Hitachi US7070447-001 manual Base model configurations

Page 19

Draft Level—Hitachi Confidential

HiSpeed Switch

Each of the HS150 and HS140 models has one expansion slot which can be populated with an expansion module that doubles the number and/or type of available ports. The expansion modules can be installed in the field or at the factory prior to shipment. The HS150 switch models also have a PCI bus for the addition of an uplink module. The uplink module provides a dedicated connection to a server or network backbone. Table 2-1 lists the model numbers and the upgrade path for each.

Note: The ￿￿￿￿￿-010 and ￿￿￿￿￿-100 models are not capable of accepting the uplink options.

Table 2-1.

Base model configurations

 

 

 

 

 

 

 

 

 

 

 

 

 

10

10/100

100

Total

 

 

Model

 

Mbps

Mbps

Mbps

Uplink

Upgrades To

 

Ports

 

 

TX Ports

TX Ports

FX Ports

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

HS 150-010-16

 

12

4

0

16

Yes

To 32 ports with HS150-010-16-E

HS 150-010-32

 

24

8

0

32

Yes

Max port configuration

HS140-010-16-2FX

12

2

2

16

No

Max configuration.

HS140-010-32-2FX

24

6

2

32

No

Max port configuration

HS 150-100-8

 

0

8

0

8

Yes

To 16 ports with HS150-100-8-E

 

 

 

 

 

 

 

or HS150-100-8-FXE

HS 150-100-16

 

0

16

0

16

Yes

Max port configuration

HS 140-100-16

 

0

16

0

16

No

Max port configuration

HS 140-100-8-FX

0

 

8

8

No

To 16 ports with HS150-100-8-E

 

 

 

 

 

 

 

or HS150-100-8-FXE

HS 140-100-16-FX

0

 

16

16

No

Max port configuration

HS140-100-16-8FX

0

8

8

16

No

Max port configuration

 

 

 

 

 

 

 

 

￿￿￿￿￿Note: ￿￿￿￿￿-010 switch units accept ￿￿￿￿￿-010 expansion modules and -100 switch units accept ￿￿￿￿￿-100 expansion modules.

