J0SSAM31 — Spectrum Core 10-3000 MHz Spectrum Analyzer

Overview

The Spectrum Core is a development kit spectrum analyzer optimized for integration into third-party systems. It operates across the 10 to 3000 MHz frequency range and enables direct, OS-agnostic communication via a virtual COM port without requiring intermediate hardware or software.

Technical Summary

• Frequency Range: 10 to 3000 MHz
• Resolution: 10 kHz
• Interface: Virtual COM port via USB
• Measurement Modes: Power-in-Band, Zero-Span, continuous sweep, manual trigger
• Control: Open API

Operational Use Cases

• Custom RF spectrum analysis via API-driven automation
• Embedded RF monitoring and surveillance
• Integration into third-party measurement and data acquisition systems

Deployment Environments

Designed for integration into custom enclosures and third-party hardware, utilizing adaptable physical fixing options.

Performance Metrics

• Frequency Coverage: 10 to 3000 MHz (HF, VHF, UHF)
• Frequency Resolution: 10 kHz

Setup & Portability

The unit features a small form factor and weighs 0.40 kg. Its OS-agnostic virtual COM port interface over USB eliminates the need for intermediate driver software during setup.

Compatibility

Integrates directly with third-party operating systems via a virtual COM port over USB. It operates without proprietary intermediate software and utilizes an open API for custom control.

FAQs

• How does the analyzer communicate with host systems? It uses a virtual COM port over a USB interface, providing an OS-agnostic connection. Host control and data retrieval are managed via an open API without requiring intermediate software.
• How are free-space power density measurements determined? Spectrum analyzers measure the actual power delivered through a coaxial cable connected to a receiving antenna. To determine free-space power density, the measured values must be converted using the applicable antenna factors and cable losses.
• How is the development kit mounted? The unit provides adaptable physical fixing options for integration into third-party systems. Verify the exact hole patterns and physical dimensions in the datasheet when designing custom mounting hardware.
• Problems we solve: how do we choose measurement equipment? Operating bands, field conditions and reporting needs can pull instrument selection in different directions. Share the signals you need to measure with Cyntony to compare equipment and identify specifications requiring manufacturer confirmation (Our process).
• Outcomes we deliver: what comes from working through the requirements? The practical outcome is a requirements-led set of product options to evaluate with Cyntony. Confirm performance, compatibility and any service scope for your configuration before selection (Our process).

Video Notes

Editor note: A short demonstration showing the open API initializing a continuous sweep and returning a Power-in-Band measurement over the USB virtual COM port would be valuable.