Dreambox - Viasat oriģinālās kartiņas.

Drīms un oriģinālās Viasat kartiņas (Dreambox - Viasat) no sākuma var likties nesavienojama lieta.

Tomēr tā nav…

Vēl ir iespēja izmantot oriģinālo Viasat kartiņu ar Dreambox, kas kā zinām nav oficiāli “piesiets” pie Viasat.

Instrukcija Dreambox 500 konfigurācijai priekš Viasat. (Darbosies arī uz citiem Dreambox modeļiem)

Mērķis:

Skatīties Viasat ar Dreambox500 nevis ar primitīvo Thomson 4200 , Samsung 560N un citiem Viasat draņķīgiem sat uztvērējiem.
Problēmas būtība:
Viasat karte ir piesaistīta konkrētam uztvērējam. Tā nestrādā vienkārši to pārliekot citā uztvērējā.
Nepieciešamās lietas:
1. Oriģinālā Viasat karte (komplekts).
2. Dreambox 500
3. Noregulēta antena.
4. Dators

1.darbība. Thomson 4200 ID numura iegūšana.
Thomson 4200 ID numura atrašana ir aprakstīta Thomson instrukcijas latviešu valodas sadaļas 33.lapā. ID numurs sastāv no 11 cipariem. Pierakstam pirmos 10 ciparus.

Pēdējais ir lieks. Viss. Thomsons mums nekad vairs nebūs vajadzīgs. Līdzīgi citiem modeļiem

2.darbība.

Dreambox sagatavošana konfigurācijai.

No http://www.dream-multimedia-tv.de/english/downloads.php ielādējam DreamUP V1.3.1.0 vai jaunāku
No http://www.dreambox4u.com/ ielādējam Gemini 3.60 vai jaunāku
Savienojam dreambox ar datoru.

Ieteicamais savienojums - caur com portu. Izraujam elektrības vadu no Dreamboxa. Startējam Dreamup.

Spiežam Connect un tikai tad pieslēdzam Dreambox strāvai. Tad ielādējam dreamboxā tikko novilkto Gemini 3.60 imidža failu. Kad tas paveikts pievienojam Dreambox televizoram, antenai un datoram. Slēdzam visu iekša, uzstādām antenas un citus parametrus.

3.darbība.

Dreambox konfigurācija
Pirmais solis jāveic ar Dreambox pulti. Spiežam Dreambox pults zilo pogu, tad spiežam 2, tad izvēlamies „ielādēt un uzstādīt”. Spiežam „cam” sameklējam Newcamd v6.10b - Complete.

Ielādējam to. Tad tādā pašā veidā ielādējam NewCS_1.20 (bin) un MGCamd1.24 Complete.

Kad tas izdarīts tad no cam-config ielādējam Newcs config, Newcamd config, un MGCamd config. Kad tas izdarīts Blue Panel ieslēdzam Newcamd Cardserver 6.10b. Viss, esam beiguši spaidīt dreambox pulti. Tagad pienākusi kārta datoram.

Atveram savu ftp programmu un savienojamies ar dreambox. Es izmantoju CuteFtp 8.0.

Tagad mums būs jāpārtaisa 2 faili, kuri atrodas šajā vietā: /var/tuxbox/config/newcamd
Tie būs cardserv.cfg un newcamd.conf.
Vispirms uzbraucam uz cardserv.cfg nospiežam peles labo taustiņu izvēlamies edit un izdzēšam visu faila saturu. Tā vietā iekopējam šo:

CITĀTS
#
# /var/tuxbox/config/cardserv.cfg
#
# The new cardserver can run several cards at once. It detects cards being
# inserted and removed from configured card readers. Every card uses its
# own TCP port to listen for incoming client connections. Card readers, that
# are configured, but where no card is inserted, will not be initialized.
# Supported are both serial ports of dbox2 (SERIAL_PORT = 0, 1), Dreambox
# cardreaders (SERIAL_PORT = 0 (upper), SERIAL_PORT = 1 (lower)) and the
# Dreambox’s serial port (SERIAL_PORT = 2). Supported CA systems are Seca,
# Viaccess, Irdeto, Conax, Cryptoworks and Nagra1. Irdeto cards (or some of
# them) probably won’t work in the Dreambox cardreaders, due to driver issues.
# In fact, the only Irdeto cards, that were successfully tested in Dreambox
# cardreaders, are the new Premiere cards and I2 cards. Premiere cards will ONLY
# work with betad (no sharing allowed for Premiere). Betad is a small subset
# of cardserver, using Unix Domain Sockets to communicate with newcamd. Also
# betad will only understand a very small subset of the options described here.
# Each instance of betad will only be able to serve exactly one card, while one
# instance of cardserver can serve multiple cards at the same time. Therefore
# betad is not able to handle the sc8in1. Betad configuration file is called
# betad.cfg. There is no special manual for betad.cfg, we everyone will be able
# to figure out, which cardserv.cfg options, described below, will also work in
# betad.cfg and which won’t.
# Configuration consists of global (all cards) and local (single card) options.
# betad.cfg will of course only have one local (single card) section. The
# global section is located at the beginning of the file before the first
# SERIAL_PORT option. The SERIAL_PORT option is a “divider” between the global
# and the local sections, it also is a divider between options for different
# cards. The SC8IN1_SLOT options is a similar divider, but it divides only
# between different cards in the sc8in1 cam and the first SC8IN1_SLOT options
# has to preceeded by a SERIAL_PORT option. Some options may appear in the
# global as well as in local sections, in the case the option in the global
# section is a default for all cards, that don’t have the same option in their
# particular local section. Options that appear in an incorrect section will
# be rejected with a “parse error” and the cardserver won’t start. Betad will
# also reject all cardserver options, that aren’t necessary or allowed for its
# operation. betad will understand the following options, of used correctly:
# SERIAL_PORT, BAUDRATE, USER, PARITY, CARD_DETECT_INVERT, CARD_DETECT_BIT and
# IGNORE_CARD_DETECT_SWITCH.
#
# You can also start cardserver multiple times by specifying different cfg
# files in the command line. Use only the name of the cfg file, the path of the
# file is always fixed to /var/tuxbox/config (dbox2, Dreambox) or /etc (i386)
#
# (G) = global section only
# (L) = local section only
# (A) = all sections
#
# 14 byte des key for the connection (A)
# DESKEY = 01 02 03 04 05 06 07 08 09 10 11 12 13 14
#
# id name of the cardserver (G)
# SERVER_NAME = cardserv
#
# debug port, lists all cards and their open connections (G)
# just telnet to it
# DEBUG_PORT = 12002
#
# entitlement port, lists