Product Details
400 W C-band Outdoor Multicarrier Gen III GaN BUC
This compact yet powerful 400W outdoor SSPA/BUC harnesses advanced Gen III GaN technology, delivering exceptional broadband RF performance, high efficiency, and outstanding linearity and reliability for applications such as multicarrier, multi-transponder DTH contribution or distribution, CBH, HTS VSAT Hub
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- Benefits
- Features
- Applications and Uses
The device offers a wide range of monitoring and control capabilities, all easily accessible through Ethernet, serial RS232 and RS485 interfaces and Form-C dry contacts. It’s the best-in-class solution for any demanding mobile or fixed application, designed for all-outdoor installations. This device does not require the additional air conditioning, or shelter. Therefore there is no W/G RF loss than installed in a shelter.
- Built-in 2:1 and 1:1 Redundancy, no External
- Redundancy Controller required
- High Linearity, efficiency and MTBF
- Built-in High Precision true RMS Output
- Power Meter
- Web Interface, SNMP support
- Output Overdrive Protection
- Output VSWR Protection
- Thermal shutdown
In addition to its exceptional performance and reliability, this device boasts a comprehensive suite of monitoring and control capabilities, easily accessible via Ethernet, serial RS232, RS485 interfaces, or dry contacts.
It is the premier choice for demanding applications, specifically designed for outdoor installations. Its ultra-linear performance enables the use of 256 APSK modulation on small (1.8 m) antennas for contribution, as well as multicarrier, multi-transponder operation for DTH distribution and data transmission such as HTS/UHTS VSAT hubs.
With an IP67 ingress protection rating, the device can be mounted outdoors under direct sunlight—on an antenna post or kingpost, on the platform behind the antenna, or inside the antenna hub—effectively eliminating the waveguide RF loss commonly associated with indoor units. Additionally, it does not require air conditioning, resulting in significant reductions in electrical and maintenance costs, while often eliminating the need for nearby shelter construction.