Overview

ZXCTN series are new generation of Carrier Multi-service Packet-based Platform (CMPP) promoted by ZTE to keep up with the development trend of IP telecommunication services. With packet as kernel, they implement multi-service bearing and provide customers with end-to-end solution. They help customers to reduce network building cost and maintenance cost, and assist customers to realize smooth network evolvement.

Facing the complicated and uncertain service network bearing demands, it integrates the advantages of packet and transmission technologies. Adopting the system architecture with packet switching as kernel, it integrates various IP/MPLS services and standardized services. Integrating adaptive interfaces, synchronized clock and OAM and protection for multi-service, it implements Ethernet, ATM, and TDM service processing and transmission.

ZXCTN 9000 consists of ZXCTN 9008, ZXCTN 9004 and ZXCTN 9002. Their appearances are shown as follows.

Complete end-to-end QoS solution provides refined differentiated services.

ZXCTN 9000 provides end-to-end QoS management which can fully meet different requirements of different services on delay, jitter, and bandwidth. Implementing bandwidth control of user-level multi-service, it truly realizes service access SLA and provides guarantee for customers’ refined operation.

Powerful hierarchical OAM improves network availability

ZXCTN 9000 completely supports OAM. Based on hardware hierarchical monitoring, it implements fast fault detection and location, performance monitoring, and end-to-end service management. It supports continuous OAM and OAM-on-demand to guarantee service quality of service in packet transmission network. Based on various granularities such as physical port, logic link, tunnel, and pseudo-wire, hierarchical OAM makes more transparent network operation & maintenance and easier operation management.

Specifications

Feature	ZXCTN 9008	ZXCTN 9004	ZXCTN 9002
Hardware structure	Distributed chassis with 12 slots	Distributed chassis with 6 slots	Distributed chassis with 4 slots
Backbone capacity	19.2Tbps	9.6Tbps	4.8Tbps
Packet forwarding rate(Mpps)	952Mpps	476Mpps	238Mpps
Dimensions	482.6mm(W)* 560mm(D)* 888.2mm(H)	482.6mm(W)* 571mm(D)* 399.3mm(H)	482.6mm(W)* 560mm(D)* 177mm(H)
Standard rack unit	20U	9U	4U
Maximum weight overall	<100kg	<45kg	<25kg
MTBF	400,000 hours	400,000 hours	400,000 hours
MTTR	0.5h	0.5h	0.5h
Reliability	>99.999%	>99.999%	>99.999%
DC Power	-38V~-72V
AC Power	90V~275V, 50Hz±5%
Typical power consumption	<1400W	<850W	<550W
Temperature for long-term work	-5°C~50°C	-5°C~50°C	-5°C~50°C
Temperature for short-term work	-10°C~55°C	-10°C~55°C	-10°C~55°C
Layer 2 services	PWE3 simulation for E1/Ch.STM-1/Ethernet FE/GE
	VLAN
	QinQ
	STP/RSTP/MSTP
IP Routing	Static routing
	RIP
	OSPF
	ISIS
	BGPv4
L2VPN	VPWS/E-Line
	VPLS/E-LAN/E-TREE
	MS-PW
	H-VPLS
L3VPN	Static MPLS L3VPN
	Dynamic MPLS L3VPN
Protection Mechanism	Static LAG (smart group)
	LACP
	MC-LAG
	ECMP for IP
	VRRP
	ZESS/ZESR/ZESR+
	BFD for static routing/IS-IS/OSPF/BGP
	GR for BGP/IS-IS/OSPF/LDP
	FRR for IP/VPN/PW/LDP/TE
Security	MD5 for Routing protocols & LDP
	Command graded protection
	CPU protection
	Ingress filter
	ACL for IPv4
Clock synchronization	SyncE
	1588v2
	OC mode (Original Clock)
	TC mode (Transparency Clock)
	BC mode (Boundary Clock)
	OC+TC (E2ETC/P2PTC)
	BMC Best Master Clock Algorithm
OAM	ETH OAM ( ITU-T Y.1731 )
	CFM (IEEE 802.1ag)
	EFM (IEEE 802.1ah)
	MPLS-TP OAM (G-ACh+Y.1731)
	MPLS OAM (BFD/LSP Ping)
Management	CLI for fully configuration
	Telnet remote configuration
	SSH remote configuration
	SNMP v1/v2/v3
	User grade
	Local/Remote Authentication for configuration & management
Certificate	NEBS
	CE
	UL
	EMF
	FCC
	MEF 9
	MEF 14
	RoHS