Nicolas Croiset wrote:On Wed, 25 May 2005 09:21:37 GMT, "DAB sounds worse than FM"
wrote:Nicolas, you make the same deliberate mistakes every time. You use
figures for DVB-H in Bands IV/V whereas DAB uses Band III, you ignore
the fact that reception on mobile phones means that any system that
uses Band III has an antenna loss of 10 - 12 dB, you ignore the fact
that DVB-H multiplexes can carry up to around 11 Mbps, whereas DAB
can only carry 1.2 Mbps, you ignore the fact that DVB-H uses the HE
AAC audio codec whereas DAB uses the ancient MP2 codec, you ignore
the fact that DVB-H can be used in Band III, and you ignore the fact
that all DVB-H C/N figures are for video reception whereas C/N
figures for DAB are for audio reception and the required BERs (bit
error rates) for video are around 10^-11 whereas for audio they're
around 10^-4.
Even if I lost the antenna loss you have a minimal field strength of
76dbµV/m for DAB and 91dBµV/m to 115 dBµV/m for DVB-H.
Your figure of 76 dBuV/m is from ITU frequency planning documents. The
figure you are using for DVB-H is for a completely different reception
environment. You know this, but you still come out with these totally
erroneous figures.
Nicolas Croiset wrote:
On Wed, 25 May 2005 09:21:37 GMT, "DAB sounds worse than FM"
<dab.is@low.quality> wrote:
Nicolas, you make the same deliberate mistakes every time. You use
figures for DVB-H in Bands IV/V whereas DAB uses Band III, you ignore
the fact that reception on mobile phones means that any system that
uses Band III has an antenna loss of 10 - 12 dB, you ignore the fact
that DVB-H multiplexes can carry up to around 11 Mbps, whereas DAB
can only carry 1.2 Mbps, you ignore the fact that DVB-H uses the HE
AAC audio codec whereas DAB uses the ancient MP2 codec, you ignore
the fact that DVB-H can be used in Band III, and you ignore the fact
that all DVB-H C/N figures are for video reception whereas C/N
figures for DAB are for audio reception and the required BERs (bit
error rates) for video are around 10^-11 whereas for audio they're
around 10^-4.
Even if I lost the antenna loss you have a minimal field strength of
76dbµV/m for DAB and 91dBµV/m to 115 dBµV/m for DVB-H.
Your figure of 76 dBuV/m is from ITU frequency planning documents. The
figure you are using for DVB-H is for a completely different reception
environment. You know this, but you still come out with these totally
erroneous figures.
Nicolas Croiset wrote:On Wed, 25 May 2005 09:21:37 GMT, "DAB sounds worse than FM"
wrote:Nicolas, you make the same deliberate mistakes every time. You use
figures for DVB-H in Bands IV/V whereas DAB uses Band III, you ignore
the fact that reception on mobile phones means that any system that
uses Band III has an antenna loss of 10 - 12 dB, you ignore the fact
that DVB-H multiplexes can carry up to around 11 Mbps, whereas DAB
can only carry 1.2 Mbps, you ignore the fact that DVB-H uses the HE
AAC audio codec whereas DAB uses the ancient MP2 codec, you ignore
the fact that DVB-H can be used in Band III, and you ignore the fact
that all DVB-H C/N figures are for video reception whereas C/N
figures for DAB are for audio reception and the required BERs (bit
error rates) for video are around 10^-11 whereas for audio they're
around 10^-4.
Even if I lost the antenna loss you have a minimal field strength of
76dbµV/m for DAB and 91dBµV/m to 115 dBµV/m for DVB-H.
Your figure of 76 dBuV/m is from ITU frequency planning documents. The
figure you are using for DVB-H is for a completely different reception
environment. You know this, but you still come out with these totally
erroneous figures.
