Part of this document has nothing to do with the Avermedia
driver. It is generic to the entire subsystem. So, split it
on a separate file.
Signed-off-by: Mauro Carvalho Chehab <mchehab+huawei@xxxxxxxxxx>
---
Documentation/admin-guide/media/avermedia.rst | 179 ----------------
Documentation/admin-guide/media/dvb_intro.rst | 202 ++++++++++++++++++
Documentation/admin-guide/media/index.rst | 2 +
3 files changed, 204 insertions(+), 179 deletions(-)
create mode 100644 Documentation/admin-guide/media/dvb_intro.rst
diff --git a/Documentation/admin-guide/media/avermedia.rst b/Documentation/admin-guide/media/avermedia.rst
index bf35fd88e164..349f696f7f01 100644
--- a/Documentation/admin-guide/media/avermedia.rst
+++ b/Documentation/admin-guide/media/avermedia.rst
@@ -13,69 +13,6 @@ February 14th 2006
There's a section there specific for Avermedia boards at:
https://linuxtv.org/wiki/index.php/AVerMedia
-
-Assumptions and Introduction
-~~~~~~~~~~~~~~~~~~~~~~~~~~~~
-
-It is assumed that the reader understands the basic structure
-of the Linux Kernel DVB drivers and the general principles of
-Digital TV.
-
-One significant difference between Digital TV and Analogue TV
-that the unwary (like myself) should consider is that,
-although the component structure of budget DVB-T cards are
-substantially similar to Analogue TV cards, they function in
-substantially different ways.
-
-The purpose of an Analogue TV is to receive and display an
-Analogue Television signal. An Analogue TV signal (otherwise
-known as composite video) is an analogue encoding of a
-sequence of image frames (25 per second) rasterised using an
-interlacing technique. Interlacing takes two fields to
-represent one frame. Computers today are at their best when
-dealing with digital signals, not analogue signals and a
-composite video signal is about as far removed from a digital
-data stream as you can get. Therefore, an Analogue TV card for
-a PC has the following purpose:
-
-* Tune the receiver to receive a broadcast signal
-* demodulate the broadcast signal
-* demultiplex the analogue video signal and analogue audio
- signal. **NOTE:** some countries employ a digital audio signal
- embedded within the modulated composite analogue signal -
- NICAM.)
-* digitize the analogue video signal and make the resulting
- datastream available to the data bus.
-
-The digital datastream from an Analogue TV card is generated
-by circuitry on the card and is often presented uncompressed.
-For a PAL TV signal encoded at a resolution of 768x576 24-bit
-color pixels over 25 frames per second - a fair amount of data
-is generated and must be processed by the PC before it can be
-displayed on the video monitor screen. Some Analogue TV cards
-for PCs have onboard MPEG2 encoders which permit the raw
-digital data stream to be presented to the PC in an encoded
-and compressed form - similar to the form that is used in
-Digital TV.
-
-The purpose of a simple budget digital TV card (DVB-T,C or S)
-is to simply:
-
-* Tune the received to receive a broadcast signal.
-* Extract the encoded digital datastream from the broadcast
- signal.
-* Make the encoded digital datastream (MPEG2) available to
- the data bus.
-
-The significant difference between the two is that the tuner
-on the analogue TV card spits out an Analogue signal, whereas
-the tuner on the digital TV card spits out a compressed
-encoded digital datastream. As the signal is already
-digitised, it is trivial to pass this datastream to the PC
-databus with minimal additional processing and then extract
-the digital video and audio datastreams passing them to the
-appropriate software or hardware for decoding and viewing.
-
The Avermedia DVB-T
~~~~~~~~~~~~~~~~~~~
@@ -102,33 +39,6 @@ MPEG2 hardware decoding card or chipset.
Getting the card going
~~~~~~~~~~~~~~~~~~~~~~
-In order to fire up the card, it is necessary to load a number
-of modules from the DVB driver set. Prior to this it will have
-been necessary to download these drivers from the linuxtv CVS
-server and compile them successfully.
