IBM LV-671 user manual Component Placement

Page 13

LV-671 User’s Manual

Introduction

1.3 <Component Placement>

1 x 184-pin DDR266/333 DIMM up to 1GB

Intel ICH4

(Southbridge)

Intel 855GME (Northbridge)

Socket479

For 478-pin PGA

Pentium M/Celeron M

Onboard DC

to DC inverter

Intel 82540EM

Gigabit LAN

Onboard

479-pin BGA

Pentium M/Celeron M

REALTEK

ALC655 5.1CH

Audio Codec

For embedded

CPU version

Component Placement

13

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Contents User’s Manual LV-671LV-671 User’s Manual LV-671 User’s Manual Trademark DisclaimerPacking List Other AccessoriesHardware Cable KitIndex Hardware SetupChapter LV-671 User’s Manual IndexBios Setup Appendix a I/O Port Pin Assignment LV-671 User’s Manual Index System SetupAppendix B Flash Bios Appendix C System ResourceLV-671 User’s Manual This Page is Left for Blank Product Overview IntroductionMulti-I/O Port Product SpecificationCard Bus VGA Display InterfaceAudio Interface Ethernet InterfaceSolid State Disk Interface Expansion InterfacePower and Environment Component Placement Component PlacementBlock Diagram Block DiagramConnector Location Hardware SetupLV-671 User’s Manual Hardware Setup Connector LocationJumper Function Jumper ReferenceJumper Reference Internal Connector Connector ReferenceExternal I/O connector Connector Function RemarkCPU Installation System SetupCPU Installation Memory Installation Memory InstallationCooler Specification CPU Cooler InstallationCooler Installation Guide CPU Cooler InstallationJrtc Mode Cmos SetupCmos Setup IDE Interface Jdom ModeIDE Interface Mode Compact Flash InterfaceManufacture Capacity Compact Flash InterfaceAnalog display interface Display InterfaceDigital display interface Display InterfacePin Signal Connector model Hirose DF13-40DP-1.25VPin Description LV-671 User’s Manual Hardware Setup LCD installing guide For 18-bit color For 24-bit color Output format Bios panel type selection formAudio Interface Audio InterfaceConnector Cdin LV-671 User’s Manual Hardware Setup Connector CnaudioPin Ethernet InterfaceRJ45 Ethernet InterfaceType 2 Use standard internal P4 power supply for CN12V Power and Fan connectorPower and Fan Connector +12V Ground Connector Dcin Type 4-pin DC power connector Gpio Interface Gpio InterfaceExpansive Interface Expansive InterfaceFunction Signal Switch and IndicatorSignal Function LV-671 User’s Manual This Page is Left for Blank Watchdog Timer Setting System SetupAudio Setup Audio SettingBefore you using your display device Display Device SetupDisplay Device Setup LV-671 User’s Manual System Setup LV-671 User’s Manual System Setup LV-671 User’s Manual System Setup Bios Setup Bios SetupLV-671 User’s Manual This Page is Left for Blank IDE Port Appendix a I/O Port Pin AssignmentLV-671 User’s Manual Port Pin Assignment IDE PortIRQ Cblid CS1 CS3 Ideact Floppy Port Connector CNUSB1, CNUSB2USB Interface Floppy PortVGA Port IrDA PortLAN Port MI0+ MI1+ MI2+ MI3+LV-671 User’s ManualI/O Port Pin Assignment Serial PortSerial Port LV-671 User’s Manual This Page is Left for Blank Flash Bios Procedure Appendix B Flash BiosLV-671 User’s Manual Flash Bios Flash ToolLV-671 User’s Manual This Page is Left for Blank I/O Address Map Appendix C System ResourceLV-671 User’s Manual System Resource Address Range DeviceLV-671 User’s Manual System Resource Range Device Memory Address MapMemory Address Map C3.1 IRQ System IRQ and DMA ResourceIRQ Number Device System IRQ and DMA ResourceChannel Device C3.2 DMACommell is our trademark of industrial PC division Taiwan Commate Computer Inc

LV-671 specifications

The IBM LV-671 is a remarkable leap in the world of computing, showcasing advanced technologies designed to meet the demands of modern enterprise environments. This powerful system is engineered for versatility and efficiency, making it suitable for a wide range of applications, from large-scale data processing to high-performance computing.

One of the main features of the IBM LV-671 is its robust processing capability. Incorporating the latest in IBM’s Power architecture, the LV-671 is equipped with multiple processors that deliver outstanding performance. These processors support simultaneous multithreading, which enhances the system's ability to handle multiple tasks without compromising on speed or efficiency. This makes the LV-671 particularly well-suited for workloads that require heavy computation and rapid data analysis.

In addition to its powerful processing capabilities, the IBM LV-671 also boasts advanced memory technology. With a large memory bandwidth and support for high-capacity memory modules, this system ensures that resource-intensive applications run smoothly. The architecture is designed to optimize memory usage, providing seamless access to the data necessary for critical business applications.

Connectivity is another standout feature of the LV-671. Equipped with state-of-the-art networking capabilities, the system supports high-speed connections that facilitate data transfer and communication between various devices and systems. This is essential for environments where real-time data sharing is crucial.

IBM has integrated comprehensive security features into the LV-671, which is vital in today's cyber landscape. This includes built-in encryption capabilities, secure boot processes, and advanced access control mechanisms that protect sensitive data and maintain system integrity.

Scalability is also a significant characteristic of the LV-671. Businesses can expand their computing resources as needs grow without facing major overhauls or downtime. This flexibility is a major asset for organizations looking to adapt to changing market demands.

In summary, the IBM LV-671 stands as a powerful, flexible, and secure computing solution. Its advanced processing, memory technology, connectivity options, and comprehensive security features make it a formidable tool for enterprises looking to elevate their computing strategies. As businesses continue to navigate the complexities of the digital age, systems like the IBM LV-671 provide the performance and reliability required to thrive.