Nicolas Croiset wrote:On Wed, 25 May 2005 09:21:37 GMT, "DAB sounds worse than FM"
wrote:Nicolas, you make the same deliberate mistakes every time. You use
figures for DVB-H in Bands IV/V whereas DAB uses Band III, you ignore
the fact that reception on mobile phones means that any system that
uses Band III has an antenna loss of 10 - 12 dB, you ignore the fact
that DVB-H multiplexes can carry up to around 11 Mbps, whereas DAB
can only carry 1.2 Mbps, you ignore the fact that DVB-H uses the HE
AAC audio codec whereas DAB uses the ancient MP2 codec, you ignore
the fact that DVB-H can be used in Band III, and you ignore the fact
that all DVB-H C/N figures are for video reception whereas C/N
figures for DAB are for audio reception and the required BERs (bit
error rates) for video are around 10^-11 whereas for audio they're
around 10^-4.
Even if I lost the antenna loss you have a minimal field strength of
76dbµV/m for DAB and 91dBµV/m to 115 dBµV/m for DVB-H.
Your figure of 76 dBuV/m is from ITU frequency planning documents. The
figure you are using for DVB-H is for a completely different reception
environment. You know this, but you still come out with these totally
erroneous figures.
Nicolas Croiset wrote:
On Wed, 25 May 2005 09:21:37 GMT, "DAB sounds worse than FM"
<dab.is@low.quality> wrote:
Nicolas, you make the same deliberate mistakes every time. You use
figures for DVB-H in Bands IV/V whereas DAB uses Band III, you ignore
the fact that reception on mobile phones means that any system that
uses Band III has an antenna loss of 10 - 12 dB, you ignore the fact
that DVB-H multiplexes can carry up to around 11 Mbps, whereas DAB
can only carry 1.2 Mbps, you ignore the fact that DVB-H uses the HE
AAC audio codec whereas DAB uses the ancient MP2 codec, you ignore
the fact that DVB-H can be used in Band III, and you ignore the fact
that all DVB-H C/N figures are for video reception whereas C/N
figures for DAB are for audio reception and the required BERs (bit
error rates) for video are around 10^-11 whereas for audio they're
around 10^-4.
Even if I lost the antenna loss you have a minimal field strength of
76dbµV/m for DAB and 91dBµV/m to 115 dBµV/m for DVB-H.
Your figure of 76 dBuV/m is from ITU frequency planning documents. The
figure you are using for DVB-H is for a completely different reception
environment. You know this, but you still come out with these totally
erroneous figures.
Nicolas Croiset wrote:On Wed, 25 May 2005 09:21:37 GMT, "DAB sounds worse than FM"
wrote:Nicolas, you make the same deliberate mistakes every time. You use
figures for DVB-H in Bands IV/V whereas DAB uses Band III, you ignore
the fact that reception on mobile phones means that any system that
uses Band III has an antenna loss of 10 - 12 dB, you ignore the fact
that DVB-H multiplexes can carry up to around 11 Mbps, whereas DAB
can only carry 1.2 Mbps, you ignore the fact that DVB-H uses the HE
AAC audio codec whereas DAB uses the ancient MP2 codec, you ignore
the fact that DVB-H can be used in Band III, and you ignore the fact
that all DVB-H C/N figures are for video reception whereas C/N
figures for DAB are for audio reception and the required BERs (bit
error rates) for video are around 10^-11 whereas for audio they're
around 10^-4.
Even if I lost the antenna loss you have a minimal field strength of
76dbµV/m for DAB and 91dBµV/m to 115 dBµV/m for DVB-H.
Your figure of 76 dBuV/m is from ITU frequency planning documents. The
figure you are using for DVB-H is for a completely different reception
environment. You know this, but you still come out with these totally
erroneous figures.
On Wed, 25 May 2005 11:42:51 GMT, "DAB sounds worse than FM"
wrote:Nicolas Croiset wrote:On Wed, 25 May 2005 09:21:37 GMT, "DAB sounds worse than FM"
wrote:Nicolas, you make the same deliberate mistakes every time. You use
figures for DVB-H in Bands IV/V whereas DAB uses Band III, you
ignore the fact that reception on mobile phones means that any
system that uses Band III has an antenna loss of 10 - 12 dB, you
ignore the fact that DVB-H multiplexes can carry up to around 11
Mbps, whereas DAB can only carry 1.2 Mbps, you ignore the fact
that DVB-H uses the HE AAC audio codec whereas DAB uses the
ancient MP2 codec, you ignore the fact that DVB-H can be used in
Band III, and you ignore the fact that all DVB-H C/N figures are
for video reception whereas C/N figures for DAB are for audio
reception and the required BERs (bit error rates) for video are
around 10^-11 whereas for audio they're around 10^-4.