US7070447-001, Rev 01

2-3

Image 19
Contents Troubleshooting Guide #&$$% Table of Contents Chapter Cabling Chapter Methods of Managing the SwitchChapter Fundamentals of Networking Chapter Bridging Concepts Chapter Troubleshooting at the MAC LayerChapter Vlan Concepts Chapter Basic ATM Concepts Chapter Troubleshooting at the Network LayerIndex Chapter Fddi ConceptsViii HS150-100-16 base model with an HS150-100-8E expansion List of FiguresViii List of Tables US7070447-001 Chapter Introduction Purpose of the Guide Basic Troubleshooting TipsHow to Contact Tech Support HIassist@hitachi.com HiSpeed Switch Troubleshooting Guide Basic Product Features Supported Chapter HiSpeed Switch What is the HiSpeed Switch?Available Configurations Total Model Mbps Uplink Upgrades To Ports TX Ports FX Ports Base model configurationsHS140/150-100 Model HS140/150-010 ModelMbps Base Model TX Ports FX Ports HiSpeed switch expansion modulesExpansion Modules Module Number MbpsUplink modules for the HS15-010 and HS150-100 UpLink ModulesModel Ports Type Base Model Observing LEDs Chapter Hardware DiagnosticsLED status Reset ButtonLEDs Module LEDsHardware Diagnostics Color State Description RJ-45 LEDsLEDs on FX ports Color Status DescriptionFactory Switch Settings HiSpeed Memory, Boot Prom, Flash ComponentsHiSpeed Switch Troubleshooting Guide Basic Connections Chapter CablingPin MDI-X Signal RJ-45 Connector pin assignments10BASE-TX Ports 100BASE-FX Ports 10/100BASE-TX PortsConsole Port Pins Signal NameConsole Port Pin Assignments Cabling HiSpeed Switch Troubleshooting Guide Chapter Fundamentals of Networking Network Media Examples of Physical Layer devices are repeaters and hubsExamples of Layer 2 devices are bridges and switches HiSpeed Switch Troubleshooting GUide CLI Command Line Interface Chapter Methods of Managing the SwitchUsing the Console Port Troubleshooting a Console Connection Using a Telnet SessionLogging Troubleshooting a Telnet SessionWindows 95/Windows NT HiView Switch ManagementHiView Tips UnixSnmpc Issues Troubleshooting HiViewExample MIB Compiler Reload NowagainFig2. MIB Browser SNMPTalk Issues How Spanning Tree Works Chapter Bridging Concepts Basic Bridging ConceptsUsing Spanning Tree Troubleshooting Bridging Issues To reduce the STA timer, type Vlan CLI CommandsHiSpeed Switch Troubleshooting Guide Chapter Vlan Concepts VLANs Default VLANs Multiple VLANsProblem Cannot ping a users on a different Vlan Troubleshooting VLANsVlan Entries Useful CLI CommandsDescription CLI command Vlan entry created Vlan TipsChapter Troubleshooting at the MAC Layer Ethernet Common Ethernet Errors Physical Media SpecificationsOversized frames Alignment errorsFCS errors Ethernet TipsTo clear the buffer queues Troubleshooting EthernetDisplays all port speeds, duplexity HiSpeed Switch Troubleshooting GUide Class Range Subnet Mask IP address classesRIP Routing Information Protocol Other IP-related ServicesRoute Cache Forwarding vs. IP Forwarding Default RouteStatic Routes vs. Dynamic Routes Network Unreachable Common Icmp Destination Unreachable MessagesTroubleshooting IP Problem Cannot establish a telnet session to the switch CLI CommandsVPI/VCI Chapter Basic ATM ConceptsLAN Emulation Lane Permanent Virtual Circuits vs Switched Virtual CircuitsLAN Emulation Client LEC Point-to-Point Bridging Ptop Classical IP over ATM CIPATM Ptop TrunkingATM Troubleshooting Tips Hitachi HiSpeed ATM SpecificationsTroubleshooting Lane Verify the following using /ATM/SHOW/connection Troubleshooting CIP11-9 Troubleshooting Ptop Verify signaling and Ilmi status should be ‘up’ Troubleshooting Trunking Verify all ATM Trunk ports are in a ‘Forwarding’ state using Displays all active ATM circuits Dual Ring Chapter Fddi ConceptsHiSpeed Fddi Uplink Fddi Uplink Module installed in an HS150SAS cable connections Cable ConnectionsLED States Fddi Bridge ModesLED Status Board Status Description Yellow Green Promiscuous Mode Fddi Troubleshooting TipsFiltering Mode Forwarding ModeVerify that physical port 34 is active using vvp Troubleshooting FddiProblem Cannot ping another Vlan over Fddi 12-8 Displays the Fddi MAC Neighbor address table 12-10 Index 71$E54 C1=5.2 ?U?B*,8

US7070447-001 specifications

The Hitachi US7070447-001 is a sophisticated data storage and retrieval system designed to enhance the efficiency and performance of various applications in both commercial and industrial sectors. With its robust architecture and advanced technologies, this system addresses the growing demand for high-speed data processing and reliable storage solutions.

One of the main features of the US7070447-001 is its scalable storage capacity. This capability allows users to expand the storage space as their data needs increase, making it an ideal solution for businesses that anticipate growth. The flexible architecture supports a vast array of storage configurations, from small setups to large-scale implementations, catering to diverse operational requirements.

The US7070447-001 utilizes cutting-edge technologies such as high-speed data transfer protocols, which ensure quick access to stored information. This expedited data retrieval is crucial for applications requiring real-time processing and decision-making. Furthermore, the system is designed with advanced error correction and data integrity protocols, ensuring that the information stored remains accurate and secure over time.

Another key characteristic of the Hitachi US7070447-001 is its energy efficiency. By employing smart power management techniques, this system reduces energy consumption while maintaining optimal performance levels. This eco-friendly design not only cuts operating costs but also aligns with modern sustainability goals.

The system also boasts a high level of compatibility with various operating systems and software platforms, providing flexibility for users in diverse environments. Whether it’s integrated into an existing infrastructure or used as a standalone solution, the US7070447-001 is versatile enough to meet the demands of both legacy and contemporary systems.

Security features are paramount in the US7070447-001, offering encrypted data storage and secure access protocols. These measures protect sensitive information from unauthorized access, ensuring compliance with industry regulations and safeguarding user data.

In conclusion, the Hitachi US7070447-001 represents a significant advancement in data storage and management technology. With its scalable architecture, high-speed capabilities, energy efficiency, broad compatibility, and robust security features, this system is well-equipped to meet the dynamic needs of modern businesses, making it an invaluable asset in today's data-driven landscape.