R&S®TMV9evo air-cooled VHF transmitter

The best even better

R&S®TMV9evo air-cooled VHF transmitter
Show me more details
R&S®TMV9evo air-cooled VHF transmitter
Show me more details
R&S®TMV9evo air-cooled VHF transmitter
Show me more details
R&S®TMV9evo air-cooled VHF transmitter
Show me more details
R&S®TMV9evo air-cooled VHF transmitter
Show me more details

Key facts

  • Effortless operation
  • Unparalleled energy efficiency of up to 50 %
  • Long-life transmitter design
  • Ensured quality of service
  • Prepared for the future challenges

Minimizing your operating costs is our passion

The R&S®TMV9evo air-cooled VHF transmitter represents the next level of development for the successful family of medium-power transmitters. The new transmitter stands for simplicity and endurance. DTV and DAB+ transmission has never been as straightforward and effortless as with the R&S®TMV9evo.

Features & benefits

Maximum energy cost savings

R&S®TMV9evo VHF transmitters achieve an energy efficiency of up to 50 %, once again setting the benchmark in their class. Years of experience and continual development have given Rohde & Schwarz complete mastery over Doherty technology, which the company has been able to utilize to the greatest advantage.

Show me more details

Effortless operation

The R&S®TMV9evo offers broadcast network operators maximum operational convenience. The straightforward definition of boundaries for operational parameters allows a superior level of automation and a significant reduction of infrastructure complexity. That characterizes a new level of simplicity and decreases maintenance costs.

Show me more details

Built-in performance analysis capabilities

The R&S®TMV9evo tracks its performance with built-in analysis capabilities such as efficiency measurement and integrated signal analysis. These features offer instant feedback on operational parameters through a self-monitoring function. This ensures a consistently high quality of service and minimal operational costs.

Show me more details

Long-life transmitter design

With an highly advanced thermal design avoiding hot spots and thermal stress, the R&S®TMV9evo comes with an architecture focused on a long product lifetime. The investments for the transmitter pay out much longer and the cost of ownership is reduced significantly.

Show me more details

Field proven reliability

Thousands of R&S®TMU9/R&S®TMV9 transmitters are in operation around the world. Every day, they are proving that they deliver the highest reliability. This exceptional success clearly demonstrates how the Rohde & Schwarz medium-power transmitter platform meets the needs of network operators, both in term of minimal operation costs and maximum availability.

Show me more details

Proven strengths

The R&S®TMV9evo features all of the proven strengths of the market-leading R&S®TMV9 platform. The transmitter retains the successful and proven R&S®MultiTX concept along with the R&S®Tx9 generation’s intuitive graphical user interface (GUI), which is closely aligned with user requirements and work habits.

Show me more details

Future-proof exciter technology

The Rohde & Schwarz exciter solution relies on a pure software based approach that ideally prepares network operators for ATSC 3.0. Based on a high-performance IT server, it enables network operators to optimally leverage the full capabilities of the standard and to flexibly respond to future signal processing requirements.

Show me more details

Adaptive efficiency optimization

Intelligent efficiency optimization from Rohde & Schwarz maximizes efficiency in changing environments, either at the press of a button or adaptively. When changing channels or adjusting the transmitter power, efficiency optimization ensures that energy costs are minimized at all times.

Show me more details

Available models

Request information

Do you have questions or need additional information? Simply fill out this form and we will get right back to you.
For service/support requests, please go here to log in or register.

Marketing permission

Your request has been sent successfully. We will contact you shortly.
An error is occurred, please try it again later.