Even if I lost the antenna loss you have a minimal field strength of
76dbµV/m for DAB and 91dBµV/m to 115 dBµV/m for DVB-H.
Your figure of 76 dBuV/m is from ITU frequency planning documents.
The figure you are using for DVB-H is for a completely different
reception environment. You know this, but you still come out with
these totally erroneous figures.
encore un tas de blah blah.
J'ai pris la moyenne entre 91 et 115, ce qui donne 103 dBµV/m. Ensuite
103 - 76 = 27dB
On Wed, 25 May 2005 11:42:51 GMT, "DAB sounds worse than FM"
<dab.is@low.quality> wrote:
Nicolas Croiset wrote:
On Wed, 25 May 2005 09:21:37 GMT, "DAB sounds worse than FM"
<dab.is@low.quality> wrote:
Nicolas, you make the same deliberate mistakes every time. You use
figures for DVB-H in Bands IV/V whereas DAB uses Band III, you
ignore the fact that reception on mobile phones means that any
system that uses Band III has an antenna loss of 10 - 12 dB, you
ignore the fact that DVB-H multiplexes can carry up to around 11
Mbps, whereas DAB can only carry 1.2 Mbps, you ignore the fact
that DVB-H uses the HE AAC audio codec whereas DAB uses the
ancient MP2 codec, you ignore the fact that DVB-H can be used in
Band III, and you ignore the fact that all DVB-H C/N figures are
for video reception whereas C/N figures for DAB are for audio
reception and the required BERs (bit error rates) for video are
around 10^-11 whereas for audio they're around 10^-4.
Even if I lost the antenna loss you have a minimal field strength of
76dbµV/m for DAB and 91dBµV/m to 115 dBµV/m for DVB-H.
Your figure of 76 dBuV/m is from ITU frequency planning documents.
The figure you are using for DVB-H is for a completely different
reception environment. You know this, but you still come out with
these totally erroneous figures.
encore un tas de blah blah.
J'ai pris la moyenne entre 91 et 115, ce qui donne 103 dBµV/m. Ensuite
103 - 76 = 27dB
On Wed, 25 May 2005 11:42:51 GMT, "DAB sounds worse than FM"
wrote:Nicolas Croiset wrote:On Wed, 25 May 2005 09:21:37 GMT, "DAB sounds worse than FM"
wrote:Nicolas, you make the same deliberate mistakes every time. You use
figures for DVB-H in Bands IV/V whereas DAB uses Band III, you
ignore the fact that reception on mobile phones means that any
system that uses Band III has an antenna loss of 10 - 12 dB, you
ignore the fact that DVB-H multiplexes can carry up to around 11
Mbps, whereas DAB can only carry 1.2 Mbps, you ignore the fact
that DVB-H uses the HE AAC audio codec whereas DAB uses the
ancient MP2 codec, you ignore the fact that DVB-H can be used in
Band III, and you ignore the fact that all DVB-H C/N figures are
for video reception whereas C/N figures for DAB are for audio
reception and the required BERs (bit error rates) for video are
around 10^-11 whereas for audio they're around 10^-4.
Even if I lost the antenna loss you have a minimal field strength of
76dbµV/m for DAB and 91dBµV/m to 115 dBµV/m for DVB-H.
Your figure of 76 dBuV/m is from ITU frequency planning documents.
The figure you are using for DVB-H is for a completely different
reception environment. You know this, but you still come out with
these totally erroneous figures.
encore un tas de blah blah.
