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May 27, 2015 Rev. B7 Revision History Date Version Description Author(s) 01/21/2013 Legacy doc describing S320 Photonic Switch T. Douglas hardware 04/14/2015 Update doc to reflect OCS hardware changes T. Schilz and new user docs formatting Page 3 of 46...
2.4.2 Leakage and Spill Disposal ..................16 2.4.3 Decanting ......................... 16 2.4.4 Nitrogen ........................17 2.4.5 Nitrogen Cylinder Precautions ................. 17 3 THE CALIENT S320 OCS SYSTEM ....................19 3.1 Overview ........................... 19 3.2 Architecture ........................19 3.3 Front and Rear Panels ....................... 22 3.3.1 Fiber Interface ......................
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5.1.1 General Requirements ..................... 34 5.1.2 Safety Requirements ....................35 5.1.3 Required Tools ......................35 5.1.4 Installing the S320 OCS in a Rack ................36 5.2 Connecting Communication Interfaces ................36 5.2.1 Connecting the Serial Cable ..................36 5.2.1.1 Serial Port Pinouts ..................37 5.2.1.2 Connection Procedure ..................
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S320 OCS Hardware User Guide Doc. Part No. 460167-00 May 27, 2015 Rev. B7 A.3 Optical Specifications ......................43 A.4 Environmental Requirements ................... 44 B ORDERING INFORMATION ...................... 45 B.1 System Part Numbers ....................... 45 B.2 Spare Part Numbers ......................45 B.3 Software Part Numbers ....................
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May 27, 2015 Rev. B7 List of Tables Table 1 – S320 OCS (Version 1) LED Indicators ................26 Table 2 – S320 OCS (Version 2) LED Indicators ................26 Table 3 – DB9 External Alarm Interface Pinout ................27 Table 4 –...
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May 27, 2015 Rev. B7 PREFACE The S320 Optical Circuit Switch (OCS) Hardware User Guide provides detailed information about the physical form and functionality of the CALIENT S320 fiber-optic switch. AUDIENCE This guide is written for both network operations center personnel and field service personnel who use and maintain the S320 OCS.
OCS functionality and physical architecture, including precise descriptions of the LEDs and physical interfaces located on the front and rear of the OCS chassis; and step-by-step procedures for unpacking and installing a new S320 OCS. This document also provides system specifications for regulatory, reliability, space, optical and environmental requirements, as well as CALIENT part numbers for ordering additional systems or hardware components that may eventually need replacement (e.g., fan filter).
Become familiar with the safety precautions, notes and warnings contained in this guide. Observe all weight cautions related to handling equipment. Make sure that adequate personnel and resources are available to safely lift and transport the S320 OCS during installation.
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If the hazard is not mitigated through the use of proper safety equipment and the observance of safety precautions, blindness can result. This section presents general safety measures that must be observed by personnel working on or around the S320 OCS to reduce or eliminate the risk of injury from laser radiation.
2.1.2.1 Class 1 Laser The S320 OCS uses a Class 1 laser internally as a test source. Light from this laser could potentially be available at a fiber termination. The S320 OCS is certified as a Class 1 laser product per the requirements of the U.S.
2.3.2 Optical Fiber Bend Radius The Minimum Bend Radius (MBR) for optical fiber cables used on the S320 OCS is 1 inch (25 mm). An optical fiber or fiber-optic cable should not be bent below the MBR. Bending a fiber below the MBR can result in damage to the fiber.
S320 OCS Hardware User Guide Doc. Part No. 460167-00 May 27, 2015 Rev. B7 When optical cables or optical connectors are not connected, make sure the cables and/or connectors are capped. Be sure to use clean caps. Handle the fiber cables as little as possible.
S320 OCS Hardware User Guide Doc. Part No. 460167-00 May 27, 2015 Rev. B7 Isopropyl alcohol is harmful if it is inhaled, ingested or comes into contact with the eyes or skin. Use it only in a well-ventilated area. If exposure occurs, immediately call emergency medical services, followed by your local poison control center.
