Factory-Direct Spectrum Monitoring Solutions

A spectrum monitoring system is a hardware chain that passively receives and analyzes RF signals across a defined frequency range. The core components are a receiving antenna — which captures the RF environment — and a software-defined radio (SDR) platform, which provides the tunable receiving core and host interface. Together they allow engineers to observe signal presence, occupancy, interference, and spectral activity in real time or logged over time. CorelixRF supplies both as a factory-matched pair for fixed, portable, and directional deployments.

In most cases, yes. The antenna captures the RF environment and the SDR provides the tunable receiving core and host interface. Together they form the working monitoring chain. If you already have an SDR, CorelixRF can supply a matched receiving antenna and advise on configuration compatibility.

Yes. An SDR (software-defined radio) platform is the standard receiving core for modern spectrum monitoring systems. It provides wideband tunable reception — typically 100 MHz to 6 GHz — and outputs digitized RF data to a host computer running spectrum analysis or logging software. The SDR alone is not a complete monitoring system; it requires a matched receiving antenna as the RF front end. CorelixRF manufactures both in-house and supplies them as factory-matched pairs.

Antenna type depends on the monitoring objective. Broadband omnidirectional antennas (400–6000 MHz) are used for wide-area fixed monitoring. Compact mid-band omni antennas (800–2600 MHz) suit portable field setups. Directional horn antennas (2–6 GHz) are used when the project targets a defined sector or bearing. Frequency-focused narrowband antennas are available for specific bands such as GNSS, ISM, or cellular. CorelixRF manufactures all antenna types in-house and matches them to the SDR platform at the factory.

Omnidirectional is suited to wide-area passive reception where signal direction is undefined — general environmental monitoring, fixed stations, portable field setups. Directional is better when the project targets a known sector or bearing where focused observation efficiency matters more than all-round coverage. Factory engineering can advise on which is appropriate for your monitoring objective.

Yes. Both the SDR platform and the receiving antennas are developed and manufactured in-house by CorelixRF. Frequency matching, interface confirmation, and OEM continuity are all managed from a single factory source — not assembled from separate vendors.

Yes. Configurations are matched at the factory — frequency coverage, connector type, and interface requirements are verified before delivery. You do not need to validate compatibility separately. The receiving chain arrives as a pre-confirmed working pair, not as two independent hardware items.

Sourcing from one factory eliminates cross-vendor frequency mismatch, connector incompatibility, and integration uncertainty. When the same engineering team defines both the SDR and antenna, all matching decisions are resolved before delivery — not after hardware arrives on site. For OEM projects it also means a single supply relationship for both components, simplifying procurement at scale.

Yes. The same SDR platform underlies both deployment types — the configuration differs at the antenna and integration structure level. CorelixRF can advise on which antenna configuration is appropriate for mixed fixed and portable use cases, and whether a single or dual configuration approach best serves the project.

Yes. Frequency-focused antenna configurations are available as extensions — covering 433 MHz, 860–930 MHz, 1170–1280 MHz, 1560–1610 MHz, 2.4 GHz, and 5.8 GHz bands. These are optional extensions to the same factory-defined monitoring architecture, not separate products — so the SDR platform and system configuration remain consistent.

Yes. CorelixRF supports prototype-to-volume continuity. Because the SDR platform and antennas are both manufactured in-house, a configuration validated at sample stage can be reproduced at volume without re-sourcing components from different vendors. Specification changes made during prototype evaluation can be carried forward into the volume supply configuration.

Yes. OEM configurations including custom frequency range, interface modification, labeling, and volume supply arrangements are supported. Because both the SDR and antennas are in-house products, these modifications are engineering tasks rather than vendor negotiation items. Contact factory engineering to discuss OEM requirements and the appropriate starting configuration.

Yes. Because both the SDR platform and receiving antennas are manufactured in-house, CorelixRF can provide configuration documentation, interface specifications, and technical parameters to support integration and deployment. For OEM projects requiring custom documentation, labeling, or integration support, these are addressed as part of the OEM engineering discussion.

The most useful inputs are: target frequency range or bands, omnidirectional vs directional antenna preference, intended deployment type (fixed / portable / directional), and host interface or OEM integration requirements. Volume estimate and project stage (prototype, pilot, volume) are also helpful if available. A complete specification is not required — factory engineering will work with your available parameters to identify the right starting configuration and confirm matching before hardware is produced.