12.5U 17-slot Chassis MSAN

Transcription

1 Key Applications MSC1024GB: 40 W MSC1224G: 33 W MSC1024G: 20 W : 36 W IMA1408G-81: 32 W GLC1320G-55: 40 W VLC1424G-56: 66 W Temperature: -40 C to 65 C (-40 F to 149 F) Humidity: 10 to 95% (Non-condensing) B Temperature: -40 C to 65 C (-40 F to 149 F) DHCP option 82 and PPPoE IA features sup versatile IP address assignment Humidity: 10 to 95% (Non-condensing) All front access Temperature: -40 C to 70 C (-40 F to 158 F) Humidity: 10 to 95% (Non-condensing) : 70 W MSC1224GB: 45 W MSC1024GB: 40 W MSC1224G: 33 W MSC1024G: 20 W : 36 W IMA1408G-81: 32 W GLC1320G-55: 40 W VLC1424G-56: 66 W : 93 W : 70 W SLC1348G-22: 45 W VOP1372G-61: 144 W VOP1248G-61: 95 W : 85 W Network Topology for MSAN/DSLAM Products : 93 W : 70 W : 85 W SLC1348G-22: 45 W VOP1372G-61: 144 W VOP1248G-61: 95 W Future Proof Next Generation Multi-Service IP Access Solution Benefits Multi-service s including ADSL2/2+, SHDSL, VDSL2, VoIP (SIP & H.248), fiber-based GE and E1 IMA 10G Ethernet uplinks to provide non-blocking network s As the flagship of ZyXEL s MSAN product folio, the is equipped with non-blocking Gigabit backplane, failover-enabled Management Switch Cards (MSC), dual input power modules and various high- density multi-purpose line cards. With comprehensive IP-centric firmware features, the is a high-capacity system that facilitates telcos/isps to deliver high-quality residential or business user services experience at competitive CAPEX/OPEX as well as satisfying its current and future infrastructural requirements of reliability, flexibility and scalability. Comprehensive QoS to Enhance Triple Play users experience Easy & reused logistics Field proven IGMP v1, v2, v3 snooping and proxy for IPTV deployment Flexible ACL, VLAN-aware DHCP and Anti-IP/MAC address spoofing to prevent malicious attack Humidity: 10 to 95% (Non-condensing) The is a 12.5 U-height, 17-slot chassis-based multi-service access node capable of adopting the same line cards as those for IES-5112/5106 systems. The MSC1024G Management Switch Card with eight 1G uplinks is designed to plug into slot 8 and/or slot 9, while the remaining slots are available for equipping various line cards. The MSC1224G Management Switch Card is with two 10G and six 1G Ethernet uplinks to sup even higher bandwidth requirement. Both the new-generation MSC, MSC1024GB & MSC1224GB, share the same attributes of their predecessors and are IPv6 hardware ready. The variety of line cards are including 72- ADSL2+ line card that provide subscribers with asymmetric transmission bandwidth up to 25 Mbps/2.4 Mbps; 48- SHDSL line cards with symmetric transmission bandwidth of 5.69 Mbps per ; 24- and 48- VDSL2 line cards that offer up profile 30a (100/100 Mbps) high-speed connectivity per over copper wires; 72- or 48- VoIP line card that sups either H.248 or SIP, 20- fiber-based Gigabit Ethernet line card that sups 100/1000 Mbps transmission speed per and 8- E1 IMA card. Advanced Triple Play and mass deployment functionality : 70 W MSC1224GB: 45 W 7 Future-proof architecture The new 48- ADSL2+/VoIP combo card with built-in ETSI/ANSI POT splitter can be managed by the new Management Switch Signaling Card. is able to sup IP aggregation for all the combo cards in the same chassis. Temperature: -40 C to 70 C (-40 F to 158 F) Fo r m o re p ro d u c t i n fo r m at i o n, v i s i t u s o n t h e we b at w w w. Zy X E L. co m 6 768/1152 s, 17 vertical slots with a maximum configuration of 1 MSC card and 16 line cards Copyright 2015 ZyXEL Communications Corp. All rights reserved. ZyXEL, ZyXEL logo are registered trademarks of ZyXEL Communications Corp. All other brands, product names, or trademarks mentioned are the property of their respective owners. All specifications are subject to change without notice /15 The inherits all the Layer 2 and Layer 3 QoS, security and multicast functionalities from the IES-5112/5106, while the following new features are added to satisfy the requirements for massive field deployments: (1) IP bridge functionality that alleviates the Layer 2 access network deployment restrictions resulted from MAC address table limitation and security attack issues; (2) ARP Proxy which minimizes the ARP broadcast requests to all subscribers; (3) TACACS+ mechanism to sup remote authentication with TACACS+ servers; (4) VLAN-aware DHCP snooping which adds VLAN information into DHCP snooping tables; (5) DHCP option 82 sub-option 2 for providing remote client ID information to DHCP servers for flexible IP address assignment. (6) Cluster management feature that is able to reduce the OPEX of multiple MSAN maintenance.

2 Specifications Robust physical safety design The sups 1+1 MSC redundancy with a failover switching time less than 1 second. In addition, voltage, temperature and fan speed sensors are fitted into the system. When an abnormal condition is detected, the LED displays and/or the corresponding alarms will alert administrators of the situation. In case the system temperature rises over the preset threshold, thermal cutoff protection will kick in to shut down the system automatically. System Specifications DSL Compliant ADSL: Sophisticated OAM&P features G Annex A, G Annex A, G The provides various management methods: local console, Web-based configuration, Telnet and SNMP v1/v2/v3-based EMS (NetAtlas Access). The management functions include Alarm and Status Surveillance, Configuration Management, Performance Management and Fault Management. The allows multiple administrative accounts with 3-level access privileges. Accounts with the first-level privilege have full Annex A G Annex B, G Annex B, G Annex B access to all management objects on the Management Information Base (MIB). Second-level accounts have similar access rights except creating new - Sup spectral mask administrative accounts, while the third-level accounts are granted read-only access rights to the MIB objects. NetAtlas Access EMS also provides view- - Sup Annex M and Annex L in G based MIB management that partial MIB objects can be defined and accessed for customization and security reasons. In addition, Cluster Management DHCP broadcast filtering Voice Activity Detection (VAD) 2 slots for management and switch cards Comfort Noise Generation (CNG) (slot 8 & 9) NetBiOS filtering Caller ID generation and detection 2 DC power input module and filter IGMP filtering Supplementary services One FAN and dust filter module Anti IP/MAC address spoofing Local dial available One alarm module Sup TACACS+ remote authentication Emergency call local route PPTP, LT2P, IP SEC and GRE pass through Do not disturb IPoE and PPPoE per VC session Selective/anonymous call rejection VLAN Call waiting 4094 IEEE 802.1Q compliant VLAN tagging and G enables multiple MSAN administration with single/master IP address, XML-based northbound is equipped to interoperate with