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Terabeam Gigalink Field Installation and Service Manual Version 2.1 September, 2002 THIS DEVICE COMPLIES WITH PART 15 OF THE FCC RULES. OPERATION IS SUBJECT TO THE FOLLOWING TWO CONDITIONS. (1) THIS DEVICE MAY NOT CAUSE HARMFUL INTERFERENCE, AND (2) THIS DEVICE MUST ACCEPT ANY INTERFERENCE RECEIVED, INCLUDING INTERFERENCE THAT MAY CAUSE UNDESIRED OPERATION.
Sight (LOS) to operate reliably. Because of the extremely high data bandwidth provided by the Gigalink system (1.25Gbps) it is likely that our radio systems will be utilized as a critical or primary network connection. This absolute reliance on our systems for connectivity demands a focused attention to detail in order to assure un-interrupted operation.
FCC Compliance Statement The Terabeam Gigalink family of products is type-certified for unlicensed operation in compliance with FCC Part 15.255. Terabeam Gigalink radio products are factory set for frequency, frequency stability and transmitter power levels. No user-authorized adjustments are provided. Changes or modifications not expressly approved by the party responsible for compliance will void the user’s authority to operate this equipment.
57.05 – 64.0 GHz. Due to the unlicensed status of this band, FCC license or special authorization is not required to operate our Gigalink systems. In addition, the high atmospheric absorption of RF energy at this frequency virtually eliminates any chance of interference from competing systems or unauthorized interception of the transmitted signal.
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Unpacking the Kit and Verifying Contents Your Gigalink system will arrive in two separate boxes, one containing the high band radio terminal, DC Connector kit, mounting hardware and documentation and one containing the low band radio terminal, DC Connector kit, mounting hardware and documentation. The contents of both boxes should be identical with the exception of the fiber optic loop-back cable, supplied only with one terminal.
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If any items are found to be missing, installers should contact the factory to arrange delivery. Chapter 2 Gigalink Installation Quick Guide Terabeam Gigalink Field Installation and Service Manual Document Number: 045-1032-0000 / Revision: Draft Release Date: TBD / Print Date: 12/10/02...
The SNMP is accessed through the Gigamon™ Graphic User Interface (GUI). The Gigamon Interface is the primary tool for precision alignment of the Gigalink terminals. Through Gigamon, the SNMP utility is also used to set terminal configurations and provide ongoing monitoring of critical radio parameters.
Computer desktop. Double clicking on this Icon will produce the window shown in Figure 3. If problems are encountered during the Gigamon monitor software installation process, refer to the more detail description of the Gigalink SNMP utility and Gigamon monitoring software (sections 3 and 4) of the enclosed “Users Manual”.
Electrical Power The Gigalink Model 6451e terminal operates on a single –48VDC supply. Power may be provided from a regulated power supply or battery plant. The installer must provide a 3 stranded conductor DC power cable of a gauge sufficient for the intended application.
Building Ground Network Interfaces The Gigalink terminals utilize a weatherproof, FC type fiber connector on the radio terminal and a proprietary 10BaseT interface for SNMP communications. Network Fiber must be supplied to the radio terminal location and terminated in FC Male. The supplied Gigamon adapter cable (Figure 1, Item 4) can be permanently installed for the SNMP network connection by attaching a standard CAT 5 coupler and cable.
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Connector 50ohm IF Monitor ground lug Port, load and Chain Chapter 2 Gigalink Installation Quick Guide Terabeam Gigalink Field Installation and Service Manual Document Number: 045-1032-0000 / Revision: Draft Release Date: TBD / Print Date: 12/10/02 Proprietary and Confidential...
Before actual terminal mounting can be accomplished, it is necessary to attach the Pan and Tilt Gimbal Mount to the Gigalink radio terminal housing. The necessary hardware for this attachment is provided with the Pan and Tilt Gimbal Mount # 2289-1 and consists of (4) M8 x 1.5cm stainless steel bolts, flat washers and lock washers.
