A new family of high-speed digitizers is pushing the limits of synchronized data acquisition with up to 12 fully parallel channels running at multi-GHz sampling rates — designed for tomorrow’s toughest test and measurement challenges.
Spectrum Instrumentation has introduced a powerful new line of multi-channel GHz digitizers engineered for advanced test, measurement, and signal analysis tasks. The series offers configurations supporting up to twelve simultaneous input channels, each capable of perfectly synchronized data capture. Engineers can now capture fast-changing analog phenomena across multiple channels without compromising timing accuracy or signal integrity.
The key features are:
- High-speed performance: Up to 10 GS/s sampling on six channels or 5 GS/s on twelve channels.
- High precision: Maintains 12-bit vertical resolution for better signal accuracy and dynamic range.
- Scalable design: Supports up to 12 fully synchronized channels for complex multi-signal capture.
- Ideal for demanding applications: Perfect for phased-array radar, RF testing, and high-bandwidth communication systems.
- Speed + scale: Combines GHz-class throughput with precise synchronization, enabling advanced real-time measurement and analysis.
The lineup includes fifteen models that provide flexibility for different bandwidth and channel requirements. Each unit features independent regulation for channel settings, making it adaptable to a wide range of test scenarios. With real-time streaming capabilities and robust data handling, these digitizers are designed to integrate smoothly into demanding laboratory and production environments.
What stands out most is the ability to maintain true simultaneous sampling across so many channels at gigahertz speeds — a feat that traditionally required trade-offs in either resolution or synchronicity. For system designers and researchers working on next-generation communication systems, quantum electronics, or multi-sensor platforms, this launch opens new possibilities in signal fidelity and scalability.
In short, the latest GHz digitizers expand the performance envelope for multichannel data acquisition. By combining high-speed operation, precise synchronization, and flexible configuration options, they set a new benchmark for real-time measurement and analysis in high-frequency domains.
