Zyxel IES4005 [4/4] Sw specifications

Zyxel IES4005 [4/4] Sw specifications
ZyXEL
IES4005M: A multi-Service Access Node to migrate to all IP
SW Specifications :
Element Management
Remote reset
F/W upgrade through FTP
Multiple Telnet session management
CLI on the console port
SNMP v1 and v2c-based protocol
Security on access right control (multi-level login)
Text-based configuration file via FTP/SFTP
GPON: OMCI (G.984.4)
SNMP supported MIB
RFC1213
RFC1157
RFC1493 bridge MIB
RFC1643 Ethernet MIB
RFC2674 bridge MIB extension
RFC2233 interface Group
RFC ADSL line MIB
SNMP traps
VoIP Per Port Management
Traffic Management
MAC Capacity
- Limiting number of MACs per port
- Adjustable MAC address aging
- Line rate switching
- L2 port level isolation (per system and per VLAN)
Flow Control
- 802.3x flow control (GE only)
Layer 2/VLAN functions
IEEE 802.1Q compliant VLAN tagging
VLAN ID (1~4094) per port
VLAN Mapping
- Port Based
- Map PVLAN to GEM port
- Map P bit to GEM port
- Map PVLAN + P bit to GEM port
VLAN Operation (downstream& upstream)
- Pass Thru
- Tagging for untagged or single-tagged traffic
- Untagging for single-tagged or double-tagged traffic
- Per VLAN rate limit of IGMP traffic
VLAN Translation ( downstream & upstream)
- 8 VLAN Translation Entries per UNI port on FE module
- VLAN Translation (N:1 and 1:1)
VLAN stack & double stack
Max MAC address per system: 16K
128 VLAN + MAC per DSL port
VLAN bridge function (multiple PVCs to one VLAN)
VLAN cross connect (PVC to VLAN one to one mapping)
VLAN trucking (single PVC join multiple VLAN)
Port-based VLAN
No. of VLAN: 4K, 256 static maximum
GVRP for dynamic registration
Double tagging for VLAN stacking
Per VLAN port Isolation
Quality of Service
802.1p with 8 CoS per port
802.1p to PVC mapping
Priority queues: PVC QoS to 802.1p priority mapping
Single PVC with multi-queues (via P-bit)
PVC default priority
SPQ support for the queues
VLAN-based 802.1p priority overwrite
Mapping of priority to a queue by a configurable table
Priority queuing based on Layer 3 classification
Rate limiting per xDSL VC (DS ATM shaping)
Rate limiting per xDSL port
Rate limiting per Ethernet port (MSC subtending port)
Rate limit on per PVC in ingress direction (upstream).
WRED for queue congestion control.
Rule-based bandwidth control
Port-based egress traffic shaping
Rule-based traffic mirroring
TOS/DSCP to 802.1p Mapping
L2/L3 protocols
MP encap. Over ATM (RFC 2684)
IEEE 802.1d Spanning Tree Protocol
IEEE 802.1w RSTP
IEEE 802.1s MSTP
IEEE 802.3ad static link aggregation
L2 bridging
- Static MAC address forwarding (port lock)
- Broadcast storm control
- LLC & VC MUX bridging (RFC1483, RFC2684)
L3 forwarding
- PPPoE/IPoE forwarding
- PPPoE intermedia agent with TR-101 format
- DHCP relay per VLAN
- DHCP relay option 82, suboption 1 & 2
- DHCP snooping
- PPPoE to PPPoA (PPPoA fordwarding)
- IPoE to IPoA (IPoA fordwarding)
- IP bridge
Multicast
GVRP for GE uplink
512 multicast groups with 50 members per group
IGMP group count limiting per DSL port
IGMP filtering profile
Per VLAN IGMP snooping
Multicast Bandwidth Control and call admission control
IGMP v1/v2 Proxy and snooping
Upstream multicast stream blocking
Expedite Leave (fast-leave mode)
Multicast membership reports
Discard unknown multicast traffic
IGMPv3 packets support
Static L2 Group MAC Address forwarding
Multicast VLAN registration (MVR)
Preview control and White list control
Security/Filtering
Configurable MAC address per port and per VLAN
L2 Filtering and rate limit per bridge
L3 Filtering per bridge (IGMP & DHCP)
L3 rate limit per bridge (IGMP & DHCP)
Drop frame with unknown source MAC address
Port isolation
L3/L4 filtering
ARP and DHCP broadcast filtering
NetBios filtering
PPPoE filtering
Anti MAC address spoofing
Static address filtering and forwarding
Limiting number of dynamic address per port
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