2.4.4 Nitrogen CALIENT recommends using small, disposable cylinders of 99.9% pure compressed nitrogen gas when cleaning S320 OCS optical fiber connectors. Attention should be given to the information provided in the cylinder supplier’s Material Safety Data Sheet (MSDS). Nitrogen cylinders contain gas under high pressure that can cause rapid suffocation when released.
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S320 OCS Hardware User Guide Doc. Part No. 460167-00 May 27, 2015 Rev. B7 Use only materials compatible with the gas. Never allow any substance (gas or liquid) to get into a cylinder that is in use. If there is a risk this could happen, mount an anti-return valve.
The S320 architecture is shown in Figure 1. The core of the S320 OCS is the MEMS Switch Module (MSM). Input fibers are connected to the MSM, which establishes connections with any of the desired output fibers. Light tapped from the input and output fibers is delivered to the Optical Monitoring Module (OMM) to enable monitoring of existing connections and establishment and optimization of new connections.
May 27, 2015 Rev. B7 Figure 1 – S320 OCS Architecture The core of the S320 OCS is the MSM, which establishes the light paths. The light path within the MSM architecture is illustrated in Figure 2. Fibers mounted Collimating Lens...
20 ms and optical loss that is typically less than 2.0 dB. The MSM shown in Figure 3 is the core of the S320 OCS system. The MSM supports up to 320 input fiber terminations and up to 320 output fiber terminations. It is controlled by the CPs and powered by the Mirror Driver.
This section describes the physical interfaces and connectors located on the front and rear panels of the S320 OCS. Figure 4 and Figure 5 show the front and rear panels of a version 1 system configured with the rear power option. Similarly, Figure 6 and Figure 7 show the front and rear panels of a version 2 system also configured with the rear power option.
Rev. B7 3.3.1 Fiber Interface The Fiber Interface is the optical interface for the S320 OCS. Input and output optical fibers are connected to this interface. The Fiber Interface is configured at the factory for the connector type and mode of operation specified by the user. As shown in Figure 4 and Figure 6, a standard S320 OCS Fiber Interface has an array of 320 input and 320 output LC-UPC bulkhead connectors.
S320 OCS alarm behavior. 3.3.3 External Alarm Interface The S320 OCS external alarm interface is a DB9 connector located immediately to the right of the LED status indicators on version 1 systems. On version 2 systems, the external alarm interface is located to the left of the LED status indicators, between the Serial Port interface and the LAN A/LAN B interfaces.
Minor Alarm Visual Normally Open 3.3.4 Management Interfaces The management interfaces on the S320 OCS provide Ethernet and serial connectivity: two (2) Ethernet connections are used to control the switch using TL1 via a Telnet session, or using the browser-based graphical user interface (GUI); a single serial connection provides the means for retrieving or setting the switch’s IP address and performing TL1 operations.
Application Interfaces Guide for detailed information on managing the S320 OCS. 3.3.5 Power Source Interfaces The S320 OCS is powered by redundant power source inputs: Power Source A and Power Source B. Each input holds a single -48 VDC power module. If Power Source A fails, the system automatically draws all required power from backup Power Source B without affecting existing cross-connections or management connectivity.
Figure 11 – S320 OCS Power Module (Version 2) The S320 OCS chassis is equipped with four (4) power source inputs—two (2) on the front and two (2) on the rear—to accommodate front or rear power module installation, depending on customer preference.
Phillips head screw driver #1 and #2 4.3 Unpacking the S320 OCS The S320 OCS is shipped from the factory in a single package consisting of two containers: an inner container and an outer container. For added protection, the S320 OCS is first packed inside the inner container, which is then packed in the outer container.
Doc. Part No. 460167-00 May 27, 2015 Rev. B7 The proper method for unpacking the S320 OCS includes the following steps: 1. Carefully inspect the exterior of each shipping container for any obvious signs of damage that may have occurred during shipping.
