LXNLM-1550/CXX-MXX-FA-X LXNLM-H35-M03-FA

LXNLM-1550/CXX-MXX-FA-X LXNLM-H35-M03-FA

Supplier
Smartcore
Part Number
LXNLM-H35-M03-FA
Category
Laser Diodes
Origin
China

This is a miniaturized, low-noise, narrow-linewidth laser. It combines Smartcore's original silicon-based integrated external-cavity chip with an optimized laser-gain chip in a hybrid package.

Specification Snapshot
Operating Temperature [PDFv3.1 Micro Series ,LXNLM-1550/CXX-MXX-FA-X;actual photoPNLXNLM-H35-M03-FA exact option mapping not supplied]
-15–65 °C
Request a Quote Download Datasheet
Save to Favorites Save to Favorites

Overview

This is a miniaturized, low-noise, narrow-linewidth laser. It combines Smartcore's original silicon-based integrated external-cavity chip with an optimized laser-gain chip in a hybrid package.

Specifications

ParameterValue
Optical output power≥10,20
Integrated linewidth≤3,5
Intrinsic linewidth [PDFv3.1 Micro Series ,LXNLM-1550/CXX-MXX-FA-X;actual photoPNLXNLM-H35-M03-FA exact option mapping not supplied]<100 Hz
Operating Wavelength [PDFv3.1 Micro series,LXNLM-1550/CXX-MXX-FA-X;actual photoPNLXNLM-H35-M03-FA exact option mapping not supplied / Two original options; actual ITU-T channels are not provided; do not force 1550 onto all ITU options]1550±5 or ITU-T Grid±0.2
Frequency Stabilitytypical: <10⁻⁸(2MHz)
Relative intensity noise [PDFv3.1 Micro Series ,LXNLM-1550/CXX-MXX-FA-X;actual photoPNLXNLM-H35-M03-FA exact option mapping not supplied]≤-150 dBc/Hz
Operating Temperature [PDFv3.1 Micro Series ,LXNLM-1550/CXX-MXX-FA-X;actual photoPNLXNLM-H35-M03-FA exact option mapping not supplied]-15–65 °C
Optical isolation [PDFv3.1 Micro Series ,LXNLM-1550/CXX-MXX-FA-X;actual photoPNLXNLM-H35-M03-FA exact option mapping not supplied]≥40 dB
Supply Voltage [PDFv3.1 Micro series,LXNLM-1550/CXX-MXX-FA-X;actual photoPNLXNLM-H35-M03-FA exact option mapping not supplied / The original cell is 5V±5%; unit V is retained in a separate column]5±5%
Normal operating current400 mA
Module startup current [PDFv3.1 Micro series,LXNLM-1550/CXX-MXX-FA-X;actual photoPNLXNLM-H35-M03-FA exact option mapping not supplied / The original cell is 1000(Note3), but Note3 is not provided; do not infer a maximum or typical value]1000 mA

Applications

DAS; DTS; FMCW; fiber-optic hydrophones; fiber-optic sensing; lidar; chip-based photonic gyroscopes; microwave-photonic systems; gas sensing; petroleum detection; atomic clocks; scientific equipment.

Key Features

Low phase noise, low frequency noise and low relative intensity noise (RIN); integrated linewidth <3 kHz; intrinsic linewidth <100 Hz; built-in silicon photonic chip with stable performance and superior vibration resistance; smaller size and lower power consumption; operating temperature range: -15°C to65°C.

Datasheet

Product Datasheet
PDF
Download

Supplier Information

Sm
Smartcore
View Supplier →
SmartCore Optoelectronics is a high-tech company dedicated to the design and application of silicon-based photonic integrated chips. Its technology stems from over a decade of research achievements by the scientific team from the Department of Electronic Engineering at Tsinghua University. The company primarily focuses on the Internet of Things (IoT) sector, with a particular emphasis on distributed optical fiber sensing and FMCW LiDAR. Recently, it has made significant progress in Co-packaged Optics (CPO) technology, aiming to develop a new generation of silicon photonics products, including silicon photonic I/O, inter-chip optical interconnects, and chiplet optical interconnects, targeting the burgeoning billion-level optical I/O market driven by the new paradigm of AI computing power. Tens of millions in Angel+ round financing; Tsinghua University contributing intellectual property as equity; silicon-based integrated ultra-narrow linewidth laser; I/O products targeting new AI computing paradigms; high-linearity light source for FMCW LiDAR.

Request a Quote

Our team responds within 24–48 hours
LXNLM-1550/CXX-MXX-FA-X LXNLM-H35-M03-FA
Smartcore · Laser Diodes
Direct from Manufacturer
Your inquiry will be sent directly to the manufacturer
Photonics Source Platform
We handles the inquiry on your behalf
Your information is protected and will never be shared without consent.
Contact Us

Loading...

GetExperimental Plan

Name

Phone

+86

Organization

Use Case

AI Parametric Selection
Smart Match · Precise Recs
Enter Specifications
AI Smart Matching
Get Best Matches
Skip Manual Comparison
Find Best Solutions Fast
Select Now →