Selecting the Optimum Terminal Mounting Method The following sections detail available mounting methods and hardware for the Gigalink product. Figure 11, Standard Wall Mount Gigalink™ Transceiver Pan and Tilt C Bracket (#2289) “L” Bracket (#2842-1) Stainless Steel Bolts, ½ ” Minimum O.D.
Nuts (hardware kit #2901) Rough Mechanical (Visual) Alignment Once the Gigalink Radio Terminals are securely fastened to the mounting locations, the installer should visually align the terminals. Visual alignment is accomplished by loosening both the C Bracket Attachment bolts and L Bracket Mounting bolts slightly. With these (7) bolts loosened the terminal can be aligned (aimed) toward the other terminal by sighting along the radio housing body.
Connecting Network Services Once the power has been applied to the Gigalink terminal, Network services can be connected and verified. The network Fiber connections to the Gigalink terminal are Type FC male terminated fiber optic cables. Make these connections by aligning the connector body index tab, then tightening the outer collar in a clockwise rotation.
Verifying Network Operation Once an acceptable (optimum) receive level has been achieved, the Gigalink system will provide an error free RF link between the two network devices at both sites. If no link is obtained, check the network fiber, routing table configurations and other network parameters.
2. Connect computer’s Ethernet card with the Gigalink radio terminal 10BaseT terminal with the supplied SNMP Adapter Cable. 3. Power up the Gigalink terminal by connecting AC power and the DC power cable. 4. Double Click the “Gigamon” Icon to run the program.
The main function of Gigamon is to detect all the Gigalink terminals connected within the same network (connected via hub/switches) and to configure/monitor their parameters. Gigamon will detect and read the parameters of multiple Gigalink terminals (up to 8) at the same time, but it configures/monitors only the Gigalink currently selected. After selecting ‘Refresh’...
Gigalink(s), and so the value “Unknown” is displayed. When ‘Refresh’ is selected from Action menu, the program tries to get the MAC addresses of all the Gigalink terminals connected to the network segment, and then ‘Unknown’ value becomes the MAC address of the first Gigalink terminal MAC address detected.
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A higher Rx Power indicates better alignment. As the user does adjustment in “Run” mode changing the Gigalink terminal alignment, Rx Power varies. A magenta, horizontal, line is displayed on the top of the blue receive level rectangle indicates the highest/maximum value reached so far.
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‘Cancel’ button after ‘Select’ undoes the selection and keeps previous selection of currently active radio. − ‘Save Info As’ to open a dialog box “Save Gigalink Info in a File As” for the user to select a text filename to save all the parameters for all the Gigalink terminals detected.
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(date and time) with seconds resolution so the saved file may have several lines for the same Gigalink terminal if appending to an existing file or the user chooses ‘Save Info As’ several time during the current session.
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Format of “Save Gigalink Info” file The Left portion of the “Save Gigalink Info” file data The Right portion of the “Save Gigalink Info” file data − The “Select Ethernet Adaptor” window appears by menu option ‘File->Select Ethernet Adapter’. It also appears when program is launched if multiple network adapters are found in the computer.
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− The ‘Network and Security’ option from ‘SNMP’ submenu of ‘Settings’ menu opens “Network and Security Settings” dialog box for writing/setting SNMP Network configuration to the Gigalink terminal currently selected. Chapter 3 Gigamon Software Terabeam Gigalink Field Installation and Service Manual...
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SNMP related settable/configurable parameters: − Gigalink SNMP Agent IP: This value is needed for any SNMP monitoring software to request a Gigalink for any SNMP variable’s value or to change value (SNMP Get/Set functions). It is also needed for SNMP monitoring software to distinguish the source of any SNMP trap packet sent by any Gigalink terminal.
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AND between this Subnet Mask and destination IP address to find out if the destination is in its local subnet. The Gigalink terminal needs to know the local “Subnet Mask” because if the destination is not within its local network, the Gigalink terminal will send the packet to the default destination, the Gateway, which is a router.