-
-Depending on the card's feature set, the Device Driver API for
-DVB under Linux will expose some of the following device files
-in the /dev tree:
-
-* /dev/dvb/adapter0/audio0
-* /dev/dvb/adapter0/ca0
-* /dev/dvb/adapter0/demux0
-* /dev/dvb/adapter0/dvr0
-* /dev/dvb/adapter0/frontend0
-* /dev/dvb/adapter0/net0
-* /dev/dvb/adapter0/osd0
-* /dev/dvb/adapter0/video0
-
-The primary device nodes that we are interested in (at this
-stage) for the Avermedia DVB-T are:
-
-* /dev/dvb/adapter0/dvr0
-* /dev/dvb/adapter0/frontend0
-
-The dvr0 device node is used to read the MPEG2 Data Stream and
-the frontend0 node is used to tune the frontend tuner module.
-
At this stage, it has not been able to ascertain the
functionality of the remaining device nodes in respect of the
Avermedia DVBT. However, full functionality in respect of
@@ -156,95 +66,6 @@ Please use the command "get_dvb_firmware sp887x" to download
it. Then copy it to /usr/lib/hotplug/firmware or /lib/firmware/
(depending on configuration of firmware hotplug).
-Receiving DVB-T in Australia
-~~~~~~~~~~~~~~~~~~~~~~~~~~~~
-
-I have no experience of DVB-T in other countries other than
-Australia, so I will attempt to explain how it works here in
-Melbourne and how this affects the configuration of the DVB-T
-card.
-
-The Digital Broadcasting Australia website has a Reception
-locatortool which provides information on transponder channels
-and frequencies. My local transmitter happens to be Mount
-Dandenong.
-
-The frequencies broadcast by Mount Dandenong are:
-
-Table 1. Transponder Frequencies Mount Dandenong, Vic, Aus.
-
-=========== ======= ===========
-Broadcaster Channel Frequency
-=========== ======= ===========
-ABC VHF 12 226.5 MHz
-TEN VHF 11 219.5 MHz
-NINE VHF 8 191.625 MHz
-SEVEN VHF 6 177.5 MHz
-SBS UHF 29 536.5 MHz
-=========== ======= ===========
-
-The Scan utility has a set of compiled-in defaults for various
-countries and regions, but if they do not suit, or if you have
-a pre-compiled scan binary, you can specify a data file on the
-command line which contains the transponder frequencies. Here
-is a sample file for the above channel transponders:
-
-::
-
- # Data file for DVB scan program
- #
- # C Frequency SymbolRate FEC QAM
- # S Frequency Polarisation SymbolRate FEC
- # T Frequency Bandwidth FEC FEC2 QAM Mode Guard Hier
- T 226500000 7MHz 2/3 NONE QAM64 8k 1/8 NONE
- T 191625000 7MHz 2/3 NONE QAM64 8k 1/8 NONE
- T 219500000 7MHz 2/3 NONE QAM64 8k 1/8 NONE
- T 177500000 7MHz 2/3 NONE QAM64 8k 1/8 NONE
- T 536500000 7MHz 2/3 NONE QAM64 8k 1/8 NONE
-
-The defaults for the transponder frequency and other
-modulation parameters were obtained from www.dba.org.au.
-
-When Scan runs, it will output channels.conf information for
-any channel's transponders which the card's frontend can lock
-onto. (i.e. any whose signal is strong enough at your
-antenna).
