Now upload to muiltics already on profile 1890 exclusive r100
#===============================
[MOVISTAR + 1890 HD VIEWING]
#===============================
PORT: 13090
CAID: 1890
SUPPLIERS: 0
ECM LENGTH: 8E,92,8C
ECM CHECK LENGTH: YES
DCW MAXFAILED: 0
SERVER FIRST: 0
SERVER MAX: 0
ECM CHECK: YES
SERVER INTERVAL: 1000
SERVER TIMEOUT: 2500
SERVER VALIDIMETIME: 2000
ENABLE CACHE: YES
ENABLE CACHEEX: YES
CACHEEX MAXHOP: 2
CACHE TIMEOUT: 300
RETRY CCCAM: 0
RETRY NEWCAMD: 0
ACCEPT NULL CAID: NO
ACCEPT NULL SID: NO
ACCEPT NULL PROVIDER: NO
DCW CHECK: YES
DCW TIMEOUT: 5500
well there are several ways to do it but I am going to expose the simplest one trying that anyone can make a map towards this new caid
the simplest way is with an oscam bridge between the local and the multics
to upload online the first step is to configure
oscam.conf
[newcamd]
port = 15001 @ 1890: 000000,004001,004101
key = 0102030405060708091011121314
keepalive = 1
oscam.server
[reader]
label = linen-1890
protocol = newcamd
device = host, port
key = 0102030405060 key =
0102030405060
Test
DisableServerFilter =1
connectoninit=1
caid=1810:1890
ident=1810:000000;1890:000000
group=1
audisabled=1
oscam.user
[account]
user=1890-Nline-1
pwd = Oscam-vps
caid = 1890
au = 1
group = 1,4,40
ident = 1890:000000
cccreshare = 1
we can also upload cache
[account]
user = user#cs378x
pwd = multics.es
caid = 1890
uniq = 1
allowedprotocols = cs378x
group = 1,4,40
cacheex = 2
cacheex_maxhop = 3
cacheex_allow_request = 1
cccmaxhops = -1
cccreshare = 1
cccstealth = 0
[account]
user = user#cs378x
pwd = multics.es
caid = 1890
uniq = 1
allowedprotocols = cs357x
group = 1,4,40
cacheex = 2
cacheex_maxhop = 3
cacheex_allow_request = 1
cccmaxhops = -1
cccreshare = 1
cccstealth = 1
It can also be done directly from the local and with reverse cache included, but I publish the easiest at the user level, there are several ways but for me the simplest is this.
for now and until future versions that resolve on ccccam, which is very close now but is still working on it so that there are requests for all this in the final vision and create ecm movement in the final vision oscam, I repeat oscam in cccam It has not been resolved yet, you have to put this parameter in oscam.dvbapi
#m: 1810:00000: 1890:000000: # ALL IN 1890
#CHANNELS IN 1890 THE REST THAT ARE NOT IN 1810
m: 1810:00000:750f:0889: 1890:000000:750f:0889: # La Liga HD
m:1810:00000:78b4:05e6:1890:000000:78b4:05e6:#Champions League HD
m:1810:00000:7531:05f0:1890:000000:7531:05f0:# DAZN F1 HD
m:1810:00000:7855:08d2:1890:000000:7855:08d2:# DAZN 1 HD
m: 1810:00000:785f:08f6: 1890:000000:785f:08f6: # DAZN 2 HD
it can be done on the entire package or on exclusive channels, I recommend by channels because that is how the caid and the pid of the channel are added and we achieve perfect stability, especially the package sometimes freezes a bit, due to an error in the pid
later I will put how it is done directly from the local, but if it is done directly from the local it cannot be used for anything other than caid 1890 and if we do it from the card reader it will give us ecm but it will not give us vision direct and it will not be possible to upload direct cache in local hop 0 since there is no vision or ecm shot on the internal dvbapi nor does the oscam.dvbapi map work from 1810 to 1890 as it is not original caid and pulling directly from the reader does not resolve in the deco, for card readers, well, if it goes, it can be taken out and read directly from the card in 1890 and take an nline shot towards the direct multics.