external OSS - Sup EOC and overhead channel access VLAN stacking (Q-in-Q) systems. - Sup the latency path function VLAN bridge function (multiple PVCs to one - Sup loop diagnostic function specified System Architecture Management Switch Signaling Card MSC1024GB MSC1224G E1 IMA Card MSC1024G Gigabit Ethernet Line Card - G bonding Traffic Management ATM Traffic Management s Sup 8 PVC per DSL STP: IEEE 802.1d, IEEE 802.1w, IEEE 802.1s Sup UBR, CBR, rt-vbr, nrt-vbr, QoS IP bridge (SPQ, WRR) The maximum channel zapping processing time is 250 ms DSCP to 802.1p mapping Security Per and per VLAN isolation IEEE 802.1X (authentication) ADSL Combo Line Card Bandwidth control and broadcast/multicast/ unknown unicast control on Gigabit Ethernet mechanisms Rule-based packet filtering (L2 ~ L4 ACL) MAC count limiting ARP broadcast filtering IEEE 802.3ad (Link aggregation control ) IP multicast forwarding IGMP v1, v2, v3 snooping/proxy IGMP multicasting channel limiting DHCP relay option 82 with sub-option 1 & 2 TR-101 compliant PPPoE intermediate agent Multicast bandwidth control L2 ~ L4 ACL per VLAN IGMP group count/filtering profile VoIP Features Codes: G.711, G.726, G.729a/b, G Network signaling s: ITU-T H.248 v2, SIP v2 (RFC3261) RTP (RFC 1889) RTCP (RFC 1890) FAX/Modem pass through (T.38) via RTP Tone detection and generation (bidirectional) RFC2833 RTP Payload for DTMF Echo cancellation and auto gain control (G.165, G.168) members) MSC1024GB sups four 1G Ethernet View-based network management VDSL2: G.993.2, G.994.1, G Sup 1024 IGMP multicast groups ADSL Line Cards PPP over Ethernet (RFC2516) Sup EOC and overhead channel access OAMPDU Loopback Control B 16K MAC addresses 1024 L2 multicast groups (1K scalability) Sup VDSL2 profiles 8a, 8b, 8c, 8d, 12a, 12b and 17a Sup frequency allocation bandplan 998 per card Sup ATM F5 OAM cells for end-to-end Sup spectral mask Eight queues with packet priority scheduling VLC1348G Mbps Cluster management (up to 8 cluster Sup GVRP function uplink/subtending s: Sup XML-based North Bound Interface (through ZyXEL NetAtlas Access) In-band and out-of-band IP for management (SSH, SFTP) Access) Sup RFC1483/1577/2364/2684 MSC1224G sups Sup ATM Forum Rec UNI 3.0, UNI 3.1, UNI Standard MIBs: 4 optical fiber (SFP modules) SHDSL line MIB (RFC 3276) 2 100/1000BASE-Tx module VDSL line MIB (RF3728) Mbps modules (combo RMON MIB (RFC 1757) One RS232 (DB-9) serial or mini-rj11 console Vendor specific MIBs, e.g., Chassis management MIB (fan speed, voltage, temperature) Static route for MGMT IP One 10/100M out-of-band Mgmt 16 Gigabit Ethernet (SerDes) backplane 16K MAC addresses Hardware Specifications 1024 L2 multicast groups (1K scalability) 4K VLANs 17-slot rack mountable enclosure, (MSC1224GB, MSC1024GB) 19 or 23 chassis Maximum 16 slots for DSL line cards (slot 1 ~ 7, 8 or 9, 10 ~ 17) ADSL2+ CPE in Annex A, J, M, L modes Sup IEEE 802.1ag Connectivity Fault & subtending s: Bridge MIB/extension MIB Sup ADSL fall back with ADSL/ADSL2/ ADSL line MIB (RFC2662)/extension line MIB trellis coding 2 100/1000BASE-Tx module MSC1024G sups eight 1G Ethernet Sup UPBO and DPBO, Reed Solomon and ADSL Line Cards RFC 1213 MIB II single latency in PTM mode and INP Sup ITU-TI.361, I.371, G.804 (RFC 3440) 4.0 Sup U0 band, customer PSD, RFI notch, 2 optical fiber (SFP modules) Mbps modules (combo SNMPv1/v2c/v3 agent/traps Full-duplex bandwidth up to 16M uplink/subtending s: SNMP management (through ZyXEL NetAtlas Sup G.703, G Mbps modules (combo VoIP media IP aggregation Failover-enabled network termination card Embedded 48G, non-blocking full duplex ALC1348G-51C 16 Gigabit Ethernet (SerDes) backplane Hot swappable 8- E1 IMA card, 8 groups - Single and dual end loop test Mbps modules (combo VLAN)(1:N) Hot swappable 20- active Gigabit Ethernet line card 20 open slots for Gigabit or Fast Ethernet SFP (1000/100BASE-FX/BX/LX/EX) 4 open slots for Gigabit Ethernet C-SFP One mini-rj11 console Hot swappable 24- VDSL2 line card Sup G.993.2, G.994.1, G Maximum transmission rate up to 100 Mbps/100 Mbps Sup VDSL2 profiles 8a, 8b, 8c, 8d, 12a, 12b, 17a and 30a Sup frequency allocation bandplan 998 Sup customer PSD, RFI notch, single latency in PTM mode and INP Sup trellis coding Sup IEEE 802.1ag Connectivity Fault Hot swappable 72- ADSL2/ ADSL2+ Annex A line card Maximum transmission rate up to 25 Mbps/ 2.4 Mbps for ADSL2+ Sup spectral mask Sup EOC and overhead channel access Sup the latency path function specified in Sup Annex L and Annex M specified in Sup loop diagnostic function specified in Sup the power management capability specified in Sup the capability of the Seamless Rate specified in Sup ADSL2+ 2- bonding (G.998.1) Sup the latency path function specified in Sup Annex L and Annex M specified in Sup loop diagnostic function specified in Sup the power management capability specified in Sup the capability of the Seamless Rate specified in Sup ADSL2+ 2- bonding (G.998.1) Sup H.248 version 2 or SIP singling Compatible CPE including POTS phone, Fax, Sup G.711 a/µ, G.726, G.729 a/b G K Busy Hour Call Attempts (BHCA) Configurable jitter buffer Sup the generation of dial tone, second Sup call waiting, call hold, call transfer, Emergency call local route Local dial available MLT (Metallic Loop Testing for subscriber Ringer Max output power: 40W Hot swappable 48- SHDSL line card Sup ETSI TS V 1.2.1, ITU-T G.991.2, ITU-T G bis VLAN base QOS (802.1P/Q) Sup 2-wire/4-wire/6-wire and 8-wire mode SHDSL CPE auto detect in either ATM mode and EFM mode VoIP Line Cards SLC1348G-22 VOP1372G VOP1372G-61/VOP1248G-61 Hot swappable 72- or 48- VoIP line card Sup H.248 version 2 or SIP singling Compatible CPE including POTS phone, Fax, Sup G.711 a/µ, G.726, G.729 a/b G K Busy Hour Call Attempts (BHCA) Configurable jitter buffer Sup the generation of dial tone, second Sup call waiting, call hold, call transfer, Emergency call local route Local dial available MLT (Metallic Loop Testing for subscriber Ringer Max output power: VOP1372G-61: 24 Watt VOP1248G-61: 15 Watt (VOP1372G-61) VOP1248G-61 2 VoIP Line Cards SHDSL Line Card EFM mode compliant to IEEE 802.3, G Web-based management Performance VLC1348G-51 four 1G uplink/subtending s: One gigabit backplane 4K VLANs MSC1224GB sups two 10G (SFP+) and Symmetric transmission rate of 5.69 Mbps/ Maximum transmission rate up to 100 Mbps/ VLAN trunking (single PVC join multiple loop back test (ITU-T Rec. I.610) VLC1424G-56 Off hook warning tone Mbps/2.4 Mbps for ADSL2+ One 10/100M out-of-band Mgmt - Sup the capability of the Seamless Rate per ATM PVC VDSL Line Cards card over POTS and over ISDN Maximum transmission rate up to 25 to 8 s Sup downstream traffic shaping function GLC1320G-55 GLC1320G 55 Embedded 48G, non-blocking full duplex Hot swappable 48- or 24- VDSL2 line Card with built-in ETSI/ANSI POT Splitter ATM-based multi-pair bonding (G.998.1) up One mini-rj11 console 2 optical fiber (SFP+ modules) Sup ATM Forum TM 4.0 peak cell rate IMA1408G-81 Call Failover-enabled network termination card Hot swappable 48- ADSL2+/VoIP Combo Sup G.993.2, G.994.1, G Local management through a craft terminal traffic parameter MSC1224G/MSC1024G / One mini-rj11 console PVC and VLAN one to one mapping (1:1) SHDSL: G.991.2, G bis, G MSC1224GB MSC1224GB/MSC1024GB/ Call transfer (blind and attended transfer) Mbps modules (combo - Sup the power management capability Management Switch Cards s: Management Switch Cards Network Management VLAN)(N:1) Four 1G Ethernet uplink/subtending 5

