Overview
ZXR10 5900 series L3 all gigabit routing switches are box-like 1RU-high layer 3 routing switches.
ZXR10 5900 series switches provide high-density GE Ethernet ports, complete L2 switching and
L3 routing functionalities and enhanced POE/POE+ ability, which enable them to be deployed as
access or convergence devices for intelligent campus networks.
ZXR10 5900 offers the following switch
types:
5928: 20*GE RJ45 + 4*GE Combo +
4*expansion card slot
5928-PS: 20*GE RJ45 (POE/POE+) +
4*GE Combo (Electrical ports support
POE/POE+) +4*expansion card slot
5928-FI: 20*GE SFP + 4*GE Combo
+ 4*expansion card slot
5952: 44*GE RJ45 + 4*GE Combo +
4*expansion card slot
Each expansion slot can be equipped with
one of the following two types of cards:
1*10GE XFP
1*10GE CX4 stacking card
Features
ZXR10 5900 have complete L2 switching and L3 routing capabilities; it also supports POE,
stacking and comprehensive security and reliability related features.
Full Service Support
ZXR10 5900 series switches support diversified VLAN features, including port-based VLAN,
SuperVLAN, QinQ, selective QinQ, VLAN translation and PVLAN.
VLAN translation can be used to separate and distinguish services, while PVLAN can help restrict
direct L2 communication between downlink ports.
QinQ and selective QinQ enable the administrator to distinguish users and services at the access
side effectively.
ZXR10 5900 supports routing mechanisms including static routing, RIP, OSPF,IS-IS and BGP.
ZXR10 5900 Series L3 All Gigabit Routing Switch
ZXR10 5928
ZXR10 5928-PS
ZXR10 5928-FI
ZXR10 5952
Multicast-based technologies like video-surveillance and videoconference are becoming more and
more popular these days. ZXR10 5900 series switches fully support L2/L3 multicast mechanisms,
including IGMPv1/v2/v3 snooping, proxy and fast-leave, MVR (Multicast VLAN Registration) and
PIM-SM.
Super Extensible Stacking
ZXR10 5900 supports super extensible stacking function; a working stack can accept new
members or delete existing ones without service interruption. Network extensibility is enhanced for
user can freely increase the capacity of a single logical network node. N+1 redundancy for the
master switch helps avoid single-point failure and reduces service breakdown. Access interfaces
from different member switches can be used to form a logical smart group, fully leveraging the
capacity of each single switch member, and increasing the flexibility of network design.
Intelligent Power Over Ethernet
All the electrical access interfaces of ZXR10 5928-PS support POE and POE+, which go in line
with 802.3af and 802.3at standards, and are compatible with PD equipment that doesn't support
802.3af and 802.3at. For POE, the power output per single interface can reach 15.4W; For POE+,
the power output per single interface can reach 30W.
POE provides a lower total cost of ownership (TCO) for employments that incorporate IP phones,
wireless LAN (WLAN) access points, or any IEEE 802.3af-compliant end device. POE removes
the need to connect power cable to each POE-enabled device and eliminates the cost of additional
electrical cabling and circuits, bringing great convenience in the "Internet of things" age.
ZXR10 5928-PS supports assigning time-ranges for POE. During the time when power output is
unnecessary, the POE function can be turned off to save energy for the customer.
Enhanced Reliability
Loop detection allows the switch to detect possible loops without the need to enable STP.
With UDLD (uni-Directional Link Detection), uni-directional link failure caused by wiring mistake or
port failure can be detected.
ZXR10 5900 fully supports 802.3ad LACP (link aggregation control protocol) to provide
redundancy in case link failure happens, and to broaden bandwidth.
When deployed in layer 2 environment, ZESR/ZESR+ (ZTE Ethernet Smart Ring) and ZESS (ZTE
Ethernet Smart Switching) can be used to implement fast switchover in case of single point failure.
ZXR10 5900 supports both close ring ZESR and open ring ZESR+, which are very good network
redundancy solutions in ring topology networks.
ZESS is a very simple yet effective means to realize dual-homing purpose.
Compared with STP, the biggest advantage is that the link will switch and recover quickly when
one way is disconnected and the time needed for switchover is less than 50ms. ZESR/ZESR+
supports VLAN load balancing to enable efficient utilization of redundant links.
Enhanced Security
ZXR10 5900 supports diversified mechanisms to guarantee the security of the network:
CPU DDOS (Distributed Denial of Service) protection capability helps the equipment to mitigate
the influence caused by attacks. The equipment itself won't be brought down, which ensures the
network stability.