-
-Here's my channels.conf file for anyone who's interested:
-
-::
-
- ABC HDTV:226500000:INVERSION_OFF:BANDWIDTH_7_MHZ:FEC_3_4:FEC_3_4:QAM_64:TRANSMISSION_MODE_8K:GUARD_INTERVAL_1_16:HIERARCHY_NONE:2307:0:560
- ABC TV Melbourne:226500000:INVERSION_OFF:BANDWIDTH_7_MHZ:FEC_3_4:FEC_3_4:QAM_64:TRANSMISSION_MODE_8K:GUARD_INTERVAL_1_16:HIERARCHY_NONE:512:650:561
- ABC TV 2:226500000:INVERSION_OFF:BANDWIDTH_7_MHZ:FEC_3_4:FEC_3_4:QAM_64:TRANSMISSION_MODE_8K:GUARD_INTERVAL_1_16:HIERARCHY_NONE:512:650:562
- ABC TV 3:226500000:INVERSION_OFF:BANDWIDTH_7_MHZ:FEC_3_4:FEC_3_4:QAM_64:TRANSMISSION_MODE_8K:GUARD_INTERVAL_1_16:HIERARCHY_NONE:512:650:563
- ABC TV 4:226500000:INVERSION_OFF:BANDWIDTH_7_MHZ:FEC_3_4:FEC_3_4:QAM_64:TRANSMISSION_MODE_8K:GUARD_INTERVAL_1_16:HIERARCHY_NONE:512:650:564
- ABC DiG Radio:226500000:INVERSION_OFF:BANDWIDTH_7_MHZ:FEC_3_4:FEC_3_4:QAM_64:TRANSMISSION_MODE_8K:GUARD_INTERVAL_1_16:HIERARCHY_NONE:0:2311:566
- TEN Digital:219500000:INVERSION_OFF:BANDWIDTH_7_MHZ:FEC_3_4:FEC_1_2:QAM_64:TRANSMISSION_MODE_8K:GUARD_INTERVAL_1_16:HIERARCHY_NONE:512:650:1585
- TEN Digital 1:219500000:INVERSION_OFF:BANDWIDTH_7_MHZ:FEC_3_4:FEC_1_2:QAM_64:TRANSMISSION_MODE_8K:GUARD_INTERVAL_1_16:HIERARCHY_NONE:512:650:1586
- TEN Digital 2:219500000:INVERSION_OFF:BANDWIDTH_7_MHZ:FEC_3_4:FEC_1_2:QAM_64:TRANSMISSION_MODE_8K:GUARD_INTERVAL_1_16:HIERARCHY_NONE:512:650:1587
- TEN Digital 3:219500000:INVERSION_OFF:BANDWIDTH_7_MHZ:FEC_3_4:FEC_1_2:QAM_64:TRANSMISSION_MODE_8K:GUARD_INTERVAL_1_16:HIERARCHY_NONE:512:650:1588
- TEN Digital:219500000:INVERSION_OFF:BANDWIDTH_7_MHZ:FEC_3_4:FEC_1_2:QAM_64:TRANSMISSION_MODE_8K:GUARD_INTERVAL_1_16:HIERARCHY_NONE:512:650:1589
- TEN Digital 4:219500000:INVERSION_OFF:BANDWIDTH_7_MHZ:FEC_3_4:FEC_1_2:QAM_64:TRANSMISSION_MODE_8K:GUARD_INTERVAL_1_16:HIERARCHY_NONE:512:650:1590
- TEN Digital:219500000:INVERSION_OFF:BANDWIDTH_7_MHZ:FEC_3_4:FEC_1_2:QAM_64:TRANSMISSION_MODE_8K:GUARD_INTERVAL_1_16:HIERARCHY_NONE:512:650:1591
- TEN HD:219500000:INVERSION_OFF:BANDWIDTH_7_MHZ:FEC_3_4:FEC_1_2:QAM_64:TRANSMISSION_MODE_8K:GUARD_INTERVAL_1_16:HIERARCHY_NONE:514:0:1592
- TEN Digital:219500000:INVERSION_OFF:BANDWIDTH_7_MHZ:FEC_3_4:FEC_1_2:QAM_64:TRANSMISSION_MODE_8K:GUARD_INTERVAL_1_16:HIERARCHY_NONE:512:650:1593
- Nine Digital:191625000:INVERSION_OFF:BANDWIDTH_7_MHZ:FEC_3_4:FEC_1_2:QAM_64:TRANSMISSION_MODE_8K:GUARD_INTERVAL_1_16:HIERARCHY_NONE:513:660:1072
- Nine Digital HD:191625000:INVERSION_OFF:BANDWIDTH_7_MHZ:FEC_3_4:FEC_1_2:QAM_64:TRANSMISSION_MODE_8K:GUARD_INTERVAL_1_16:HIERARCHY_NONE:512:0:1073
