Compaq EK-ASIP2-OG. D01 Eisa bus, Eisa Configuration Utility ECU, Environment variables, Ethernet

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Glossary

dry contacts

An electromagnetic device for remote or automatic control that is activated by variation in conditions of an electric circuit and that in turn operates other devices (such as switches) in the same or a different circuit.

DSX-1

Digital Signal Cross-connect Level 1. Any equipment that supports a set of parameters for cross-connecting DS-1 (either T-1 or E-1) lines.

E-1

Another name given to the CEPT (Conference of European Postal and Telecommunications Administrations) digital telephony format. E-1 is a digital transmission channel that carries data at the rate of 2.048 Mb/s (DS-1 level).

ECC

Error correction code. The code and algorithms used by logic to facilitate error detection and correction.

EISA bus

Extended Industry Standard Architecture bus. A 32-bit industry-standard I/O bus used primarily in high-end PCs and servers.

EISA Configuration Utility (ECU)

A feature of the EISA bus that helps you select a conflict- free system configuration and perform other system services. The ECU must be run whenever you change, add, or remove an EISA or ISA controller.

environment variables

The global data structures that can be accessed from console mode. The setting of these data structures determines how a system powers up, boots the operating system, and operates.

Ethernet

The IEEE 802.3 standard local area network.

firmware

The software code stored in hardware.

initialization

The sequence of steps that prepare the computer system to start. Initialization occurs after a system has been powered up.

Interrupt request lines (IRQs)

The bus signals that connect an EISA or ISA module (for example, a disk controller) to the system so that the module can get the system's attention by means of an interrupt.

ISA

Industry Standard Architecture. An 8-bit or 16-bit industry-standard I/O bus, widely used in personal computer products. The EISA bus is a superset of the ISA bus.

AlphaServer Intelligent Peripheral Platform Hardware Owner's Guide Glossary-3

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Contents May Compaq Computer Corporation Houston, Texas May Acoustics Page Table of Contents System Troubleshooting Reconfiguring the AlphaServer IP PlatformAlphaServer IP Platform Specifications Basic OperationField Wiring the -48 Vdc Power Inverter Alarm Input WiringAlphaServer IP Platform Duplex System Diagrams AlphaServer IP Platform Simplex System DiagramsViii About This Guide PrefaceIntended Audience Structure of This DocumentRelated Documentation ConventionsConvention Meaning Introduction Product OverviewIP Platform Overview IP Duplex System IP Simplex SystemFactory Installed Software Alarm Subsystem System FeaturesUser Interfaces MaintainabilityUpgrading Safety and Electromagnetic CompatibilityCompaq Computer Corporation and Industry Standards Telecommunications InterfacesRequired and Optional Hardware AlphaServer 1000A SystemSystem Security OverviewPart Number Description Simplex Duplex AlphaServer 1000A Required HardwareISA Bus Expansion Chassis Modular Storage Shelf Subsystem BA35x-SxModular Storage Shelf Optional Hardware Modular Storage Shelf BA35x-Sx Optional HardwarePart Number Description Simplex Duplex ISA Bus Expansion Chassis Required and Optional HardwareAlarm Indicator Panel IP Power Controller SubsystemIP Power Controller Options Alarm Indicator Panel OptionsExternal Hardware Options External Hardware OptionsPage Factory Installed Hardware Installing the AlphaServer IP Platform HardwareSite Preparation Preinstallation ConsiderationsAchtung Vorsicht Hardware InstallationConnecting the Network Hardware Installing the IP PlatformSignal Pins Connecting Dialogic D/240SC-T1 and DTI/211 T-1 ModulesT-1 to D/240SC-T1 Pin Designations T1 to DTI/211 Pin DesignationsConnecting Dialogic DTI/212 E-1 Modules 120-Ohm Connecting Dialogic DTI/212 E-1 Modules 75-OhmSignal Jack/Pin E-1 to DTI/212 75-Ohm Pin DesignationsLSI/120 Loop-Start 25-Pin Designations Connecting Dialogic LSI/120 Loop-Start ModuleUser Alarms IP Power ControllerLSI/120 Loop-Start 50-Pin Designations Locking Your System Page Step I Power Controller Circuit Breakers Turning on the AlphaServer IP PlatformStep III AlphaServer 1000A System Basic OperationBasic Operation of the IP Platform Subsystem Components Visual IndicatorsAlarm Indicator Panel Front and Rear View Replacing Batteries in the Alarm Indicator Panel Audible IndicatorDry Contacts Power Condition Relay State Critical Major Minor Dry Contact Relay Functional SpecificationModular Storage Shelf BA35x-Sx Subsystem Voltage Amps Reconfiguring the AlphaServer IP Platform SRM Console Configuration Commands AlphaServer 1000A System ConfigurationsCommand Description Removing and Replacing the Alarm Sensor Module ISA Bus Expansion Chassis ConfigurationRemoving and Replacing the AT Bus Expansion Kit Modular Storage Shelf BA35x-Sx Subsystem ConfigurationRemoving and Replacing the Alarm Indicator Module Alarm Indicator Panel ConfigurationPage System Troubleshooting Alarm Indicator Panel AlphaServer 1000A SubsystemISA Bus Expansion Chassis AlphaServer IP Power ControllersModular Storage Shelf BA35x-Sx Subsystem Page Physical Dimensions AlphaServer IP Platform SpecificationsElectrical Specifications Table A-1 Physical DimensionsTable A-3 Environmental Specifications System Environmental SpecificationsOperating/Storage Conditions Nonoperating ConditionsTable A-4 Dry Contact Specifications Dry Contact SpecificationsInput Specifications Output SpecificationsCentral Office Compatibility Alarm Input Wiring Diagram Alarm Input WiringTable B-1 Alarm Control M odule 8-Pin MJ Connector Pinout Wiring User Alarm InputsPin No Signal Field Wiring the -48 Vdc Power Controllers Field Wiring the -48 Vdc Power InverterField Wiring Recommendations Installing Suitable Field WiringTable C-1 Field Wir ing Recommendations for Each Power Feed Installing the WiringAlphaServer IP Platform Duplex System Diagrams Figure D-1 IP Platform D uplex AC System Front and Side View AlphaServer IP Platform Duplex AC SystemFigure D-2 IP Platform D uplex AC System Rear View Figure D-3 IP Platform D uplex DC System Front and Side View AlphaServer IP Platform Duplex DC SystemFigure D-4 IP Platform D uplex DC System Rear View Page AlphaServer IP Platform Simplex System Diagrams Figure E-1 IP Platform Simplex AC System Front and Side View AlphaServer IP Platform Simplex AC SystemFigure E-2 IP Platform Simplex AC System Rear View Figure E-3 IP Platform Simplex DC System Front and Side View AlphaServer IP Platform Simplex DC SystemFigure E-4 IP Platform Simplex DC System Rear View Page Glossary Console mode Command line interfaceDiagnostic program BusEisa bus Eisa Configuration Utility ECUEnvironment variables EthernetMaintenance Operations Protocol MOP session MAC media access control addressLight-emitting diode LED Mass storage deviceReliability RedundantRepeater ServerStorageWorks ThinWireSystem disk TelnetIndex Index

