DKTCOMEGA 796xx Series User Guide
introduction This is the user guide for the DKTCOMEGA 796xx Series CPE.
index The boot process of the CPE node...............................................4 DHCP Settings........................................................................5 Custom configuration...............................................................6 Device script commands...........................................................8 Explanation of feature settings.................................................16 VLAN settings.......................................................................
the boot process of the cpe node The boot process is split in two: - First the node issue a dhcp request with dhcp option 60 set to vx_xx (where x_xx is the version number of the firmware). -Afterwards the node start it’s operation system (OS). The OS also issue a dhcp request, with dhcp option 60 set to the version of the software. When a new node is unpacked it doesn’t contain any firmware, and before it can be used in must be updated with the latest revision.
dhcp settings The CPE requires a dhcp server connected to the fiber WAN port before power on.
3) CPE requests in its LINUX Boot-up process, where configuration file is requested: Option: 53, 61, 60, 50, 54, 55, 1, 3, 28, 66, 67 custom configuration When the OS issue a dhcp request a filename of a configuration file can be sent to the node. This configuration file is then downloaded by tftp during the boot process and issued instead of the default configuration. In this way it is possible to persist settings for each customer (by mapping the hardware address of the node and the customer number).
An example of a configuration file could be the following: #################################################################### # DKT configuration # Firmware version: 02_05 #################################################################### switch --enable-lan # enable LAN ports # VLAN SETTINGS FOR WAN PORT switch --set-port-802dot1q-mode=0:2 # Sets the WAN port in check mode, allows untagged on ingress if VID (incl default) is present in VTU switch --set-port-default-vid=0:102 # Default VLAN for WAN
device script commands The following commands are supported in the script that will be downloaded to the CPE via TFTP during boot-up process. This command is used to configure the switch in the unit. The command takes one or more of the following parameters, with the syntax switch --nn. The 7960x models have 4 LAN ports, whereas 7961x models have 7/8 LAN ports.
CATV: -c, --catv=(1|0) Turns on/off the CATV module. Unicast: --add-uca=PORT:aa:bb:cc:dd:ee:ff Adds the Ethernet address statically into the ATU. --add-uca-ext=PORT:aa:bb:cc:dd:ee:ff Adds the Ethernet address statically into the ATU. Applicable to 7/8 port models only. Port 1…4 covers LAN port 5…8. --del-uca=aa:bb:cc:dd:ee:ff Removes the Ethernet address from the ATU. --dump-atu Dumps the current content of the ATU, Ethernet addresses and Port no. Multicast: --add-mca=PORT:aaa.bbb.ccc.
--set-port-mtu=PORT:(0|1|2) Sets the MTU size for the port 0…5, where 0 indicates support for 1522 bytes, 1 indicates support for 2048 bytes and 2 indicates support for 10240 bytes --set-port-mtu-ext=PORT:(0|1|2) Sets the MTU size for the port 0…4 covering LAN port 5…8, where 0 indicates support for 1522 bytes, 1 indicates support for 2048 bytes and 2 indicates support for 10240 bytes Applicable to 7/8 port models only. Port 1…4 covers LAN port 5…8.
Flow control: --enable-port-flowcontrol=PORT:(1|0) Enables/disables flow control on the port --enable-port-flowcontrol-ext=PORT:(1|0) Enables/disables flow control on the port Applicable to 7/8 port models only. Port 1…4 covers LAN port 5…8. --get-enable-port-flowcontrol=PORT:(1|0) Prints the status of flow control on the port --get-enable-port-flowcontrol-ext=PORT:(1|0) Prints the status of flow control on the port Applicable to 7/8 port models only. Port 1…4 covers LAN port 5…8.
QoS: --set-port-ieee-tag-priority=PORT:(1|0) Enables prioritized frames based on their IEEE priority tags --set-port-ieee-tag-priority-ext=PORT:(1|0) Enables prioritized frames based on their IEEE priority tags Applicable to 7/8 port models only. Port 1…4 covers LAN port 5…8.
Used to map IP4/IP6 priority 0-63 to internal queue 0-3. --get-ip4ip6-queue-map=PORT Prints gets the queue of a mapped IP4/IP6 priority. --get-ip4ip6-queue-map-ext=PORT Prints gets the queue of a mapped IP4/IP6 priority. Applicable to 7/8 port models only. Port 1…4 covers LAN port 5…8. IEEE 802.1Q VLAN: --set-port-admit-only-tagged-frames=PORT:ENABLE This will make sure that all frames received on the port is blocked unless they are tagged with a VLAN ID.
--get-port-default-vid=PORT:VID Prints the default VLAN ID(VID) for a port. --get-port-default-vid-ext=PORT:VID Prints the default VLAN ID(VID) for a port. Applicable to 7/8 port models only. Port 1…4 covers LAN port 5…8. --set-port-force-default-vid=PORT:ENABLE Forces the tagging of VID on all frames on the port. --set-port-force-default-vid-ext=PORT:ENABLE Forces the tagging of VID on all frames on the port. Applicable to 7/8 port models only. Port 1…4 covers LAN port 5…8.