- Nine Guide:191625000:INVERSION_OFF:BANDWIDTH_7_MHZ:FEC_3_4:FEC_1_2:QAM_64:TRANSMISSION_MODE_8K:GUARD_INTERVAL_1_16:HIERARCHY_NONE:514:670:1074
- 7 Digital:177500000:INVERSION_OFF:BANDWIDTH_7_MHZ:FEC_2_3:FEC_2_3:QAM_64:TRANSMISSION_MODE_8K:GUARD_INTERVAL_1_8:HIERARCHY_NONE:769:770:1328
- 7 Digital 1:177500000:INVERSION_OFF:BANDWIDTH_7_MHZ:FEC_2_3:FEC_2_3:QAM_64:TRANSMISSION_MODE_8K:GUARD_INTERVAL_1_8:HIERARCHY_NONE:769:770:1329
- 7 Digital 2:177500000:INVERSION_OFF:BANDWIDTH_7_MHZ:FEC_2_3:FEC_2_3:QAM_64:TRANSMISSION_MODE_8K:GUARD_INTERVAL_1_8:HIERARCHY_NONE:769:770:1330
- 7 Digital 3:177500000:INVERSION_OFF:BANDWIDTH_7_MHZ:FEC_2_3:FEC_2_3:QAM_64:TRANSMISSION_MODE_8K:GUARD_INTERVAL_1_8:HIERARCHY_NONE:769:770:1331
- 7 HD Digital:177500000:INVERSION_OFF:BANDWIDTH_7_MHZ:FEC_2_3:FEC_2_3:QAM_64:TRANSMISSION_MODE_8K:GUARD_INTERVAL_1_8:HIERARCHY_NONE:833:834:1332
- 7 Program Guide:177500000:INVERSION_OFF:BANDWIDTH_7_MHZ:FEC_2_3:FEC_2_3:QAM_64:TRANSMISSION_MODE_8K:GUARD_INTERVAL_1_8:HIERARCHY_NONE:865:866:1334
- SBS HD:536500000:INVERSION_OFF:BANDWIDTH_7_MHZ:FEC_2_3:FEC_2_3:QAM_64:TRANSMISSION_MODE_8K:GUARD_INTERVAL_1_8:HIERARCHY_NONE:102:103:784
- SBS DIGITAL 1:536500000:INVERSION_OFF:BANDWIDTH_7_MHZ:FEC_2_3:FEC_2_3:QAM_64:TRANSMISSION_MODE_8K:GUARD_INTERVAL_1_8:HIERARCHY_NONE:161:81:785
- SBS DIGITAL 2:536500000:INVERSION_OFF:BANDWIDTH_7_MHZ:FEC_2_3:FEC_2_3:QAM_64:TRANSMISSION_MODE_8K:GUARD_INTERVAL_1_8:HIERARCHY_NONE:162:83:786
- SBS EPG:536500000:INVERSION_OFF:BANDWIDTH_7_MHZ:FEC_2_3:FEC_2_3:QAM_64:TRANSMISSION_MODE_8K:GUARD_INTERVAL_1_8:HIERARCHY_NONE:163:85:787
- SBS RADIO 1:536500000:INVERSION_OFF:BANDWIDTH_7_MHZ:FEC_2_3:FEC_2_3:QAM_64:TRANSMISSION_MODE_8K:GUARD_INTERVAL_1_8:HIERARCHY_NONE:0:201:798
- SBS RADIO 2:536500000:INVERSION_OFF:BANDWIDTH_7_MHZ:FEC_2_3:FEC_2_3:QAM_64:TRANSMISSION_MODE_8K:GUARD_INTERVAL_1_8:HIERARCHY_NONE:0:202:799
-
Known Limitations
~~~~~~~~~~~~~~~~~
diff --git a/Documentation/admin-guide/media/dvb_intro.rst b/Documentation/admin-guide/media/dvb_intro.rst
new file mode 100644
index 000000000000..af9516f2cb60
--- /dev/null
+++ b/Documentation/admin-guide/media/dvb_intro.rst
@@ -0,0 +1,202 @@
+.. SPDX-License-Identifier: GPL-2.0
+
+==============================
+Using the Digital TV Framework
+==============================
+
+February 14th 2006
+
+Introduction
+~~~~~~~~~~~~
+
+.. note::
+
+ This documentation is outdated. Please check at the DVB wiki
+ at https://linuxtv.org/wiki for more updated info.
