FireFox-1310: High-Power Silicon Photonics Burn-in System
Break the 26dBm Bottleneck!
Industry-First >30 dBm ( 1 W) High-Power 1310nm Polarization Control System.
Engineered for DWDM One-to-Many (MRM) architectures and high-volume PIC burn-in. Eliminate manual adjustments and reclaim 3 months of golden time for your next Tape-out.
When Energy Becomes the Bottleneck
The Energy Crisis in DWDM Testing
In the race for Silicon Photonics (SiPh) dominance, time is market share. Leading R&D and QA engineers (at firms like TSMC and NVIDIA) are currently hitting a “Glass Ceiling”:
Power Hunger in DWDM
Modern designs use one-to-many MRM (Microring Modulator) layouts. Traditional 26dBm sources suffer massive energy depletion after splitting, leaving insufficient power for effective stress testing.
The Burn-in Bottleneck
Insufficient optical power forces longer burn-in cycles, severely delaying process adjustments and final Tape-out schedules.
The Cost of Manual Drift
Legacy systems lack stable power locking, requiring engineers to constantly recalibrate for drift—making 24/7 automation impossible.
Polarization Uncertainty
Without precision control, it is nearly impossible to distinguish between PIC device defects and testing inaccuracies.
The FireFox-1310 exists to end these compromises.
Break the 26 dBm Ceiling
Extreme Power: >30 dBm (1W) Output
Bypass the common 26dBm limitation. With ultra-low insertion loss through FC/APC connectors, we deliver stable power exceeding 1W directly to your device.
- Business Value: Supports parallel multi-channel testing, dramatically shortening test cycles and increasing production throughput.
Extreme Power: >30 dBm (1W)
Full Poincaré Sphere Polarization Control
The integrated motorized controller provides instant, repeatable control over any State of Polarization (SOP).
- Technical Precision: Azimuth step resolution of ∼ 0.25° and ellipticity step resolution of ∼ 0.20°.
- Application: Vital for polarization-sensitive PICs and MRM components.
Stability That Never Sleeps
24/7 Zero-Drift Stability: Real-Time Power Lock
Designed for non-stop production floor operation. The real-time power feedback lock automatically compensates for variations, ensuring weeks of continuous burn-in without manual intervention.
- Business Value: Liberates R&D personnel and ensures full traceability of long-term reliability data.
See Everything. Miss Nothing.
Advanced QA Monitoring & Diagnostics
Built-in high-precision polarimeter and power meter provide live data on an industrial touchscreen.
- Key Features: Supports IL-t curve generation and hyperspectral defect detection (proven success at 29.2 dBm).
Technical Specifications
| Specifications | Technical Values |
|---|---|
| Wavelength | 1310 ± 1 nm |
| Output Power | > 30 dBm (Exceeding 1W) |
| Operating Mode | Continuous Wave (CW) |
| Polarization Range | Full Poincaré Sphere |
| Stability Mechanism | Real-time Power Feedback Lock |
| Cooling Method | Rugged Air-cooled Design |
| User Interface | Industrial Touch Panel PC |
Don’t let legacy equipment bottleneck your advanced manufacturing.
Accelerate your Tape-out by 3 months and secure a competitive edge in high-volume Silicon Photonics production.