RA8000.300.20 is a professional high-power RF amplifier with an integrated up converter designed for operation in the 8 GHz X-band. The unit combines frequency conversion and high-power RF amplification in a single compact enclosure, providing a reliable solution for demanding microwave transmission systems.
Broadcasting outdoor unit is designed for continuous operation . The amplifier delivers high output power, excellent RF performance and long-term operational reliability. Its rugged mechanical construction makes it suitable for integration into fixed installations, mobile platforms and custom microwave communication systems.
The RA8000.300.20 is intended for OEM manufacturers, system integrators, research organizations and defense applications requiring a compact, high-performance X-band transmitter solution.
| Electrical Properties | RA8000.300.20 |
| Frequency band[MHz] | 8000-8300 MHz |
| output power 3x8MHz OFDM streams, MER 36dB | 1W |
| LO phase noise | 104 dBc/10 kHz ... standard 116 dBc/10 kHz ... customer demand |
| LO | 7800 MHz |
| connectors | 2xNf-50 Ω |
| Feeding | 12V +- 0.5 / 13A |
| Input signal | COFDM , QAM |
| Mechanical Properties | |
| Case | 700x330x100mm |
| Weight | 13 kg |
| Use | outdoor |
The 8 GHz X-band frequency range is used in a variety of professional microwave systems requiring reliable high-power RF transmission. The RA8000.300.20 combines an integrated up converter and high-power RF amplifier, making it suitable for advanced wireless communication, defense and industrial applications.
The RA8000.300.20 provides a compact and reliable RF building block for professional wireless infrastructure. The integrated up converter simplifies transmitter design by combining frequency conversion and power amplification in one rugged outdoor-capable unit.
The amplifier is suitable for demanding applications including private LTE/5G networks, broadband wireless access, MMDS and wireless DOCSIS systems, as well as specialized defense and UAV communication platforms where high reliability and stable RF performance are required.