Sign in

Sign in
Reset PasswordCreate an Account

Create an Account

Create an Account
Sign in

AT5000 XMOD Transmitter

AT5000 1RU XMOD1 single output 1550nm Externally-Modulated (XMOD) Laser Transmitter offers a flexible, medium and long distance and scalable optical transmission for quality analog and digital video in CATV networks. Together with ACT 1RU EDFA optical amplifiers, the AT5000 XMOD provides an ideal long distance video and short, medium video overlay solution in high density FTTX networks to bring the CATV services to business and home premises.

•    Good performance on CSO, CTB with RF pre-distortion circuit

•    Cost effective with single optical output port

•    Suitable for medium distance 1550 nm DWDM Video transmission applications

•    Suitable for short, medium distance FTTH applications

•    Low noise DFB continuous wave laser, reduce the dispersion effect

•    Optimized models for 60 PAL or 89 PAL channels, 80 NTSC channels or 110 NTSC channels

•    Dual redundant hot-swappable AC or DC power supplies

•    Fixed Stimulated Brillouin Scattering (SBS) suppression

•    Front-panel LCD for local monitoring of transmitter status

•    Local or remote monitoring and configuration

•    SNMP/HTTP monitoring, management and control


Parameter

Index

Remarks

Optical Parameters

Wavelength

1550 nm ± 10 nm


Output Power

1×6 to 1×10 dBm


Optical Return Loss

≥60 dB


Connector Type

SC/APC

Or FC/APC

RF Parameters

Bandwidth

47 MHz to 862/1000 MHz


Input Level

23 dBmV ± 5 dBmV

AGC

Flatness

≤±0.75 dB

45 to 862MHz

Return Loss

≥16 dB

45 to 750MHz

Input Impedance

75 Ω


Link Parameters

Channels

PAL-D/60ch


CNR

≥52 Db


CTB

≥65 dB


CSO

≥60 dB


SBS

16 dBm

13 to 19 adjustable

General Parameters

Net Interface

RJ45, R232


Power

90 VAC to 265 VAC

Or -48 VDC

Power Loss

≤50 W


Operating Temperature

0 °C to +50 °C

Automatically shell temp control 

Storage Temperature

-20 °C to +85 °C


Operating Humidity

20 % to 85 % RH (non-condensing)


 


image2.png

Series Recommendation
Related Information

Get in touch with our experts

Feedback