(Figure 12): 1. Person 1 presses down firmly on the shipping lockdown baseplate. 2. Person 2 carefully lifts the S320 OCS while Person 1 continues pressing down on the baseplate. As noted in section 4.3, be sure to retain the shipping lockdown baseplate, anti-ESD bag and other materials included in the container for future shipment.
Dust All fiber connector terminations must be cleaned and capped The S320 will be certified to the criteria specified in NEBS-63, including the long-term and short-term requirements detailed in Section 4.1.2 of NEBS-63. Optical connections will be maintained throughout operation and then meet full optical specification post-event.
Rev. B7 5 HARDWARE INSTALLATION Before installing the S320 OCS for the first time, look online at library.calient.net for the latest product software releases, and the latest installation and configuration guides. In case you are unable to access the Internet, CALIENT includes the most current version of product software and a copy of the S320 Optical Circuit Switch Quick Start Guide with every switch it ships.
S320 OCS by having adequate ventilation/cooling in the equipment installation area. Reduced air flow – installation of the S320 OCS in a rack must be such that the amount of air flow required for safe operation of the equipment is not compromised.
5.2.1 Connecting the Serial Cable A serial cable is used to connect to the serial interface located on the front of the S320 OCS. The serial cable connection enables you to retrieve (or set) the switch’s IP address and perform TL1 operations.
Version 1 does not come with a serial cable; it must be provided by the customer. Version 2 comes with the required combination serial cable. Table 6 and Table 7 list the pinouts for the DB9 and RJ45 connectors used for the S320 OCS’s serial interfaces.
Figure 13 – USB-to-DB9 Cable (L) and RJ45-to-DB9 Adapter Cable (R) 2. Connect the RJ45 end of the assembled serial cable (Figure 14) to the serial connector (labeled SERIAL PORT) located on the lower-right front of the S320 (Figure 6). DB9 connector...
5.2.2 Connecting Ethernet The S320 OCS has two Gigabit Ethernet (GbE) RJ45 connectors on the front of the switch. These connectors are labeled NMS LAN A and B on version 1 of the switch (Figure 4 and Figure 8), and LAN A and B on version 2 of the switch (Figure 6 and Figure 9).
Figure 15 – S320 OCS Rear-Panel Power Modules The following procedure describes how to connect an external power supply to the S320 OCS: 1. Use wire strippers to strip the insulation from each end of the 3 wires that make up the power supply cabling.
To avoid possible injury to personnel and/or damage to the switch, make sure the S320 OCS is properly grounded before powering up the system. CALIENT recommends doing this by stripping one end of insulated copper wire and attaching it to one of the two grounding screws located on the lower-right rear of the chassis (Figure 15), then attaching the other end of the wire to a grounded circuit.
This appendix provides system specifications for regulatory, reliability, space, optical and environmental requirements pertaining to the S320 OCS. A.1 Regulatory Compliance The following sections list the various standards and/or regulations with which the S320 OCS is compliant. A.1.1 Safety The S320 OCS has been tested and found compliant with the following safety standards: ...
Rev. B7 A.2 Reliability, Accessibility and Serviceability (RAS) A.2.1 Reliability The S320 OCS has been tested and found compliant with the Telcordia SR-332 reliability standard. The Mean Time Between Failures (MTBF) for an S320 OCS equipped with redundant control processors and power modules is greater than 14.4 years.
CALIENT takes up to 200 msec. If an external controller were to manage these conflicts and send deletes of the first set, followed by the making of a new set, the S320 OCS would be able to complete the reconfiguration in less than 200 msec.
Configuration, +5 to -20 dBm DR, MTP12 Connectors (Male Output, Female Input), -48 VDC Rear Power B.2 Spare Part Numbers Table 11 lists the part numbers pertaining to spare components for the S320 OCS. Table 11 – S320 OCS Spare Part Numbers CALIENT Part Number...
Doc. Part No. 460167-00 May 27, 2015 Rev. B7 B.3 Software Part Numbers Table 12 lists the part numbers for the system software used to operate the S320 OCS. Table 12 – S320 OCS Software Part Numbers CALIENT Part Number Product Description CT-SW-S-6.X-000-00-00...
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