With decades of engineering excellence, we design high-performance instrumentation for scientific, defense, and industrial innovation.
With decades of experience.
High-performance 1:32 optical splitter with <1ps RMS jitter and low insertion loss, designed for precise synchronization of multiple delay generators.
Ideal for picosecond timing systems, optical networks, and test equipment requiring reliable signal distribution with minimal signal degradation.
The GFT1602 Slave Delay Generator module is specially designed to provide precise pulses in Timing System applications where a Master delivers an optical data stream to synchronize Slave Delay Generators.
The GFT6304 is a high-performance FMC+ digitizer with four DC-coupled inputs sampling at up to 3.2 GS/s with 12-bit resolution. It features variable gain, bias control, overvoltage protection, and anti-aliasing filters, all managed via SPI.
With a low phase noise clock (internal or external) and optional 2-channel/2.7 GS/s configuration, the GFT6304 delivers flexible, reliable signal acquisition for advanced high-speed applications.
The GFT7513 is a compact, fast-switching frequency synthesizer with a wide 100 kHz to 13 GHz range, 0.1 mHz resolution, and exceptionally low phase noise.
Designed for demanding RF and timing applications, it offers USB/RS-232 control, intuitive software, and reliable performance in a lightweight 27 mm package.
A precision master trigger and timing source that distributes optical clock and trigger signals across large systems.
Designed for picosecond-level synchronization, it supports internal or external references, single-shot operation, and remote control, making it ideal for complex laser and physics timing applications.
A high-precision digital delay generator delivering up to sixteen independent, picosecond-accurate outputs for advanced synchronization tasks.
Designed for applications requiring sub-10 ps jitter and 1 ps delay resolution, the GFT1008 offers adjustable pulse width and amplitude on every channel. It operates as a standalone unit or within a fiber-linked timing network, with full local and remote control via front panel, Ethernet, or integrated web interface.
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