+
+ There's a section there specific for Avermedia boards at:
+ https://linuxtv.org/wiki/index.php/AVerMedia
+
+
+Assumptions and Introduction
+~~~~~~~~~~~~~~~~~~~~~~~~~~~~
+
+It is assumed that the reader understands the basic structure
+of the Linux Kernel DVB drivers and the general principles of
+Digital TV.
+
+One significant difference between Digital TV and Analogue TV
+that the unwary (like myself) should consider is that,
+although the component structure of budget DVB-T cards are
+substantially similar to Analogue TV cards, they function in
+substantially different ways.
+
+The purpose of an Analogue TV is to receive and display an
+Analogue Television signal. An Analogue TV signal (otherwise
+known as composite video) is an analogue encoding of a
+sequence of image frames (25 per second) rasterised using an
+interlacing technique. Interlacing takes two fields to
+represent one frame. Computers today are at their best when
+dealing with digital signals, not analogue signals and a
+composite video signal is about as far removed from a digital
+data stream as you can get. Therefore, an Analogue TV card for
+a PC has the following purpose:
+
+* Tune the receiver to receive a broadcast signal
+* demodulate the broadcast signal
+* demultiplex the analogue video signal and analogue audio
+ signal. **NOTE:** some countries employ a digital audio signal
+ embedded within the modulated composite analogue signal -
+ NICAM.)
+* digitize the analogue video signal and make the resulting
+ datastream available to the data bus.
+
+The digital datastream from an Analogue TV card is generated
+by circuitry on the card and is often presented uncompressed.
+For a PAL TV signal encoded at a resolution of 768x576 24-bit
+color pixels over 25 frames per second - a fair amount of data
+is generated and must be processed by the PC before it can be
+displayed on the video monitor screen. Some Analogue TV cards
+for PCs have onboard MPEG2 encoders which permit the raw
+digital data stream to be presented to the PC in an encoded
+and compressed form - similar to the form that is used in
+Digital TV.
+
+The purpose of a simple budget digital TV card (DVB-T,C or S)
+is to simply:
+
+* Tune the received to receive a broadcast signal.
+* Extract the encoded digital datastream from the broadcast
+ signal.
+* Make the encoded digital datastream (MPEG2) available to
+ the data bus.
+
+The significant difference between the two is that the tuner
+on the analogue TV card spits out an Analogue signal, whereas
+the tuner on the digital TV card spits out a compressed
+encoded digital datastream. As the signal is already
+digitised, it is trivial to pass this datastream to the PC
+databus with minimal additional processing and then extract
+the digital video and audio datastreams passing them to the
+appropriate software or hardware for decoding and viewing.
+
+
+Getting the card going
+~~~~~~~~~~~~~~~~~~~~~~
+
+In order to fire up the card, it is necessary to load a number
+of modules from the DVB driver set. Prior to this it will have
+been necessary to download these drivers from the linuxtv CVS
+server and compile them successfully.