J'ai pris la moyenne entre 91 et 115, ce qui donne 103 dBµV/m. Ensuite
103 - 76 = 27dB
On Wed, 25 May 2005 11:42:51 GMT, "DAB sounds worse than FM"
wrote:Nicolas Croiset wrote:On Wed, 25 May 2005 09:21:37 GMT, "DAB sounds worse than FM"
wrote:Nicolas, you make the same deliberate mistakes every time. You use
figures for DVB-H in Bands IV/V whereas DAB uses Band III, you
ignore the fact that reception on mobile phones means that any
system that uses Band III has an antenna loss of 10 - 12 dB, you
ignore the fact that DVB-H multiplexes can carry up to around 11
Mbps, whereas DAB can only carry 1.2 Mbps, you ignore the fact
that DVB-H uses the HE AAC audio codec whereas DAB uses the
ancient MP2 codec, you ignore the fact that DVB-H can be used in
Band III, and you ignore the fact that all DVB-H C/N figures are
for video reception whereas C/N figures for DAB are for audio
reception and the required BERs (bit error rates) for video are
around 10^-11 whereas for audio they're around 10^-4.
Even if I lost the antenna loss you have a minimal field strength of
76dbµV/m for DAB and 91dBµV/m to 115 dBµV/m for DVB-H.
Your figure of 76 dBuV/m is from ITU frequency planning documents.
The figure you are using for DVB-H is for a completely different
reception environment. You know this, but you still come out with
these totally erroneous figures.
encore un tas de blah blah.
J'ai pris la moyenne entre 91 et 115, ce qui donne 103 dBµV/m. Ensuite
103 - 76 = 27dB
On Wed, 25 May 2005 11:42:51 GMT, "DAB sounds worse than FM"
<dab.is@low.quality> wrote:
Nicolas Croiset wrote:
On Wed, 25 May 2005 09:21:37 GMT, "DAB sounds worse than FM"
<dab.is@low.quality> wrote:
Nicolas, you make the same deliberate mistakes every time. You use
figures for DVB-H in Bands IV/V whereas DAB uses Band III, you
ignore the fact that reception on mobile phones means that any
system that uses Band III has an antenna loss of 10 - 12 dB, you
ignore the fact that DVB-H multiplexes can carry up to around 11
Mbps, whereas DAB can only carry 1.2 Mbps, you ignore the fact
that DVB-H uses the HE AAC audio codec whereas DAB uses the
ancient MP2 codec, you ignore the fact that DVB-H can be used in
Band III, and you ignore the fact that all DVB-H C/N figures are
for video reception whereas C/N figures for DAB are for audio
reception and the required BERs (bit error rates) for video are
around 10^-11 whereas for audio they're around 10^-4.
Even if I lost the antenna loss you have a minimal field strength of
76dbµV/m for DAB and 91dBµV/m to 115 dBµV/m for DVB-H.
Your figure of 76 dBuV/m is from ITU frequency planning documents.
The figure you are using for DVB-H is for a completely different
reception environment. You know this, but you still come out with
these totally erroneous figures.
encore un tas de blah blah.
J'ai pris la moyenne entre 91 et 115, ce qui donne 103 dBµV/m. Ensuite
103 - 76 = 27dB
On Wed, 25 May 2005 11:42:51 GMT, "DAB sounds worse than FM"
wrote:Nicolas Croiset wrote:On Wed, 25 May 2005 09:21:37 GMT, "DAB sounds worse than FM"
wrote:Nicolas, you make the same deliberate mistakes every time. You use
figures for DVB-H in Bands IV/V whereas DAB uses Band III, you
ignore the fact that reception on mobile phones means that any
system that uses Band III has an antenna loss of 10 - 12 dB, you
ignore the fact that DVB-H multiplexes can carry up to around 11
Mbps, whereas DAB can only carry 1.2 Mbps, you ignore the fact
that DVB-H uses the HE AAC audio codec whereas DAB uses the
ancient MP2 codec, you ignore the fact that DVB-H can be used in
Band III, and you ignore the fact that all DVB-H C/N figures are
for video reception whereas C/N figures for DAB are for audio
reception and the required BERs (bit error rates) for video are
around 10^-11 whereas for audio they're around 10^-4.
Even if I lost the antenna loss you have a minimal field strength of
76dbµV/m for DAB and 91dBµV/m to 115 dBµV/m for DVB-H.
Your figure of 76 dBuV/m is from ITU frequency planning documents.
The figure you are using for DVB-H is for a completely different
reception environment. You know this, but you still come out with
these totally erroneous figures.
encore un tas de blah blah.
