FIBER OPTIC MODEMS
FIBER OPTIC MULTIPLEXERS
FIBER OPTIC CONVERTERS
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FIBER OPTIC WDM
FIBER OPTIC SPLITTER
FIBER OPTIC CARD CAGE
 

LASCOMM

2009 Dewberry Court, Westlake Village, CA
91361-1810

Phone 805-496-8053
Fax 805-497-3606
Email sales@lascomm.com

Fiber Optic Data Communications Multiplexers MODEL LT3006
 
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MODEL LT3006

Gigabit Multimode-to-Single Mode Converter/Repeater

LT3006S Standalone Unit 3 X LT3006R (Housed in LTRM192)

FEATURES

  • Data Rates up to 1000Mbps
  • Repeats Multimode and Single Mode Signals
  • Two-way Communication on One Fiber (optional, single mode only)
  • Distances up to 100km
  • Local Dry Contact Alarm Relay
  • 8 Diagnostic LED Indicators
  • Built-In Redundant Power Supply
  • Standalone or Rackmount (Interchangeable)

APPLICATIONS

The MAXI Mode Converter is used to convert multimode to single mode, or vice versa, in a variety of LAN environments including Gigabit Ethernet Switches and Routers. This conversion is done to cross-connect different fiber types, regenerate optical signals and/or extend transmission distances. It can also be used to repeat a Gigabit signal on multimode or single mode fibers.

DESCRIPTION

The LT3006 “MAXI” Gigabit Ethernet Multimode-to-Single Mode Fiber Optic Converter converts multimode formats to single mode formats, or vice versa, for Gigabit data transmission. It also repeats the multimode & single mode fiber signals. Transmission distances to more than 100km are possible with the Laser 1550nm option (34dB loss budget).

The MAXI will convert or repeat all popular wavelengths 850/1300nm Multimode or 1300/1550nm Single Mode. It is compatible with Gigabit Ethernet standards 1000Base-SX and 1000Base-LX.

The MAXI provides users with several key features including Local & Remote Loopback, Dry Contact Relay Alarm, Audible Alarm Buzzer, Power Redundancy, and standalone or rackmount modularity.

The Dry Contact Alarm is particularly beneficial. Along with an audible alarm buzzer, it identifies Optical Signal Loss on either the multimode or single mode ends.

Power redundancy is load sharing and switches over automatically in the event of a failure. Power can be either 12VDC (standard), 24VDC, -48VDC, 125VDC or 115/230VAC with an external power cube. Standalone versions are modular, i.e. used either in a standalone case or in a rackmount assembly. Standard connectors are ST, SC or FC type.

Four DIP switches and eight LED indicators are provided to help installation and troubleshooting. A hardened temperature version (-20o to 70oC), Model LT3006T, is also available.

TECHNICAL SPECIFICATIONS

  • Data Rates:
    Up to 200 Mbps
  • Optical:
    Transmitter ELED, LASER*
    Receiver PIN Diode
    Wavelength 850nm, 1300nm Multimode
    1300nm, 1550nm Single Mode
    Fiber Optic Connectors ST, FC or SC
  • Loss Budgets*
    ELED Multimode @ 850/1300nm: 16dB
    LASER (L1) Single Mode @ 1300nm: 20dB
    LASER (L2) Single Mode @ 1300nm: 25dB
    High Power LASER Single Mode @ 1300/1550nm: 34dB

  • System:
    Bit Error Rate 1 in 1010 or better

  • Alarm:
    Dry Contact Normal Open

  • Visual Indicators:
    System PWR A, PWR B, VccA, VccB
    Optical Signal Status MM RX, MM TX, SM RX, SM TX

  • Diagnostic Functions:
    Local and Remote Loopback

  • Power:
    Standard 12VDC @ 700mA (max)
    Optional 24VDC, -48VDC, or 115/230VAC (with external power cube)

  • Temperature:
    Operating -10° to 50°C
    Hi-Temp (optional) -20° to 70°C
    Storage -40° to 90°C
    Humidity 95% non-condensing

  • Physical (Standalone/Wallmount Unit):
    Height (3.53 cm) 1.4"
    Width (18.14 cm) 7.1"
    Depth (16.57 cm) 6.5"
    Weight (512 gm) 1.5 lbs.
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