3 Specifications Robust physical safety design The sups 1+1 MSC redundancy with a failover switching time less than 1 second. In addition, voltage, temperature and fan speed sensors are fitted into the system. When an abnormal condition is detected, the LED displays and/or the corresponding alarms will alert administrators of the situation. In case the system temperature rises over the preset threshold, thermal cutoff protection will kick in to shut down the system automatically. System Specifications DSL Compliant ADSL: Sophisticated OAM&P features G Annex A, G Annex A, G The provides various management methods: local console, Web-based configuration, Telnet and SNMP v1/v2/v3-based EMS (NetAtlas Access). The management functions include Alarm and Status Surveillance, Configuration Management, Performance Management and Fault Management. The allows multiple administrative accounts with 3-level access privileges. Accounts with the first-level privilege have full Annex A G Annex B, G Annex B, G Annex B access to all management objects on the Management Information Base (MIB). Second-level accounts have similar access rights except creating new - Sup spectral mask administrative accounts, while the third-level accounts are granted read-only access rights to the MIB objects. NetAtlas Access EMS also provides view- - Sup Annex M and Annex L in G based MIB management that partial MIB objects can be defined and accessed for customization and security reasons. In addition, Cluster Management DHCP broadcast filtering Voice Activity Detection (VAD) 2 slots for management and switch cards Comfort Noise Generation (CNG) (slot 8 & 9) NetBiOS filtering Caller ID generation and detection 2 DC power input module and filter IGMP filtering Supplementary services One FAN and dust filter module Anti IP/MAC address spoofing Local dial available One alarm module Sup TACACS+ remote authentication Emergency call local route PPTP, LT2P, IP SEC and GRE pass through Do not disturb IPoE and PPPoE per VC session Selective/anonymous call rejection VLAN Call waiting 4094 IEEE 802.1Q compliant VLAN tagging and G enables multiple MSAN administration with single/master IP address, XML-based northbound is equipped to interoperate with external OSS - Sup EOC and overhead channel access VLAN stacking (Q-in-Q) systems. - Sup the latency path function VLAN bridge function (multiple PVCs to one - Sup loop diagnostic function specified System Architecture Management Switch Signaling Card MSC1024GB MSC1224G E1 IMA Card MSC1024G Gigabit Ethernet Line Card - G bonding Traffic Management ATM Traffic Management s Sup 8 PVC per DSL STP: IEEE 802.1d, IEEE 802.1w, IEEE 802.1s Sup UBR, CBR, rt-vbr, nrt-vbr, QoS IP bridge (SPQ, WRR) The maximum channel zapping processing time is 250 ms DSCP to 802.1p mapping Security Per and per VLAN isolation IEEE 802.1X (authentication) ADSL Combo Line Card Bandwidth control and broadcast/multicast/ unknown unicast control on Gigabit Ethernet mechanisms Rule-based packet filtering (L2 ~ L4 ACL) MAC count limiting ARP broadcast filtering IEEE 802.3ad (Link aggregation control ) IP multicast forwarding IGMP v1, v2, v3 snooping/proxy IGMP multicasting channel limiting DHCP relay option 82 with sub-option 1 & 2 TR-101 compliant PPPoE intermediate agent Multicast bandwidth control L2 ~ L4 ACL per VLAN IGMP group count/filtering profile VoIP Features Codes: G.711, G.726, G.729a/b, G Network signaling s: ITU-T H.248 v2, SIP v2 (RFC3261) RTP (RFC 1889) RTCP (RFC 1890) FAX/Modem pass through (T.38) via RTP Tone detection and generation (bidirectional) RFC2833 RTP Payload for DTMF Echo cancellation and auto gain control (G.165, G.168) members) MSC1024GB sups four 1G Ethernet View-based network management VDSL2: G.993.2, G.994.1, G Sup 1024 IGMP multicast groups ADSL Line Cards PPP over Ethernet (RFC2516) Sup EOC and overhead channel access OAMPDU Loopback Control B 16K MAC addresses 1024 L2 multicast groups (1K scalability) Sup VDSL2 profiles 8a, 8b, 8c, 8d, 12a, 12b and 17a Sup frequency allocation bandplan 998 per card Sup ATM F5 OAM cells for end-to-end Sup spectral mask Eight queues with packet priority scheduling VLC1348G Mbps Cluster management (up to 8 cluster Sup GVRP function uplink/subtending s: Sup XML-based North Bound Interface (through ZyXEL NetAtlas Access) In-band and out-of-band IP for management (SSH, SFTP) Access) Sup RFC1483/1577/2364/2684 MSC1224G sups Sup ATM Forum Rec UNI 3.0, UNI 3.1, UNI Standard MIBs: 4 optical fiber (SFP modules) SHDSL line MIB (RFC 3276) 2 100/1000BASE-Tx module VDSL line MIB (RF3728) Mbps modules (combo RMON MIB (RFC 1757) One RS232 (DB-9) serial or mini-rj11 console Vendor specific MIBs, e.g., Chassis management MIB (fan speed, voltage, temperature) Static route for MGMT IP One 10/100M out-of-band Mgmt 16 Gigabit Ethernet (SerDes) backplane 16K MAC addresses Hardware Specifications 1024 L2 multicast groups (1K scalability) 4K VLANs 17-slot rack mountable enclosure, (MSC1224GB, MSC1024GB) 19 or 23 chassis Maximum 16 slots for DSL line cards (slot 1 ~ 7, 8 or 9, 10 ~ 17) ADSL2+ CPE in Annex A, J, M, L modes Sup IEEE 802.1ag Connectivity Fault & subtending s: Bridge MIB/extension MIB Sup ADSL fall back with ADSL/ADSL2/ ADSL line MIB (RFC2662)/extension line MIB trellis coding 2 100/1000BASE-Tx module MSC1024G sups eight 1G Ethernet Sup UPBO and DPBO, Reed Solomon and ADSL Line Cards RFC 1213 MIB II single latency in PTM mode and INP Sup ITU-TI.361, I.371, G.804 (RFC 3440) 4.0 Sup U0 band, customer PSD, RFI notch, 2 optical fiber (SFP modules) Mbps modules (combo SNMPv1/v2c/v3 agent/traps Full-duplex bandwidth up to 16M uplink/subtending s: SNMP management (through ZyXEL NetAtlas Sup G.703, G Mbps modules (combo VoIP media IP aggregation Failover-enabled network termination card Embedded 48G, non-blocking full duplex ALC1348G-51C 16 Gigabit Ethernet (SerDes) backplane Hot swappable 8- E1 IMA card, 8 groups - Single and dual end loop test Mbps modules (combo VLAN)(1:N) Hot swappable 20- active Gigabit Ethernet line card 20 open slots for Gigabit or Fast Ethernet SFP (1000/100BASE-FX/BX/LX/EX) 4 open slots for Gigabit Ethernet C-SFP One mini-rj11 console Hot swappable 24- VDSL2 line card Sup G.993.2, G.994.1, G Maximum transmission rate up to 100 