J'ai pris la moyenne entre 91 et 115, ce qui donne 103 dBµV/m. Ensuite
103 - 76 = 27dB
"Serge Surpin Satellite" wrote :le Csa a relancé ces derniers jours les consultations en vue de
lancer la radio numérique en France
cela dit, ne pas oublier que le dab a est relativement ancien
il a pour gros inconvénient de ne pas apporter énormément de
programmes
on l'a souvent coopéré au satellite TDF qui proposait peu de
fréquences qu'en est-il ?
avec la compression numérique, on devrait pouvoir apporter
aujourd'hui des centaines de programmes, ce qui ne semble pas le cas
du dab
ne faut il pas aller plus loin dès à présent ?
Salut,
ahh les idées recues ont la vie dure !!!
Le DAB a suffisamment de ressources spectrales pour aujourd'hui
contenté les réseaux nationaux pour leur assurer une couverture de
100% du territoire.
concernant les radios locales et régionales le DAB a également assez
de ressources pour contenter leurs demandes.
Le DAB est peut-etre relativement ancien mais particulièrement robuste
au niveau de la transmission, ce qui fait que les Coréens ont
développé la télévision mobile sur téléphone avec le DAB et cela se
nomme le DMB.
"Serge Surpin Satellite" <serge.s@pasdepubnoos.fr> wrote :
le Csa a relancé ces derniers jours les consultations en vue de
lancer la radio numérique en France
cela dit, ne pas oublier que le dab a est relativement ancien
il a pour gros inconvénient de ne pas apporter énormément de
programmes
on l'a souvent coopéré au satellite TDF qui proposait peu de
fréquences qu'en est-il ?
avec la compression numérique, on devrait pouvoir apporter
aujourd'hui des centaines de programmes, ce qui ne semble pas le cas
du dab
ne faut il pas aller plus loin dès à présent ?
Salut,
ahh les idées recues ont la vie dure !!!
Le DAB a suffisamment de ressources spectrales pour aujourd'hui
contenté les réseaux nationaux pour leur assurer une couverture de
100% du territoire.
concernant les radios locales et régionales le DAB a également assez
de ressources pour contenter leurs demandes.
Le DAB est peut-etre relativement ancien mais particulièrement robuste
au niveau de la transmission, ce qui fait que les Coréens ont
développé la télévision mobile sur téléphone avec le DAB et cela se
nomme le DMB.
"Serge Surpin Satellite" wrote :le Csa a relancé ces derniers jours les consultations en vue de
lancer la radio numérique en France
cela dit, ne pas oublier que le dab a est relativement ancien
il a pour gros inconvénient de ne pas apporter énormément de
programmes
on l'a souvent coopéré au satellite TDF qui proposait peu de
fréquences qu'en est-il ?
avec la compression numérique, on devrait pouvoir apporter
aujourd'hui des centaines de programmes, ce qui ne semble pas le cas
du dab
ne faut il pas aller plus loin dès à présent ?
Salut,
ahh les idées recues ont la vie dure !!!
Le DAB a suffisamment de ressources spectrales pour aujourd'hui
contenté les réseaux nationaux pour leur assurer une couverture de
100% du territoire.
concernant les radios locales et régionales le DAB a également assez
de ressources pour contenter leurs demandes.
Le DAB est peut-etre relativement ancien mais particulièrement robuste
au niveau de la transmission, ce qui fait que les Coréens ont
développé la télévision mobile sur téléphone avec le DAB et cela se
nomme le DMB.
Nicolas Croiset wrote:
Try and account for this:
Starting with the 66 dBuV/m for DAB and 76 dBuV/m for DVB-H, both in
Band III, both indoor reception. This figure for DVB-H is for 16-QAM
code rate 2/3, with a C/N of 17 dB.
Change DVB-H's mode to QPSK code rate = 1/2: required C/N is 9.6 dB, so
the field strength is reduced by 7.4 dB to 68.6 dBuV/m, so the total
transmitter power is only 3 dB higher than DAB.
Nicolas Croiset wrote:
Try and account for this:
Starting with the 66 dBuV/m for DAB and 76 dBuV/m for DVB-H, both in
Band III, both indoor reception. This figure for DVB-H is for 16-QAM
code rate 2/3, with a C/N of 17 dB.
