Transmitting receiving arrangement for TD-SCDMA mobile radios

1. A transmitting and receiving arrangement, comprising:

a baseband component;

a radio-frequency component;

an interface configured to interchange digital payload data in a transmission direction from the baseband component to the radio-frequency component and a reception direction from the radio-frequency component to the baseband component, the interface comprising a bidirectional data link configured to facilitate half-duplex transmission of the digital payload data to be transmitted from the baseband component to the radio-frequency component, and for transmission of received, digitized payload data, which has been converted to baseband in the radio-frequency component, from the radio-frequency component to the baseband component; and

wherein the interface further comprises a third bidirectional word clock line configured to indicate a start of transmission of a sequence of bits on the data link from the baseband component to the radio-frequency component, and indicate a start of transmission of a sequence of bits on the data link from the radio-frequency component to the baseband component.

2. The transmitting and receiving arrangement of claim 1 , wherein the baseband component and the radio- frequency component are configured to transmit the payload data therebetween via the data link on a non-continuous basis via a transmission burst or a reception burst, and wherein a transmission direction therebetween via the data link is constant during a period of the transmission burst or the reception burst.

3. The transmitting and receiving arrangement of claim 1 , wherein the interface further comprises:

a first word clock line configured to indicate a start of transmission of a sequence of bits on the data link from the baseband component to the radio-frequency component; and

a second word clock line configured to indicate a start of transmission of a sequence of bits on the data link from the radio-frequency component to the baseband component.

4. The transmitting and receiving arrangement of claim 1 wherein the data link comprises a differential data link.

5. The transmitting and receiving arrangement of claim 1 , wherein the baseband component and the radio-frequency component are configured to transmit data words of the digital payload data therebetween via the interface at a rate of T c −1 , where T c is a chip time period of a telecommunication standard on which a radio transmission associated therewith is based.

6. The transmitting and receiving arrangement of claim 1 wherein the baseband component and the radio-frequency component are configured to transmit data words of the received digital payload data therebetween via the interface at a rate of (T c /2) −1 , where T c is a chip time duration of a telecommunication standard on which a radio transmission associated therewith is based.

7. The transmitting and receiving arrangement of claim 1 , wherein the interface further comprises a unidirectional system clock line configured to transmit a system clock produced in the radio-frequency component to the baseband component.

8. A transmitting and receiving arrangement, comprising:

a baseband component;

a radio-frequency component;

an interface configured to interchange digital payload data in a transmission direction from the baseband component to the radio-frequency component and a reception direction from the radio-frequency component to the baseband component, the interface comprising a bidirectional data link configured to facilitate half-duplex transmission of the digital payload data to be transmitted from the baseband component to the radio-frequency component, and for transmission of received, digitized payload data, which has been converted to baseband in the radio-frequency component, from the radio-frequency component to the baseband component;

a bidirectional data line configured to serially transmit configuration data between the radio-frequency component and the baseband component;

a bit clock line configured to transmit a clock signal, and wherein one bit of digital payload data is transmitted via the bidirectional data line per clock period of the clock signal; and

a fourth word clock line configured to indicate a start of transmission of a sequence of bits on the bidirectional data line.

9. The transmitting and receiving arrangement of claim 1 , wherein the interface further comprises a unidirectional activation or deactivation line configured to activate or deactivate, respectively, the radio-frequency component by the baseband component, or configured to transmit time information from the baseband component to the radio-frequency component.

10. The transmitting and receiving arrangement of claim 1 , wherein the baseband component comprises a buffer store configured to store digital payload data, and wherein the radio-frequency component is configured such that analog payload data received by the radio-frequency component from an antenna is transmitted directly to the baseband component once it has been converted to baseband and has been digitized, and wherein the radio-frequency component requests digital payload data to be transmitted from the baseband component thereto via the data link.

11. The transmitting and receiving arrangement of claim 1 , wherein the radio-frequency component is configured as a master for the transmission of the digital payload data via the data link during transmission or reception.

