Moropto POF-1100 Procurement Page
Moropto supplies the POF-1100 programmable optical filter for engineering teams that need controlled wavelength selection across C-band and L-band optical test environments. The instrument is built around LCOS technology for precise spectral modulation, dynamic channel switching, and repeatable optical bench validation.
For overseas buyers comparing a programmable optical filter manufacturer or shortlisting programmable optical filter suppliers, this page brings the product role, key specifications, sourcing points, and supporting Moropto technical articles into one review-ready format.
Media And Specifications
Use the product image, operating details, and specification table to align internal engineering approval before sending a formal inquiry.
The POF-1100 is designed for wavelength selection, spectral shaping, and channel routing tasks in optical communications research, component calibration, and photonics system prototyping. Its LCOS-based architecture supports fine light-beam modulation while keeping the unit practical for compact benchtop test setups.
| Product Model | POF-1100 |
|---|---|
| Product Type | Programmable optical filter |
| Core Technology | Liquid crystal on silicon optical modulation |
| Working Wavelength | 1523.529 nm to 1572.681 nm |
| Band Coverage | C-band and L-band applications |
| Bandwidth Setting | 8 GHz to 6 THz |
| Bandwidth Accuracy | Within +/-2.5 GHz |
| Insertion Loss | Below 5.5 dB |
| Extinction Ratio | More than 30 dB |
| Optical Power Handling | Up to 27 dBm |
| Interface | FC/APC optical interface, USB control |
| Setting Time | Under 500 ms |
Moropto focuses on LCOS chips, photonics materials, chip manufacturing, and light-modulating algorithms, giving buyers a supplier base aligned with the filter technology itself.
USB control, FC/APC optical connections, compact structure, and programmable settings help engineering teams place the unit into laboratory and validation workflows.
The product line includes C-band and L-band programmable filter models, helping procurement teams compare specification fit before confirming quantity, documentation, and packing needs.
Technical Reading
These Moropto resources help procurement and engineering teams align product line planning, research requirements, and industrial photonics use cases.
A useful product-line overview for buyers comparing programmable filters, tunable optical filter options, and adjacent LCOS-based photonics components for project sourcing.
Read Moropto ArticleA research-oriented article that supports internal technical review around spectral control, wavelength selection, test repeatability, and system-level validation planning.
Read Moropto ArticleA practical reference for industrial photonics buyers who need to compare tunable filter functions across optical communication, laser processing, and validation systems.
Read Moropto ArticleProcurement Feedback
Representative sourcing feedback from professional buyers evaluating programmable optical filter supply for engineering programs.
Five-Star Rating
The POF-1100 specification set gave our team enough detail to evaluate C/L-band wavelength control for a research bench upgrade. The USB control and FC/APC interface matched our integration checklist.
Five-Star Rating
We needed a programmable filter candidate for component validation work. Moropto's LCOS background and wavelength-selection focus made the technical review easier for our engineering team.
Five-Star Rating
For distributor screening, the product page and related technical content helped us prepare questions on wavelength range, bandwidth setting, power handling, and batch documentation.
Technical FAQ
These questions focus on engineering fit, supplier comparison, and inquiry preparation for optical filter sourcing.
Procurement teams should confirm the target wavelength range, required bandwidth control, optical interface, control method, insertion loss limit, power handling, and whether the filter will be used for manual bench testing or automated optical validation.
The product page lists a working wavelength range from 1523.529 nm to 1572.681 nm, supporting C-band and L-band optical test work where controlled wavelength selection is required.
LCOS technology enables fine modulation of light beams, allowing the filter to manage wavelength, bandwidth, and phase settings through a programmable control interface for repeatable spectral experiments.
The POF-1100 is suited to optical benches that need programmable channel selection, USB control, and FC/APC optical interfaces. Buyers should share the bench architecture and control sequence so the supplier can confirm integration details.
Key comparison points include wavelength range, bandwidth adjustment range, setting accuracy, insertion loss, extinction ratio, polarization-dependent loss, setting time, optical power handling, interface type, and control software readiness.
Useful inquiry details include application type, target wavelength plan, bandwidth setting needs, required ports, expected optical power, test bench controller, quantity forecast, documentation needs, and any preferred product images or drawings for internal approval.