Change DVB-H's mode to QPSK code rate = 1/2: required C/N is 9.6 dB, so
the field strength is reduced by 7.4 dB to 68.6 dBuV/m, so the total
transmitter power is only 3 dB higher than DAB.
Nicolas Croiset wrote:
Try and account for this:
Starting with the 66 dBuV/m for DAB and 76 dBuV/m for DVB-H, both in
Band III, both indoor reception. This figure for DVB-H is for 16-QAM
code rate 2/3, with a C/N of 17 dB.
Change DVB-H's mode to QPSK code rate = 1/2: required C/N is 9.6 dB, so
the field strength is reduced by 7.4 dB to 68.6 dBuV/m, so the total
transmitter power is only 3 dB higher than DAB.
Nicolas Croiset wrote:
Try and account for this:
Starting with the 66 dBuV/m for DAB and 76 dBuV/m for DVB-H, both in
Band III, both indoor reception. This figure for DVB-H is for 16-QAM
code rate 2/3, with a C/N of 17 dB.
Change DVB-H's mode to QPSK code rate = 1/2: required C/N is 9.6 dB, so
the field strength is reduced by 7.4 dB to 68.6 dBuV/m, so the total
transmitter power is only 3 dB higher than DAB.
Nicolas Croiset wrote:
Try and account for this:
Starting with the 66 dBuV/m for DAB and 76 dBuV/m for DVB-H, both in
Band III, both indoor reception. This figure for DVB-H is for 16-QAM
code rate 2/3, with a C/N of 17 dB.
Change DVB-H's mode to QPSK code rate = 1/2: required C/N is 9.6 dB, so
the field strength is reduced by 7.4 dB to 68.6 dBuV/m, so the total
transmitter power is only 3 dB higher than DAB.
Nicolas Croiset wrote:
Try and account for this:
Starting with the 66 dBuV/m for DAB and 76 dBuV/m for DVB-H, both in
Band III, both indoor reception. This figure for DVB-H is for 16-QAM
code rate 2/3, with a C/N of 17 dB.
Change DVB-H's mode to QPSK code rate = 1/2: required C/N is 9.6 dB, so
the field strength is reduced by 7.4 dB to 68.6 dBuV/m, so the total
transmitter power is only 3 dB higher than DAB.
>>je ne me souviens plus où il est, mais c'était un zone vraiment dense.
En effet, c'est ce que Thierry a écrit aussi. Enfin bon, quand même, ces
émetteurs ne sont pas situés en plein dans la cité du Vatican quand même,
non ?!?...
Quelqu'un connaît-il leur localisation exacte ?
et hop 55 canaux en CIF sur la TNT
Tant qu'on n'est pas trop exigeant sur la résolution ;-)...
comme sur tps et la TVoDSL
Je dois avouer que je n'ai jamais regardé ce que ça donne "dans la
réalité", la TVoDSL... De plus, il faut quand même avoir au moins 4 Mbit/s
de garantis sur le DL pour que ça fontionne correctement, j'imagine.
on va devenir vieux en évoquant TDF 1&2, le d2mac, le secam.....
Et le plan câble de France Télécom ;-).
En revanche, ceque cette bande de guignols (note la subtile transition)
le podium de la transition, là!
Merci, merci, je crois que je vais m'inscrire à priartem alors ;-).
les antennes dans le croix ne se voient pas, donc elles n'ont pas
d'effet.
C'est exactement ça ;-) !
Je vais finir par devenir un inconditionnel de Michel Onfray, moi ;-).
Qui est-ce ?
Le philosophe qui a écrit notamment ceci :
http://perso.wanadoo.fr/michel.onfray/traitedatheologie.htm
et dans ce cas, c'est qui les rigolos qui ont pondu ce merdier (ART,
les diffuseurs eux-même) ?
Non, l'ART n'a rien à voir là-dedans, c'est du broadcast...
mais l'allocation des fréquences, qui est compétent?
Le CSA.
Ca commence quand au fait les tests de TF1 ?
Ah, ça, je n'en sais rien !
Je n'ai encore rien vu passer au JO.
ça devrait pas tarder car ils veulent acheter une dizaine d'encodeurs,
pour un test co-joint TF1, Bouygues, TPS et Orange (pourquoi orange?)
