Terrasat 80W Ku Band IBUC 2G

Description

The Terrasat 80W Ku-Band IBUC 2G is a compact full featured IBUC designed for mobility in a smaller light weight form factor. The Terrasat 80W Ku-Band IBUC 2G is a compact full featured IBUC designed for mobility in a smaller light weight outdoor enclosure and is based on Linear Gallium Nitride Amplifier technology which requires minimal power output backoff. The Terrasat 80W Ku-Band IBUC 2G is a popular choice for medium power VSAT and flat panel Satcom terminals in telecom, defence, air traffic control, government and other demanding network applications.
Terrasat 80W Ku-Band IBUC 2G features:

• Superior power density in a 26x15x15cm form factor
• Ideal for feed horn mounting
• Low power consumption
• Local RJ45 web interface & NMS-Friendly SNMP
• RF Overdrive protection
• Available in all C-Band frequencies
• Small signal gain (L-band to RF) of 80dB with attenuator set to 0 dB
• CPR-137G or N(f) RF Output interface
• Dynamic range of Gain control
• Output power measurement – True RMS detector
• Built-in Output Isolator provides full output VSWR protection
• User friendly HTTP based GUI and SNMP
• Field upgradeable software
• LED Light status
• Operating temperature: -40°C to +60°C

Terrasat 80W Ku-Band IBUC 2G Options:

• High stability internal 10 MHz reference with auto-detection
• Three Factory Select Bands
• 1:1 Transmit redundancy
• Mounting Brackets
• Optional Type N or F-Type input connectors
• Handheld terminal

Terrasat Communications, a privately-owned US company, has been manufacturing microwave & satellite RF equipment since 1994. Terrasat started with custom engineered microwave RF modules & Block UpConverters (BUCs). Today, Terrasat produces the most innovative BUCs on the market; the IBUC–the Intelligent BUC. Unlike the typical BUC, the IBUC includes multiple sensors and a powerful micro-processor for performance improvement & feature enhancements. All IBUC models include a web interface for extensive Management & Control and are SNMP-compliant for easy interface with any NMS.