entitlements of Seca, Conax and Cryptoworks cards
# just telnet to it
# ENTITLEMENT_PORT = 12003
#
# optional admin options (G)
# port for incoming camdcmd connections
# password and 14 byte des key for admin connections
# ADMIN_PORT = 12004
# ADMIN_PASSWORD = secret 00 00 00 00 00 00 00 00 00 00 00 00 00 00
#
# Userlist (A)
# there can be multiple users, user 1 always do AU for the card
# additional AU users can be defined by adding “au” at the end of the USER line
# keep in mind that your card number will be sent to all AU users
# global user preceed local users in terms of userid
# lan/wan/spider gives the type of connection
# lan = local area network
# wan = wide area network (those connections can be rebuild with camdcmd wanon)
# connections from cardspider to “wan” declared cards in cardserver are not
# possible
# spider = acts like wan, but allows connections from cardspider
# <username> <password> <lan/wan/spider> <newcamd hostname> <newcamd incoming cws port> (A)
# everything starting from <lan/wan> is optional (reverse login is optional)
# USER = dummy dummy lan dbox2 12000
# two examples for additional AU users
# USER = dummy2 dummy2 lan dbox2 12000 au
# USER = dummy3 dummy3 au
#
# CLIENT_CONNECT_TIMEOUT (in 100ms) (G)
# max time to wait for a login at a newcamd client
# CLIENT_CONNECT_TIMEOUT = 20
#
# debug options (A) - show network and card init, ecm and emm packages
# DEBUG_INIT = no
# DEBUG_NET = no
# DEBUG_ECM = no
# DEBUG_EMM = no
#
# Serial Port (Phoenix/Multicam) (Section divider)
# The first SERIAL_PORT options ends the global section
# On Dreambox SERIAL_PORT = 0 is the upper card slot,
# SERIAL_PORT = 1 is the lower card slot and 2 is the
# actual serial port.
# All numbers SERIAL_PORT = 3 and higher on Dreambox will use /dev/usb/tts/X
# devices for Phoenix on USB-to-RS232 adapters. This feature depends on a
# driver for your particular SB->RS232 adapter being insmod into the kernel of
# your image, your particular USB->RS232 driver supporting RS232 handshaking
# signal generation and on the particular card used. Basically this feature
# should be considered unstable and for advanced users only. The BAUDRATE option
# is not available for SERIAL_PORT = 3 and higher on Dreambox and would be
# rejected with a parse error
# SERIAL_PORT = <no> begins a single card’s local section
# SERIAL_PORT = 0
#
# Serial Port (sc8in1) (section devider)
# SERIAL_PORT = <no> sc8in1 begins a sc8in1 description
# SC8IN1_SLOT must follow immediately to start a local section
# SERIAL_PORT = 1 sc8in1
#
# sc8in1 slot (sc8in1 sub section divider)
# valid slots are 0-7, 0 being the left most connector on the sc8in1
# SC8IN1_SLOT = 1
#
# Parity - serial communication parameter for the smartcard (L)
# The default is on, which is correct for all cards except Irdeto
# This is for reading the ATR only, after the ATR has been recognized by
# cardserver, it automatically switches to the correct communication parameters
# Some Irdeto cards work with PARITY = on also, some need PARTIY = off, so just
# test it. Dreambox cardreaders don’t need this option, so it will be rejected
# for SERIAL_PORT = 0, 1 on Dreambox
# PARITY = on
#
# CARD_DETECT_BIT (L)
# different Phoenix readers sometimes use different serial lines to detect an
# inserted card, here you can specify, which line cardserver should use for a
# particular card. Possible values are CTS, DCD and DSR
# Default is CTS for sc8in1 and dbox2 serport 1, DCD otherwise
# Will be rejected for SERIAL_PORT = 0, 1 on Dreambox (internal cardreaders)
# CARD_DETECT_BIT = DCD
#
# Baudrate (L) (DBOX2/DREAMBOX versions ONLY!)
