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Moog Components Group              Prizm Fiber Optic USB 1.1 Link Manual 

February 17, 2009 

 

Page 3 of 9 

 

1  Prizm Fiber Optic USB 1.1 Link (P/N – 201000-xxx and 201030-

xxx) Overview 

 

The Prizm Fiber Optic USB 1.1 Link provides a transparent USB 1.1 link over single mode fiber at 

distances up to 10 kilometers.  The Link consists of two boards, a Local Host and a Remote Hub.  Both 
boards may be mounted on 3U VME plates and powered from a VME backplane, or alternatively they 
may be independently powered via a 2-pin connector. 

The Local Host board connects to a standard USB 1.1 Host via an industry standard USB cable.  A 

single mode fiber optic transceiver on the board provides an SC connection to the Remote Hub end of the 
USB Link. 

The Remote Hub board carries four USB 1.1 peripheral ports that may be used to interface to various 

USB 1.1 peripherals.  A second, local USB hub may also be plugged into any of the four provided ports 
to allow for additional connectivity.  A single mode fiber optic transceiver on the board provides an SC 
connection to the Local Host end of the Link. 

The  Link  consists  of  two  PC-104  based  cards,  (3.55”  wide,  3.775”  long,  .8”  high),  which  have 

standard PC-104 mounting holes.  Both cards can provide pass through of all PC-104 backplane signals 
and may be used in PC-104 based systems or they may be mounted separately and supplied with power 
through a 2-pin terminal connector. 

 

1.1  Manual Revision History: 

The manual has gone through the following revisions: 
 
Rev A   

 

 

Describes Original Production Units 

Rev B   

 

 

Updated board dash numbers  

Rev C                                      Updated contact information to reflect Moog Components Group. 
 
 

1.2  Prizm Fiber Optic USB 1.1 Link Revision History: 

The  Prizm  Fiber  Optic  USB  1.1  Link  (201000-xxx  and  201030-xxx)  has  gone  through  the  following 
printed circuit board (PCB) and Assembly revisions: 
 
PCB Revision A/Assembly Revision A   

Original Boards 

 

Summary of Contents for PRIZM 201000 Series

Page 1: ...Link 201000 xxx and 201030 xxx Users Manual And Troubleshooting Guide Rev C February 17 2009 Moog Components Group Springfield Operations 750 West Sproul Road Springfield PA 19064 E Mail mcg moog com...

Page 2: ...nd Connectors 5 1 5 2 Prizm Fiber Optic USB 1 1 Link LED Behavior During Operation 5 1 6 Prizm Fiber Optic USB 1 1 Link Adjustment and Troubleshooting 6 1 6 1 POWER SECTION TESTING 6 1 6 2 OPTICAL SEC...

Page 3: ...ripherals A second local USB hub may also be plugged into any of the four provided ports to allow for additional connectivity A single mode fiber optic transceiver on the board provides an SC connecti...

Page 4: ...eiver 1550nm transmitter singlemode fiber only 3U rack mountable version 201030 002 Remote Hub Board 3 3V optical transceiver 1550nm transmitter singlemode fiber only OEM board version 1 4 Prizm Fiber...

Page 5: ...30 xxx J2 5VDC 2 Pin Power Connector J8 USB Type A Peripheral Connector J9 USB Type A Peripheral Connector J10 USB Type A Peripheral Connector J11 USB Type A Peripheral Connector 1 5 2 Prizm Fiber Opt...

Page 6: ...ged into J11 and USB Link is illuminated 1 6 Prizm Fiber Optic USB 1 1 Link Adjustment and Troubleshooting This section is meant to lend guidance while troubleshooting any problems that arise during o...

Page 7: ...ATA SECTION TESTING If USB 1 1 data cannot be transmitted and received between the host and peripherals and the optic link has been verified there is a problem with one or both Prizm boards Based on t...

Page 8: ...fferent optical wavelengths to carry the uplink and downlink data on the same fiber The two wavelengths are filtered and combined by either an integral or external WDM to remove any interference betwe...

Page 9: ...desired If using a standalone configuration use the supplied mounting holes to secure the board in a system 2 Supply power and ground to the boards using either a backplane or 16 gauge wire or equiva...

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