Quo Vadis? Amplifiers for SAT uplinks; TWTA vs. SSPA – What is the future?

Amplifiers for SAT uplinks – TWTA vs. SSPA – What is the future?

The future of satellite up-link amplifiers

Many of the current high-power KU-band amplifiers are tube-based, and high-power amplifiers with transistors are just now becoming available.

Watch our webinar and read our white paper to learn what technical parameters are important and what are the pros and cons of both designs: TWTA vs. SSPA.

Rohde & Schwarz has a longstanding history in high-power amplifier design. We built Europe’s first FM transmitter, which went into operation in 1949. Our products always were and still are at the technological forefront and constantly pushes the technological limits.

TWTA vs. SSPA webinar | Rohde & Schwarz

Watch our webinar

In our exclusive webinar we will debate the pros & cons of different types of satellite up-link amplifiers and what current challenges the market is going through, plus key insights into future trends. You will have chance to hear from our experts in R&D and product management at R&S.

Attendees of the webinar will learn about:

  • Current challenges in the sat up-link amplifier market
  • The Pros and Cons of tube versus solid state amplifier
  • Satellite up-link Amplifier- when size, weight and signal quality matter
  • Future trends in this market and a visionary approach
White paper TWTA vs. SSPA

Download our exclusive white paper “Quo Vadis amplifiers for SAT uplinks – TWTA vs. SSPA – What is the future?“

What you will learn in the white paper:

  • What technical parameters are important for SAT uplink amplifiers
  • Pros and cons of both tube and solid-state amplifiers
  • A new visionary approach

Who should download it?

  • System architects for SAT uplinks
  • System integration houses
  • Teleport operators
  • Managers/decision-maker for SAT uplinks

Related products

R&S®PKU100

The R&S®PKU100 solid-state power amplifier for the Ku band offers top efficiency in an extremely compact design. The optional adaptive linearization improves RF parameters in a new and unique manner.

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