12. A method for data transmission between a baseband component and a radio-frequency component in a mobile radio, comprising:

transmitting digital payload data from the baseband component to the radio-frequency component;

transmitting received, digitized payload data, which has been received from an antenna and converted to baseband in the radio-frequency component, from the radio-frequency component to the baseband component,

wherein the transmitting occurs via a bidirectional data link in a half-duplex fashion; and

transmitting first word clock control information for indication of a start of transmission of a sequence of bits on the data link from the baseband component to the radio-frequency component, and transmitting second word clock control information for indication of a start of transmission of a sequence of bits on the data link from the radio-frequency component to the baseband component are transmitted via a third bidirectional word clock line.

13. The method of claim 12 , wherein the transmissions of the payload data via the data link occur on a non-continuous basis, and wherein a transmission direction via the data link is constant during a period of a transmission burst from the baseband component to the radio-frequency component or a reception burst from the radio-frequency component to the baseband component.

14. The method of claim 12 , further comprising:

transmitting first word clock control information for indication of a start of transmission of a sequence of bits on the data link from the baseband component to the radio-frequency component via a first word clock line; and

transmitting second word clock control information for indication of a start of transmission of a sequence of bits on the data link from the radio-frequency component to the baseband component via a second word clock line.

15. The method of claim 12 , wherein transmitting the payload data comprises transmitting the payload data in a differential format via the data link.

16. The method of claim 12 , wherein data words of the digital payload data are transmitted at a rate of T c −1 , where T c is a chip time period of a telecommunication standard on which a radio transmission associated therewith is based.

17. The method of claim 12 , wherein data words of the received digital payload data are transmitted at a rate of (T c /2) −1 , where T c is a chip time duration of a telecommunication standard on which a radio transmission associated therewith is based.

18. The method of claim 12 , further comprising:

producing a system clock signal in the radio-frequency component; and

transmitting the system clock signal to the baseband component via a unidirectional system clock line.

19. A method for data transmission between a baseband

component and a radio-frequency component in a mobile radio, comprising:

transmitting digital payload data from the baseband component to the radio-frequency component;

transmitting received, digitized payload data, which has been received from an antenna and converted to baseband in the radio-frequency component, from the radio-frequency component to the baseband component,

wherein the transmitting occurs via a bidirectional data link in a half-duplex fashion;

transmitting configuration data between the radio-frequency component and the baseband component in a serial form via a bidirectional data line;

transmitting a clock signal via a bit clock line, wherein one bit of configuration data is transmitted via the bidirectional data line per clock period of the clock signal; and

transmitting word clock control information for indication of a start of transmission of a sequence of bits on the bidirectional data line via a fourth word clock line.

20. The method of claim 12 , further comprising:

activating or deactivating the radio-frequency component by the baseband component via a unidirectional activation or deactivation line; or

transmitting time information to the radio-frequency component via the unidirectional activation or deactivation line.

21. The method of claim 12 , wherein received digital payload data from the radio-frequency component and payload data to be transmitted to the radio-frequency component are temporarily stored in a buffer store in the baseband component, and wherein the payload data received by the radio-frequency component is transmitted directly to the baseband component once it has been converted to baseband and has been digitized, and wherein the radio-frequency component requests payload data to be transmitted from the baseband component via the data link.

22. The method of claim 12 , wherein the radio-frequency component is a master for transmission of the payload data via the data link during transmission between the radio-frequency component and the baseband component.

23. A method for data transmission between a baseband component and a radio-frequency component in a mobile radio, comprising:

transmitting digital payload data from the baseband component to the radio-frequency component;

transmitting received, digitized payload data, which has been received from an antenna and converted to baseband in the radio-frequency component, from the radio-frequency component to the baseband component,

wherein the transmitting occurs via a bidirectional data link in a half-duplex fashion;

transmitting configuration data between the radio-frequency component and the baseband component in a serial form via a bidirectional data line;

transmitting a clock signal via a bit clock line, wherein one bit of configuration data is transmitted via the bidirectional data line per clock period of the clock signal; and

transmitting word clock control information for indication of a start of transmission of a sequence of bits on the bidirectional data line via a fourth word clock line transmitting the payload data comprises transmitting the payload data in a differential format via the data link.

24. The method of claim 23 , wherein the transmitting is in a differential synchronous format via the data link.