CPI T5CI

CPI 750 W TouchPower™ Indoor TWTA – Model T5CI

High-Power C-Band TWTA for Satellite Communications Uplink Applications

The CPI TouchPower™ T5CI delivers 750 watts of RF output power in a compact 5RU chassis, ideal for wideband satellite uplink services within the C-band frequency range. Fully digital-ready, it is engineered for high performance, reliability, and easy integration into modern satellite networks.

Key Features:

• Touchscreen Graphical Interface:

Advanced touchscreen controls provide full amplifier and system-level management. Features include built-in fault logs, performance trending, and a scope screen for real-time monitoring. Integrated internal switching control eliminates the need for external controllers.

• Easy Maintenance:

Modular design with intuitive, clearly visible indicators simplifies field maintenance. Built-in diagnostic tools and a USB port allow for easy firmware updates, system configuration uploads, and log downloads for replication across multiple units.

• Global Compliance:

Designed to meet strict international standards including EN-60215 for safety, EMC 2014/30/EU, and EN-61000-3-2 for harmonics. Fully CE Marked for worldwide deployment.

• Proven Reliability & Worldwide Support:

Backed by over 40 years of CPI’s satellite communications expertise and a 24/7 global support network with over 20 factory service centers worldwide.

• Certified Quality:

Manufactured under a certified ISO 9001:2015 Quality Management System.

Available Options:

• Remote control panel

• Redundant and hybrid power combined sub-systems

• Integral linearizer

• Integrated block upconverter (BUC) – see TD-198 or contact CPI for details

• LifeExtender™ and LifePredictor technologies

• Uplink power control

• External receive-band reject filter (≥70 dB rejection up to 4.7 GHz)

• High altitude/high temperature operating kit

Technical Interfaces:

• Touchscreen User Interface

• Ethernet Interface (with SNMP v1, v2, and v3 support)

• Serial Interface (CHPA compatible)

• CAN-Bus architecture for improved reliability and noise immunity