The new High Efficiency – Wideband TUWH4000 Series represents a step ahead in the technology of high power UHF air cooled transmitters. For the first time the Doherty technology becomes Wideband, meaning that it is applicable to the whole UHF band. Therefore, no modifications in the amplifiers are required when the operator needs to change the RF channel.
The TUWH4000 transmitters features a market-leading energy efficiency. They offer an efficiency up to 42%, providing broadcasters with a high economic benefit.
They are equipped with the most advanced technology in signal processing and the power amplifiers are based on LDMOS transistors – 50 volt. characterized by a high power density.
The customer oriented and extremely compact design provides full flexibility and multiple configurations per rack, saving a lot of space in the transmitter site. The rapid and easy stratup of the transmitter and the power of the Web Server ensures fast commissioning and easy operation. The different options for redundancy and optimal design of critical modules guarantee continuity of service throughout the life of the transmitter.
Other products from this company:
Medium and Low VHF Transmitters
Medium power VHF tansmitters
TLWH7900 Series
TUWH4000 Series
TV Transposers
Medium and Low VHF Transmitters
Medium power VHF tansmitters
The medium power transmitters of TVH4000 series incorporate power amplifiers based on LDMOS transistors technology characterized by high power density, allowing very high efficiency. They provide excellent values on key parameters of the transmitted signal quality, such as shoulder attenuation and MER.
They integrate a modulator that covers the main Digital TV and Radio systems, equipped with the latest technology in signal processing allowing Digital TV and Radio signal broadcasting with the highest quality and reliability.
The customer oriented and compact design provides full flexibility and multiple configurations per rack, saving a lot of space in the transmitter site. The rapid and easy stratup of the transmitter and the power of the Web Server ensures fast commissioning and easy operation. The different options for redundancy and optimal design of critical modules guarantee continuity of service throughout the life of the transmitter.
TLWH7900 Series
The new High Efficiency-Wideband TLWH7900 Series represents a step ahead in the technology of high power UHF liquid cooled transmitters. For the first time the Doherty technology becomes Wideband, meaning that it is applicable to the whole UHF band.Therefore, no modifications in the amplifiers are required when the operator needs to change the RF channel.
TLWH7900 Series provides the optimal solution to operators that want to deploy or extend a digital broadcast network with HDTV, DTV and mobile TV channels globally. They offer an outstanding efficiency up to 42%, enabling a high economic benefit to broadcasters.
They are equipped with the most advanced technology in signal processing and the power amplifiers are based on LDMOS transistors – 50 volt. characterized by a high power density.
They feature a power-to-size and performance-to-reliability ratios that allow the signal broadcasting with the highest quality. Its compact and modular design as well as its high energy efficiency facilitate the installation and maintenance, thus significantly reducing the total expenditures over the life of the transmitter for the broadcast operator.
TUWH4000 Series
The new High Efficiency – Wideband TUWH4000 Series represents a step ahead in the technology of high power UHF air cooled transmitters. For the first time the Doherty technology becomes Wideband, meaning that it is applicable to the whole UHF band. Therefore, no modifications in the amplifiers are required when the operator needs to change the RF channel.
The TUWH4000 transmitters features a market-leading energy efficiency. They offer an efficiency up to 42%, providing broadcasters with a high economic benefit.
They are equipped with the most advanced technology in signal processing and the power amplifiers are based on LDMOS transistors – 50 volt. characterized by a high power density.
The customer oriented and extremely compact design provides full flexibility and multiple configurations per rack, saving a lot of space in the transmitter site. The rapid and easy stratup of the transmitter and the power of the Web Server ensures fast commissioning and easy operation. The different options for redundancy and optimal design of critical modules guarantee continuity of service throughout the life of the transmitter.
TV Transposers
Related Products:
Master Control & Playout Services
TUWH4000 Series
Medium and Low VHF Transmitters
Digital Video Network
Master Control & Playout Services
Nextologies master control and playout operators have the ability to insert commercial spots and programming into any of our content partners live channels ensuring your schedule stays accurate and profitable.
Using our custom designed time shifting module, we can time shift your signal 24+ hours and into multiple time zones.
TUWH4000 Series
The new High Efficiency – Wideband TUWH4000 Series represents a step ahead in the technology of high power UHF air cooled transmitters. For the first time the Doherty technology becomes Wideband, meaning that it is applicable to the whole UHF band. Therefore, no modifications in the amplifiers are required when the operator needs to change the RF channel.
The TUWH4000 transmitters features a market-leading energy efficiency. They offer an efficiency up to 42%, providing broadcasters with a high economic benefit.
They are equipped with the most advanced technology in signal processing and the power amplifiers are based on LDMOS transistors – 50 volt. characterized by a high power density.
The customer oriented and extremely compact design provides full flexibility and multiple configurations per rack, saving a lot of space in the transmitter site. The rapid and easy stratup of the transmitter and the power of the Web Server ensures fast commissioning and easy operation. The different options for redundancy and optimal design of critical modules guarantee continuity of service throughout the life of the transmitter.
