Askey Computer RTF3026VWD25 GPON ONT User Manual Feature Description LAN Interface

Askey Computer Corp GPON ONT Feature Description LAN Interface

Contents

User Manual Part 1.pdf

1 I-241W-U User’s Manual with product spec.
2 History Page Date Version Description Author 2013/01/29 V0 Initial editing. Kevin Huang
3 Feature Description: Overview 1 Introduction The I-241W-U is a GPON ONT which supports  4 Gigabit Ethernets  2 POTS  2 Wi-Fi (2.4G & 5G)  1 HomePNA  2 USB  1 GPON WAN port (32 GEM ports, 128 TCONTs) Either pure RG model or pure ONT model is supported at one time by downloading different software releases. In this document, we will briefly introduce the feature of pure RG model and pure ONT model. The more detailed information please refers to related documents. 2 Pure ONT model release With pure ONT model release, I-241W-U will report to OLT that it contains one Ethernet slot with 4 GE ports, HomePNA and one POTS slot with 2 ports as Figure 1 shown. The Wi-Fi module and USB module are disabled in this mode. I-241W-UGPON L2 ONTGPON ODNOLTOMCIIPHostVOIPPOTS0POTS1WiFIUSBETh0ETh1Eth2Eth3HPNA Figure 1 I-241W-U provides VOIP service and L2 bridging service including Multicast service. They are all controlled by OLT.
4 2.1 VoIP The IP Host interface is dedicated for VOIP service. Single VLAN id could be assigned but different p-bits/DSCP could be assigned for SIP control packets and VOIP data. ALU’s SIP protocol is ported for I-241W-U. VOIP related parameters could be configured through OMCI protocol and downloading VOIP XML file to I-241W-U. 2.2 L2 VLAN tagging, VLAN/p-bit transparent and VLAN/p-bit translation are all supported in each Ethernet port and following OLT VLAN modes could be supported.  C-VLAN cross-connect  S+C-VLAN cross-connect  S-VLAN tunnel cross-connect  C-VLAN residential-bridge 2.3 Multicast IGMP snooping is supported and 64 multicast groups. 3 Pure RG model release With RG model release, it will report to OLT that it contains one VEIP slot with single port and one POTS slot with 2 ports as Figure 2 shown. Broadband NetworkI-241W-UGPON L2 ONTRGW GPONVirtual Eth ODNOLTACSCPE WAN Management Protocol (TR069)OMCIETh0ETh1Eth2Eth3IPHostVOIPPOTS0POTS1WiFIUSBHPNA Figure 2 I-241W-U provides VOIP service and L3 routing service including Multicast service. In current release, VOIP service is still controlled by OMCI not TR-069. Besides
5 VOIP service, OLT only configures L2/Multicast information for VEIP interface and leaves routing service to ACS’s business. 3.1 VoIP The same as pure ONT release. Please see section 2.1. 3.2 VEIP The OLT must configure all the VLAN/p-bit used by different services: HSI, IPTV, Management and VOIP. (The VOIP interface is reserved for future ACS-controlled VOIP service. In currently release, it is not supported yet.). Also, the Multicast channel VLAN used for IPTV service. It should treat the virtual Ethernet interface just like an Ethernet Port to allow the traffic coming RGW could pass OLT correctly. After OLT has well configured the L2 path for VEIP interface, the RG service could be controlled by remote ACS via TR069 protocol. Before ACS could reach I-241W-U, one WAN connection used to connect to ACS server and ACS server information must be configured first in I-241W-U to make sure I-241W-U could communicate with remote ACS and it could be configured by local management interface: Web and TR-064. 3.3 RG interfaces Basically, the embedded RG in I-241W-U provides up to two LAN interfaces and up to 4 WAN connections in WAN side and it is shown in following figure. Figure 3
6 3.3.1 WAN interface In WAN side, up to 4 WAN connections for following services are supported.  HIS: Internet service  IPTV: VoD and Multicast service  Management: remote management of TR-069 (ACS server)  VOIP: ACS controlled VOIP service. (Currently, it’s not supported yet) Only HSI and IPTV interfaces used for routing service for LAN devices. Traffic of other interfaces is terminated in I-241W-U. IPoE and PPPoE could be configured for each interface, except IPTV interface does not support PPPoE mode. Addressing of each interface is individual. Different IP address, gateway and DNS servers could be retrieved by each interface and used for respective service. Since both HSI interface and IPTV interface provide routing service for LAN users, either the gateway of HSI interface or that of IPTV interface must be selected to be the default gateway for routing traffic and both DNS servers of two interfaces must be used for DNS queries coming from LAN side. Only HSI interface supports IPv6. 3.3.2 LAN interface There is a main interface (called home network interface) used for home network including 4 Ethernet ports, Dual-band Wi-Fi APs, HomePNA and 2 USB ports. I-241W-U provides an extra LAN interface (called guest network interface) for Wi-Fi guest, there is only one Wi-Fi AP of this extra LAN interface. I-241W-U forbids the traffic between two LAN interfaces, so the packets can not be forwarded between home network interfaces and guest network interfaces. 3.3.2.1 LAN interface for Home Network (Home Network Interface) All interfaces (4 Ethernet ports, 2 Wi-Fi APs, HomePNA, 2 USB ports ) are bridged. The user belonging to home network could reach each other and also use HSI/IPTV service. The Web/TR-064 could be used to manage I-241W-U from LAN side. I-241W-U also supports UPnP IGD and DLNA service. IPv6 is supported for home network also. 3.3.2.2 LAN interface for Wi-Fi Guest Network (Guest Network Interfaces) In order to provide Dual-band Wi-Fi guest network for visitors and protect home network security, an extra LAN interface is provided and two Wi-Fi APs are attached
7 to these 2.4G and 5G interface. Visitors can access HSI/IPTV service just like home network by Wi-Fi, but they are forbidden to access I-241W-U management interface. UPnP IGD and DLNA service are not supported for Wi-Fi guest network. 3.4 Multicast service IGMP snooping is supported for home network interface and IGMP proxy is supported in WAN IPTV interface. I-241W-U does not support multicast service on guest network interface.
8 I-241W-U LED Power [Green Solid] Power on [Green Off] Power off WAN: only for HSI interface [Green Solid] IP connected (the device has a WAN IP address from IPCP/DHCP/Static and Broadband link is is up) and no traffic detected. If the IP or PPPoE session is dropped due to an idle timeout, the light will remain green if PON link is still present. If the session is dropped for any other reason, the light is turned off. The light will turn red when it attempts to reconnect and DHCP or PPPoE fails. [Green and Red Off] Broadband physical connection power off, device in bridged mode with no IP address assigned to the device, or Broadband physical interface connection not present [Green Flash] IP connected and IP Traffic is passing thru the device (either direction) [Red] Device attempted to become IP connected and failed (no 802.1x, DHCP, PPPoE, PPPoA response or authentication failure, etc.) GPON [Red Solid] No PON detected, (O1) [Red Flash] PON connected, but not ranged (O2, O3) [Green Solid] Registered and in service (O5) [Orange Flash]
9 PON connected and ranged, and accepting new provisioning (O5 + OMCI traffic) [Orange Solid] PON registered, but out of service (O6, O7) GE 1-4 [Green Solid] Link up [Green Off] Link down [Green Flash] Activity HomePNA [Green Solid] Link up [Green Off] Link down [Green Flash] Activity VoIP 1-2 Mode A: without registration status [Green Solid] Off-hook [Green Off] On-hook Mode B: with registration status [Green Solid] Registered and On-hook [Green Off] Unregistered [Green Flash] Registered and Off-hook Wi-Fi – 2.4G / 5G [Green Solid] WLAN link up
10 [Green Off] WLAN is down or no link connected [Green Flash] WLAN activity WPS 2.4G / 5G [Green Solid] "In Progress" and "Success" status [Red Solid] "Error" and "Session Overlap" status USB [Green Solid] At least one device which is not a USB hub connected to the USB port [Green Off] No device which is not a USB hub connected to the USB port [Green Flash] Activity
11 Web interface 4 Introduction The I-241W-U supports the remote management with web browser (IE, Firefox, chrome… etc). 4.1 Supported Device Info 4.1.1 General Status Figure 1 4.2 Transceiver Status In this page, you can see temperature, voltage and power.
12 Figure 2 4.3 UPS status In this page, you can see the status of UPS (Battery, Battery Miss, Battery Replace, Battery Low). Figure 3
13 5 Supported ONT 5.1 GPON In this page, you can modify password of GPON and see the status of GPON. Figure 4 5.2 Multicasting In this page, you can see the active group IP address in system.
14 Figure 5 5.3 IP Host In this page, you can see the status of IP host (IP Address, Subnet Mask, Gateway, DNS Server, Mode, RX Statistic and TX Statistic). Figure 6
15 5.4 VEIP In this page, you can see the statistic of VEIP. Figure 7 6 RGW 6.1 WAN 6.1.1 IPv4 In this page, you can add or remove wan connection.
16 Figure 8-0-1 6.1.1.1 Add WAN - PPPoE Press “Add”.
17 Figure 8-1-1 Select PPPoE and service type (multiple selections), setting service description, 802.1p, 802.1q, enable DSCP to P-bit, IPv6 (HSI only) and default gateway (HSI only), press “Next”.
18 Figure 8-1-2 Setting PPPoE username, password, service name, AC name and authentication mode. Setting NAT (HIS only), firewall (HIS only), Dial on demand, Use Static IPv4 Address, Enable PPP Debug Mode, Bridge PPPoE Frames Between WAN and Local Ports, press “Next”.
19 Figure 8-1-3 Setting DNS server, DNS overwrite, press “Next”. Figure 8-1-4 Checking configuration, press “Apply/Save”.
20 Figure 8-1-5 Add PPPoE connection complete! Figure 8-1-6
21 6.1.1.2 Add WAN (IPoE) Press “Add”. Figure 8-2-1 Select IPoE, service type (multiple selections), setting service description, 802.1p, 802.1q, enable DSCP to P-bit, IPv6 (HSI only) and default gateway (HIS or IPTV support), press “Next”.
22 Figure 8-2-2 Select Obtain an IP address automatically, setting option60 and 125 or select Use the following Static IP address, setting WAN IP Address, WAN Subnet Mask and WAN gateway IP Address, press “Next”.
23 Figure 8-2-3 You can modify configuration of NAT or firewall if service type include HIS or IPTV, press “Next”. Figure 8-2-4
24 Setting DNS server and DNS overwrite, press “Next”. Figure 8-2-5 Checking configuration, press “Apply/Save”. Figure 8-2-6 Add IPoE connection complete!
25 Figure 8-2-7 6.1.1.3 Remove WAN connection Select the WAN connection which you want to remove. You can select more then one connections at a time, press “Remove”.
26 Figure 8-3-1 Remove WAN connection complete! Figure 8-3-2
27 6.1.2 IPv6 This page show IPv6 related information of wan connection. Figure 8-4-1 6.2 LAN 6.2.1 Setting br0 Setting IP address, subnet mask, select DHCP client or DHCP server and setting IP range, press “Apply/Save”.
28 Figure 9-1-1 Add or remove Static IP Lease List and Reserved IP Address List. Figure 9-1-2 Setting parameters of IPv6.
29 Figure 9-1-3 You can see the statistic of br0. Figure 9-1-4 6.2.2 Setting br1 (not support IPv6) Setting IP address, subnet mask, select DHCP client or DHCP server and setting IP range, press “Apply/Save”.
30 Figure 9-2-1 Add or remove Static IP Lease List and Reserved IP Address List. Figure 9-2-2 You can see the statistic of br1.
31 Figure 9-2-3 6.3 DNS Proxy Setting Host name and Domain name, press “Apply/Save”. Figure 10 6.4 NAT You can set this page if there is at least one wan connection in system which enables NAT. You can set DMZ, press “Apply/Save”.
32 Figure 11-1 Add or remove Virtual Server and Port Triggering. Figure 11-2
33 6.5 Routing 6.5.1 Default Gateway You can select the interface to be default gateway if service type of this connection is HIS or IPTV. Figure 12 6.5.2 Route In this page, you can add or remove static route.
34 Figure 13 6.5.3 Neighbor (IPv6 only) In this page, you can add or remove neighbor.
35 Figure 14 6.5.4 RIP In this page, you can configure IPv4 RIP. Figure 15
36 6.6 Firewall 6.6.1 User Control In this page, you can add or remove outgoing IP filter. And you can also add or remove incoming IP filter if there is at least one wan connection which enables firewall and service type is HIS or IPTV. Figure 16 6.6.2 Operator Control In this page, you can see firewall of operator but not support to modify.
37 Figure 17 6.7 Parental Control 6.7.1 Time Restriction In this page, you can set scheduling of system. Figure 18
38 6.7.2 Url Filter In this page, you can set url filter of system. Figure 19 6.8 MAC Filter In this page, you can add or remove allowed MAC for br0 and br1 respectively。 Figure 20-1 Select br0 or br1, input allowed MAC address, press “Add”.
39 Figure 20-2 Select interface which will refer to allowed MAC address table, press “Apply/Save”. Figure 20-3 6.9 IP Tunnel 6.9.1 IPv6 in IPv4 In this page, you can add or remove IPv4 in IPv6.

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