but as I say I recommend the first method with intermediate oscam because we can also generate cache and it goes up in very good times, no matter how fast we want to read when changing caid the n loses a little it goes up in an average of 600ms the cache goes up directly as soon as we enter to the oscam but it also needs a change of caid it arrives in about 400 ms on average
Well, the secret is already revealed, seeing it done is easy. It took me several hours of study to get it out, but I didn't publish it before, because I didn't see the ccccam output and I wouldn't know if this false caid would have an efficient final destination, as I know it would. well there goes how to do it
I recommend the first method more
Best regards
All credits go to SCS81 from multics.es forum
#===============================
[MOVISTAR + 1890 HD VIEWING]
#===============================
PORT: 13090
CAID: 1890
SUPPLIERS: 0
ECM LENGTH: 8E,92,8C
ECM CHECK LENGTH: YES
DCW MAXFAILED: 0
SERVER FIRST: 0
SERVER MAX: 0
ECM CHECK: YES
SERVER INTERVAL: 1000
SERVER TIMEOUT: 2500
SERVER VALIDIMETIME: 2000
ENABLE CACHE: YES
ENABLE CACHEEX: YES
CACHEEX MAXHOP: 2
CACHE TIMEOUT: 300
RETRY CCCAM: 0
RETRY NEWCAMD: 0
ACCEPT NULL CAID: NO
ACCEPT NULL SID: NO
ACCEPT NULL PROVIDER: NO
DCW CHECK: YES
DCW TIMEOUT: 5500
well there are several ways to do it but I am going to expose the simplest one trying that anyone can make a map towards this new caid
the simplest way is with an oscam bridge between the local and the multics
to upload online the first step is to configure
oscam.conf
[newcamd]
port = 15001 @ 1890: 000000,004001,004101
key = 0102030405060708091011121314
keepalive = 1
oscam.server
[reader]
label = linen-1890
protocol = newcamd
device = host, port
key = 0102030405060 key =
0102030405060
Test
DisableServerFilter =1
connectoninit=1
caid=1810:1890
ident=1810:000000;1890:000000
group=1
audisabled=1
oscam.user
[account]
user=1890-Nline-1
pwd = Oscam-vps
caid = 1890
au = 1
group = 1,4,40
ident = 1890:000000
cccreshare = 1
we can also upload cache
[account]
user = user#cs378x
pwd = multics.es
caid = 1890
uniq = 1
allowedprotocols = cs378x
group = 1,4,40
cacheex = 2
cacheex_maxhop = 3
cacheex_allow_request = 1
cccmaxhops = -1
cccreshare = 1
cccstealth = 0
[account]
user = user#cs378x
pwd = multics.es
caid = 1890
uniq = 1
allowedprotocols = cs357x
group = 1,4,40
cacheex = 2
cacheex_maxhop = 3
cacheex_allow_request = 1
cccmaxhops = -1
cccreshare = 1
cccstealth = 1
It can also be done directly from the local and with reverse cache included, but I publish the easiest at the user level, there are several ways but for me the simplest is this.
for now and until future versions that resolve on ccccam, which is very close now but is still working on it so that there are requests for all this in the final vision and create ecm movement in the final vision oscam, I repeat oscam in cccam It has not been resolved yet, you have to put this parameter in oscam.dvbapi
#m: 1810:00000: 1890:000000: # ALL IN 1890
#CHANNELS IN 1890 THE REST THAT ARE NOT IN 1810
m: 1810:00000:750f:0889: 1890:000000:750f:0889: # La Liga HD
m:1810:00000:78b4:05e6:1890:000000:78b4:05e6:#Champions League HD
m:1810:00000:7531:05f0:1890:000000:7531:05f0:# DAZN F1 HD
m:1810:00000:7855:08d2:1890:000000:7855:08d2:# DAZN 1 HD
m: 1810:00000:785f:08f6: 1890:000000:785f:08f6: # DAZN 2 HD
it can be done on the entire package or on exclusive channels, I recommend by channels because that is how the caid and the pid of the channel are added and we achieve perfect stability, especially the package sometimes freezes a bit, due to an error in the pid
later I will put how it is done directly from the local, but if it is done directly from the local it cannot be used for anything other than caid 1890 and if we do it from the card reader it will give us ecm but it will not give us vision direct and it will not be possible to upload direct cache in local hop 0 since there is no vision or ecm shot on the internal dvbapi nor does the oscam.dvbapi map work from 1810 to 1890 as it is not original caid and pulling directly from the reader does not resolve in the deco, for card readers, well, if it goes, it can be taken out and read directly from the card in 1890 and take an nline shot towards the direct multics.
but as I say I recommend the first method with intermediate oscam because we can also generate cache and it goes up in very good times, no matter how fast we want to read when changing caid the n loses a little it goes up in an average of 600ms the cache goes up directly as soon as we enter to the oscam but it also needs a change of caid it arrives in about 400 ms on average
Well, the secret is already revealed, seeing it done is easy. It took me several hours of study to get it out, but I didn't publish it before, because I didn't see the ccccam output and I wouldn't know if this false caid would have an efficient final destination, as I know it would. well there goes how to do it
I recommend the first method more
Best regards
All credits go to SCS81 from multics.es forum