Prints the port based VLAN mapping --get-port-vlan-table=port Prints the port based VLAN mapping Applicable to 7/8 port models only. Port 1…4 covers LAN port 5…8. RMON: --get-rmon-histogram-mode Sets the mode for the RMON counters. 0 = Rx only, 1 = Tx only, 2 = Sum of Rx and Tx. --set-rmon-histogram-mode=MODE Sets the mode for the RMON counters. Mode must be between 0 and 2; 0 = Rx only, 1 = Tx only, 2 = Sum of Rx and Tx. --flush-all-rmon-counters Flushes all counters on all ports.
explanation of feature settings VLAN settings In SECURE mode, the VID for the given frame must be contained in the VTU, and the Ingress port must be a member of the VLAN or the frame will be discarded. In CHECK mode, the VID for the given frame must be contained in the VTU or the frame will be discarded (the frame will not be discarded if the Ingress port is not a memeber of the VLAN). In FALLBACK mode, Frames are not discarded if their VID’s are not contained in the VTU.
is tagged on egress #switch --set-port-default-vid 1:111 # If untagged frames ingress on port 1, place these into VLAN 111 (first VLAN) # # VLAN SETTINGS FOR LAN PORT 2 switch --set-port-802dot1q-mode 2:3 # LAN port 2 is secure mode, allows tagged frames only switch --add-vtu-entry 211:3:1:3:1:1:2:0 # puts WAN and LAN2 into vid 211, LAN2 is tagged on egress switch --add-vtu-entry 221:3:1:3:1:1:2:0 # puts WAN and LAN2 into vid 221, LAN2 is tagged on egress switch --add-vtu-entry 231:3:1:3:1:1:2:0 # puts WAN
Operator Network switch --set-port-802dot1q-mode=0:3 # Sets the WAN port in check mode, allows untagged on ingress if VID (incl default) is present in VTU switch --set-port-default-vid=0:951 # Default VLAN for WAN port switch --add-vtu-entry 951:2:1:1:1:1:2:0 # Management VLAN, enables contact to CPU - untagged on egress switch --set-port-802dot1q-mode=1:3 # Sets the LAN port in secure mode switch --set-port-802dot1q-mode=2:3 # Sets the LAN port in secure mode switch --set-port-802dot1q-mode=3:3 # Sets the
provider mode (double tagging, q-in-q) In provider network environments, it is very common to use double VLAN tagging to pass along the customer tag through the provider network by adding a provider tag on top of the customer tag. Double Tagging is a way to isolate one IEEE 802.1Q VLAN from other IEEE 802.1Q VLANs in a hierarchical fashion that is compatible with IEEE 802.1Q aware switches.
issuing the command: switch --enable-lan set lan port speed All ports are default configured to 1000 Mbit/s full duplex.
following commands switch --enable-port-block-unknown-multicast=1:1 switch --enable-port-block-unknown-multicast=2:1 switch --enable-port-block-unknown-multicast=3:1 switch --enable-port-block-unknown-multicast=4:1 switch --enable-port-block-unknown-multicast=5:1 # Important to include CPU port, alternatively a membership to any of the multicast groups could cause the CPU to be overloaded.
To enable timeout and to increase timeout from defaults in the IGMP snooper, the user must put this line in the CPE configuration file (example with additional 77 seconds timeout): ENABLE_IGMP_TIMEOUT=1 ADDITIONAL_IGMP_TIMEOUT=77 /etc/init.d/igmp restart #or “enable_igmp_timeout=1 additional_igmp_timeout=77 /etc/init.
This would match a situation where the service provider is offering a 2048/1024 kbps broadband connection to the Internet. Since the service provider may want to offer VoIP and/or IPTV, these services should not be counted in the bucket. A Non-Rate Limitation setting for the services can be made with the use of the VLAN Id’s. In the example VLAN VID 100 is excluded from the buckets, and therefore they do not have any rate limitations assigned.
sec. switch --set-port-egress-rate-limit-ext=2: 1024 # set the LAN6 port to 1Mbit/ sec. switch --set-port-egress-rate-limit-ext=3:8192 # set the LAN7 port to 8Mbit/ sec. switch --set-port-egress-rate-limit-ext=4:512 # set the LAN8 port to 512kbit/ sec. Because the egress rate of the WAN port is in opposite direction than the LAN port the egress rate can be used to limit the upload rate.
domain 15 Domain name serverid 54 DHCP server identifier surveillance via snmp Various information about the node and the switch can be access via SNMP. Some of these can also be set by snmp - but the setting is lost during a power reset. To persist a setting it must be set as part of the configuration file. The MIBs for SNMP management is available at www.dktcomega.com -> support -> firmware. These can be loaded into a standard MIB browser or 3rd party SNMP management system.
switch --set-ieee-queue-map=3:1 ority switch --set-ieee-queue-map=2:1 ority switch --set-ieee-queue-map=1:0 priority switch --set-ieee-queue-map=0:0 priority # ToS value of 3 will go to queue with low pri# ToS value of 2 will go to queue with low pri# ToS value of 1 will go to queue with lowest # ToS value of 0 will go to queue with lowest Using a traffic analyzer, where we have defined 8 traffic classes, each sending 12.
port 6 switch --set-port-ip4ip6-priority-field-ext=3:1 #Enables prioritization for LAN port 7 switch --set-port-ip4ip6-priority-field-ext=4:1 #Enables prioritization for LAN port 8 switch --set-ip4ip6-queue-map=63:3 highest priority switch --set-ip4ip6-queue-map=62:3 highest priority switch --set-ip4ip6-queue-map=61:2 next highest priority switch --set-ip4ip6-queue-map=60:2 next highest priority switch --set-ip4ip6-queue-map=59:1 low priority switch --set-ip4ip6-queue-map=58:1 low priority switch --set-ip4i
switch --add-vtu-entry=100:3:2:2:1:1:2:1:1:1:1:0:5 # priority tag of 5 will be associated with VLAN id 100. reboot The device can be accessed via TELNET, and is rebooted with the use of “reboot” command. TELNET access must however be configured in the configuration file.
# Applicable to 7/8 ports only # Syntax is switch --set-port-dhcp-option82-ext=PORT:enable[:] switch --set-port-dhcp-option82-ext=1:1:”VLAN 100, LAN port 5” switch --set-port-dhcp-option82-ext=2:1:”VLAN 200, LAN port 6” switch --set-port-dhcp-option82-ext=3:1:”VLAN 300, LAN port 7” switch --set-port-dhcp-option82-ext=4:1:”VLAN 400, LAN port 8” lldp/edp/cdp LLDP/EDP/CDP feature is enabled using the following syntax in the configuration script: # Syntax is /etc/init.
The CPE is preconfigured with a login for SSH, please consult DKTCOMEGA for user name and password. The first time the SSH daemon is started; two secret key files are generated. Please note that it takes a while to generate the secret key files. The secret key files are not automatically stored to flash.
er IP Address>” This file has to be pushed to all CPE’s 6) you can edit CPE’s configuration files by inserting the following commands: tftp -g -r shadow -l /tmp/shadow # This will get the shadow file for Administrator from TFTP server and temporarily store this in / tmp directory chown root /tmp/shadow # change owner of shadow chmod 600 /tmp/shadow # change rights of shadow mv /tmp/shadow /etc/ # move the shadow file to correct directory save_configuration # save configuration to fl
web interface Alternatively the ATA can be managed via HTTP browser by inserting http:// • User name: • Password: system para meters Generic settings for the ATA plug-in module can be configured under System • • • • • • • • • • ATA Manager Logon Date/Time Network Device Configuration Static Network Configuration Dynamic Network Configuration Remote Configuration Access NAT Transversal Parameters Update Parameters ATA Maintenanc
ata timeserver enable Enable use of network timeserver Enabled ata timeserver domain name Fully qualified domain name (including an optional port number) for the NTP/SNTP timeserver server time-a.nist.
net isp dhcp discover duration A parameter to enable DHCP retries. This parameter is in units of seconds and sets how long after a DHCP timeout that the ATA will restart sending 0 (Disabled) DHCP discovers.
nat stun server domain name Fully qualified domain name (including optional port number) for the STUN server stun.fwdnet.
ata configuration update error retry delay Fixed delay in seconds applied when the configuration update operation fails 120 ata firmware update enable Control to enable automatic updating of firmware Enabled ata firmware update on reset Control to enable automatic update of firmware on reset Enabled ata firmware request message SYSLOG message body sent when requesting a firmware update (empty) ata firmware success message SYSLOG message body sent when firmware update completed successfully Fir
net debug level omc Debug message level hex bitmask 7 for OMC layer function net debug level pmp Debug message level hex bitmask 7 for PUMP layer function System Identification: Parameter Description Default ata copyright notice DKTCOMEGA’s copyright notice (C) 1994-2009 DKTCOMEGA ata manufacturer Manufacturer name DKTCOMEGA.
voip provider 1 use outbound proxy voip provider 1.display name Outgoing caller ID display name (empty) voip provider 1.user name User name such as an E.164 number (empty) voip provider 1.domain name Authentication domain name (or realm) (empty) voip provider 1.auth user name User name for authentication (empty) voip provider 1.auth domain name Fully qualified domain name used as the authentication realm (empty) voip provider 1.
Voip para meters The VoIP Protocol Parameters control various common aspects of the ATA device. These include: • • • • Audio Settings RTP Protocol Parameters SDP Protocol Parameters SDP Audio Codec Names Audio Settings: Parameter Description Default voip preferred codecs List of numeric codec types in order of preference 18 0 voip silence supression enable Enables comfort noise/silence processing Disabled voip echo canceller enable Enables the G.
rtp jitter buffer start depth Jitter buffer depth at startup in msec 20 Jitter buffer minimum depth 20 Parameter Description Default DP Session Name - SDP Session Owner DKTCOMEGA rtp jitter buffer minimum depth SDP Protocol Parameters: SDP ignore stun Parameters are passed on to end-point for outgoing calls only SDP Audio Codec Names: Parameter Description Default sdp g711u codec name G.711 ulaw codec name PCMU/8000 sdp g711a codec name G.
• • SIP Distinctive Ring Names SIP Protocol Timers SIP Protocol Parameters: Parameter Description Default sip user agent User-Agent header for outbound responses if not empty DKTCOMEGA 3.27 sip require user name Require username to match for incoming calls Disabled sip local port Local UDP port used for sending/ receiving SIP call control messages 5060 sip public external ip address Force a specific external IP address for SIP messages sent (disabled when 0.0.0.0) 0.0.0.
sip prack enable Enables support for Provisional Response ACKnowledgement, PRACK (supported from firmware 05_05b6 or later) Disabled SIP Response Codes: Parameter Description Default sip response code sit1 SIP response code which plays the SIT1 tone sequence 0 sip response code sit2 SIP response code which plays the SIT2 tone sequence 0 sip response code sit3 SIP response code which plays the SIT3 tone sequence 0 sip response code sit4 SIP response code which plays the SIT4 tone se
sip timer no answer duration sip session time No answer duration in seconds 300 Session expiration in seconds 1800 Description Default SIP Server Configuration: Parameter sip allow incoming subscription Disabled sip subscribe authentication Disabled sip incoming resubscribe interval Resubscribe interval in seconds 3600 sip allow incoming registration Disabled sip register authentication Disabled sip incoming reregister interval Reregister interval in seconds 3600 sip invite authentic
dtmf detect abcd DTMF detection enable for ABCD dual tone pairs Enabled dtmf generate abcd DTMF generation enable for ABCD dual tone pairs Enabled dtmf pad duration DTMF out-of-band on time in msec 100 dtmf wait duration DTMF out-of-band off time in msec 50 dtmf playout min duration DTMF out-of-band minimum on time in msec 100 Parameter Description Default ipbx brief pause duration Time in 10 msec units before tone 50 ipbx initial dial duration Timeout in 10 msec units from off-hook to
ipbx hookflash maximum Time in msec for maximum hookflash 900 ipbx hookflash minimum Time in msec for minimum hookflash 100 ipbx hookflash delay Time in msec to delay hookflash action in case of hangup 200 ipbx answer hangup delay Time in msec for answer side hangup delay 0 Other: Parameter Description Default ipbx concurrent line count Number of concurrent line permitted 2 ipbx concurrent voip count Number of concurrent VoIP segments permitted including conferences 3 ipbx epo
has an associated frequency and amplitude. Up to four tone elements can be combined – to form a chord, or played in sequence – as a tune (see no_of_times). A negative no_of_tones indicates that the tones will be synchronized to a two-second timer (relevant for multi-port ATAs only). • no_of_times is the total of both on-to-off and off-to-on transitions in the tone pattern. If this value is positive, it produces a composite tone. If it is negative, the tones are played in sequence.
ipbx station call waiting tone default Non-blocking call waiting single tone pattern for station to station calls {1, 2, 0, {440, -16}, {300, 9700}} ipbx call holding tone Non-blocking call holding single tone pattern {1, 4, 0, {1200, -16}, {100, 200, 100, -1}} ipbx call hold disconnect tone Non-blocking call hold disconnect single tone pattern {1, 4, 0, {350, -16}, {50, 100, 50, -1}} ipbx call disconnect tone Call disconnect tone pattern {2, 2, 0, {480, -19, 620, -19}, {500, 500}} ipbx call con
ing. This value is only used if the default ringer parameter slac_ring_frequency is zero. • no_of_times is the total of both on and off transitions in the ring pattern. This can be zero for a continuous ring signal (which may not be desirable and may exceed the rated power capacity of the ATA). • duration is the length of time in seconds to ring. A value of zero means until instructed otherwise. • ring_on_timeX and ring_off_timeX are interleaved Ring On and Ring Off durations in msec.
Parameter Description Default ipbx call waiting tone 1 Non-blocking call waiting #1 single tone pattern {1, 2, 0, {440, -16}, {300, 9700}} ipbx call waiting tone 2 Non-blocking call waiting #2 single tone pattern {1, 6, 0, {440, -16}, {100, 20, 100, 20, 100, 9660}} ipbx call waiting tone 3 Non-blocking call waiting #3 single tone pattern {1, 4, 0, {440, -16}, {100, 100, 100, 9700}} ipbx call waiting tone 4 Non-blocking call waiting #4 single tone pattern {1, 6, 0, {440, -16}, {100, 100, 100, 1
slac ring bias Ringer bias in volts 0 slac message waiting type Selects visual message waiting waveform type of sinusoidal or trapezoidal Sinusoidal slac message waiting frequency Visual message waiting frequency in Hz 25 slac message waiting transition Trapezoidal transition time in msec 15 slac message waiting amplitude Visual message waiting voltage in volts 50 slac message waiting bias Visual message waiting bias in volts 0 slac dtmf caller id start code The parameters ‘slac dtmf call
slac impedance commands 6 SLAC commands to synthesize 220 ohm + 820 ohm || 120nF impedance (many) slac impedance commands 7 SLAC commands to synthesize 220 ohm + 820 ohm || 115nF impedance (many) slac impedance commands 8 SLAC commands to synthesize 370 ohm + 620 ohm || 310nF impedance (many) slac impedance commands 9 SLAC commands to synthesize 200 ohm + 680 ohm || 100nF impedance (many) slac impedance commands 10 SLAC commands to synthesize 800 ohm + 50nF impedance (many) subscriptio
ipbx busy forward service Enables customer use of call forward when busy service Enabled ipbx no answer forward service Enables customer use of no answer call forward service Enabled ipbx priority forward service Enables customer use of priority call service Enabled ipbx distinctive ring service Enables customer use of distinctive ring service Enabled ipbx disturb accept service Enables customer use of do not disturb accept service Enabled ipbx blocked number service Enables customer use of
ipbx line 1 number Assigned local number for line 1 L1 ipbx line 2 number Assigned local number for line 2 L2 ipbx line 1 name Assigned name for line 1 (Empty) ipbx line 2 name Assigned name for line 2 (Empty) 3 As far as conferencing goes, the ATA can handle two simultaneous media connections. If both ports are in use, local conferencing inside the ATA is not possible. If three way conferencing is enabled: Scenario 1 (while in call): 1. 2. 3. 4a. Hookflash puts current call on hold.
Operating Mode: Parameter Description ipbx mode ATA operating mode (ASS, SIHT, IHT, SIOT, IPBX)ASS (A Simple Service): The simplest mode passes all digits, as well as * and #, to the pattern matches for VOIP or PSTN calls. In this mode there is absolutely no feature codes, speed dialing or manual call routing. SIHT (Simple Internet Home Termination): This mode provides dialing priority for a VoIP call and almost eliminates all special codes for access to other stations.
ipbx input pattern voip Pattern match for VoIP dialing [3469]11|*xx|**| 1900r7x!| 976r4!| 1800r7x|[^1] r6x| 1r3x[^1]r6x| 1010Se#e*p2r*x| 0Se#e*p2r*x ipbx input pattern pstn Pattern match for PSTN dialing 911 ipbx hot line dialing Enables automatic hot-line dialing Disabled ipbx warm line dialing Enables shorter duration timeout for warm line dialing Disabled ipbx hotwarm dial string Hot/warm dial string (empty) ipbx polarity dialing Sets the SLAC line polarity during dialing (forward or reve
“+” repeat previous digit any number of times (0 to 255) “x” match any numerical digit (0-9) “~” match any digit (0-9, A-D, *, #) excluding any specified terminators “!” disallows pattern “$” indicates secondary dialing to follow - used only by fixed dial strings “<:>” replace group to replace left digit(s) with right digit(s) “[]” selection group of candidate digits “[^]” exclusion group of digits “[0-9]” selection range of candidate numerical digits “[a-d]” selection range of candidate
**[1-9]e#r5xp3r*x This string pertains to VoIP provider “area codes”. The “**” prefix is a signal for the service provider to forward this call to another VoIP service provider. The three digits following “**” constitute the VoIP provider “area code.” Recognize a string starting with “**”, and proceeding with any of the digits 1-9. “e#” defines “#” as the terminating character. If someone dials “#” at any point after the 1-9, the ATA sends out all digits dialed to that point to the service provider.
Parameter Description Default ipbx speed dial array *20 Speed dial number corresponding (empty) to *20 (repeated) ipbx speed dial array *39 Speed dial number corresponding (empty) to *39 ipbx speed dial array #0 Speed dial number corresponding (empty) to #0 (repeated) ipbx speed dial array #7 Speed dial number corresponding (empty) to #7 ipbx hot warm dial string Special number to be dialed when phone is picked up (empty) Call Forwarding: With Call Forward enabled, any call on this list will
ipbx disturb accept enable Enables only calls on the Disturb Accept List to ring Disabled ipbx disturb accept list 1 Number to accepted while in do not disturb state entry 1 (empty) Parameter Description Default ipbx block anonymous enable Blocks anonymous numbers Disabled ipbx blocked number enable Enables blocking of calls from numbers in the Blocked Number List Disabled ipbx blocked number list 1 Numbers to block entry 1 (empty) Numbers to block entry 30 (empty) Parameter Description
feature code assignments (55 - 99) The IPBX calling features are assigned the ranges *55 to *89 and *92 to *99. The codes can be reassigned to better match common local conventions, but they must be given codes within the assigned ranges.
ipbx fc no answer forward enable Call forward when no answer - number follows 92 ipbx fc no answer forward disable Cancel call forward when no answer 93 ipbx fc busy forward enable Call forward when busy - number follows 94 ipbx fc busy forward disable Cancel call forward when busy 95 ipbx outgoing block enable 96 ipbx outgoing block disable 97 ipbx fc unattended transfer 98 built-in wifi (for 79615 and 79616) Important: The Wifi Access Point uses the LAN port 1 as interface, so
HostName Wifi host name Login Administrator configuration access name, Please ********* consult DKTCOMEGA for user name and password Password Administrator password, Please consult DKTCOMEGA for user name and password OperationMode Wifi Operation Mode The following modes can be configured Access Point (0) Router (1) AP Client (2) Platform Wifi Module Platform, chip vendor RT3050 wanConnectionMode WAN Connection Type DHCP wan_ipaddr Applicable to Router Operation Mode, WAN IP address 192.168.
wan_pptp_ip applicable to Router Operation Mode, Point-topoint tunneling protocol, IP Address of the Wifi 192.168.2.1 wan_pptp_netmask applicable to Router Operation Mode, Point-topoint tunneling protocol, Subnet mask of the Wifi 255.255.255.0 wan_pptp_gateway applicable to Router Operation Mode, Pointto-point tunneling protocol, IP Address of the Gateway 192.168.2.254 lan_ipaddr LAN IP Address of the Wifi 192.168.1.250 lan_netmask Subnet mask of the Wifi 255.255.255.
DDNSProvider - DDNS - DDNSAccount - DDNSPassword - BssidNum 4 SSID1 This device supports multiple SSID. Input the multiple SSID 1, 2, 3 in the field to enable the function. With the field of Network Name (SSID), the device supports maximum 4 SSIDs. DKTCOMEGA1 WirelessMode 9 TxRate 0;0;0;0 Channel 6 BasicRate 15 100 BeaconPeriod Beacons are the packets sending by Access point to synchronize the wireless network.
RTSThreshold The RTS threshold determines the packet size at 2347 which the radio issues a request to send (RTS) before sending the packet. A low RTS Threshold setting can be useful in areas where many client devices are associating with the device, or in areas where the clients are far apart and can detect only the device and not each other. You can enter a setting ranging from 0 to 2347 bytes.
VLANEnable VLAN Support, Enable or Disable 0 VLANName VLAN name - VLANID VLAN VID 0 VLANPriority VLAN priority 0 WscConfMode WscConfStatus 0 It shows the current status of the WPS process. WscAKMP WscConfigured 2 1 It indicated whether the WPS is configured. 1 WscModeOption 0 WscActionIndex 9 WscPinCode Input the 8-digits PIN of client.
HT_RDG Applicable to HT Physical Mode, Reverse Direction Grant (RDG). This is the 11n performance parameter. Enable it if needed. 1 HT_LinkAdapt Applicable to HT Physical Mode 0 HT_OpMode Applicable to HT Physical Mode 0 HT_MpduDensity Applicable to HT Physical Mode 5 HT_EXTCHA Applicable to HT Physical Mode 1 HT_BW Applicable to HT Physical Mode 1 HT_AutoBA Applicable to HT Physical Mode, Auto Block ACK.
WdsPhyMode There are four modes including “CCK, OFDM, HTMIX, and Greenfield”. Select one according the WDS devices. The CCK is for pure 802.11b WDS network. OFDM is for pure 802.11g WDS network. HTMIX is for 802.11 g/n WDS network. Greenfield is for pure 802.11n WDS network.
WPAPSK3 WPA/WPA2-PSK Pass Phrase (8-64 characters). Key 3 12345678 Key1Str3 - Key2Str3 - Key3Str3 - Key4Str3 WPAPSK4 WPA/WPA2-PSK Pass Phrase (8-64 characters). Key 4 12345678 Key1Str4 - Key2Str4 - Key3Str4 - Key4Str4 - FixedTxMode HT;HT;HT;HT appendix 1 – ata configuration file Please notice that the ATA supports provisioning of the configuration file in both clear text as well as in encrypted format.
_net_router_commands_6&3d0= _net_router_commands_7&3d0= _net_router_commands_8&3d0= _net_router_commands_9&3d0= _net_router_commands_10&3d0= # Static Network Configuration net_static_config_enable&3dc=0 net_static_ip_address&3dc=0.0.0.0 net_static_netmask&3dc=255.255.255.0 net_static_gateway_address&3dc=0.0.0.0 # DNS Configuration net_dns_primary_address&3dc=0.0.0.0 net_dns_secondary_address&3dc=0.0.0.
ata_configuration_update_periodic_delay&3c0=3600 ata_configuration_update_random_delay&3c0=240 ata_configuration_update_error_retry_delay&3c0=120 ata_firmware_update_enable&3fc=0 ata_firmware_update_on_reset&3c0=0 ata_firmware_recovery_enable&3c0=0 ata_firmware_request_message&3c0= ata_firmware_success_message&3c0=Firmware update successful ata_firmware_failed_message&3c0=Firmware update failed ata_firmware_update_periodic_delay&3c0=86400 ata_firmware_update_random_delay&3c0=240 ata_firmware_update_error_re
_voip_provider_1.user_name&3fc= _voip_provider_1.domain_name&3fc= _voip_provider_1.auth_user_name&23fc= _voip_provider_1.auth_domain_name&23fc= _voip_provider_1.auth_user_password&3fc= _voip_provider_1.proxy_domain_name&3fc= _voip_provider_1.register_domain_name&3fc= _voip_provider_1.reregister_interval&23fc=120 _voip_provider_1.subscription_domain_name&23fc= _voip_provider_1.resubscribe_interval&23fc=0 # VoIP Account 2 Information voip_provider_2&3dc= _voip_provider_2.provider_name&3fc= _voip_provider_2.
_voip_provider_4.distinctive_ring_type&3fc=0 _voip_provider_4.dialing_prefix&3dc= _voip_provider_4.preferred_audio_codecs&23fc= _voip_provider_4.incoming_mode&3d0=0 _voip_provider_4.group_line_1_enable&3d0=1 _voip_provider_4.group_line_2_enable&3d0=1 _voip_provider_4.use_outbound_proxy&3d0=0 _voip_provider_4.dns_lookup_mode&3d0=0 _voip_provider_4.display_name&23fc= _voip_provider_4.user_name&3fc= _voip_provider_4.domain_name&3fc= _voip_provider_4.auth_user_name&23fc= _voip_provider_4.
sdp_g711a_codec_dyn_pt&3e0=0 sdp_cn_codec_dyn_pt&3e0=0 sdp_g729_codec_dyn_pt&3e0=0 sdp_g729b_codec_dyn_pt&3e0=109 sdp_t38_codec_dyn_pt&3e0=108 sdp_NSE_codec_dyn_pt&3e0=100 sdp_AVT_codec_dyn_pt&3e0=101 # T.
sip_timer_no_answer_duration&3c0=300 sip_timer_reregister_interval&3c0=0 sip_session_timer&3c0=1800 # SIP Server Configuration sip_allow_incoming_subscription&3c0=0 sip_subscribe_authentication&3c0=0 sip_incoming_resubscribe_interval&3c0=3600 sip_invite_authentication&3c0=0 sip_bye_authentication&3c0=0 sip_notify_authentication&3c0=0 sip_incoming_auth_user_name&3c0= sip_incoming_auth_realm&3c0= sip_incoming_auth_password&3c0= # Voice and Tone Parameters ipbx_voice_rx_gain&3f0=0 ipbx_voice_tx_gain&3f0=0 ipbx
ipbx_alternate_dial_tone&3c0=1 0 0 400 -16 ipbx_secondary_dial_tone&3c0=2 0 0 420 -19 520 -19 ipbx_stuttered_dial_tone&3c0=2 7 0 350 -19 440 -19 100 110 100 110 100 110 0 ipbx_message_wait_dial_tone&3c0=2 2 0 350 -19 440 -19 160 160 ipbx_call_forward_dial_tone&3c0=2 3 0 350 -19 440 -19 250 400 0 ipbx_pre_ringback_tone&3c0=4 -8 0 440 -16 494 -19 523 -19 587 -19 340 160 340 160 340 160 340 160 ipbx_ringback_tone&3c0=2 2 0 440 -19 480 -19 2000 4000 ipbx_call_waiting_tone_default&3c0=1 2 0 440 -16 300 9700 ipbx
slac_ring_transition&3c0=15 slac_ring_amplitude&3c0=85 slac_ring_bias&3c0=0 slac_message_waiting_type&3c0=0 slac_message_waiting_frequency&3c0=25 slac_message_waiting_transition&3c0=15 slac_message_waiting_amplitude&3c0=50 slac_message_waiting_bias&3c0=0 slac_dtmf_caller_id_start_code&3c0=0 slac_dtmf_caller_id_end_code&3c0=2 slac_dtmf_caller_id_polarity_reversal&3c0=0 # SLAC Command Strings slac_initialization_commands&3c0=100 slac_impedance_commands_1&3c0=ca,40ed,98,3c,aa,32,ab,52,64,aa,a3,b2,40bc,9a,a 2,b
ipbx_speed_dial_service&3e0=1 ipbx_do_not_disturb_service&3e0=1 ipbx_block_anonymous_service&3e0=1 ipbx_call_forward_service&3e0=1 ipbx_busy_forward_service&3e0=1 ipbx_no_answer_forward_service&3e0=1 ipbx_priority_forward_service&3e0=1 ipbx_distinctive_ring_service&3e0=1 ipbx_disturb_accept_service&3e0=1 ipbx_blocked_number_service&3e0=1 ipbx_outgoing_block_service&3e0=1 ipbx_forward_last_call_service&3e0=1 ipbx_distinctive_ring_last_call_service&3e0=1 ipbx_disturb_accept_last_call_service&3e0=1 ipbx_block_
_ipbx_speed_dial_array_6&3df= _ipbx_speed_dial_array_7&3df= _ipbx_speed_dial_array_8&3df= _ipbx_speed_dial_array_9&3df= _ipbx_speed_dial_array_10&3df= _ipbx_speed_dial_array_11&3df= _ipbx_speed_dial_array_12&3df= _ipbx_speed_dial_array_13&3df= _ipbx_speed_dial_array_14&3df= _ipbx_speed_dial_array_15&3df= _ipbx_speed_dial_array_16&3df= _ipbx_speed_dial_array_17&3df= _ipbx_speed_dial_array_18&3df= _ipbx_speed_dial_array_19&3df= _ipbx_speed_dial_array_20&3df= _ipbx_speed_dial_array_21&3df= _ipbx_speed_dial_arr
_ipbx_call_forward_list_25&3df= _ipbx_call_forward_list_26&3df= _ipbx_call_forward_list_27&3df= _ipbx_call_forward_list_28&3df= _ipbx_call_forward_list_29&3df= _ipbx_call_forward_list_30&3df= # Distinctive Ringing ipbx_distinctive_ring_enable&3df=1 ipbx_distinctive_ring_list_&3df= _ipbx_distinctive_ring_list_1&3df= _ipbx_distinctive_ring_list_2&3df= _ipbx_distinctive_ring_list_3&3df= _ipbx_distinctive_ring_list_4&3df= _ipbx_distinctive_ring_list_5&3df= _ipbx_distinctive_ring_list_6&3df= _ipbx_distinctive_ri
_ipbx_disturb_accept_list_18&3df= _ipbx_disturb_accept_list_19&3df= _ipbx_disturb_accept_list_20&3df= _ipbx_disturb_accept_list_21&3df= _ipbx_disturb_accept_list_22&3df= _ipbx_disturb_accept_list_23&3df= _ipbx_disturb_accept_list_24&3df= _ipbx_disturb_accept_list_25&3df= _ipbx_disturb_accept_list_26&3df= _ipbx_disturb_accept_list_27&3df= _ipbx_disturb_accept_list_28&3df= _ipbx_disturb_accept_list_29&3df= _ipbx_disturb_accept_list_30&3df= # Call Blocking ipbx_block_anonymous_enable&3df=0 ipbx_blocked_number_
_ipbx_outgoing_block_list_11&3df= _ipbx_outgoing_block_list_12&3df= _ipbx_outgoing_block_list_13&3df= _ipbx_outgoing_block_list_14&3df= _ipbx_outgoing_block_list_15&3df= _ipbx_outgoing_block_list_16&3df= _ipbx_outgoing_block_list_17&3df= _ipbx_outgoing_block_list_18&3df= _ipbx_outgoing_block_list_19&3df= _ipbx_outgoing_block_list_20&3df= _ipbx_outgoing_block_list_21&3df= _ipbx_outgoing_block_list_22&3df= _ipbx_outgoing_block_list_23&3df= _ipbx_outgoing_block_list_24&3df= _ipbx_outgoing_block_list_25&3df= _i
ipbx_fc_hookflash_simulation&3e0=88 ipbx_fc_caller_redial_cancel&3e0=89 ipbx_fc_no_answer_forward_enable&3e0=92 ipbx_fc_no_answer_forward_disable&3e0=93 ipbx_fc_busy_forward_enable&3e0=94 ipbx_fc_busy_forward_disable&3e0=95 ipbx_fc_outgoing_block_enable&3e0=96 ipbx_fc_outgoing_block_disable&3e0=97 ipbx_fc_unattended_transfer&3e0=98 appendix 2 – wifi configuration file #The following line must not be removed.
IPPortFilterEnable=0 IPPortFilterRules= PortForwardEnable=0 PortForwardRules= MacFilterEnable=0 MacFilterRules= DefaultFirewallPolicy=1 DMZEnable=0 DMZIPAddress= TZ= NTPServerIP= NTPSync= DDNSProvider= DDNS= DDNSAccount= DDNSPassword= BssidNum=4 SSID1=DKTCOMEGA1 WirelessMode=9 TxRate=0;0;0;0 Channel=6 BasicRate=15 BeaconPeriod=100 DtimPeriod=1 TxPower=100 RxAckTimeout=32 DisableOLBC=0 BGProtection=0 TxAntenna= RxAntenna= TxPreamble=0 RTSThreshold=2347 FragThreshold=2346 TxBurst=1 PktAggregate=1 TurboRate=0
VLANID=0;0;0;0 VLANPriority=0;0;0;0 WscConfMode=0 WscConfStatus=2 WscAKMP=1 WscConfigured=1 WscModeOption=0 WscActionIndex=9 WscPinCode= WscRegResult=1 WscUseUPnP=1 WscUseUFD=0 WscSSID=DKTCOMEGAAP WscKeyMGMT=WPA-EAP WscConfigMethod=138 WscAuthType=1 WscEncrypType=1 WscNewKey=scaptest IEEE8021X=0;0;0;0 IEEE80211H=0 CSPeriod=6 PreAuth=0;0;0;0 AuthMode=WPAPSK;OPEN;OPEN;OPEN EncrypType=TKIP;NONE;NONE;NONE RekeyInterval=3600 RekeyMethod=DISABLE PMKCachePeriod=10 WPAPSK1=56655153 DefaultKeyID=2;1;1;1 Key1Type=0;0
AccessPolicy1=0 AccessControlList1= AccessPolicy2=0 AccessControlList2= AccessPolicy3=0 AccessControlList3= WdsEnable=0 WdsPhyMode=HTMIX;HTMIX;HTMIX;HTMIX WdsEncrypType=NONE WdsList= WdsKey= WirelessEvent=0 RADIUS_Server=0;0;0;0 RADIUS_Port=1812;1812;1812;1812 RADIUS_Key=DKTCOMEGA;DKTCOMEGA;DKTCOMEGA;DKTCOMEGA RADIUS_Acct_Server= RADIUS_Acct_Port=1813 RADIUS_Acct_Key= session_timeout_interval=0 idle_timeout_interval=0 staWirelessMode=9 RemoteManagement=1 WAN_MAC_ADDR=00:0C:43:30:50:66 RFICType=5 TXPath=5 RX
requested by the CPE. Otherwise communication with the internal CPU of the CPE can’t be obtained. For more information about DHCP options in dhcp3, please refer to: http://pwet.fr/man/linux/formats/ dhcp_options To edit DHCP Server Setup for dhcp3, edit the DHCP setup configuration file: sudo kate /etc/dhcp3/dhcpd.
appendix 4 – tftp settings After the DHCP server is configured a TFTP server should be configured, so firmware image and configuration file for the CPE can be downloaded correctly. As an example we have used Linux tftpd and xinetd The TFTP configuration file must be edited.
