4.25G Tx1550Rx1310 40km SFP

4.25G Tx1550Rx1310 40km SFP
Details:
4.25Gb/s SFP BIDI 40km Optical Transceiver Module HTSF-B4G5531Ex
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Description
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Model type

SFP-4.25G-BIDI-40KM

Brand

HTF

Encapsulation

SFP

Data Rate

4.25G

Wavelength

1550nm-TX/1310nm-RX

Reach

40KM

Cable Type

SMF(9/125µm)

Interface

BIDI LC optical connector

Tx power

-1~4dBm

Rx Sens

<-18dBm

Protocols

SFF-8472 MSA compliant &SFF-8431;MSA Compliant

Features

Hot-pluggable SFP footprint;

Low power dissipation;

Metal enclosure, for lower EMI;

RoHS compliant and lead-free;

Support Digital Diagnostic Monitoring interface;

Single +3.3V power supply

Commercial Temperature Range

Commercial: 0~+70oC

Extended: -10~+80oC

Industrial: -40~+85oC

Optical Components

1550nm DFB laser transmitter and PIN photo-detector


Recommended Operating Conditions and Power Supply Requirements

Parameter

Symbol

Min

Typical

Max

Unit

Notes

Operating Case Temperature

TOP

0


70

oC

commercial

-10
80
extended
-40
85
industrial

Power Supply Voltage

VCC

3.135

3.3

3.465

V


Data Rate



4.25


Gb/s


Control Input Voltage High


2


Vcc

V


Control Input Voltage Low


0


0.8

V


Link Distance (SMF)

D



40

km

9/125um


Mechanical Outline


FAQ

1、Question: Does it works with any fiber cable such as om1, om2, om3, om4 multimode fiber cables?

Answer: Yes, OM1, OM2, OM3, OM4 LC to LC duplex multimode fiber cables can all work with this module.

2、Question: If i wanted to connect a brocade to a netgear using a sfp+ module, if i mixed the brocade and netgear transceivers, they should work right?

Answer: As long as both devices recognize the SFP+ modules installed, i.e. sending/receiving light, then connectivity will work between the two using Ethernet standards.

3、Question:What are CWDM, DWDM, SFP and GBIC used for? What kind of company buys them?

Answer:These are optical fiber transceivers designed to be used with passive optical multiplexers. If you have a number of these all transmitting on different wavelengths, you can use a passive multiplexer to combine each signal onto a single fiber pair, and then de-multiplex the signal at the far end. Unlike active systems, a passive multiplexer requires no power or management - it's literally a set of waveguides and prisms in a rack mount chassis - which greatly reduces the cost of doing WDM and eliminates a potential point of failure in the system.


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