gelöst versuche gerade auch eine HD05 (HDplus) karte zum laufen zu bekommen.

########################################################################################
#
# CAS settings
#
#[generic]
#reset_rs232_buffer    = 1        ; (default: 1) empty RS232 buffer before writing
#
#[slot-n]                ; slot section with n=1..18
#include        = /foo/slot.cfg ; looking for section parameters in user defined configuration file, only outside of a section defined parameters will be used
#initialization        = basic        ; (default: basic) [basic,extended] init card in basic or extended mode
#disable_pts        = 0        ; (default: 0) enable/disable protocol type selection (PTS) handshake
#enable_ice        = 0        ; (default: 0) enable/disable irdeto cryptoworks enveloped support
#alternative_frequency    = 0        ; (default: 0) check additional osc frequency, value in kHz, example 8MHz=8000000
#alternative_baudrate    = 0        ; (default: 0) check additional baudrate for atr, value in bit/s, example 81861
#byte_delay        = 0        ; (default: 0) unit (1e-6 s)
#instruction_delay    = 0        ; (default: 0) unit (1e-3 s)
#cwcrcmode        = 0        ; (default: 1) 0 - disable, 1 - crc mode 1
#nuid            = <4 byte>      ; STB chipset nuid - (ex. A1A2A3A4)
#cwpk            = [0-7]:<16 byte key data>    ; STB chipset cwpk data - (ex. 0:E0E1E2E3E4E5E6E7E8E9EAEBECEDEEEF)
#camid            = <4 byte>
#camctrl        = <4 byte>
#nagra-pk-3310        = <16 byte>
#nagra-pk-3460        = <96 byte>
#nagra-pk-3588        = <136 byte>
#nagra-merlin-gmod    = <112 byte>
#nagra-merlin-gsig    = <112 byte>
#
#enable_unique_emm    = 0        ; (default: 0) set unique emm section filter on demux device
#enable_shared_emm    = 0        ; (default: 0) set shared emm section filter on demux device
#enable_global_emm    = 0        ; (default: 0) set global emm section filter on demux device
#block_unique_emm    = 1        ; (default: 1) block unique address/hex_serial emm
#block_shared_emm    = 1        ; (default: 1) block shared address/provider emm
#block_global_emm    = 1        ; (default: 1) block global address/all_card emm
#block_user_emm        = 1        ; (default: 1) block user emm, read from /var/tmp/remm.txt
#save_processed_emm    = 0        ; (default: 0) save processed EMMs to (/var/tmp/scXX.emmproc)
#save_processed_emm_file= /var/keys/sc0X.emmproc; (default: /var/tmp/scXX.emmproc) user defined output file
#save_rejected_emm    = 0        ; (default: 0) save rejected EMMs to (/var/tmp/scXX.emmblock)
#save_rejected_emm_file = /var/keys/sc0X.emmblock; (default: /var/tmp/scXX.emmblock) user defined output file
#
#sidfilter        = 000C,000D    ; define sids can dispatch or not dispatch by card
#sidfilter_local_policy    = allow_all    ; (default: allow_all) [deny_all,allow_all,allow_defined,deny_defined]
#                    ;            deny_all     - old cwshare S-Line local rule 00
#                    ;            allow_all    - old cwshare S-Line local rule 01
#                    ;            allow_defined    - old cwshare S-Line local rule 02
#                    ;            deny_defined    - old cwshare S-Line local rule 03
#sidfilter_global_policy= allow_defined    ; (default: allow_all) [deny_all,allow_all,allow_defined,deny_defined]
#                    ;            deny_all     - old cwshare S-Line global rule 00
#                    ;            allow_all    - old cwshare S-Line global rule 01
#                    ;            allow_defined    - old cwshare S-Line global rule 02
#                    ;            deny_defined    - old cwshare S-Line global rule 03
#sidfilter_teacher    = card        ; [card,network] use selected ecm request source to update sidfilter (add or delete current sid)
#                    ;            card        - old cwshare S-Line global rule 03, means allow defined and update by zone0
#                    ;            network        - old cwshare S-Line global rule 03, means allow defined and update by zone1
#
#pidfilter        = 100C,100D    ; define pids can dispatch or not dispatch by card
#pidfilter_local_policy    = allow_all    ; (default: allow_all) [deny_all,allow_all,allow_defined,deny_defined]
#pidfilter_global_policy= allow_defined    ; (default: allow_all) [deny_all,allow_all,allow_defined,deny_defined]
#
########################################################################################

[generic]
reset_rs232_buffer = 1

[slot-1] # HD+
initialization = extended
disable_pts = 0
enable_ice = 0 # # ORF Karte 0=cryptoworks/Mode 1=irdeto/Mode
alternative_frequency = 0
alternative_baudrate = 0
#
enable_unique_emm = 1
enable_shared_emm = 1
enable_global_emm = 1
block_unique_emm = 0
block_shared_emm = 0
block_global_emm = 0
block_user_emm = 0
save_processed_emm = 0
save_rejected_emm = 0

[slot-2]
initialization = extended
disable_pts = 0
enable_ice = 0 # # ORF Karte 0=cryptoworks/Mode 1=irdeto/Mode
alternative_frequency = 0
alternative_baudrate = 0
#
enable_unique_emm = 1
enable_shared_emm = 1
enable_global_emm = 1
block_unique_emm = 0
block_shared_emm = 0
block_global_emm = 0
block_user_emm = 0
save_processed_emm = 0
save_rejected_emm = 0