- DS-Lite via Linux / BSD (bspw. OpenWRT oder pfSense) Beitrag #1
#DiRK
Um evtl. auftretende Herausforderungen bei der Nutzung von Modems / Bridges und DS-Lite zu besprechen, dieser Thread.
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Guter Ansatz, eventuell gibt das ja Aufschluss darüber, was AVM anders macht. :kratz:Ich hatte schon drüber nachgedacht die Fritzbox Firmware mal auseinander zunehmen um zu schauen was die so an Parametern einstellen.
alternativ durch die Docsis Config eingestellt werden
Und bei IPV6 (DSLITE) sieht das so aus:
IPv6_Pack_Classif_Encodings
IPv6_Destination_Address = 2A02:0908:000A:1000:0000:0000:0000:0000
IPv6_Destination_Prefix_Len = 64
Nein, beim TC4400 geht das nicht. :traurig:BTW: kann man bei TC4400 das DOCSIS-Config-File einsehen wie bei CISCO-EPC3208 ?
Hier mal die "cust-own_200000_10000_dslite_sip_wifi-on.bin"Vielleicht hat ja einer mal den Inhalt des DS-Lite Docsis Configfiles für mich? ;-)
eRouter_Operation_Mode eRouter_Initizalization_Mode_Encoding = 2
Maximum_Number_of_CPE's = 1
Network_Access = 1
SNMP_MIB_Object: docsDevSwAdminStatus [0] = 2
Baseline_Privacy Authorized_Wait_Timeout = 10 Re-Authorized_Wait_Timeout = 10 Authorized_Grace_Timeout = 600 Operational_Wait_Timeout = 10 Re-key_Wait_Timeout = 10 TEK_Grace_Time = 3600 Authorization_Reject_Wait_Timeout = 10 Sa_Map_Wait_Timeout = 1 Sa_Map_Max_Reties = 4
Privacy_Enable = 1
Upstream_Classification_Encoding Classifier_Reference = 5 Service_Flow_Reference = 3 Rule_Priority = 254 Classifier_Activation_State = 1 IPv6_Pack_Classif_Encodings IPv6_Destination_Address = 2A02:0908:000A:1000:0000:0000:0000:0000 IPv6_Destination_Prefix_Len = 64
Downstream_Classification_Encoding Classifier_Reference = 8 Service_Flow_Reference = 4 Rule_Priority = 254 Classifier_Activation_State = 1 IPv6_Pack_Classif_Encodings IPv6_TC_Range_&_Mask = 0x68 0xB8 0xFF IPv6_Next_Header_Type = 17
Downstream_Classification_Encoding Classifier_Reference = 10 Service_Flow_Reference = 4 Rule_Priority = 254 Classifier_Activation_State = 1 IP_Classification_Encoding Dest_Port_End = 5060 Dest_Port_Start = 5060 Source_Port_End = 5060 Source_Port_Start = 5060 IPv6_Pack_Classif_Encodings IPv6_Next_Header_Type = 17
Upstream_Service_Flow_Encoding Service_Flow_Reference = 1 QoS_Parameters_Set_Type = 0x07 Traffic_Priority = 0x00 Upstream_Maximum_Tarffic_Rate = 10496000 Max_Traffic_Burst = 8160 Max_Concatenated_Burst = 8160 Service_Flow_Scheduling_Type = 2 Request_Transmission_Policy = 0x00 0x00 0x00 0x00 IP_TOS_Overwrite = 0x00 0x00
Downstream_Service_Flow_Encoding Service_Flow_Reference = 2 QoS_Parameters_Set_Type = 0x07 Traffic_Priority = 0 Downstream_Maximum_Traffic_Rate = 225280000
Upstream_Service_Flow_Encoding Service_Flow_Reference = 3 QoS_Parameters_Set_Type = 0x07 Service_Flow_Scheduling_Type = 4 Upstream_Maximum_Tarffic_Rate = 358400 Max_Traffic_Burst = 3044 Max_Concatenated_Burst = 1522 IP_TOS_Overwrite = 0x00 0xB8 Request_Transmission_Policy = 0x00 0x00 0x00 0x1F Nominal_Polling_Interval = 20000 Tolerated_Poll_Jitter = 2000
Downstream_Service_Flow_Encoding Service_Flow_Reference = 4 QoS_Parameters_Set_Type = 0x07 Traffic_Priority = 5 Downstream_Maximum_Traffic_Rate = 358400 Max_Traffic_Burst = 3044
SNMP_MIB_Object: docsDevNmAccessIp [1] = 0.0.0.0
SNMP_MIB_Object: docsDevNmAccessIpMask [1] = 0.0.0.0
SNMP_MIB_Object: docsDevNmAccessCommunity [1] = 50.61.47.31.6A.33.39.4D.61.59.45.78.41.73.6C.35
SNMP_MIB_Object: docsDevNmAccessControl [1] = 3
SNMP_MIB_Object: docsDevNmAccessInterfaces [1] = 40
SNMP_MIB_Object: docsDevNmAccessStatus [1] = 4
SNMP_MIB_Object: docsDevNmAccessCommunity [2] = 38.72.4E.33.76.44.70.71.30.6D.38.4D.37.79.69.41
SNMP_MIB_Object: docsDevNmAccessControl [2] = 2
SNMP_MIB_Object: docsDevNmAccessInterfaces [2] = C8
SNMP_MIB_Object: docsDevNmAccessStatus [2] = 4
SNMP_MIB_Object: docsDevFilterLLCUnmatchedAction [0] = 1
SNMP_MIB_Object: docsDevFilterLLCIfIndex [1] = 0
SNMP_MIB_Object: docsDevFilterLLCProtocolType [1] = 1
SNMP_MIB_Object: docsDevFilterLLCProtocol [1] = 34525
SNMP_MIB_Object: docsDevFilterLLCStatus [1] = 4
SNMP_MIB_Object: docsDevFilterLLCIfIndex [2] = 0
SNMP_MIB_Object: docsDevFilterLLCProtocolType [2] = 1
SNMP_MIB_Object: docsDevFilterLLCProtocol [2] = 2048
SNMP_MIB_Object: docsDevFilterLLCStatus [2] = 4
SNMP_MIB_Object: docsDevFilterLLCIfIndex [3] = 0
SNMP_MIB_Object: docsDevFilterLLCProtocolType [3] = 1
SNMP_MIB_Object: docsDevFilterLLCProtocol [3] = 2054
SNMP_MIB_Object: docsDevFilterLLCStatus [3] = 4
CM_MIC = 0x16 0xC7 0xAC 0xC2 0xC1 0x54 0x97 0x8A 0xBA 0x90 0xCE 0xC5 0x0E 0x15 0xD4 0x09
CMTS_MIC = 0xC0 0x9B 0xF6 0xE2 0x25 0xAB 0x6E 0xFB 0xCF 0xCB 0x1C 0x28 0x30 0x44 0xC8 0x00 Jo, vermutlich kennt diese besonderen Einstellungen nur AVM, da die mit den Providern zusammenarbeiten. :zwinker:Also wohl doch die Fritten-FW auseinander nehmen. Ich vermute irgendeine besondere Einstellung für die entsprechenden Provider.
Z.B. hier die 6.85 für die 6490Hat irgendwer ne Idee wo ich ein Image für Kabel-Fritten ziehen kann? Oo Auf dem FTP liegen die nicht![]()
die Source-files zu den non-proprietären Software-Komponenten liegen hier:Z.B. hier die 6.85 für die 6490
http://download.avm.de/firmware/6490/32307200/FRITZ.Box_6490_Cable.de-en-es-it-fr-pl.141.06.85.image