DAI (Dynamic ARP inspection) function and IP/MAC binding help prevent against DOS (Denial of
Service) attacks.
802.1X can be used for authentication purpose. Working together with a policy server, the user
control policy can be applied to 5900 after the authentication is done. Bandwidth limit/Qos strategy
can thus be implemented automatically.
Enhanced routing protocol communications, including simple password test and MD5
authentication can be used to prevent the alteration of routing protocol interactions.
Traffic mirroring/analyzing functions like RMON (remote monitoring), SPAN (switched port
analyzer), RSPAN (remote switched port analyzer) and sFlow help analyze real-time network
condition.
Technical Specification
Functions and Parameters 5928 5928-PS 5928-FI 5952
Interface Combination
Fixed interfaces
20 GE RJ45
ports+4 GE
Combo ports
20 GE RJ45
ports+4 GE
Combo ports
20 GE SFP ports+4
GE Combo ports
44 GE RJ45
ports+4 GE
Combo ports
Expansion
card (Number
of expansion
card
slots*Type of
expansion
card)
4*1 10GE XFP port/4*1 10GE CX4 port stacking card
Basic
Parameters
Backplane Capacity
240Gbps 240Gbps 240Gbps 320Gbps
Switching Capacity
128Gbps 128Gbps 128Gbps 176Gbps
Functions and Parameters 5928 5928-PS 5928-FI 5952
Packet Forwarding Rate
96Mpps 96Mpps 96Mpps 132Mpps
Route table Depth(host route number +subnet route number)
8K+12K
MAC table Depth
16K
Features
L2 Features IEEE 802.1q VLAN, IEEE 802.1p, IEEE 802.3ad, STP, RSTP, MSTP, Selective QinQ,
VLAN translation, PVLAN, DHCP Snooping
L3 Features Static routing, RIP, OSPF, ISIS, BGP
Multicast MVR, IGMP, IGMP Snooping, Filtering, Proxy and Fast Leave, PIM-SM, MSDP
QoS
Marking, modification of Qos priority and mapping between 802.1p, IP DSCP. 8
hardware-based queues per port, SP, WRR, SP+WRR queue scheduling
mechanisms, Policing/shaping based on port/flow, Congestion avoidance
mechanisms including WRED and Tail-Drop
Security
CPU anti-attack, CPU overload protection, Broadcast/Multicast/unknown Unicast
suppression, STP Root Guard, BPDU guard, uRPF, RIP/OSPF/BGP MD5 encryption
checking, IP source Guard
Reliability LACP, ZESS, ZESR/ZESR+, VRRP
Enhanced Features
Stacking Stacking,
POE/POE+ Stacking Stacking
Equipment Management
Equipment Management
RS232 Console (RJ45), CLI, Telnet, SSH, Local and remote
(Radius/Tacacs+)authentication of user, SNMP, NetNumen U31, Cluster
Management (ZGMP)
Physical
Parameters
Dimensions (H*W*D)
44mm*442mm*
360mm
44mm*442*
360mm
44mm*442mm*
320mm
44mm*442mm*
400mm
Maximum Weight
5kg 6.2kg 5kg 5.5kg
DC power supply
-48V - - -
AC power supply
100V~240V,
50Hz~60Hz
100V~240V,
50Hz~60Hz;
100V~240V,
50Hz~60Hz
100V~240V,
50Hz~60Hz
Functions and Parameters 5928 5928-PS 5928-FI 5952
1100W RPS Power
Supply: AC Input:
100V~240V,
DC
Output :-55V~-53
V
Maximum power consumption
100W
820W (Among
which system
power 100W,
POE power output
720W)
100W 150W
Power redundancy pattern
180W RPS
(Redundant
Power Supply):
AC/DC
Input :100V~240V
/-48V,
DC Output:+12V
-
180W RPS
(Redundant
Power Supply):
AC/DC
Input :100V~240V
/-48V,
DC Output:+12V
180W RPS
(Redundant
Power Supply):
AC/DC
Input :100V~240
V/-48V,
DC Output:+12V
Heat dissipation pattern
Fan cooling Fan cooling Fan cooling Fan cooling
Heat dissipation
280 BTU/h 280 BTU/h 280 BTU/h 420 BTU/h
Temperature, humidity
Working temperature:-5oC~+45oC, humidity:10%~90%
Working altitude
<3000 meters
MTBF/MTTR > 100000 hours/ < 30 minutes