# Baudrate selection for the dbox2/Dreambox server. Allows to run 6 MHz with
# 3.579 MHz crystal and (theoretically) the other way around.
# Keep in mind, running anything but Irdeto cards at 6 MHz is overclocking!!!
# Irdeto card at 3.57 MHz: BAUDRATE = 5727
# other card at 6 MHz: BAUDRATE = 16128
# Default is 9622, which is correct for all except Irdeto cards at 3.579 MHz
# 3579545 Hz / 372 = 9622 bit/s (see iso 7816)
# This option will be rejected on I386 and on Dreambox ports other than
# SERIAL_PORT = 2
# BAUDRATE = 9622
#
# TCP port (L) - the port listening for connections for a particular card
# TCP_PORT = 2000
#
# EMM options - block EMM-U, EMM-G or EMM-S (A)
# EMM-G = no
# EMM-S = no
# EMM-U = no
#
# For iso cardreaders that close the card switch contact instead of opening it,
# when a card is inserted (L)
# Will be rejected for SERIAL_PORT = 0, 1 on Dreambox (internal cardreaders)
# CARD_DETECT_INVERT = yes
#
# Disable Pin (L) Seca only
# suppress all pin enter requests on Seca cards
# be very careful with this feature, if you have ordered PPV events or have
# prepaid Jetons on your card, if this is enabled, cardserver will use them
# up on any ppv event without ever asking
# DISABLE_PIN = yes
#
# Special features (only for some cards) (L)
# SPECIAL_FEATURES = no
#
# Exclude services - Some providers offer a PPV preview by allowing a card
# to decrypt a certain number of ECMs of each PPV event before it has to be
# bought. Sharing such a card with other people allows them to “steal” this
# PPV preview. With this option, you can tell cardserver to not ask the card
# to decrypt ECMs for certain services, except if user 1 (the EMM user) asks
# for them. Each blocked service has to be listed with its service id.
# A service id is a 16-bit number and has to be given in hex.
# camdcmd offers a possibility to change the list of blocked services without
# restarting cardserver (if for example you have bought a PPV event and now
# want to share it).
#
# Block single service (L)
# EXCLUDE_SERVICE = 13a9
# You can also block a range of service ids, the following blocks all services
# from 02be to 02c8
# EXCLUDE_SERVICE_MULTIPLE = 02be:02c8
#
# Boxkey (for Nagra1 cards only) (L)
# 8 byte des boxkey of your nagra smartcard. This boxkey is needed for proper
# use of your card, otherwise you’ll get incorrect control words
# BOXKEY = 11 22 33 44 55 66 77 88
#
# Example
#
DESKEY = 01 02 03 04 05 06 07 08 09 10 11 12 13 14
SERVER_NAME = cardserv
DEBUG_PORT = 12002
ENTITLEMENT_PORT = 12003
ADMIN_PORT = 12004
ADMIN_PASSWORD = secret 00 00 00 00 00 00 00 00 00 00 00 00 00 00
USER = root dreambox lan dreambox 12000
#
# upper card slot
#
SERIAL_PORT = 0
TCP_PORT = 10000
BOXID = xxxxxxxxxx
EMM-G = yes
EMM-S = yes
EMM-U = yes
SPECIAL_FEATURES = yes
#
# lower card slot
#
SERIAL_PORT = 1
TCP_PORT = 10001
EMM-G = no
EMM-S = no
EMM-U = no
SPECIAL_FEATURES = yes
#
# serial port for fhenix
#
#SERIAL_PORT = 2
#TCP_PORT = 10002
#EMM-G = no
#EMM-S = no
#EMM-U = no
#SPECIAL_FEATURES = no