Mbps/100 Mbps Sup VDSL2 profiles 8a, 8b, 8c, 8d, 12a, 12b, 17a and 30a Sup frequency allocation bandplan 998 Sup customer PSD, RFI notch, single latency in PTM mode and INP Sup trellis coding Sup IEEE 802.1ag Connectivity Fault Hot swappable 72- ADSL2/ ADSL2+ Annex A line card Maximum transmission rate up to 25 Mbps/ 2.4 Mbps for ADSL2+ Sup spectral mask Sup EOC and overhead channel access Sup the latency path function specified in Sup Annex L and Annex M specified in Sup loop diagnostic function specified in Sup the power management capability specified in Sup the capability of the Seamless Rate specified in Sup ADSL2+ 2- bonding (G.998.1) Sup the latency path function specified in Sup Annex L and Annex M specified in Sup loop diagnostic function specified in Sup the power management capability specified in Sup the capability of the Seamless Rate specified in Sup ADSL2+ 2- bonding (G.998.1) Sup H.248 version 2 or SIP singling Compatible CPE including POTS phone, Fax, Sup G.711 a/µ, G.726, G.729 a/b G K Busy Hour Call Attempts (BHCA) Configurable jitter buffer Sup the generation of dial tone, second Sup call waiting, call hold, call transfer, Emergency call local route Local dial available MLT (Metallic Loop Testing for subscriber Ringer Max output power: 40W Hot swappable 48- SHDSL line card Sup ETSI TS V 1.2.1, ITU-T G.991.2, ITU-T G bis VLAN base QOS (802.1P/Q) Sup 2-wire/4-wire/6-wire and 8-wire mode SHDSL CPE auto detect in either ATM mode and EFM mode VoIP Line Cards SLC1348G-22 VOP1372G VOP1372G-61/VOP1248G-61 Hot swappable 72- or 48- VoIP line card Sup H.248 version 2 or SIP singling Compatible CPE including POTS phone, Fax, Sup G.711 a/µ, G.726, G.729 a/b G K Busy Hour Call Attempts (BHCA) Configurable jitter buffer Sup the generation of dial tone, second Sup call waiting, call hold, call transfer, Emergency call local route Local dial available MLT (Metallic Loop Testing for subscriber Ringer Max output power: VOP1372G-61: 24 Watt VOP1248G-61: 15 Watt (VOP1372G-61) VOP1248G-61 2 VoIP Line Cards SHDSL Line Card EFM mode compliant to IEEE 802.3, G Web-based management Performance VLC1348G-51 four 1G uplink/subtending s: One gigabit backplane 4K VLANs MSC1224GB sups two 10G (SFP+) and Symmetric transmission rate of 5.69 Mbps/ Maximum transmission rate up to 100 Mbps/ VLAN trunking (single PVC join multiple loop back test (ITU-T Rec. I.610) VLC1424G-56 Off hook warning tone Mbps/2.4 Mbps for ADSL2+ One 10/100M out-of-band Mgmt - Sup the capability of the Seamless Rate per ATM PVC VDSL Line Cards card over POTS and over ISDN Maximum transmission rate up to 25 to 8 s Sup downstream traffic shaping function GLC1320G-55 GLC1320G 55 Embedded 48G, non-blocking full duplex Hot swappable 48- or 24- VDSL2 line Card with built-in ETSI/ANSI POT Splitter ATM-based multi-pair bonding (G.998.1) up One mini-rj11 console 2 optical fiber (SFP+ modules) Sup ATM Forum TM 4.0 peak cell rate IMA1408G-81 Call Failover-enabled network termination card Hot swappable 48- ADSL2+/VoIP Combo Sup G.993.2, G.994.1, G Local management through a craft terminal traffic parameter MSC1224G/MSC1024G / One mini-rj11 console PVC and VLAN one to one mapping (1:1) SHDSL: G.991.2, G bis, G MSC1224GB MSC1224GB/MSC1024GB/ Call transfer (blind and attended transfer) Mbps modules (combo - Sup the power management capability Management Switch Cards s: Management Switch Cards Network Management VLAN)(N:1) Four 1G Ethernet uplink/subtending 5

4 Specifications Robust physical safety design The sups 1+1 MSC redundancy with a failover switching time less than 1 second. In addition, voltage, temperature and fan speed sensors are fitted into the system. When an abnormal condition is detected, the LED displays and/or the corresponding alarms will alert administrators of the situation. In case the system temperature rises over the preset threshold, thermal cutoff protection will kick in to shut down the system automatically. System Specifications DSL Compliant ADSL: Sophisticated OAM&P features G Annex A, G Annex A, G The provides various management methods: local console, Web-based configuration, Telnet and SNMP v1/v2/v3-based EMS (NetAtlas Access). The management functions include Alarm and Status Surveillance, Configuration Management, Performance Management and Fault Management. The allows multiple administrative accounts with 3-level access privileges. Accounts with the first-level privilege have full Annex A G Annex B, G Annex B, G Annex B access to all management objects on the Management Information Base (MIB). Second-level accounts have similar access rights except creating new - Sup spectral mask administrative accounts, while the third-level accounts are granted read-only access rights to the MIB objects. NetAtlas Access EMS also provides view- - Sup Annex M and Annex L in G based MIB management that partial MIB objects can be defined and accessed for customization and security reasons. In addition, Cluster Management DHCP broadcast filtering Voice Activity Detection (VAD) 2 slots for management and switch cards Comfort Noise Generation (CNG) (slot 8 & 9) NetBiOS filtering Caller ID generation and detection 2 DC power input module and filter IGMP filtering Supplementary services One FAN and dust filter module Anti IP/MAC address spoofing Local dial available One alarm module Sup TACACS+ remote authentication Emergency call local route PPTP, LT2P, IP SEC and GRE pass through Do not disturb IPoE and PPPoE per VC session Selective/anonymous call rejection VLAN Call waiting 4094 IEEE 802.1Q compliant VLAN tagging and G enables multiple MSAN administration with single/master IP address, XML-based northbound is equipped to interoperate with external OSS - Sup EOC and overhead channel access VLAN stacking (Q-in-Q) systems. - Sup the latency path function VLAN bridge function (multiple PVCs to one - Sup loop diagnostic function specified System Architecture Management Switch Signaling Card MSC1024GB MSC1224G E1 IMA Card MSC1024G Gigabit Ethernet Line Card - G bonding Traffic Management ATM Traffic Management s Sup 8 PVC per DSL STP: IEEE 802.1d, IEEE 802.1w, IEEE 802.1s Sup UBR, CBR, rt-vbr, nrt-vbr, QoS IP bridge (SPQ, WRR) The maximum channel zapping processing time is 250 ms DSCP to 802.1p mapping Security Per and per VLAN isolation IEEE 802.1X (authentication) ADSL Combo Line Card Bandwidth control and broadcast/multicast/ unknown unicast control on Gigabit Ethernet mechanisms Rule-based packet filtering (L2 ~ L4 ACL) MAC count limiting ARP broadcast filtering IEEE 802.3ad (Link aggregation control ) IP multicast forwarding IGMP v1, v2, v3 snooping/proxy IGMP multicasting channel limiting DHCP relay option 82 with sub-option 1 & 2 TR-101 compliant PPPoE intermediate agent Multicast bandwidth control L2 ~ L4 ACL per VLAN IGMP group count/filtering profile VoIP Features Codes: G.711, G.726, G.729a/b, G