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General| Brand | Intel |
|---|---|
| Model | D2550MUD2 |
| Category | Motherboard |
| Language | English |
Provides a general overview of the Intel Desktop Board D2550MUD2.
Summarizes the key features of the Intel Desktop Board D2550MUD2.
Illustrates the physical layout and location of major components on the motherboard.
Presents a functional block diagram showing the major areas of the motherboard.
Lists resources and web links for additional information and support for the board.
Describes the Intel Atom processor, its passive cooling, and integrated features.
Details the Intel GMA 3650 graphics controller features and capabilities.
Explains the supported DDR3 SO-DIMM sockets, memory features, and configurations.
Describes the Intel NM10 Express Chipset's interfaces and I/O path control.
Explains how system memory is dynamically allocated for video memory based on total RAM.
Details the VGA port capabilities, including supported resolutions and POST enablement.
Describes the DVI-D port, its digital-only support, and maximum resolution.
Outlines support for flat panel displays, including panel types and interface features.
Details video mode configuration options for VGA and LVDS displays via BIOS setup.
Covers the board's USB 2.0 ports, including type, routing, and special support.
Explains the two SATA interface connectors, their transfer rate, and supported modes.
Describes the coin-cell battery powered real-time clock and CMOS memory.
Details features of the legacy I/O controller, including serial, parallel, PS/2 ports.
Covers the onboard Gigabit Ethernet LAN subsystem and its controller.
Indicates where to find LAN drivers for the subsystem.
Describes the RJ-45 LAN connector and the function of its integrated status LEDs.
Details the onboard Intel HD Audio subsystem, its features, and audio codec.
Directs users to Intel's website for audio software and drivers.
Describes the back panel and component-side audio connectors and headers.
Covers hardware management features for compatibility with WfM specification.
Explains the hardware monitoring and fan control subsystem based on Winbond device.
Shows the locations of thermal sensors and the system fan header.
Details the power management implementation, including ACPI and hardware support.
Explains ACPI's role in power management and Plug and Play functions.
Lists supported power states and their associated system power targets.
Details devices and events that can wake the computer from specific sleep states.
Lists power management hardware features supported by the board.
Explains the function and operation of the system fan header.
Describes how LAN wake capabilities enable remote wake-up via network.
Explains how this technology enables the board to enter ACPI S3 sleep-state.
Describes how USB bus activity wakes the computer from an ACPI S3 state.
Explains wake-up from ACPI states via the PME# signal.
Details PS/2 keyboard activity wake-up for ACPI states.
Explains wake-up from ACPI states via the WAKE# signal.
Describes serial port activity wake-up from an ACPI S3 state.
Explains the function of the +5 V standby power indicator LED.
Details the addressable system memory map and allocation of the 4 GB address space.
Explains how system memory is addressed and the functions that allocate address space.
Provides an overview of the board's connectors and headers, categorized by location.
Details the connectors located on the back panel of the motherboard.
Illustrates the location and identifies the back panel connectors.
Describes the I/O shield, its compatibility, and features for wireless antennas.
Details the connectors and headers located on the component side of the motherboard.
Provides pinout and signal name tables for various board connectors.
Describes the PCI Express and Conventional PCI slots for add-in cards.
Details the 2x12 power connector and its pin assignments.
Describes the functions and signal names of the front panel header.
Provides connection diagrams for front panel USB headers.
Shows the location of the jumper block and explains its role in BIOS modes.
Covers mechanical aspects of the board, including form factor and dimensions.
Describes the mini-ITX/microATX form factor and compliance with specifications.
Discusses electrical aspects, including fan header current and add-in board considerations.
Lists the current capability of the system fan header.
Details considerations for add-in boards, especially regarding +5V current for PCI slots.
Addresses thermal requirements, chassis airflow, and component temperature limits.
Provides guidelines for passive heatsink design in fanless or passively cooled systems.
Defines terms related to thermal specifications, such as TA, Tj, and TDP.
Lists thermal requirements and specifications for board components.
Provides guidelines for heatsink design, including size and mass.
Offers recommendations for chassis design to ensure proper airflow and thermal management.
Details minimum and maximum power requirements for the board and attached devices.
Presents test results for minimum load power consumption.
Presents test results for maximum load power consumption.
States the predicted Mean Time Between Failures (MTBF) for the board.
Lists the environmental specifications for the board, including temperature, shock, and vibration.
Introduces the Intel BIOS, its storage, and access methods via the BIOS Setup program.
Describes the organization of the BIOS within the SPI Flash memory device.
Explains how the BIOS automatically configures PCI devices and system resources.
Details the automatic configuration of PCI devices by the BIOS.
Explains SMBIOS as a DMI-compliant method for managing computer systems.
Describes legacy USB support for using USB devices before OS drivers are available.
Explains how to update the BIOS using Intel utilities and the F7 switch.
Details acceptable media types for BIOS recovery if an update is interrupted.
Explains how to augment the default Intel splash screen with a custom one.
Describes how to choose boot devices (hard drive, optical, network) in BIOS Setup.
Details booting from an optical drive, supporting El Torito specification.
Explains selecting network devices for booting, including onboard LAN.
Describes BIOS support for booting even when certain devices are absent.
Explains how to display and change boot device priority during POST.
Discusses factors affecting system boot speed and optimization techniques.
Provides techniques to improve system boot speed through peripheral choices.
Lists BIOS Setup settings to reduce POST execution time.
Covers BIOS security features like supervisor and user passwords for access control.
Lists audible beep codes used by the BIOS to signal status and recoverable errors during POST.
Describes blink patterns of the front panel power LED that indicate recoverable errors.
Lists BIOS error messages displayed during POST and their explanations.
Explains diagnostic POST codes generated during POST and their use in error determination.
Outlines the regulatory compliance information for the Intel Desktop Board D2550MUD2.
Lists the safety standards the board complies with when installed in a compatible system.
Provides the EU Declaration of Conformity for EMC, Low Voltage, and RoHS directives.
Addresses worldwide product ecology concerns, including disposal and recycling.
Lists the EMC regulations the board complies with, including FCC and European standards.
Details the board's compliance with ENERGY STAR, e-Standby, and ErP requirements.
Shows the regulatory compliance marks found on the board.
Provides warnings and instructions regarding battery replacement and disposal.
