Need help?Do you have a question about the DIGITAL-LOGIC SM800/900DK and is the answer not in the manual?
Details changes and updates made to the manual across different versions.
Lists trademarks owned by DIGITAL-LOGIC AG and third parties.
Legal disclaimer regarding the manual's accuracy and product use.
Statement on product manufacturing for environmental protection and recycling.
Identifies target users and provides essential safety precautions.
Information on RoHS compliance and lead-free soldering processes.
Provides contact information and methods for obtaining technical support.
Details the warranty terms and conditions for the product.
Explains various symbols used in the manual for safety and warnings.
Lists documents and standards referenced in the manual for further information.
Provides essential safety guidelines for handling and installing the product.
Outlines the company's commitment to RoHS and WEEE directives.
Highlights the product's adherence to Swiss quality standards and manufacturing.
Details the SQS certification and its implications for the company.
Lists items included in the SM800/900 DK package for verification.
Details the key features and specifications of the SM800/900 DK.
Presents block diagrams for MSEBX800/900 and SM800/900 for system understanding.
Provides part numbers and options for ordering the product.
Lists detailed technical specifications including BUS, BIOS, Power, Interfaces, and Environment.
Provides crucial notes and warnings before system preparation, including ESD.
Instructions for printing essential manuals and schematics from the product CD.
Describes the function and operation of the power and reset buttons on the board.
Details the process for replacing the smartModule.
Lists the necessary tools for smartModule replacement.
Step-by-step guide on how to remove the smartModule from the board.
Step-by-step guide on how to mount the smartModule onto the board.
Diagram showing the layout and labeling of all connectors on the board.
Detailed description of each connector, its pinout, and function.
Details the function and settings for 2-pin jumpers on the board.
Details the function and settings for 3-pin jumpers on the board.
Illustrates the physical location of jumpers on the MSEBX800 board.
Describes the type, reference, and function of board LEDs for status indication.
Instructions for downloading and installing the core BIOS using FlashROM.
Procedure for recovering the BIOS in case of failure using Jumper J9.
Lists and explains POST codes for system diagnostics and error identification.
Provides mechanical dimensions for the SM800/900PC/X module for integration.
Details PCB pad dimensions for the carrier board connection.
Illustrates the height requirements for PCB to module integration for cooling and space.
Specifies mechanical dimensions for the PCB plug, including custom and standard heights.
Shows mechanical dimensions for the SM800/900PC/X receptacle for reference.
Diagrams showing the orientation of the smart480 Bus connectors (X200B and X200A).
Pinout definition for the smart480 Bus on SM800/900PCX, covering pins 1-40.
Defines the power supply inputs (VCC5SB, VCC, RTC_BAT) for the SM800/900 module.
Defines the power supply outputs (VCC3, VCORE) from the SM800/900 module.
Details the clock signals (SYSCLK, OSC, CLK_LPC_FWH, 24MHz, PCI-CLK) output by the module.
Describes the reset signals (PCI-Reset#, IDE-Reset#, RESDRV, LPC_RST#) generated by the module's reset controller.
Details the reset inputs (ResetIn#, PWRBTN#) available on the module for external switches.
Describes the LPC Bus interface and its usage for SuperIO and firmware hubs.
Defines suspend signals (SUSA#, SUSB#, SUSC#) for external power control.
Signals for in-circuit programming of the PM controller (ICP).
Details the JTAG interface, used internally by the factory for testing.
Describes the ISA Bus capabilities, including 8mA driving capability and features.
Explains the AC97 Bus for sound interface generation connecting up to 3 codecs.
Details the SMB/I2C Bus for thermosensor and PLL programming, with internal pull-ups.
Describes the PCI Bus, its speed (33MHz), and connections, including LAN controller.
Explains the LAN interface for standard Ethernet connectivity via RJ45.
Details the USB interface for connecting USB ports, including length compensation and protection.
Describes the General Purpose I/O (GPIO) interfaces, programmable and connected to SuperIO.
Details the COM1 and COM2 serial interfaces provided by SuperIO for RS232 conversion.
Describes the LPT parallel interface provided by SuperIO for printer connectivity.
Details the PS2 interface for keyboard and mouse connectivity.
Explains the IDE interface provided by the CS5536 for hard drive connection.
Details the VGA interface for analog RGB signals, including termination and filtering.
Describes the LCD interface as a pure LCD port for display connections.
Details the Floppy interface provided by SuperIO for floppy drive connections.
Describes the VideoIn controller interface for video input.
Defines LCD interface signals and their color mapping for display output.
Defines signals for CRT monitor output, including color and sync signals.
Describes the procedures for starting up and powering off the system, including AUTOSTART and ATX modes.
Provides a checklist for integrating the SM800/900PC system, covering power and reset signals.
Discusses PCI Bus signals, design considerations, resistor values, and slot assignment.
Details the 3.3V PCI signals and voltage requirements for the bus.
Offers design advice for PCI masters, routing, and series resistors.
Provides detailed descriptions of PCI signals like AD, FRAME#, DEVSEL#, IRDY#, TRDY#.
Defines the IDSEL, PIRQ, REQ#, and GNT# assignments for PCI slots.
Discusses clock layout guidelines for signal integrity and EMI reduction.
Details signals related to In-Circuit Test and JTAG interfaces used for testing.
Lists ISA Bus signal resistor values and notes on noise reduction for IRQ and clock lines.
Provides guidelines and recommendations for various interfaces.
Guidelines for USB interface design, including length compensation, protection, and routing.
Discusses LAN signal placement, EMI, termination, and connector details.
Details the IDE interface, including signal requirements, resistor values, and cable considerations.
Describes the TTL serial signals for COM1/2 and RS232 conversion using MAX211.
Details the TTL parallel interface signals and EMI filtering recommendations.
Describes the TTL floppy signals and recommendations for unused interfaces.
Details the TTL PS/2 interface for keyboard and mouse connectivity.
Explains the VGA interface for analog RGB signals, including termination and filtering.
Describes the AC'97 sound interface and design recommendations for signal integrity.
Instructions for programming specific GPIO signals (30, 31, 34) via SuperIO.
General| Brand | DIGITAL-LOGIC |
|---|---|
| Model | SM800/900DK |
| Category | Microcontrollers |
| Language | English |
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