Network signaling s: ITU-T H.248 v2, SIP v2 (RFC3261) RTP (RFC 1889) RTCP (RFC 1890) FAX/Modem pass through (T.38) via RTP Tone detection and generation (bidirectional) RFC2833 RTP Payload for DTMF Echo cancellation and auto gain control (G.165, G.168) members) MSC1024GB sups four 1G Ethernet View-based network management VDSL2: G.993.2, G.994.1, G Sup 1024 IGMP multicast groups ADSL Line Cards PPP over Ethernet (RFC2516) Sup EOC and overhead channel access OAMPDU Loopback Control B 16K MAC addresses 1024 L2 multicast groups (1K scalability) Sup VDSL2 profiles 8a, 8b, 8c, 8d, 12a, 12b and 17a Sup frequency allocation bandplan 998 per card Sup ATM F5 OAM cells for end-to-end Sup spectral mask Eight queues with packet priority scheduling VLC1348G Mbps Cluster management (up to 8 cluster Sup GVRP function uplink/subtending s: Sup XML-based North Bound Interface (through ZyXEL NetAtlas Access) In-band and out-of-band IP for management (SSH, SFTP) Access) Sup RFC1483/1577/2364/2684 MSC1224G sups Sup ATM Forum Rec UNI 3.0, UNI 3.1, UNI Standard MIBs: 4 optical fiber (SFP modules) SHDSL line MIB (RFC 3276) 2 100/1000BASE-Tx module VDSL line MIB (RF3728) Mbps modules (combo RMON MIB (RFC 1757) One RS232 (DB-9) serial or mini-rj11 console Vendor specific MIBs, e.g., Chassis management MIB (fan speed, voltage, temperature) Static route for MGMT IP One 10/100M out-of-band Mgmt 16 Gigabit Ethernet (SerDes) backplane 16K MAC addresses Hardware Specifications 1024 L2 multicast groups (1K scalability) 4K VLANs 17-slot rack mountable enclosure, (MSC1224GB, MSC1024GB) 19 or 23 chassis Maximum 16 slots for DSL line cards (slot 1 ~ 7, 8 or 9, 10 ~ 17) ADSL2+ CPE in Annex A, J, M, L modes Sup IEEE 802.1ag Connectivity Fault & subtending s: Bridge MIB/extension MIB Sup ADSL fall back with ADSL/ADSL2/ ADSL line MIB (RFC2662)/extension line MIB trellis coding 2 100/1000BASE-Tx module MSC1024G sups eight 1G Ethernet Sup UPBO and DPBO, Reed Solomon and ADSL Line Cards RFC 1213 MIB II single latency in PTM mode and INP Sup ITU-TI.361, I.371, G.804 (RFC 3440) 4.0 Sup U0 band, customer PSD, RFI notch, 2 optical fiber (SFP modules) Mbps modules (combo SNMPv1/v2c/v3 agent/traps Full-duplex bandwidth up to 16M uplink/subtending s: SNMP management (through ZyXEL NetAtlas Sup G.703, G Mbps modules (combo VoIP media IP aggregation Failover-enabled network termination card Embedded 48G, non-blocking full duplex ALC1348G-51C 16 Gigabit Ethernet (SerDes) backplane Hot swappable 8- E1 IMA card, 8 groups - Single and dual end loop test Mbps modules (combo VLAN)(1:N) Hot swappable 20- active Gigabit Ethernet line card 20 open slots for Gigabit or Fast Ethernet SFP (1000/100BASE-FX/BX/LX/EX) 4 open slots for Gigabit Ethernet C-SFP One mini-rj11 console Hot swappable 24- VDSL2 line card Sup G.993.2, G.994.1, G Maximum transmission rate up to 100 Mbps/100 Mbps Sup VDSL2 profiles 8a, 8b, 8c, 8d, 12a, 12b, 17a and 30a Sup frequency allocation bandplan 998 Sup customer PSD, RFI notch, single latency in PTM mode and INP Sup trellis coding Sup IEEE 802.1ag Connectivity Fault Hot swappable 72- ADSL2/ ADSL2+ Annex A line card Maximum transmission rate up to 25 Mbps/ 2.4 Mbps for ADSL2+ Sup spectral mask Sup EOC and overhead channel access Sup the latency path function specified in Sup Annex L and Annex M specified in Sup loop diagnostic function specified in Sup the power management capability specified in Sup the capability of the Seamless Rate specified in Sup ADSL2+ 2- bonding (G.998.1) Sup the latency path function specified in Sup Annex L and Annex M specified in Sup loop diagnostic function specified in Sup the power management capability specified in Sup the capability of the Seamless Rate specified in Sup ADSL2+ 2- bonding (G.998.1) Sup H.248 version 2 or SIP singling Compatible CPE including POTS phone, Fax, Sup G.711 a/µ, G.726, G.729 a/b G K Busy Hour Call Attempts (BHCA) Configurable jitter buffer Sup the generation of dial tone, second Sup call waiting, call hold, call transfer, Emergency call local route Local dial available MLT (Metallic Loop Testing for subscriber Ringer Max output power: 40W Hot swappable 48- SHDSL line card Sup ETSI TS V 1.2.1, ITU-T G.991.2, ITU-T G bis VLAN base QOS (802.1P/Q) Sup 2-wire/4-wire/6-wire and 8-wire mode SHDSL CPE auto detect in either ATM mode and EFM mode VoIP Line Cards SLC1348G-22 VOP1372G VOP1372G-61/VOP1248G-61 Hot swappable 72- or 48- VoIP line card Sup H.248 version 2 or SIP singling Compatible CPE including POTS phone, Fax, Sup G.711 a/µ, G.726, G.729 a/b G K Busy Hour Call Attempts (BHCA) Configurable jitter buffer Sup the generation of dial tone, second Sup call waiting, call hold, call transfer, Emergency call local route Local dial available MLT (Metallic Loop Testing for subscriber Ringer Max output power: VOP1372G-61: 24 Watt VOP1248G-61: 15 Watt (VOP1372G-61) VOP1248G-61 2 VoIP Line Cards SHDSL Line Card EFM mode compliant to IEEE 802.3, G Web-based management Performance VLC1348G-51 four 1G uplink/subtending s: One gigabit backplane 4K VLANs MSC1224GB sups two 10G (SFP+) and Symmetric transmission rate of 5.69 Mbps/ Maximum transmission rate up to 100 Mbps/ VLAN trunking (single PVC join multiple loop back test (ITU-T Rec. I.610) VLC1424G-56 Off hook warning tone Mbps/2.4 Mbps for ADSL2+ One 10/100M out-of-band Mgmt - Sup the capability of the Seamless Rate per ATM PVC VDSL Line Cards card over POTS and over ISDN Maximum transmission rate up to 25 to 8 s Sup downstream traffic shaping function GLC1320G-55 GLC1320G 55 Embedded 48G, non-blocking full duplex Hot swappable 48- or 24- VDSL2 line Card with built-in ETSI/ANSI POT Splitter ATM-based multi-pair bonding (G.998.1) up One mini-rj11 console 2 optical fiber (SFP+ modules) Sup ATM Forum TM 4.0 peak cell rate IMA1408G-81 Call Failover-enabled network termination card Hot swappable 48- ADSL2+/VoIP Combo Sup G.993.2, G.994.1, G Local management through a craft terminal traffic parameter MSC1224G/MSC1024G / One mini-rj11 console PVC and VLAN one to one mapping (1:1) SHDSL: G.991.2, G bis, G MSC1224GB MSC1224GB/MSC1024GB/ Call transfer (blind and attended transfer) Mbps modules (combo - Sup the power management capability Management Switch Cards s: Management Switch Cards Network Management VLAN)(N:1) Four 1G Ethernet uplink/subtending 5

