China Suppliers Factory SOA Semiconductor Fiber Optical Amplifier - Low Noise, Low Power, Customizable
Product Description
O-band SOA (Semiconductor Optical Amplifier) products offer advantages like good gain performance, excellent compatibility with O-band characteristics, and high integrability:
Good Gain Performance
High saturation power, typically up to 10dBm. Small-signal gain >10dB across the O-band (1260nm-1340nm) with gain ripple <1dB. Provides stable and effective amplification for O-band signals, ensuring strength and quality during transmission.
Excellent Compatibility with O-band
The O-band features zero-dispersion, minimizing signal dispersion caused by different wavelength velocities, enabling more stable and efficient transmission. O-band SOAs leverage this特性, maintaining good signal integrity over short to medium distances, reducing distortion. Particularly suitable for scenarios with high requirements on transmission rate and latency, like 5G fronthaul and data centers.
Transmission Distance Advantage
With O-band SOAs, O-band signals can achieve transmission distances up to 30km in single-mode fiber, meeting needs of metro access/aggregation networks, data center interconnects (DCI), and other short-to-medium reach applications, providing strong support for these communications.
Small Size & Easy Integration
WSEE laser's O-band SOA features a compact size conducive to reducing equipment size, facilitating use in space-limited devices/systems. Can also achieve dual-channel integration functionality for integration into high-density optical communication modules.
High Cost-Effectiveness
The O-band eliminates the need for additional dispersion compensation modules. Using O-band SOAs simplifies system architecture, reduces complexity and overall cost, making them attractive for operators and equipment manufacturers seeking high cost-effective solutions.
Product Applications
100G communication system
Fiber optic sensing
Product Parameters
| Parameters | Min | Typ | Max | Unit | ||
| Wavelength Coverage | 1290 | - | 1330 | nm | ||
| Input Power Range | -20 | -6 | +6 | dBm | ||
| Output Power Range | -2 | 8 | 10 | dBm | ||
| Gain | - | 14 | - | dB | ||
| Noise Finger | 7.5 | 8 | dB | |||
| Working Temperature | -5 | - | +55 | °C | ||
| Storage Temperature | -40 | - | 85 | °C | ||
| Relative Humidity (non-condensation) | 15 | - | 85 | % | ||
| Product Size | 130*100*15 | mm | ||||
| Power Consumption | 10 | W | ||||
| Supply Voltage | 4.75 | 5 | 5.25 | V | ||
| Communication Level | LVTTL/RS232 | |||||
| Communication Port Rate | 115200 | |||||
Test Data Curve
Product Size
Product Ordering Guide
SOA-S/D-8 G14- (1290~1330) nm-0.9-LC/UPC-0.5-white pine sleeve-front/side fiber
- SOA: Semiconductor optical fiber amplifier
- S/D: S-single road, D-double road
- 8: Typical output optical power 8dBm
- G14: Typical gain 14dB
- 1290~1330nm: working wavelength range
- 0.9: Input/output fiber type SMF-28e,900um
- LC/UPC: Type of fiber optic connector
- 0.5: Input and output fiber length 0.5m
- White loose tube: fiber optic tail fiber tube type
- Forward/side fiber: Fiber output position of optical fiber jumper
Frequently Asked Questions
What is the operating wavelength range of the O-band SOA?
The O-band Semiconductor Optical Amplifier operates within the wavelength coverage of 1290nm to 1330nm, providing optimized performance across these specific O-band channels.
What are the typical output power and gain values for this amplifier?
This O-band SOA has a typical output optical power of 8dBm (up to a maximum of 10dBm) and features a typical optical gain of 14dB.
What applications is this O-band SOA best suited for?
It is highly suitable for 100G communication systems, fiber optic sensing, 5G fronthaul, and data center interconnects (DCI) due to its zero-dispersion compatibility and high transmission efficiency.
What are the physical dimensions and power requirements of the module?
The product has a compact size of 130*100*15 mm, runs on a typical supply voltage of 5V, and has a power consumption of 10W.
How does the O-band SOA improve transmission distance?
By utilizing the zero-dispersion characteristics of the O-band, it minimizes signal dispersion and distortion, enabling stable transmission distances of up to 30km in single-mode fiber without needing extra dispersion compensation modules.

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