GarrettCom 8000X manual 2b Inserting PM Cards into a Magnum, Removing PM Cards

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Magnum 8000X Mixed-Media Fiber Hubs

Installation and User Guide (05/ 02)

 

 

 

connector pins on the bottom of the PM card with the connector socket inside the unit. The pins are slightly angled to facilitate the installation. (Do NOT straighten the pins before insertion !!)

Step 3. Be sure the pins are precisely aligned with the holes in the header, and the PM front panel is guided into the front slot cut-out. Then, slowly and carefully apply enough pressure to insert the PM card’s pins into position, see Figure 3.9.2b. (If you force the PM down when the pins are not properly aligned with the holes in the header, the pins will become bent and the PM is damaged).

Once inserted, the PM card will be secured by the header connector, the front panel port slot cut-out, and retaining screws.

NOTE: If a PM is difficult to install, try it in another port slot. Some of the port modules may fit easily in one port slot and be very hard to install in another.

PM CARDS

Magnum 8000XPWR

 

 

BRD

 

Mixed Media Hub

1

 

10

 

ACT

 

GARRETT

COL

 

Figure 3.9.2b: Inserting PM Cards into a Magnum 8000X

NOTE: All PM slots need not be filled in order for the Magnum 8000X unit to be operational. When leaving PM slots empty, always use a face plate (Magnum PM-FP) to cover the slot opening in the front panel. This will maintain proper cooling air flow, safety, and operation as required by FCC, CE, and other regulations.

Step 4. Once all PM cards have been installed (including face plates for empty slots), the chassis cover should be replaced.

3.9.3Removing PM Cards

To properly remove a PM card from the Fiber Hub, follow the 3 steps below.

Step 1. Remove chassis cover

See procedure in Section 3.9.1 above.

Caution: Be sure the power cord is unplugged.

Step 2. Remove bottom-front retaining screws for the PM and Face Plate

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Contents Mixed-Media Fiber Hubs Magnum Mixed-Media Fiber Hubs Installation and User Guide TrademarksGarrettCom, Inc Contacting GarrettCom, IncMedia Converters, 10Mb and 100Mb series Personal Switches , 10/100MbPersonal Hubs, 10Mb series Introduction Magnum 8000X MIXED-MEDIA Fiber HUB Roubleshooting Revisions Network Standards Technical SpecificationsPower Supply, AC Internal Maximum Ethernet Segment or Domain LengthsLED Indicators DC Power Supply OptionsManual Switches WarrantySpecifications Switching Port Modules SPMs for bonus port PM Model # Ieee Standard Speed Connector type8000X Front Port Modules PMs Switch Port Modules SPMs for the Bonus PortMagnum 8000X Mixed-Media Fiber Hubs Magnum 8000X Mixed-Media Fiber Hubs General Information Product DescriptionMagnum 8000X Fiber Hub Chassis A Magnum 8000X, Front ViewC Magnum 8000X Rear Panel View Port Modules PMsSwitch Port Modules SPMs FPM-MSC, FPM-MST, FPM-MV45, FPM-SXMST, & PM-FP5a Inside view of Magnum 8000X with SPM installed. Rear view Filtering and Forwarding / Address LearningSeg Not in table Add source to table Forward Filter None Magnum SPM-FDST Magnum SPM-FDSC Magnum SPM-FDSSCSPM Specification Summary Table Magnum SPM-TTX10 /100 Speed Auto-sensing 8000X front copper ports only Stacking Magnum Mixed-Media 8000X Fiber Hubs7a a stack of one Magnum 8000X and two DS-8016-A’s Internal view of 8000X with bridge module installed Stackable and Scaleable Configurations LEDs for Chassis and PM CardsApplications Magnum 8000X has 16 ports per unit Locating the Magnum Magnum 8000X InstallationConnecting Ethernet Media Copper Connecting Fiber Optic ST-type, twist-lockConnecting Fiber Optic SC-type, Snap-In Connecting Single-Mode Fiber Optic Media Ieee StandardBit Time per Meter BT/m Magnum 8000X Mixed-Media Fiber Hubs PDV = X + 100 + 80 + 80 + 1b Multiple cascaded Magnum 8000X Mixed-Media hubsConnections to NICs which support Auto-Negotiation Max. User Max. Inter HubsLength m Table-Top or Shelf MountingPreparation for Installing and Removing PMs StopRemove Chassis Cover 1a Removing Chassis CoverSlot. Align Installing PM Cards in the MagnumConnector socket 2b Inserting PM Cards into a Magnum Removing PM CardsPM Cards 10a Removing Chassis Cover Installing an SPM Module in the Magnum 10.1a Top View SPM Module Installed in aRemove retaining screws for the SPM, face-plate only Powering the MagnumRemoving an SPM Bonus Port Module Remove SPM CardMagnum 8000X Mixed-Media Fiber Hubs Dual-Speed Functionality OperationRepeater Functionality Throughput Increase Address Learning Address Table Maintenance8000X Dual-Speed Hub Functionality Auto-negotiation per-port for dual-speed hubs occurs when Software TransparencyAuto-negotiation and speed-sensing Chassis LEDsPower Budget Calculations for 8000X FPM’s and Fiber Media ’cvrIntroduction Magnum 8000X Port Modules FPM-MST, 100Mbps multi-mode FX-ST-type, twist-lock connector FPM-MSC 100Mbps multi-mode FX-SC-type, snap-in connectorFPM-SSC 100Mbps single-mode FX-SC-type, snap-in connector Activity 2 LinkActivity Link Connector100BASE-FX MT-RJ FPM-SXMST and Sxmsc 100BASE-SX when available SX short wavelengthPM-RJ45 and RJ45U Twisted Pair Each empty PM slot Must be installedPM-FP Troubleshooting Before Calling for AssistanceWhen Calling for Assistance Return Material Authorization RMA ProcedureNo Problem Found Shipping and Packaging InformationSpecifications for Magnum Mixed -MEDIA 8000X Hubs B3.0 Applications for DC Powered Ethernet HubsB4.0 Installation B4.1 UL RequirementsB6.0 Ordering Information B5.0Operation B7.0C3.0 DUAL-SOURCE OPTION, Theory of Operation C4.0 Features and Benefits of the DUAL-SOURCE DesignC5.0 Installation Example Magnum 8000X-48VDC C5.1 UL RequirementsC6.0 Ordering Information C7.0