+
+Depending on the card's feature set, the Device Driver API for
+DVB under Linux will expose some of the following device files
+in the /dev tree:
+
+* /dev/dvb/adapter0/audio0
+* /dev/dvb/adapter0/ca0
+* /dev/dvb/adapter0/demux0
+* /dev/dvb/adapter0/dvr0
+* /dev/dvb/adapter0/frontend0
+* /dev/dvb/adapter0/net0
+* /dev/dvb/adapter0/osd0
+* /dev/dvb/adapter0/video0
+
+The primary device nodes that we are interested in (at this
+stage) for the Avermedia DVB-T are:
+
+* /dev/dvb/adapter0/dvr0
+* /dev/dvb/adapter0/frontend0
+
+The dvr0 device node is used to read the MPEG2 Data Stream and
+the frontend0 node is used to tune the frontend tuner module.
+
+
+Receiving DVB-T in Australia
+~~~~~~~~~~~~~~~~~~~~~~~~~~~~
+
+I have no experience of DVB-T in other countries other than
+Australia, so I will attempt to explain how it works here in
+Melbourne and how this affects the configuration of the DVB-T
+card.
+
+The Digital Broadcasting Australia website has a Reception
+locatortool which provides information on transponder channels
+and frequencies. My local transmitter happens to be Mount
+Dandenong.
+
+The frequencies broadcast by Mount Dandenong are:
+
+Table 1. Transponder Frequencies Mount Dandenong, Vic, Aus.
+
+=========== ======= ===========
+Broadcaster Channel Frequency
+=========== ======= ===========
+ABC VHF 12 226.5 MHz
+TEN VHF 11 219.5 MHz
+NINE VHF 8 191.625 MHz
+SEVEN VHF 6 177.5 MHz
+SBS UHF 29 536.5 MHz
+=========== ======= ===========
+
+The Scan utility has a set of compiled-in defaults for various
+countries and regions, but if they do not suit, or if you have
+a pre-compiled scan binary, you can specify a data file on the
+command line which contains the transponder frequencies. Here
+is a sample file for the above channel transponders:
+
+::
+
+ # Data file for DVB scan program
+ #
+ # C Frequency SymbolRate FEC QAM
+ # S Frequency Polarisation SymbolRate FEC
+ # T Frequency Bandwidth FEC FEC2 QAM Mode Guard Hier
+ T 226500000 7MHz 2/3 NONE QAM64 8k 1/8 NONE
+ T 191625000 7MHz 2/3 NONE QAM64 8k 1/8 NONE
+ T 219500000 7MHz 2/3 NONE QAM64 8k 1/8 NONE
+ T 177500000 7MHz 2/3 NONE QAM64 8k 1/8 NONE
+ T 536500000 7MHz 2/3 NONE QAM64 8k 1/8 NONE
+
+The defaults for the transponder frequency and other
+modulation parameters were obtained from www.dba.org.au.
+
+When Scan runs, it will output channels.conf information for
+any channel's transponders which the card's frontend can lock
+onto. (i.e. any whose signal is strong enough at your
+antenna).