šajā failā atrodam vietu, kur bija rakstīts BOXID = xxxxxxxxxx un ierakstam tur savus 10 ciparus. Saglabājam un aizveram šo failu.

Atveram newcamd.conf izdzēšam visu saturu un tā vietā ierakstām:

CITĀTS
# /var/tuxbox/config/newcamd.conf
#
# newcamd mandatory settings
#
# What Demux API is used? (1 = very old, 2 = rel (Dreambox), 3 = head (VDR))
DEMUX_API = 2
# on PPC version: What Box is used? Valid options are DBOX2, DM7000 and DM5600
# on I386 version this parameter is ignored
BOX_TYPE = DM7000
# Which device for writing control words should be used?
# Valid options are CA, SDEV or GTX
# (SDEV and GTX = /proc/bus/gtx, CA = /dev/caX or /dev/dvb/card0/caX)
CONTROL_WORD_DEVICE = CA
# What CA0 API is used?
# 3 for recent DVB-S driver or recent Dreambox drivers (dream.o from 1.07.3)
# also for ca1 use on dbox2
# 2 for older Dreambox driver (ca.o or dream.o up to 1.07.2)
# no effect on PPC version if CONTROL_WORD_DEVICE = GTX or SDEV
CA_API = 3
# output control words to /proc/bus/gtx in 16 byte or 4096 byte packets
# no effect on I386 version or on PPC version, if BOX_TYPE = DREAMBOX
GTX_OUTPUT_MODE = 16
# This is important for channels which frequently change between free and
# encrypted broadcasts. The change will be reflected in the PMT. If you
# don’t want your picture to stop when the channel goes from free access
# mode to encrypted mode, either your zapper (zapit/Enigma) or newcamd
# itself has to keep track of PMT changes. Recent Enigma versions do this,
# so you can set PMT_UPDATE_WATCH to no. Recent Zapit versions also have
# this option, but it is not compiled by default. So when using Zapit
# without PMT updates, you need to enable newcamd to monitor the PMT
# (PMT_UPDATE_WATCH = yes). Having both zapper and newcamd monitor
# the PMT at the same time, can lead to all kind of instabilities and
# should therefore by avoided, although it might seem to work at first.
PMT_UPDATE_WATCH = no
# Use emulator?
EMU = no
# if both control word server and emulator keys are available for the
# channel, which method should be tried first?
PREFER_EMU = no
# deactivates the dbox2 Betacrypt CAM
# this has to be set to yes on Dreambox
DISABLE_CAM = yes
# use dbox2 Betacrypt CAM for caids 06, 17 or both (00)?
CAM_CASYS = 17
# Autoupdate for Emu and Control Word Servers
# AU is always yes if there are Betacrypt UDS control word server
# connected to newcamd
AU = yes
#
# newcamd debug options
#
# dumps all ca systems used by a channel on the console
SHOW_ALL_CA_SYSTEMS = no
# On Screen Display, neutrino, enigma or none
OSD = none
# Recent Enigma versions come with a new option “Use http authentication”
# in the Expert Setup menu. If this option is enabled, the Enigma web server
# requires all clients to authorize themselves with username (root) and
# password (usually dbox2 or dreambox). The following option tells newcamd
# about the authentication username and password to use for the web server
# in order to be able to display its on screen information.
OSD_WEB_LOGIN = root:dreambox
# write osd ca info to file
CA_INFO_FILE = /tmp/cainfo.txt
# print debug messages about ECM handling
DEBUG_ECM = yes
# print debug messages about EMM handling
DEBUG_EMM = no
# print debug messages about Control Word Server (CWS)
DEBUG_CWS = yes
# print debug messages about dbox2 CAM (cam-alpha.bin)
DEBUG_CAM = yes
# print command message to/from dbox2 CAM as hex strings
DEBUG_CAM_HEX = no
# print all plain control words used
SHOW_CW = no
# hex dump of entire PAT
SHOW_PAT = no
# hex dump of entire PMT
SHOW_PMT = no
# hex dump of entire ECM
SHOW_ECM = no
# hex dump of entire CAT
SHOW_CAT = no
# hex dump of entire EMM (AU)
SHOW_EMM = no
# show network ECM messages being sent and received from/to the cardservers
SHOW_CWS_ECM = no
# show network EMM messages being sent and received from/to the cardservers
SHOW_CWS_EMM = no
# hex dump of EMMs with wrong signature
EMM_REPORT_WRONG_SIG = no
# delay between channel zap and appearance of the OSD
OSD_WAIT_TIME = 2000
#
# newcamd optional settings
#
# Delay between reception of new control word and writing them into
# the CSA registers
# this is a default, can be changed for each individual key in keylist
DEFAULT_CW_DELAY = 500
# reload config on every channel zap
RELOAD_CONFIG_ON_ZAP = yes
# reload keylist on every channel zap
RELOAD_KEYLIST_ON_ZAP = no
#
# newcamd mandatory settings for control word servers (cws)
#
# Cardserver list
#
# <hostname> <port> <username> <password> <14 byte triple-des key in hex> <lan/wan> <cardserver name>
#
# wan connections will be dropped and rebuild if newcamd is told so by camdcmd
# (see admin options)
#
# hostname = uds to use betad, port is the serial port in that case
#
CWS = dreambox 10000 root dreambox 01 02 03 04 05 06 07 08 09 10 11 12 13 14 lan cardserv
CWS = dreambox 10001 root dreambox 01 02 03 04 05 06 07 08 09 10 11 12 13 14 lan cardserv
#
# newcamd optional settings for using control word servers (cws)
#
# Timeout for cardserver login in 100ms
CWS_CONNECT_TIMEOUT = 20
# Port to listen for incoming cardserver connections (reverse login)
# and/or admin connections
CWS_INCOMING_PORT = 12000
# Port to get a list of all connected cardservers, just telnet to it
CWS_DEBUG_PORT = 12001
#
# newcamd admin control options
# (incoming port is the same as CWS_INCOMING_PORT)
#
# <password> <14 byte des key>
#
ADMIN_PASSWORD = secret 00 00 00 00 00 00 00 00 00 00 00 00 00 00

Viss. Esam beiguši. Pārstartējam Enigmu, ieslēdzam TV3 un apm. 10 sekunžu laikā jāparādās attēlam.

Paldies autoram , kas sarakstīja šo iespēju boot forumā.

Jā, starp citu… visi jautājumi, kas saistīti ar Dreambox un satelītu lietām ir labi skaidroti un aprakstīti …ŠEIT.

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