5 Specifications Robust physical safety design The sups 1+1 MSC redundancy with a failover switching time less than 1 second. In addition, voltage, temperature and fan speed sensors are fitted into the system. When an abnormal condition is detected, the LED displays and/or the corresponding alarms will alert administrators of the situation. In case the system temperature rises over the preset threshold, thermal cutoff protection will kick in to shut down the system automatically. System Specifications DSL Compliant ADSL: Sophisticated OAM&P features G Annex A, G Annex A, G The provides various management methods: local console, Web-based configuration, Telnet and SNMP v1/v2/v3-based EMS (NetAtlas Access). The management functions include Alarm and Status Surveillance, Configuration Management, Performance Management and Fault Management. The allows multiple administrative accounts with 3-level access privileges. Accounts with the first-level privilege have full Annex A G Annex B, G Annex B, G Annex B access to all management objects on the Management Information Base (MIB). Second-level accounts have similar access rights except creating new - Sup spectral mask administrative accounts, while the third-level accounts are granted read-only access rights to the MIB objects. NetAtlas Access EMS also provides view- - Sup Annex M and Annex L in G based MIB management that partial MIB objects can be defined and accessed for customization and security reasons. In addition, Cluster Management DHCP broadcast filtering Voice Activity Detection (VAD) 2 slots for management and switch cards Comfort Noise Generation (CNG) (slot 8 & 9) NetBiOS filtering Caller ID generation and detection 2 DC power input module and filter IGMP filtering Supplementary services One FAN and dust filter module Anti IP/MAC address spoofing Local dial available One alarm module Sup TACACS+ remote authentication Emergency call local route PPTP, LT2P, IP SEC and GRE pass through Do not disturb IPoE and PPPoE per VC session Selective/anonymous call rejection VLAN Call waiting 4094 IEEE 802.1Q compliant VLAN tagging and G enables multiple MSAN administration with single/master IP address, XML-based northbound is equipped to interoperate with external OSS - Sup EOC and overhead channel access VLAN stacking (Q-in-Q) systems. - Sup the latency path function VLAN bridge function (multiple PVCs to one - Sup loop diagnostic function specified System Architecture Management Switch Signaling Card MSC1024GB MSC1224G E1 IMA Card MSC1024G Gigabit Ethernet Line Card - G bonding Traffic Management ATM Traffic Management s Sup 8 PVC per DSL STP: IEEE 802.1d, IEEE 802.1w, IEEE 802.1s Sup UBR, CBR, rt-vbr, nrt-vbr, QoS IP bridge (SPQ, WRR) The maximum channel zapping processing time is 250 ms DSCP to 802.1p mapping Security Per and per VLAN isolation IEEE 802.1X (authentication) ADSL Combo Line Card Bandwidth control and broadcast/multicast/ unknown unicast control on Gigabit Ethernet mechanisms Rule-based packet filtering (L2 ~ L4 ACL) MAC count limiting ARP broadcast filtering IEEE 802.3ad (Link aggregation control ) IP multicast forwarding IGMP v1, v2, v3 snooping/proxy IGMP multicasting channel limiting DHCP relay option 82 with sub-option 1 & 2 TR-101 compliant PPPoE intermediate agent Multicast bandwidth control L2 ~ L4 ACL per VLAN IGMP group count/filtering profile VoIP Features Codes: G.711, G.726, G.729a/b, G Network signaling s: ITU-T H.248 v2, SIP v2 (RFC3261) RTP (RFC 1889) RTCP (RFC 1890) FAX/Modem pass through (T.38) via RTP Tone detection and generation (bidirectional) RFC2833 RTP Payload for DTMF Echo cancellation and auto gain control (G.165, G.168) members) MSC1024GB sups four 1G Ethernet View-based network management VDSL2: G.993.2, G.994.1, G Sup 1024 IGMP multicast groups ADSL Line Cards PPP over Ethernet (RFC2516) Sup EOC and overhead channel access OAMPDU Loopback Control B 16K MAC addresses 1024 L2 multicast groups (1K scalability) Sup VDSL2 profiles 8a, 8b, 8c, 8d, 12a, 12b and 17a Sup frequency allocation bandplan 998 per card Sup ATM F5 OAM cells for end-to-end Sup spectral mask Eight queues with packet priority scheduling VLC1348G Mbps Cluster management (up to 8 cluster Sup GVRP function uplink/subtending s: Sup XML-based North Bound Interface (through ZyXEL NetAtlas Access) In-band and out-of-band IP for management (SSH, SFTP) Access) Sup RFC1483/1577/2364/2684 MSC1224G sups Sup ATM Forum Rec UNI 3.0, UNI 3.1, UNI Standard MIBs: 4 optical fiber (SFP modules) SHDSL line MIB (RFC 3276) 2 100/1000BASE-Tx module VDSL line MIB (RF3728) Mbps modules (combo RMON MIB (RFC 1757) One RS232 (DB-9) serial or mini-rj11 console Vendor specific MIBs, e.g., Chassis management MIB (fan speed, voltage, temperature) Static route for MGMT IP One 10/100M out-of-band Mgmt 16 Gigabit Ethernet (SerDes) backplane 16K MAC addresses Hardware Specifications 1024 L2 multicast groups (1K scalability) 4K VLANs 17-slot rack mountable enclosure, (MSC1224GB, MSC1024GB) 19 or 23 chassis Maximum 16 slots for DSL line cards (slot 1 ~ 7, 8 or 9, 10 ~ 17) ADSL2+ CPE in Annex A, J, M, L modes Sup IEEE 802.1ag Connectivity Fault & subtending s: Bridge MIB/extension MIB Sup ADSL fall back with ADSL/ADSL2/ ADSL line MIB (RFC2662)/extension line MIB trellis coding 2 100/1000BASE-Tx module MSC1024G sups eight 1G Ethernet Sup UPBO and DPBO, Reed Solomon and ADSL Line Cards RFC 1213 MIB II single latency in PTM mode and INP Sup ITU-TI.361, I.371, G.804 (RFC 3440) 4.0 Sup U0 band, customer PSD, RFI notch, 2 optical fiber (SFP modules) Mbps modules (combo SNMPv1/v2c/v3 agent/traps Full-duplex bandwidth up to 16M uplink/subtending s: SNMP management (through ZyXEL NetAtlas Sup G.703, G Mbps modules (combo VoIP media IP aggregation Failover-enabled network termination card Embedded 48G, non-blocking full duplex ALC1348G-51C 16 Gigabit Ethernet (SerDes) backplane Hot swappable 8- E1 IMA card, 8 groups - Single and dual end loop test Mbps modules (combo VLAN)(1:N) Hot swappable 20- active Gigabit Ethernet line card 20 open slots for Gigabit or Fast Ethernet SFP (1000/100BASE-FX/BX/LX/EX) 4 open slots for Gigabit Ethernet C-SFP One mini-rj11 console Hot swappable 24- VDSL2 line card Sup G.993.2, G.994.1, G Maximum transmission rate up to 100 Mbps/100 Mbps Sup VDSL2 profiles 8a, 8b, 8c, 8d, 12a, 12b, 17a and 30a Sup frequency allocation bandplan 998 Sup customer PSD, RFI notch, single latency in PTM mode and INP Sup trellis coding Sup IEEE 802.1ag Connectivity Fault Hot swappable 72- ADSL2/ ADSL2+ Annex A line card Maximum transmission rate up to 25 Mbps/ 2.4 Mbps for ADSL2+ Sup spectral mask Sup EOC and overhead channel access Sup the latency path function specified in Sup Annex L and Annex M specified in Sup loop diagnostic function specified in Sup the power management capability specified in Sup the capability of the Seamless Rate specified in Sup ADSL2+ 2- bonding (G.998.1) Sup the latency path function specified in Sup Annex L and Annex M specified in Sup loop diagnostic function specified in Sup the power management capability specified in Sup the capability of the Seamless Rate specified in Sup ADSL2+ 2- bonding (G.998.1) Sup H.248 version 2 or SIP singling Compatible CPE including POTS phone, Fax, Sup G.711 a/µ, G.726, G.729 a/b G K Busy Hour Call Attempts (BHCA) Configurable jitter buffer Sup the generation of dial tone, second Sup call waiting, call hold, call transfer, Emergency call local route Local dial available MLT (Metallic Loop Testing for subscriber Ringer Max output power: 40W Hot swappable 48- SHDSL line card Sup ETSI TS V 1.2.1, ITU-T G.991.2, ITU-T G bis VLAN base QOS (802.1P/Q) Sup 2-wire/4-wire/6-wire and 8-wire mode SHDSL CPE auto detect in either ATM mode and EFM mode VoIP Line Cards SLC1348G-22 VOP1372G VOP1372G-61/VOP1248G-61 Hot swappable 72- or 48- VoIP line card Sup H.248 version 2 or SIP singling Compatible CPE including POTS phone, Fax, Sup G.711 a/µ, G.726, G.729 a/b G K Busy Hour Call Attempts (BHCA) Configurable jitter buffer Sup the generation of dial tone, second Sup call waiting, call hold, call transfer, Emergency call local route Local dial available MLT (Metallic Loop Testing for subscriber Ringer Max output power: VOP1372G-61: 24 Watt VOP1248G-61: 15 Watt (VOP1372G-61) VOP1248G-61 2 VoIP Line Cards SHDSL Line Card EFM mode compliant to IEEE 802.3, G Web-based management Performance VLC1348G-51 four 1G uplink/subtending s: One gigabit backplane 4K VLANs MSC1224GB sups two 10G (SFP+) and Symmetric transmission rate of 5.69 Mbps/ Maximum transmission rate up to 100 Mbps/ VLAN trunking (single PVC join multiple loop back test (ITU-T Rec. I.610) VLC1424G-56 Off hook warning tone Mbps/2.4 Mbps for ADSL2+ One 10/100M out-of-band Mgmt - Sup the capability of the Seamless Rate per ATM PVC VDSL Line Cards card over POTS and over ISDN Maximum transmission rate up to 25 to 8 s Sup downstream traffic shaping function GLC1320G-55 GLC1320G 55 Embedded 48G, non-blocking full duplex Hot swappable 48- or 24- VDSL2 line Card with built-in ETSI/ANSI POT Splitter ATM-based multi-pair bonding (G.998.1) up One mini-rj11 console 2 optical fiber (SFP+ modules) Sup ATM Forum TM 4.0 peak cell rate IMA1408G-81 Call Failover-enabled network termination card Hot swappable 48- ADSL2+/VoIP Combo Sup G.993.2, G.994.1, G Local management through a craft terminal traffic parameter MSC1224G/MSC1024G / One mini-rj11 console PVC and VLAN one to one mapping (1:1) SHDSL: G.991.2, G bis, G MSC1224GB MSC1224GB/MSC1024GB/ Call transfer (blind and attended transfer) Mbps modules (combo - Sup the power management capability Management Switch Cards s: Management Switch Cards Network Management VLAN)(N:1) Four 1G Ethernet uplink/subtending 5

6 Key Applications MSC1024GB: 40 W MSC1224G: 33 W MSC1024G: 20 W : 36 W IMA1408G-81: 32 W GLC1320G-55: 40 W VLC1424G-56: 66 W Temperature: -40 C to 65 C (-40 F to 149 F) Humidity: 10 to 95% (Non-condensing) B Temperature: -40 C to 65 C (-40 F to 149 F) DHCP option 82 and PPPoE IA features sup versatile IP address assignment Humidity: 10 to 95% (Non-condensing) All front access Temperature: -40 C to 70 C (-40 F to 158 F) Humidity: 10 to 95% (Non-condensing) : 70 W MSC1224GB: 45 W MSC1024GB: 40 W MSC1224G: 33 W MSC1024G: 20 W : 36 W IMA1408G-81: 32 W GLC1320G-55: 40 W VLC1424G-56: 66 W : 93 W : 70 W SLC1348G-22: 45 W VOP1372G-61: 144 W VOP1248G-61: 95 W : 85 W Network Topology for MSAN/DSLAM Products : 93 W : 70 W : 85 W SLC1348G-22: 45 W VOP1372G-61: 144 W VOP1248G-61: 95 W Future Proof Next Generation Multi-Service IP Access Solution Benefits Multi-service s including ADSL2/2+, SHDSL, VDSL2, VoIP (SIP & H.248), fiber-based GE and E1 IMA 10G Ethernet uplinks to provide non-blocking network s As the flagship of ZyXEL s MSAN product folio, the is equipped with non-blocking Gigabit backplane, failover-enabled Management Switch Cards (MSC), dual input power modules and various high- density multi-purpose line cards. With comprehensive IP-centric firmware features, the is a high-capacity system that facilitates telcos/isps to deliver high-quality residential or business user services experience at competitive CAPEX/OPEX as well as satisfying its current and future infrastructural requirements of reliability, flexibility and scalability. Comprehensive QoS to Enhance Triple Play users experience Easy & reused logistics Field proven IGMP v1, v2, v3 snooping and proxy for IPTV deployment Flexible ACL, VLAN-aware DHCP and Anti-IP/MAC address spoofing to prevent malicious attack Humidity: 10 to 95% (Non-condensing) The is a 12.5 U-height, 17-slot chassis-based multi-service access node capable of adopting the same line cards as those for IES-5112/5106 systems. The MSC1024G Management Switch Card with eight 1G uplinks is designed to plug into slot 8 and/or slot 9, while the remaining slots are available for equipping various line cards. The MSC1224G Management Switch Card is with two 10G and six 1G Ethernet uplinks to sup even higher bandwidth requirement. Both the new-generation MSC, MSC1024GB & MSC1224GB, share the same attributes of their predecessors and are IPv6 hardware ready. The variety of line cards are including 72- ADSL2+ line card that provide subscribers with asymmetric transmission bandwidth up to 25 Mbps/2.4 Mbps; 48- SHDSL line cards with symmetric transmission bandwidth of 5.69 Mbps per ; 24- and 48- VDSL2 line cards that offer up profile 30a (100/100 Mbps) high-speed connectivity per over copper wires; 72- or 48- VoIP line card that sups either H.248 or SIP, 20- fiber-based Gigabit Ethernet line card that sups 100/1000 Mbps transmission speed per and 8- E1 IMA card. Advanced Triple Play and mass deployment functionality : 70 W MSC1224GB: 45 W 7 Future-proof architecture The new 48- ADSL2+/VoIP combo card with built-in ETSI/ANSI POT splitter can be managed by the new Management Switch Signaling Card. is able to sup IP aggregation for all the combo cards in the same chassis. Temperature: -40 C to 70 C (-40 F to 158 F) Fo r m o re p ro d u c t i n fo r m at i o n, v i s i t u s o n t h e we b at w w w. Zy X E L. co m 6 768/1152 s, 17 vertical slots with a maximum configuration of 1 MSC card and 16 line cards Copyright 2015 ZyXEL Communications Corp. All rights reserved. ZyXEL, ZyXEL logo are registered trademarks of ZyXEL Communications Corp. All other brands, product names, or trademarks mentioned are the property of their respective owners. All specifications are subject to change without notice /15 The inherits all the Layer 2 and Layer 3 QoS, security and multicast functionalities from the IES-5112/5106, while the following new features are added to satisfy the requirements for massive field deployments: (1) IP bridge functionality that alleviates the Layer 2 access network deployment restrictions resulted from MAC address table limitation and security attack issues; (2) ARP Proxy which minimizes the ARP broadcast requests to all subscribers; (3) TACACS+ mechanism to sup remote authentication with TACACS+ servers; (4) VLAN-aware DHCP snooping which adds VLAN information into DHCP snooping tables; (5) DHCP option 82 sub-option 2 for providing remote client ID information to DHCP servers for flexible IP address assignment. (6) Cluster management feature that is able to reduce the OPEX of multiple MSAN maintenance.