+
+Here's my channels.conf file for anyone who's interested:
+
+::
+
+ ABC HDTV:226500000:INVERSION_OFF:BANDWIDTH_7_MHZ:FEC_3_4:FEC_3_4:QAM_64:TRANSMISSION_MODE_8K:GUARD_INTERVAL_1_16:HIERARCHY_NONE:2307:0:560
+ ABC TV Melbourne:226500000:INVERSION_OFF:BANDWIDTH_7_MHZ:FEC_3_4:FEC_3_4:QAM_64:TRANSMISSION_MODE_8K:GUARD_INTERVAL_1_16:HIERARCHY_NONE:512:650:561
+ ABC TV 2:226500000:INVERSION_OFF:BANDWIDTH_7_MHZ:FEC_3_4:FEC_3_4:QAM_64:TRANSMISSION_MODE_8K:GUARD_INTERVAL_1_16:HIERARCHY_NONE:512:650:562
+ ABC TV 3:226500000:INVERSION_OFF:BANDWIDTH_7_MHZ:FEC_3_4:FEC_3_4:QAM_64:TRANSMISSION_MODE_8K:GUARD_INTERVAL_1_16:HIERARCHY_NONE:512:650:563
+ ABC TV 4:226500000:INVERSION_OFF:BANDWIDTH_7_MHZ:FEC_3_4:FEC_3_4:QAM_64:TRANSMISSION_MODE_8K:GUARD_INTERVAL_1_16:HIERARCHY_NONE:512:650:564
+ ABC DiG Radio:226500000:INVERSION_OFF:BANDWIDTH_7_MHZ:FEC_3_4:FEC_3_4:QAM_64:TRANSMISSION_MODE_8K:GUARD_INTERVAL_1_16:HIERARCHY_NONE:0:2311:566
+ TEN Digital:219500000:INVERSION_OFF:BANDWIDTH_7_MHZ:FEC_3_4:FEC_1_2:QAM_64:TRANSMISSION_MODE_8K:GUARD_INTERVAL_1_16:HIERARCHY_NONE:512:650:1585
+ TEN Digital 1:219500000:INVERSION_OFF:BANDWIDTH_7_MHZ:FEC_3_4:FEC_1_2:QAM_64:TRANSMISSION_MODE_8K:GUARD_INTERVAL_1_16:HIERARCHY_NONE:512:650:1586
+ TEN Digital 2:219500000:INVERSION_OFF:BANDWIDTH_7_MHZ:FEC_3_4:FEC_1_2:QAM_64:TRANSMISSION_MODE_8K:GUARD_INTERVAL_1_16:HIERARCHY_NONE:512:650:1587
+ TEN Digital 3:219500000:INVERSION_OFF:BANDWIDTH_7_MHZ:FEC_3_4:FEC_1_2:QAM_64:TRANSMISSION_MODE_8K:GUARD_INTERVAL_1_16:HIERARCHY_NONE:512:650:1588
+ TEN Digital:219500000:INVERSION_OFF:BANDWIDTH_7_MHZ:FEC_3_4:FEC_1_2:QAM_64:TRANSMISSION_MODE_8K:GUARD_INTERVAL_1_16:HIERARCHY_NONE:512:650:1589
+ TEN Digital 4:219500000:INVERSION_OFF:BANDWIDTH_7_MHZ:FEC_3_4:FEC_1_2:QAM_64:TRANSMISSION_MODE_8K:GUARD_INTERVAL_1_16:HIERARCHY_NONE:512:650:1590
+ TEN Digital:219500000:INVERSION_OFF:BANDWIDTH_7_MHZ:FEC_3_4:FEC_1_2:QAM_64:TRANSMISSION_MODE_8K:GUARD_INTERVAL_1_16:HIERARCHY_NONE:512:650:1591
+ TEN HD:219500000:INVERSION_OFF:BANDWIDTH_7_MHZ:FEC_3_4:FEC_1_2:QAM_64:TRANSMISSION_MODE_8K:GUARD_INTERVAL_1_16:HIERARCHY_NONE:514:0:1592
+ TEN Digital:219500000:INVERSION_OFF:BANDWIDTH_7_MHZ:FEC_3_4:FEC_1_2:QAM_64:TRANSMISSION_MODE_8K:GUARD_INTERVAL_1_16:HIERARCHY_NONE:512:650:1593
+ Nine Digital:191625000:INVERSION_OFF:BANDWIDTH_7_MHZ:FEC_3_4:FEC_1_2:QAM_64:TRANSMISSION_MODE_8K:GUARD_INTERVAL_1_16:HIERARCHY_NONE:513:660:1072
