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Private Wireless Networks

Private wireless networks use RF hardware to create controlled coverage for factories, campuses, utilities, ports and secure facilities.

Private Wireless Networks RF application visual

RF coverage for private site networks

Private wireless networks rely on repeatable RF paths to extend communication coverage across industrial sites, campuses, logistics areas, energy facilities and secured buildings. The radio path may include front-end modules, bandpass filters, RF amplifiers, antennas, timing references and low-loss cable assemblies.

Engineering boundary

The useful boundary is shaped by operating band, local spectrum plan, coverage area, link budget, antenna placement, indoor or outdoor installation, filtering needs, synchronization, enclosure conditions and interference around the site. These factors determine whether the network can maintain stable coverage, clean reception and predictable handoff between service areas.

Articles

FAQ

How should TDD and FDD RF front-end isolation requirements differ?

FDD requires continuous isolation between simultaneous transmit and receive bands, while TDD requires switched isolation plus controlled transients, blanking and receiver recovery before the receive interval.

How do bandwidth, noise figure and required SNR determine RF receiver sensitivity?

Receiver sensitivity is the thermal noise in the defined bandwidth plus cascaded noise figure and the SNR or Eb/N0 required by the actual waveform, with explicit implementation and measurement margin.

Engineering inquiry

Share your RF requirement

Share the product, operating requirements and project context. Our engineering team will route your request to the right specialist.

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