Loading...
News Article

Santec introduces O-band version of swept photonics analyser

News

Santec, a manufacturer of advanced optical components, tuneable lasers, optical test equipment, and OCT systems, has announced the product launch of the O-band version of its swept photonics analyser (SPA-100).

The Santec SPA-100, previously exclusive to the CL band, is now accessible in an O-band configuration (1260 nm to 1350 nm). The company says that the system leverages the sweeping range of the Santec TSL, maintaining its position as the market’s highest resolution reflectometer (<6 µm). Like its CL band counterpart, the O-band version is well-suited for analysing compact components such as photonic integrated circuits (PICs), fibre optic elements, and short cable assemblies due to its sub-6µm resolution.

The provided software presents a trace illustrating reflectance and loss events, offering the ability to pinpoint faults and assess parameters like waveguide length and refractive index.

Beyond yielding a reflectance trace, the SPA-100 system uses coherent detection technology to perform transmissive wavelength-dependent loss measurement with a wide dynamic range of better than 70 dB in a single scan, saving measurement time with no need to change optical power meter ranges.

A patented proximity sensing function allows for the fibre probe itself to sense the distance between the probe and the silicon wafer to facilitate the alignment process during the wafer level characterization process in a silicon photonic chip production line.

Quintessent appoints Bob Nunn chief operating officer
PI to demonstrate new PIC alignment system at Photonics West
Drut launches 2500 product series with CPO for AI datacentres
III-V Epi advocates GaAs for new lasers
Marvell announces new CPO architecture for custom AI accelerators
Printing high-speed modulators on SOI
Photon IP raises €4.75m for advanced PICs
ANELLO Photonics launches Maritime Inertial Navigation System
Aeluma joins AIM Photonics as full industry member
Imec makes breakthrough with GaAs lasers on silicon
POET acquires Super Photonics Xiamen
Voyant Photonics launches affordable Carbon LiDAR
Penn State makes breakthrough in photonic switching
New nanocrystals could lead to more efficient optical computing
QCi awarded NASA contract to apply Dirac-3 photonic optimisation solver
The Netherlands launches ChipNL Competence Centre
TOPTICA to create chip-integrated lasers for quantum PIC project
NSF selects six pilot projects for National Quantum Virtual Laboratory
SiLC Technologies launches Eyeonic Trace Laser Line Scanner
Southwest Advanced Prototyping Hub awarded $21.3 million CHIPS Act funding
Cambridge Graphene Centre and CORNERSTONE to participate in PIXEurope
Cost-effective lasers for extended SWIR applications
IBM unveils co-packaged optics technology for AI and datacentres
QCi announces $50 million concurrent stock offerings
CHIPS Act funding to be awarded to Coherent, Skywater, and X-Fab
ERC consolidator grant awarded for optoacoustic neural network project
Imec demonstrates InP chiplet integration on 300 mm RF silicon interposer
Ayar Labs raises $155 million for optical I/O
Celestial AI awarded 2024 Start-up to Watch by Global Semiconductor Alliance
Researchers develop “last missing piece” of silicon photonics
Quantum sensors for controlling prosthetics
UPVfab to participate in European Commission photonic chips project

×
Search the news archive

To close this popup you can press escape or click the close icon.
Logo
x
Logo
×
Register - Step 1

You may choose to subscribe to the PIC Magazine, the PIC Newsletter, or both. You may also request additional information if required, before submitting your application.


Please subscribe me to:

 

You chose the industry type of "Other"

Please enter the industry that you work in:
Please enter the industry that you work in: