RF hardware.
Software integration.

Yes. Component-level enquiries are welcome alongside system integration discussions. Send the target frequency band, power requirement, package constraints and intended host equipment. Include any existing component specification so the discussion can focus on the RF design and packaging requirements.

No. Identification depends on the signal type and drone model; a stated detection band does not establish identification coverage. RF detection alone cannot detect a drone that emits no detectable RF signal within the monitored bands. Discuss radar and EO/IR sensing when RF-only coverage is insufficient.

Integration is assessed for the selected sensors, host software and equipment interfaces; universal compatibility is not assumed. Send equipment models, interface documentation, your software platform and the functions you need. These inputs help define the integration scope and identify compatibility questions before a quotation.

Yes. SIFT, Shaanxi Smart Innovation Future Technology Co., Ltd., lists III-V semiconductor chip design, back-end processing, advanced packaging, system-in-package modules and RF front-end solutions among its engineering capabilities. Share the intended function, operating band, power requirement and packaging constraints to discuss a component development scope.

Send a site brief, existing equipment list and required functions. Include the areas of concern, known obstructions and whether you need detection, direction finding, tracking or visual assessment. This gives the engineering discussion a practical basis for considering RF detection, low-altitude radar and EO/IR together.

The low-altitude sensing station supports allow/deny lists, track replay, event logs and statistics. Identify which functions your operators need and what information must pass to existing systems. Confirm the selected equipment interfaces and software scope during the integration discussion rather than assuming every sensor supports the same functions.