La fameuse convergence des contenus ;-)...
>>je ne me souviens plus où il est, mais c'était un zone vraiment dense.
En effet, c'est ce que Thierry a écrit aussi. Enfin bon, quand même, ces
émetteurs ne sont pas situés en plein dans la cité du Vatican quand même,
non ?!?...
Quelqu'un connaît-il leur localisation exacte ?
et hop 55 canaux en CIF sur la TNT
Tant qu'on n'est pas trop exigeant sur la résolution ;-)...
comme sur tps et la TVoDSL
Je dois avouer que je n'ai jamais regardé ce que ça donne "dans la
réalité", la TVoDSL... De plus, il faut quand même avoir au moins 4 Mbit/s
de garantis sur le DL pour que ça fontionne correctement, j'imagine.
on va devenir vieux en évoquant TDF 1&2, le d2mac, le secam.....
Et le plan câble de France Télécom ;-).
En revanche, ce
que cette bande de guignols (note la subtile transition)
le podium de la transition, là!
Merci, merci, je crois que je vais m'inscrire à priartem alors ;-).
les antennes dans le croix ne se voient pas, donc elles n'ont pas
d'effet.
C'est exactement ça ;-) !
Je vais finir par devenir un inconditionnel de Michel Onfray, moi ;-).
Qui est-ce ?
Le philosophe qui a écrit notamment ceci :
http://perso.wanadoo.fr/michel.onfray/traitedatheologie.htm
et dans ce cas, c'est qui les rigolos qui ont pondu ce merdier (ART,
les diffuseurs eux-même) ?
Non, l'ART n'a rien à voir là-dedans, c'est du broadcast...
mais l'allocation des fréquences, qui est compétent?
Le CSA.
Ca commence quand au fait les tests de TF1 ?
Ah, ça, je n'en sais rien !
Je n'ai encore rien vu passer au JO.
ça devrait pas tarder car ils veulent acheter une dizaine d'encodeurs,
pour un test co-joint TF1, Bouygues, TPS et Orange (pourquoi orange?)
La fameuse convergence des contenus ;-)...
>>je ne me souviens plus où il est, mais c'était un zone vraiment dense.
En effet, c'est ce que Thierry a écrit aussi. Enfin bon, quand même, ces
émetteurs ne sont pas situés en plein dans la cité du Vatican quand même,
non ?!?...
Quelqu'un connaît-il leur localisation exacte ?
et hop 55 canaux en CIF sur la TNT
Tant qu'on n'est pas trop exigeant sur la résolution ;-)...
comme sur tps et la TVoDSL
Je dois avouer que je n'ai jamais regardé ce que ça donne "dans la
réalité", la TVoDSL... De plus, il faut quand même avoir au moins 4 Mbit/s
de garantis sur le DL pour que ça fontionne correctement, j'imagine.
on va devenir vieux en évoquant TDF 1&2, le d2mac, le secam.....
Et le plan câble de France Télécom ;-).
En revanche, ceque cette bande de guignols (note la subtile transition)
le podium de la transition, là!
Merci, merci, je crois que je vais m'inscrire à priartem alors ;-).
les antennes dans le croix ne se voient pas, donc elles n'ont pas
d'effet.
C'est exactement ça ;-) !
Je vais finir par devenir un inconditionnel de Michel Onfray, moi ;-).
Qui est-ce ?
Le philosophe qui a écrit notamment ceci :
http://perso.wanadoo.fr/michel.onfray/traitedatheologie.htm
et dans ce cas, c'est qui les rigolos qui ont pondu ce merdier (ART,
les diffuseurs eux-même) ?
Non, l'ART n'a rien à voir là-dedans, c'est du broadcast...
mais l'allocation des fréquences, qui est compétent?
Le CSA.
Ca commence quand au fait les tests de TF1 ?
Ah, ça, je n'en sais rien !
Je n'ai encore rien vu passer au JO.
ça devrait pas tarder car ils veulent acheter une dizaine d'encodeurs,
pour un test co-joint TF1, Bouygues, TPS et Orange (pourquoi orange?)
La fameuse convergence des contenus ;-)...