+ Nine Digital HD:191625000:INVERSION_OFF:BANDWIDTH_7_MHZ:FEC_3_4:FEC_1_2:QAM_64:TRANSMISSION_MODE_8K:GUARD_INTERVAL_1_16:HIERARCHY_NONE:512:0:1073
+ Nine Guide:191625000:INVERSION_OFF:BANDWIDTH_7_MHZ:FEC_3_4:FEC_1_2:QAM_64:TRANSMISSION_MODE_8K:GUARD_INTERVAL_1_16:HIERARCHY_NONE:514:670:1074
+ 7 Digital:177500000:INVERSION_OFF:BANDWIDTH_7_MHZ:FEC_2_3:FEC_2_3:QAM_64:TRANSMISSION_MODE_8K:GUARD_INTERVAL_1_8:HIERARCHY_NONE:769:770:1328
+ 7 Digital 1:177500000:INVERSION_OFF:BANDWIDTH_7_MHZ:FEC_2_3:FEC_2_3:QAM_64:TRANSMISSION_MODE_8K:GUARD_INTERVAL_1_8:HIERARCHY_NONE:769:770:1329
+ 7 Digital 2:177500000:INVERSION_OFF:BANDWIDTH_7_MHZ:FEC_2_3:FEC_2_3:QAM_64:TRANSMISSION_MODE_8K:GUARD_INTERVAL_1_8:HIERARCHY_NONE:769:770:1330
+ 7 Digital 3:177500000:INVERSION_OFF:BANDWIDTH_7_MHZ:FEC_2_3:FEC_2_3:QAM_64:TRANSMISSION_MODE_8K:GUARD_INTERVAL_1_8:HIERARCHY_NONE:769:770:1331
+ 7 HD Digital:177500000:INVERSION_OFF:BANDWIDTH_7_MHZ:FEC_2_3:FEC_2_3:QAM_64:TRANSMISSION_MODE_8K:GUARD_INTERVAL_1_8:HIERARCHY_NONE:833:834:1332
+ 7 Program Guide:177500000:INVERSION_OFF:BANDWIDTH_7_MHZ:FEC_2_3:FEC_2_3:QAM_64:TRANSMISSION_MODE_8K:GUARD_INTERVAL_1_8:HIERARCHY_NONE:865:866:1334
+ SBS HD:536500000:INVERSION_OFF:BANDWIDTH_7_MHZ:FEC_2_3:FEC_2_3:QAM_64:TRANSMISSION_MODE_8K:GUARD_INTERVAL_1_8:HIERARCHY_NONE:102:103:784
+ SBS DIGITAL 1:536500000:INVERSION_OFF:BANDWIDTH_7_MHZ:FEC_2_3:FEC_2_3:QAM_64:TRANSMISSION_MODE_8K:GUARD_INTERVAL_1_8:HIERARCHY_NONE:161:81:785
+ SBS DIGITAL 2:536500000:INVERSION_OFF:BANDWIDTH_7_MHZ:FEC_2_3:FEC_2_3:QAM_64:TRANSMISSION_MODE_8K:GUARD_INTERVAL_1_8:HIERARCHY_NONE:162:83:786
+ SBS EPG:536500000:INVERSION_OFF:BANDWIDTH_7_MHZ:FEC_2_3:FEC_2_3:QAM_64:TRANSMISSION_MODE_8K:GUARD_INTERVAL_1_8:HIERARCHY_NONE:163:85:787
+ SBS RADIO 1:536500000:INVERSION_OFF:BANDWIDTH_7_MHZ:FEC_2_3:FEC_2_3:QAM_64:TRANSMISSION_MODE_8K:GUARD_INTERVAL_1_8:HIERARCHY_NONE:0:201:798
+ SBS RADIO 2:536500000:INVERSION_OFF:BANDWIDTH_7_MHZ:FEC_2_3:FEC_2_3:QAM_64:TRANSMISSION_MODE_8K:GUARD_INTERVAL_1_8:HIERARCHY_NONE:0:202:799
diff --git a/Documentation/admin-guide/media/index.rst b/Documentation/admin-guide/media/index.rst
index 5b355c327be1..7e8d43502167 100644
--- a/Documentation/admin-guide/media/index.rst
+++ b/Documentation/admin-guide/media/index.rst
@@ -78,6 +78,8 @@ Linux Digital TV driver-specific documentation
ci
faq
+ dvb_intro
+
avermedia
bt8xx
lmedm04
--
2.25.2