7 Key Applications MSC1024GB: 40 W MSC1224G: 33 W MSC1024G: 20 W : 36 W IMA1408G-81: 32 W GLC1320G-55: 40 W VLC1424G-56: 66 W Temperature: -40 C to 65 C (-40 F to 149 F) Humidity: 10 to 95% (Non-condensing) B Temperature: -40 C to 65 C (-40 F to 149 F) DHCP option 82 and PPPoE IA features sup versatile IP address assignment Humidity: 10 to 95% (Non-condensing) All front access Temperature: -40 C to 70 C (-40 F to 158 F) Humidity: 10 to 95% (Non-condensing) : 70 W MSC1224GB: 45 W MSC1024GB: 40 W MSC1224G: 33 W MSC1024G: 20 W : 36 W IMA1408G-81: 32 W GLC1320G-55: 40 W VLC1424G-56: 66 W : 93 W : 70 W SLC1348G-22: 45 W VOP1372G-61: 144 W VOP1248G-61: 95 W : 85 W Network Topology for MSAN/DSLAM Products : 93 W : 70 W : 85 W SLC1348G-22: 45 W VOP1372G-61: 144 W VOP1248G-61: 95 W Future Proof Next Generation Multi-Service IP Access Solution Benefits Multi-service s including ADSL2/2+, SHDSL, VDSL2, VoIP (SIP & H.248), fiber-based GE and E1 IMA 10G Ethernet uplinks to provide non-blocking network s As the flagship of ZyXEL s MSAN product folio, the is equipped with non-blocking Gigabit backplane, failover-enabled Management Switch Cards (MSC), dual input power modules and various high- density multi-purpose line cards. With comprehensive IP-centric firmware features, the is a high-capacity system that facilitates telcos/isps to deliver high-quality residential or business user services experience at competitive CAPEX/OPEX as well as satisfying its current and future infrastructural requirements of reliability, flexibility and scalability. Comprehensive QoS to Enhance Triple Play users experience Easy & reused logistics Field proven IGMP v1, v2, v3 snooping and proxy for IPTV deployment Flexible ACL, VLAN-aware DHCP and Anti-IP/MAC address spoofing to prevent malicious attack Humidity: 10 to 95% (Non-condensing) The is a 12.5 U-height, 17-slot chassis-based multi-service access node capable of adopting the same line cards as those for IES-5112/5106 systems. The MSC1024G Management Switch Card with eight 1G uplinks is designed to plug into slot 8 and/or slot 9, while the remaining slots are available for equipping various line cards. The MSC1224G Management Switch Card is with two 10G and six 1G Ethernet uplinks to sup even higher bandwidth requirement. Both the new-generation MSC, MSC1024GB & MSC1224GB, share the same attributes of their predecessors and are IPv6 hardware ready. The variety of line cards are including 72- ADSL2+ line card that provide subscribers with asymmetric transmission bandwidth up to 25 Mbps/2.4 Mbps; 48- SHDSL line cards with symmetric transmission bandwidth of 5.69 Mbps per ; 24- and 48- VDSL2 line cards that offer up profile 30a (100/100 Mbps) high-speed connectivity per over copper wires; 72- or 48- VoIP line card that sups either H.248 or SIP, 20- fiber-based Gigabit Ethernet line card that sups 100/1000 Mbps transmission speed per and 8- E1 IMA card. Advanced Triple Play and mass deployment functionality : 70 W MSC1224GB: 45 W 7 Future-proof architecture The new 48- ADSL2+/VoIP combo card with built-in ETSI/ANSI POT splitter can be managed by the new Management Switch Signaling Card. is able to sup IP aggregation for all the combo cards in the same chassis. Temperature: -40 C to 70 C (-40 F to 158 F) Fo r m o re p ro d u c t i n fo r m at i o n, v i s i t u s o n t h e we b at w w w. Zy X E L. co m 6 768/1152 s, 17 vertical slots with a maximum configuration of 1 MSC card and 16 line cards Copyright 2015 ZyXEL Communications Corp. All rights reserved. ZyXEL, ZyXEL logo are registered trademarks of ZyXEL Communications Corp. All other brands, product names, or trademarks mentioned are the property of their respective owners. All specifications are subject to change without notice /15 The inherits all the Layer 2 and Layer 3 QoS, security and multicast functionalities from the IES-5112/5106, while the following new features are added to satisfy the requirements for massive field deployments: (1) IP bridge functionality that alleviates the Layer 2 access network deployment restrictions resulted from MAC address table limitation and security attack issues; (2) ARP Proxy which minimizes the ARP broadcast requests to all subscribers; (3) TACACS+ mechanism to sup remote authentication with TACACS+ servers; (4) VLAN-aware DHCP snooping which adds VLAN information into DHCP snooping tables; (5) DHCP option 82 sub-option 2 for providing remote client ID information to DHCP servers for flexible IP address assignment. (6) Cluster management feature that is able to reduce the OPEX of multiple MSAN maintenance.

8 Key Applications MSC1024GB: 40 W MSC1224G: 33 W MSC1024G: 20 W : 36 W IMA1408G-81: 32 W GLC1320G-55: 40 W VLC1424G-56: 66 W Temperature: -40 C to 65 C (-40 F to 149 F) Humidity: 10 to 95% (Non-condensing) B Temperature: -40 C to 65 C (-40 F to 149 F) DHCP option 82 and PPPoE IA features sup versatile IP address assignment Humidity: 10 to 95% (Non-condensing) All front access Temperature: -40 C to 70 C (-40 F to 158 F) Humidity: 10 to 95% (Non-condensing) : 70 W MSC1224GB: 45 W MSC1024GB: 40 W MSC1224G: 33 W MSC1024G: 20 W : 36 W IMA1408G-81: 32 W GLC1320G-55: 40 W VLC1424G-56: 66 W : 93 W : 70 W SLC1348G-22: 45 W VOP1372G-61: 144 W VOP1248G-61: 95 W : 85 W Network Topology for MSAN/DSLAM Products : 93 W : 70 W : 85 W SLC1348G-22: 45 W VOP1372G-61: 144 W VOP1248G-61: 95 W Future Proof Next Generation Multi-Service IP Access Solution Benefits Multi-service s including ADSL2/2+, SHDSL, VDSL2, VoIP (SIP & H.248), fiber-based GE and E1 IMA 10G Ethernet uplinks to provide non-blocking network s As the flagship of ZyXEL s MSAN product folio, the is equipped with non-blocking Gigabit backplane, failover-enabled Management Switch Cards (MSC), dual input power modules and various high- density multi-purpose line cards. With comprehensive IP-centric firmware features, the is a high-capacity system that facilitates telcos/isps to deliver high-quality residential or business user services experience at competitive CAPEX/OPEX as well as satisfying its current and future infrastructural requirements of reliability, flexibility and scalability. Comprehensive QoS to Enhance Triple Play users experience Easy & reused logistics Field proven IGMP v1, v2, v3 snooping and proxy for IPTV deployment Flexible ACL, VLAN-aware DHCP and Anti-IP/MAC address spoofing to prevent malicious attack Humidity: 10 to 95% (Non-condensing) The is a 12.5 U-height, 17-slot chassis-based multi-service access node capable of adopting the same line cards as those for IES-5112/5106 systems. The MSC1024G Management Switch Card with eight 1G uplinks is designed to plug into slot 8 and/or slot 9, while the remaining slots are available for equipping various line cards. The MSC1224G Management Switch Card is with two 10G and six 1G Ethernet uplinks to sup even higher bandwidth requirement. Both the new-generation MSC, MSC1024GB & MSC1224GB, share the same attributes of their predecessors and are IPv6 hardware ready. The variety of line cards are including 72- ADSL2+ line card that provide subscribers with asymmetric transmission bandwidth up to 25 Mbps/2.4 Mbps; 48- SHDSL line cards with symmetric transmission bandwidth of 5.69 Mbps per ; 24- and 48- VDSL2 line cards that offer up profile 30a (100/100 Mbps) high-speed connectivity per over copper wires; 72- or 48- VoIP line card that sups either H.248 or SIP, 20- fiber-based Gigabit Ethernet line card that sups 100/1000 Mbps transmission speed per and 8- E1 IMA card. Advanced Triple Play and mass deployment functionality : 70 W MSC1224GB: 45 W 7 Future-proof architecture The new 48- ADSL2+/VoIP combo card with built-in ETSI/ANSI POT splitter can be managed by the new Management Switch Signaling Card. is able to sup IP aggregation for all the combo cards in the same chassis. Temperature: -40 C to 70 C (-40 F to 158 F) Fo r m o re p ro d u c t i n fo r m at i o n, v i s i t u s o n t h e we b at w w w. Zy X E L. co m 6 768/1152 s, 17 vertical slots with a maximum configuration of 1 MSC card and 16 line cards Copyright 2015 ZyXEL Communications Corp. All rights reserved. ZyXEL, ZyXEL logo are registered trademarks of ZyXEL Communications Corp. All other brands, product names, or trademarks mentioned are the property of their respective owners. All specifications are subject to change without notice /15 The inherits all the Layer 2 and Layer 3 QoS, security and multicast functionalities from the IES-5112/5106, while the following new features are added to satisfy the requirements for massive field deployments: (1) IP bridge functionality that alleviates the Layer 2 access network deployment restrictions resulted from MAC address table limitation and security attack issues; (2) ARP Proxy which minimizes the ARP broadcast requests to all subscribers; (3) TACACS+ mechanism to sup remote authentication with TACACS+ servers; (4) VLAN-aware DHCP snooping which adds VLAN information into DHCP snooping tables; (5) DHCP option 82 sub-option 2 for providing remote client ID information to DHCP servers for flexible IP address assignment. (6) Cluster management feature that is able to reduce the OPEX of multiple MSAN maintenance.