Prototypes
High Resolution Optical Power Meter:
A high resolution optical power meter is a precision device widely used for accurate optical power measurement in laboratory and industrial environments, as well as for automated optical sensing systems. Featuring 8 selectable gain levels paired with a 16-bit ADC, the meter offers high dynamic range and fine measurement granularity, enabling reliable results even in demanding optical experiments or production setups. It supports multi-wavelength operation, allowing versatile measurements as determined by the detector’s sensitivity, and is suitable for applications ranging from telecommunications and fiber optics testing to medical diagnostics and high-end industrial sensor networks.
For more detailed specifications and performance data, read the full technical datasheet at this link.
Optical Power Meter:
An optical power meter is a versatile instrument widely used for link characterization in fiber optic networks, where it accurately measures signal power levels to ensure reliable network performance and integrity. Its automated sensing capabilities support smart monitoring and testing environments, while the high dynamic range enabled by logarithmic sensing allows precise detection over a broad spectrum of signal strengths. Data transfer through USB-C provides convenient connectivity for integration with automated systems and efficient reporting. The device features a substantial dynamic range, is rechargeable via USB-C for ease of use and mobility, and supports multi-wavelength operation as determined by the detector’s response characteristics. These features collectively make the optical power meter an essential tool for fiber optic link verification, maintenance, and diagnostics across telecommunications, data centers, and industrial applications.
For more detailed specifications and performance data, read the full technical datasheet at this link.
6
Dither Free Modulator Bias Controller:
A dither free modulator bias controller is optimized for advanced applications such as analog optical links and optical single-sideband (SSB) generation, where maintaining precise bias control is crucial for signal integrity and high performance. The controller enables any-point operation, allowing users to select and maintain specific bias points across the modulator’s transfer function to suit various signal processing requirements. Its design is inherently expandable to multi-channel configurations, supporting complex systems or multi-path optical network setups. Multi-wavelength operation is possible simply by changing detectors, which makes the system highly versatile for broadband applications. Critically, true dither free operation ensures that the controller is well suited for high dynamic range optical links, as it avoids adding modulation artifacts and enhances measurement clarity and signal quality in demanding environments such as precision communications, advanced research, and automated test setups.
For more detailed specifications and performance data, read the full technical datasheet at this link.