EK-ASIP2-OG. D01 specifications

The Compaq EK-ASIP2-OG. D01 is a significant product in the landscape of enterprise computing, featuring a range of capabilities that cater directly to the needs of businesses seeking high-performance solutions. This hardware is designed for a range of applications, offering a solid balance between efficiency and power, making it suitable for varying workloads.

One of the key features of the EK-ASIP2-OG. D01 is its robust processing architecture. It is equipped with advanced microprocessor technology that ensures high-speed data processing and multitasking capabilities. This feature is particularly valuable in environments that require the simultaneous execution of multiple applications, thereby enhancing productivity and operational efficiency.

In addition to processing power, the EK-ASIP2-OG. D01 integrates significant memory capacity. This ensures that large applications can run smoothly without performance bottlenecks. The system supports scalable memory configurations, allowing users to optimize their setup according to their specific needs. This flexibility is essential for organizations that anticipate growth or require variable resource allocation.

Networking capabilities are another standout aspect of the EK-ASIP2-OG. D01. It comes with advanced network interfaces that promote seamless connectivity and high-speed data transfer. This is crucial for enterprise environments where data needs to be shared across various departments or locations in real time. The integration of leading networking technologies ensures reliable communication and collaboration, which are vital for modern business operations.

Furthermore, the EK-ASIP2-OG. D01 is designed with advanced security features, addressing the growing concerns around data protection. These features include encryption capabilities and secure access controls, ensuring that sensitive information remains safeguarded against potential threats. This focus on security makes it an ideal choice for businesses that prioritize safeguarding their data.

In terms of energy efficiency, the EK-ASIP2-OG. D01 employs power management technologies that reduce energy consumption without compromising performance. This not only contributes to cost savings for organizations but also aligns with sustainability goals, a factor increasingly important to businesses globally.

In conclusion, the Compaq EK-ASIP2-OG. D01 is a powerful and versatile server solution, equipped with cutting-edge technologies, robust security features, and sustainable energy practices. It is designed to meet the demands of modern enterprises, making it a reliable choice for businesses looking to enhance their computing capabilities and overall operational efficiency.
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