Diamond Systems C-PGS-KIT, PGS8002562G Powering on Pegasus, Bios Configuration for ADD‐ON Boards

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POWERING ON PEGASUS

Follow these steps to power on and verify the functionality of the Pegasus SBC. This process assumes you have a Pegasus SBC and cable kit.

1.Connect a VGA monitor to the SBC. Attach the VGA cable, 6981084, to the VGA connector on the SBC and connect your monitor VGA cable to the DB9 socket.

2.Connect a keyboard and mouse to the SBC. Attach the PS/2 Keyboard/Mouse cable, 6981162, to the PS/2 connector on the SBC and connect your keyboard and mouse devices to the connectors on the other end of the cable.

3.(Optional for USB Keyboard/Mouse) If you are using a USB keyboard and mouse, attach the USB cable, 6981171, to the USB0‐1 connector on the SBC and connect your keyboard and mouse devices to the connectors on the other end of the cable.

4.Connect an external IDE hard drive or CD device to the SBC. Attach the IDE ribbon cable, 6981004, to the IDE/Flashdisk connector on the SBC and connect your IDE device to the connector on the other end of the cable. Note: you must provide an external source of power for your IDE device.

5.(Optional for USB storage device) If you are using a USB storage device, attach the USB cable, 6981171, to the USB0‐1 (USB2‐3 if using a USB keyboard and mouse) connector on the SBC and connect your external storage device to the USB0 (USB2 if using a USB keyboard and mouse) connector on the other end of the cable.

6.Connect the SBC to power. Attach the Power In cable, 6981175, to the Power In connector on the SBC. Ensure your +5V power source is off. Connect your +5V power source to the other end of the cable.

7.Turn on the power source.

The Pegasus BIOS screen should appear and then the SBC should begin booting from the external storage device.

BIOS CONFIGURATION FOR ADD‐ON BOARDS

When you plug PC/104 boards onto Pegasus, the BIOS may or may not recognize the new board. If the new board is not recognized, you may need to configure the new hardware in the BIOS before being able to use it. You can configure the system’s IRQ/DMA resources from the BIOS’s PnP/PCI Configurations screen. Following is a table of the IRQs for the system peripheral devices.

IRQ Level

Function

IRQ 01

PC/AT Enhanced PS/2 Keyboard

IRQ 03

Communications Port

IRQ 04

Communications Port

IRQ 05

Standard Enhanced PCI to USB Host Controller

IRQ 05

Standard Open HCD USB Host Controller

IRQ 06

Standard Floppy Disk Controller

IRQ 10

Advanced Micro Devices Win 2K/Win Graphics Driver

IRQ 10

Geode LX AES Crypto Driver

IRQ 11

Realtek RTL8139/810x Family Fast Ethernet NIC

IRQ 12

Microsoft PS/2 Mouse

IRQ 14

Primary IDE Channel

Pegasus Fast Start Guide

7460572 Rev A

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Contents DSC Document #7460572 Rev a Pegasus KEY FeaturesProduct Model Numbers Model DescriptionConnector Functions Pegasus top drawing showing connector and jumper locationsPegasus Fast Start Guide Rev a External Battery Connector EBAT1 Main Power Input Connector PWR1Power Connector IOP1 Ethernet Connector LAN1Serial Port Connector COM1 USB Connectors USB1 and USB2PS/2 Keyboard / Mouse Connector KBMS1 IDE/FLASHDISK Connector IDE1LCD Backlight Connector INV1 VGA Connector VGA1LCD Panel Connector LVDS1 Miscellaneous Signals Connector MIS1LCD Feature Configuration J1 COM2 RS‐422/485 Feature Configuration JTM1Cmos Setup JBAT1 Jumper FunctionsCable Numbers Lvds Panel Voltage Select JVLCD1Bios Configuration for ADD‐ON Boards Powering on PegasusIRQ Level Function Bios Configuration for the ISA BUS I/O Addresses Model PGS800‐256‐2G Master Slave Configuring IDE DevicesModel PGS800‐256 Master Slave

PGS8002562G, C-PGS-KIT, PGS800256 specifications

Diamond Systems offers a versatile range of embedded computing solutions tailored for demanding applications, and among these, the PGS800256, C-PGS-KIT, and PGS8002562G modules stand out. Designed to meet the rigorous requirements of industrial environments, these products leverage advanced technologies and features that enhance performance, reliability, and ease of integration.

The PGS800256 is a compact and powerful system designed for space-constrained applications. It features an integrated Intel processor, providing robust processing capabilities while maintaining low power consumption. This makes it ideal for applications such as robotics, machine vision, and industrial automation where efficiency and thermal management are crucial. The PGS800256 supports a variety of operating systems, allowing developers to choose the platform best suited for their specific needs.

In conjunction with the PGS800256, the C-PGS-KIT is a comprehensive evaluation and development kit. It includes everything needed to kickstart development, such as necessary cables, connectors, and user-friendly documentation. This kit facilitates rapid prototyping and testing, making it easier for engineers to validate their designs and speed up time-to-market. With the C-PGS-KIT, users can explore the full potential of the PGS800256 by accessing its I/O interfaces, including USB, Ethernet, and GPIO.

The PGS8002562G is an enhanced version, featuring increased memory and storage capacity. This module is designed for applications requiring higher data throughput and memory-intensive operations. With support for DDR4 RAM and advanced storage interfaces, the PGS8002562G can efficiently handle large datasets and multitasking environments. This characteristic is particularly beneficial in fields such as data analytics, telecom, and high-speed data acquisition systems.

All these modules integrate advanced thermal management technologies, ensuring reliable operation under varying environmental conditions. They are built to withstand harsh environments, featuring rugged designs and compliance with industry standards for shock and vibration.

In summary, Diamond Systems' PGS800256, C-PGS-KIT, and PGS8002562G modules embody a perfect blend of performance, flexibility, and reliability. These systems empower developers to create innovative solutions across various sectors, fulfilling the demands of modern embedded applications. With their advanced features and comprehensive support tools, they serve as reliable components for any industrial system design.