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“Triggering Parameters and Setting Threshold” Screen These settings trigger parameters on/off and define the threshold range for the triggered parameters. The Gigalink terminal monitor will send the SNMP Host/Manager an SNMP alert trap when a trigger-enabled parameter goes beyond the set threshold range.
• Tx Link: Transmit Link. If it is triggered on and optical circuit becomes open, SNMP alert trap will be sent. • Rx Link: Receive Link. If it is triggered on and no data is coming to Gigalink from the corresponding remote terminal, SNMP alert trap will be sent.
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Gigalink(s) reply with the data requested along with their MAC address. Gigamon can receive replies from up to 8 Gigalink terminals and refreshes its data discarding any old data of the current session if there is any unless any data was saved through the menu option “Save Gigalink Info As”...
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Gigalink terminals that replied during ‘Refresh’ action, but displays values only for one Gigalink at a time. If a different MAC address is chosen form the “MAC Address Combo List”, the parameter values for that MAC Address will be displayed in a read-only format.
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‘Stop’ option form ‘Align’ submenu of ‘Action’ menu stops the ‘Runmode’ described above. Chapter 3 Gigamon Software 3-15 Terabeam Gigalink Field Installation and Service Manual Document Number: 045-1032-0000 / Revision: Draft Release Date: TBD / Print Date: 12/10/02 Proprietary and Confidential...
Terminal Maintenance and Troubleshooting Maintenance Under normal operating conditions, installed Gigalink radio terminals require no maintenance other than periodic inspections and a comparison of current monitored parameters to those recorded during installation. Under high dust or pollution conditions, it may be necessary to periodically clean the terminal radomes.
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Red/Green Red/Green PLL in unlocked state Cycle power to restore lock, schedule replacement terminal Chapter 4 Gigamon Software Terabeam Gigalink Field Installation and Service Manual Document Number: 045-1032-0000 / Revision: Draft Release Date: TBD / Print Date: 12/10/02 Proprietary and Confidential...
Rain Event Beyond Expectations Obstruction to RF Path Terminal Alignment changed Chapter 4 Terminal Maintenance and Troubleshooting Terabeam Gigalink Field Installation and Service Manual Document Number: 045-1032-0000 / Revision: Draft Release Date: TBD / Print Date: 12/10/02 Proprietary and Confidential...
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DC power supply started before connection to the terminal? If no, there may be problem with the management cable at remote terminal. Chapter 4 Gigamon Software Terabeam Gigalink Field Installation and Service Manual Document Number: 045-1032-0000 / Revision: Draft Release Date: TBD / Print Date: 12/10/02...
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Broken Fiber at Data In Port Wrong Fiber type High Optical power at Data In Port Chapter 4 Terminal Maintenance and Troubleshooting Terabeam Gigalink Field Installation and Service Manual Document Number: 045-1032-0000 / Revision: Draft Release Date: TBD / Print Date: 12/10/02 Proprietary and Confidential...
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1. Utilizing the two previous procedures troubleshoot each alarm independently. Problem: Any Level Green Red/Green Red/Green Chapter 4 Gigamon Software Terabeam Gigalink Field Installation and Service Manual Document Number: 045-1032-0000 / Revision: Draft Release Date: TBD / Print Date: 12/10/02 Proprietary and Confidential...
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Power cycle the remote terminal. b. Replace (RMA) the remote unit, if necessary. Chapter 4 Terminal Maintenance and Troubleshooting Terabeam Gigalink Field Installation and Service Manual Document Number: 045-1032-0000 / Revision: Draft Release Date: TBD / Print Date: 12/10/02...
1-866-837-2227. International customers should call the international direct dial code followed by 1-206-357-8000 or contact their customer advocates. In order to provide the most timely and efficient service, Terabeam asks that customers have the following information available when calling for technical support.
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