8000X specifications

The GarrettCom 8000X series represents a significant advancement in industrial networking technology, designed specifically for demanding environments that require robust and reliable communication solutions. Known for its versatility and resilience, the 8000X series caters to various industries, including transportation, utilities, and automation, making it a go-to choice for mission-critical applications.

One of the main features of the 8000X is its modular design, allowing users to customize the switch according to their specific networking needs. This feature provides the flexibility to add and remove modules seamlessly, ensuring that the network can adapt as requirements change over time. The modularity also contributes to easier maintenance and upgrades, reducing downtime and enhancing operational efficiency.

The 8000X series is built to operate in harsh environments, with an operating temperature range of -40°C to 85°C, making it suitable for outdoor and industrial applications. Its rugged chassis is designed to withstand vibration and shock, ensuring reliability even in the most challenging conditions.

Equipped with both Ethernet and fiber optic ports, the 8000X series supports a variety of network topologies and facilitates extensive connectivity options. It usually offers multiple gigabit Ethernet ports, allowing for high-speed data transmission. This feature is crucial for applications that demand real-time data processing, such as video surveillance and process control systems.

In terms of security, the GarrettCom 8000X series incorporates advanced features such as VLAN support, access control lists (ACLs), and network monitoring tools. These security measures are essential for protecting sensitive data and maintaining network integrity against potential threats.

The device also supports various network protocols, including IPv4, IPv6, and various industrial protocols such as Modbus. This compatibility ensures that the 8000X can seamlessly integrate into existing infrastructures and communicate effectively with other devices and systems.

Furthermore, the GarrettCom 8000X series is equipped with built-in redundancy features, such as dual power supplies and support for Rapid Spanning Tree Protocol (RSTP), which enhance network reliability and minimize the risk of downtime.

Overall, the GarrettCom 8000X series stands out with its robust construction, modularity, and advanced technology, making it an ideal solution for organizations seeking reliable networking equipment capable of performing under extreme conditions. Its features make it a vital asset for industries focused on maintaining high-performance communication standards.