ...Setting Jumpers 3 3 DIAGRAM 3 1 VIPer808 Jumper Locations with Default Settings...
Page 28: ...Setting Jumpers 3 6 TABLE 3 1a Jumper Settings W1 W4 W13 W14...
Page 29: ...Setting Jumpers 3 7 TABLE 3 1b AMD DX2 DX4 CPU Jumper Settings W1 W15 W15C...
Page 30: ...Setting Jumpers 3 8 TABLE 3 1c AMD 5x86 CPU Jumper Settings W1 W15 W15C...
Page 31: ...Setting Jumpers 3 9 TABLE 3 1d Intel CPU Jumper Settings W1 W15 W15C...
Page 32: ...Setting Jumpers 3 10 TABLE 3 1e SGS CPU Jumper Settings W1 W15 W15C...
Page 33: ...Setting Jumpers 3 11 TABLE 3 1f Jumper Settings W18 W20 W23...
Page 92: ...Memory I O Maps B 1 APPENDIX B MEMORY I O MAPS B 01 MEMORY MAPS DIAGRAM B 1 Memory Map Diagram...
Page 96: ...Mechanical Layout Block Diagram C 3 DIAGRAM C 1 Mechanical Specifications...
