Kathrein UFD 510 DiSEqC components, Eb/No ratio, Programme package, Symbol rate, Transponder

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Glossary, abbreviations

DiSEqC

DiSEqC (Digital Satellite Equipment Control) is a EUTELSAT-specified communications system between sat. receiver (master) and the peripheral sat. components (slaves) such as, for example, LNBs, multiswitches, rotatable antenna systems. DiSEqC is a single master / multi slave system, i.e. there is always only one master in the sat. system. All activities are always initiated by the master.

DiSEqC components

If DiSEqC switching matrices are connected in cascade, the master receiver must send out the DiSEqC signal repeatedly, in order that all DiSEqC multiswitches in the cascade receive their commands.

DiSEqC components (slaves) need to be downward compatible nowadays, i.e. they must also respond to the analogue switching criteria of receivers that are only equipped with H/V and 22 kHz control signals.

A DiSEqC switching matrix keeps working with analogue switching criteria until the DiSEqC command arrives from the master. After this all analogue switching criteria are ignored.

DVB MPEG-2

DVB is the abbreviation for Digital Video Broadcasting. DVB-S indicates the type of transmission. (S=Satellite). MPEG is an abbreviation for Moving Picture Experts Group, a working group that sets out internationally applicable standards for digital compression of video, along with audio. MPEG-2 has been elevated to the standard for compression of digital TV signals. MPEG-2 works up to a data rate of 100 Mbit/s.

Eb/No ratio

The Eb/No ratio is a measure for the signal-to- noise ratio of digital signals. This value is not identical to the S/N value known from analogue receiving technology. With Eb/No values below 5dB reception is generally no longer possible.

FEC

FEC is an abbreviation for Forward Error

Correction. The FEC error rate corresponds to the Viterbi rate.

PID

The PID number (Packed IDentification) is an identification number for video signals and audio signals in the digital data stream of DVB MPEG-2- signals. With the PID number, the receiver establishes a unique assignment of the video- and audio data transmission. The PID-PCR is the identification number for the synchronisation

signal. The PID-PCR is generally identical to the PID video. With programmes broadcast in several languages, the audio PID of another language of the TV broadcast can be assigned through manual entry. After entry of the PID, the digital receiver automatically fetches from the data stream the audio data identified through the PID number and assigns this to the video signal.

Programme package

A digital transponder‘s programme package mostly contains several TV and radio programmes. Every programme package has a fixed relationship to the transponder transmission frequency, polarisation (horizontal or vertical), to the symbol rate and to the Viterbi rate or error rate.

Symbol rate

The symbol rate describes the amount of data that is transmitted per second. It is measured in Msymbols/s and is equal to the number of symbols that arrive per second.

Transponder

A transponder is a transmitter in the satellite that transmits TV and radio signals on a high transmission frequency to the sat. receiving antennas. A satellite has a number of transponders.

Transponder, analogue

An analogue broadcasting transponder always transmits only one TV programme and possibly a number of radio programs on its transmission frequency..

Transponder, digital

A digital broadcasting transponder is able to transmit several TV and several radio programs simultaneously on its transmission frequency. When a program provider beams down several TV programs via a digital transponder, one then also talks of the program provider’s “program package” The terms “Digital transponder” and “Program package” have the same meaning.

Video bit rate

The video bit rate describes the amount of digitalized video signal data that is transmitted per second.

Viterbi rate

The Viterbi rate (code rate, error rate) characterises the error protection used by the program provider. The DVB standard has earmarked the following values: 1/2 - 2/3 – 3/4 - 4/5 – 5/6 – 6/7 – 7/8..

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Contents DVB Satellite Receiver UFD Safety instructions Connecting up and putting into operationControls, displays and connections Controls, displays and connectionsContents View of front panel View of rear panel Front panel controls and displaysRear panel controls and connections Remote control handset Remote control handset keys Important notes regarding operation Safety instructions Important notes for siting and installationConnecting up and putting into operation Connecting up the unitSwitching over remote control’s command set Secondary receiver connectionInserting batteries into remote control handset Checking connections and operationOn-screen display OSD Decoder connectionSwitching the unit on Switching the Navigator onElectronic programme guide and applications Selecting a TV or radio programme TV or radio programme selection by entering a number Switchover between TV and radio programmes Adjusting the volumeInformation about the current programme Selecting TV programmes using bouquet selection Calling up the programme list Switchover between two TV programmes Multilingual programmesMuting the sound Sort programmesFor moving the programme highlighted Parental lock Changing locked programmesLocking a TV programme Unlocking a TV programmeActivating parental lock Locking a radio programmeElectronic programme guide and applications Electronic programme guide and applications Electronic programme guide and applications Initial settings Calling up the Installation menuBouquet organisation Programme organisationTransponder list Deleting a transponder or a programme Automatic search run TV listRadio list Automatic search run AstraTransponder search run New digital transponder New digital programme Settings Satellite MenuDiSEqC Menu OFFTV Type System Diagnosis Timer DateApplication control Language selection OSDCommon interface Menue structure Features Specifications Temperature range AccessoriesSignal Pin No Scart socket pin assignmentsConnection examples Connection schemeConnection examples Connection examples Service and dealer settings DiSEqC menuGlossary, abbreviations AsiusSymbol rate DiSEqCDiSEqC components Eb/No ratio

UFD 510 specifications

The Kathrein UFD 510 is a versatile and highly regarded satellite receiver designed for both consumer and professional applications. Known for its performance and reliability, the UFD 510 is particularly popular among satellite television enthusiasts looking for high-quality viewing experiences. This model boasts a range of features that set it apart in the competitive field of satellite receivers.

One of its standout characteristics is its ability to support high-definition (HD) broadcasting. The UFD 510 is capable of receiving and processing HD channels, offering sharp and clear picture quality. This feature is increasingly essential as more broadcasters transition to high-definition content, ensuring that users can enjoy the latest programming without compromise.

The receiver is equipped with advanced digital signal processing technology, allowing it to deliver superior performance even in challenging reception conditions. This includes capabilities to filter out noise and enhance signal quality, ensuring consistent viewing experiences regardless of weather or geographical challenges.

In terms of connectivity, the Kathrein UFD 510 offers multiple input and output options. It features HDMI, composite, and optical audio outputs, making it compatible with a wide range of televisions and home entertainment systems. Additionally, its USB port allows users to connect external storage devices, enabling features such as time-shifting and recording of live television. This flexibility makes it an appealing choice for users who want to personalize their viewing experience.

Another notable feature is its user-friendly interface. The intuitive menu design and remote control make it easy for users to navigate channels and settings, ensuring that even those who are not tech-savvy can operate it with ease. The UFD 510 also supports various languages, accommodating a diverse user base.

The Kathrein UFD 510 is built with durability and energy efficiency in mind. Its compact design allows for easy placement in any entertainment setup, while its low power consumption means it won't significantly impact energy bills.

Overall, the Kathrein UFD 510 is a comprehensive satellite receiver offering a blend of advanced technology, user-friendly features, and reliable performance, making it a compelling choice for anyone looking to enhance their television viewing experience.
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