Hello there, i am setting up a server to share some cards with some friends and i am encountering some minor problems.
Running newcsgui.exe to start newcs.xml i have some cards connected onto my pc, and one of them is a newly bought n*va irdeto 2 v5 card.
The dm's that trying to connect to me, are running either newcamd 6.10b or mgcamd 1.22 with gemini 3.40.
All the other cards work ok, but this one, shows that sends keys, but the screen stays black.
Can anyone help me about how to set that phoenix to read the card correctly ?
Or is it something that has to do with anti-piracy mechanics.
I am gonna put my newcs.xml's part here that links to that specific card.
<device>
<!-- valid value for name are:
Any name of your choice, just to name the device for you to read. -->
<name>Phoenix on Com4</name>
<!-- valid value for type are:
phoenix, dbox, sci, dragon, sc8, mp35, pcsc (for own binary) or infinity(for own binary). -->
<type>phoenix</type>
<!-- valid value for mhz are:
153(1.53mhz), 358(3.58mhz), 450(4.5mhz), 536(5.36mhz), 600(6.00mhz), 800(8.00mhz, 1000(10.00 mhz), 1071(10.71mhz)
This setting is now IMPORTANT, normal phoenix usually have 3.57mhz, and can usually be overclocked
to 6mhz. For the others you probably need extra crystal (be careful). -->
<mhz>600</mhz>
<!-- valid value for node are full path to device, f.ex /dev/tts/0,
/dev/sciX (for dreambox), /dev/cardreaderX (for dragon),
/dev/tts/USBX (for a usb2serial device).
COMx on Win32, COM1, COM2 etc.
For PC/SC this is just 0, 1 ,2 and so on (reader number) -->
<node>com4</node>
<!-- valid value for infinity_number are number of device, if you have multiple, only used in infinity binary,
0, 1 ... -->
<infinity_number>1</infinity_number>
<!-- valid value for slot are:
0-7 (only used on Sc8). -->
<slot>1</slot>
<!-- valid value for parity are:
Odd, Even, None (ignored on sci and dragon).
This is only used on serial _BEFORE_ ATR is recieved. -->
<parity>odd</parity>
<!-- valid value for reset are:
normal, inverse (ignored on sci and dragon).
normal is phoenix, inverse is smartmouse -->
<reset>normal</reset>
<!-- valid value for export are:
Yes,No - if not exported only localhost can connect. -->
<export>Yes</export>
<!-- valid value for enabled are:
Yes,No - if not enabled it cant be used. -->
<enabled>Yes</enabled>
<!-- valid value for blocksa are:
Yes, No - block shared address emm to card. -->
<blocksa>no</blocksa>
<!-- valid value for blockua are:
Yes, No - block unique address emm to card. -->
<blockua>no</blockua>
<!-- valid value for blockga are:
Yes, No - block group address emm to card. -->
<blockga>no</blockga>
<!-- valid value for boxkey are:
The boxkey of your nagra STB. -->
<!-- <boxkey>0000000000</boxkey> -->
<!-- valid value for rsa are:
The RSA key from your nagra STB. -->
<!-- <rsa>0000000000</rsa> -->
<!-- valid value for camkey are:
8byte hex. -->
<irdeto-camkey>0000000000000000</irdeto-camkey>
<!-- valid value for camkey-data are:
64byte hex -->
<irdeto-camkey-data>000000000000000000000000000000000000000000000 00000000000000000000000000000000000000000000000000 00000000000000000000000000000000000000000000000000 00000000000000000000000000000000000000000000000000 00000000000000000000000000000000000000000000000000 00000000000</irdeto-camkey-data>
<!-- valid value for crypto-special are:
Yes, No - Used to enable/disable real-time mosc on Cryptoworks. -->
<crypto-special>No</crypto-special>
<!-- valid value for ipk are:
64byte hex -->
<ipk>000000000000000000000000000000000000000000000 00000000000000000000000000000000000000000000000000 00000000000000000000000000000000000000000000000000 00000000000000000000000000000000000000000000000000 00000000000000000000000000000000000000000000000000 00000000000</ipk>
<!-- valid value for ucpk are:
64byte hex -->
<ucpk>00000000000000000000000000000000000000000000 00000000000000000000000000000000000000000000000000 00000000000000000000000000000000000000000000000000 00000000000000000000000000000000000000000000000000 00000000000000000000000000000000000000000000000000 000000000000</ucpk>
<!-- valid value for PTShanshake are:
Yes, No - Used to enable/disable real-time HighBaud on Cryptoworks and Viacess. -->
<PTShandshake>no</PTShandshake>
<!-- valid value for carddetect are:
Yes, No - Used to try to detect if card is present in you cardreader. -->
<carddetect>no</carddetect>
<!-- valid value for newcamd_port are:
0,65535 - Which port newcamd server will listen for incomming connections. -->
<newcamd_port>10334</newcamd_port>
<!-- valid value for autosid are:
Yes, No - Let NewCS decide which sids should be allowed/denied based on card answers. -->
<autosid>no</autosid>
<!-- valid value for Seca-PPV are:
Yes, No - Let NewCS decide which sids should be allowed/denied based on card answers. -->
<Seca-PPV>no</Seca-PPV>
<!-- valid value for Pincode are:
0000, 9999 - For f.ex PPV on Conax, also for parental lock on conax and cryptoworks. -->
<pincode>0000</pincode>
<!-- Notes about Service ID's:
There are some points worth mentioning:
1. If you allow a sid, all others will be rejected for that caid.
2. When you deny a sid, all others then the denied will be let through to that caid.
3. If you dont specify a reader, all sid's will get let through.
4. Put as many provider-sections in sid as you'd like, and as many id-sections under allow/deny as you want.
5. Deny is the stronger one, will always override allow.
6. If you want to add several sid's at once, do <id>0000:0010</id>, this will add all ten to list. -->
<sid>
<allow>
<!-- valid value for id are:
4 numbers, if the service id is 3 numbers, add a 0 infront of it. -->
<id>0604</id><id>0001</id><id>0002</id>
</allow>
<deny>
<!-- valid value for id are:
4 numbers, if the service id is 3 numbers, add a 0 infront of it. -->
<id>0000</id><id>0001</id><id>0002</id>
</deny>
</sid>
<!-- valid value for priority are:
hard, round, fifo - hard is lower userid, higher priority(gets ECM through before user with higher id),
round, there is an equal chance for all users to get ECM through, fifo, first sendt ECM gets through. -->
<priority>round</priority>
</device>
Any help would be much appreciated.
Linear Mode
