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ZXR10 ZSR V2 Series
Zte ZXR10 ZSR V2 Series User Manual
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ZXR10 ZSR V2 Series Router Product Description
76
ZTE Confidential
&
Proprietary
PIU Name
PIU Type
Description
Interface Unit
RAC-DPIU-OSU-
A1
OSU
ZSR V2 Open Service Unit
A1
RAC-DPIU-OSU-A2
OSU
ZSR V2 Open Service Unit
A2
4.2.3.3
Open Service Unit
(
OSU)
O
pen
Service
Unit
is
l
a
un
ch
ed
by
ZTE
on
ZXR10 ZSR V
2
router platform
to
allow service
provider,
enterprise
c
ustomers,
third-party
m
anufact
urers
and
ZTE
to
ind
ep
e
ndent
or
co
-develop a variet
y
of v
alue-added services.
Users
can
install
Linux
,
Windo
w
s
and
other
operating
s
y
stem
s
on
the
OSU
and
th
e
application sof
tw
are
installed on the operating s
y
stem
.
Figure 4-
21
Open Ser
vi
ce
Uni
t
of ZXR10 ZSR V2
Table 4-2
Physical Indice
s of OSU
Feature
RA
C-DPIU-OSU-A1
RA
C-DPIU-OSU-
A2
model
ZXR10
2800
-4/3800-8
ZXR10
2800
-4/3800-8
slot
1 DPIU(Dual-
height slot
)
1
DPIU(Dual-
height slot
)
CPU
Frequency: 1.7GHz
, Quad-core Intel processors
Frequency: 2.4GHz
, Quad-core Intel processors
Memory
1 x 4GB/8GB
DDR3
Default: 1 x 4GB/8GB
DDR3
Hard disk
1 x 500G/1T
1 x 500G/1T
Interface
4xUSB
1xRS232
1xRJ45
1xVGA
4xUSB
1xRS232
1xRJ45
1xVGA
77
79
Table of Contents
Default Chapter
4
Table of Contents
4
1 Overview
9
2 Highlights
9
Strong Performance, no Bottleneck for Network Access
9
Figure 1-1 the View of the ZXR10 ZSR V2 Series Router
9
Wired and Wireless, Access Anytime and Anywhere
11
All in One, Lower CAPEX
12
Flexible Extension, Smooth Upgrade
12
Easy Provision & Maintenance, Fast Network Deployment
13
Green and Energy Saving, Bring a Nature and Serene Network
13
3 Features
14
Ipv4 Routing Protocols and IP Basic Service
14
Unicast Routing Protocols
14
Ipv4 Multicast Route Protocol
17
Policy Route and Route Policy
19
Dhcp
20
Dns
20
WAN Access
20
Ppp
20
Ml-Ppp
22
Hdlc
22
Switching and Routing in One
23
Broadcasting Storm Suppression
23
Spanning Tree Protocol
23
Mpls
24
Ldp
24
Static Tunnel
25
Mpls-Te
25
Vpn
26
Ipsec VPN
26
Ipsec NAT Traversal
28
Gre Vpn
29
L2Tp Vpn
29
Figure 3-1 Ipsec NAT Traversal Schematic Diagram
29
Figure 3-2 L2TP VPN Schematic Diagram
30
Ipsec + GRE
31
Figure 3-3 Ipsec+Gre VPN Schematic Diagram
31
Mpls L3 Vpn
32
Mpls L2 Vpn
32
Smart Dial Control (SDC)
33
Qos Capability
34
Flow Classification and Flow Tag
35
Traffic Monitoring
35
Traffic Shaping
35
Queue Scheduling
35
Congestion Avoidance
36
MPLS Qos
36
Security Features
37
Acl
37
Anti-IP Source Attacks
39
Anti-ARP Attacks
39
Firewall
40
Multiple Security Authentications
44
Urpf
46
Network Reliability
46
Ping Detect
46
Bfd
46
Frr
47
Vrrp
48
Ipv6 Features
49
Basic Function of Ipv6
49
Ipv6 Unicast Routing Protocol
49
Multicast Routing Protocol
51
Ipv6 Tunnel
51
Figure 3-4 Working Principle of Ipv6 over Ipv4 Tunnel
53
Figure 3-5 Working Principle of Ipv4 (or Ipv6) over Ipv6 Tunnel
54
6Pe
55
6Vpe
55
Figure 3-6 Working Principle of ISATAP Tunnel
55
Nat64
56
Figure 3-7 NAT64 Application Scenario
56
Nat
57
Network Management Features
58
Netnumen™ Integrated Network Management Platform
58
Netflow
59
Network Layer Inspection
60
System Operation and Maintenance
60
Multiple Configuration Methods
60
System Policing and Maintenance
60
Diagnosis and Debugging
62
Version Upgrade
62
4 System Architecture
63
Product Appearance
63
The Appearance of ZXR10 3800-8
63
Figure 4-1 the Front View of the ZXR10 3800-8
63
Figure 4-2 the Key Components of the ZXR10 3800-8
64
Figure 4-3 the Ichnography of the ZXR10 3800-8 Architecture
64
The Appearance of ZXR10 2800-4
65
Figure 4-4 the Front View of the ZXR10 2800-4
65
Figure 4-5 the Key Components of the ZXR10 2800-4
65
Figure 4-6 the Ichnography of the ZXR10 2800-4 Architecture
65
The Appearance of ZXR10 1800-2S/2S(G)/2S(W)
66
Figure 4-7 the Front View of the ZXR10 1800-2S
66
The Appearance of ZXR10 1800-2E/2E(G)
67
Figure 4-8 the Front View of the ZXR10 1800-2S(G)/2S(W)
67
Figure 4-9 the Ichnography of the ZXR10 1800-2S/2S(G)/2S(W) Archtiecture
67
Figure 4-10 the Front and Real Panel of the ZXR10 1800-2E/2E(G)
67
Figure 4-11 the Key Components of the ZXR10 1800-2E/2E(G)
68
The Appearance of ZXR10 2800-3E/3E(G)
69
Figure 4-12 the Ichnography of the ZXR10 1800-2E/2E(G) Architecture
69
Figure 4-13 the Front and Real Panel of the ZXR10 2800-3E/3E(G)
69
Figure 4-14 the Key Components of the ZXR10 2800-3E/3E(G)
70
Figure 4-15 the Ichnography of the ZXR10 2800-3E/3E(G) Architecture
70
Hardware Architecture
71
Overall Hardware Architecture
71
Figure 4-16 the Hardware Architecture of the ZXR10 3800-8
72
Figure 4-17 the Hardware Architecture of the ZXR10 2800-4
72
Figure 4-18 the Hardware Architecture of the ZXR10 1800-2S/2S(G)/2S(W)
73
Figure 4-19 the Hardware Architecture of the ZXR10 1800-2E/2E(G)
73
Figure 4-20 the Hardware Architecture of the ZXR10 2800-3E/3E(G)
73
The Working Principle of the Hardware System
74
The Introduction to the Hardware Unit
74
Table 4-1 the Pius Supported by the ZXR10 ZSR V2
76
Figure 4-21 Open Service Unit of ZXR10 ZSR V2
78
Table 4-2 Physical Indices of OSU
78
Software Architecture
79
Figure 4-22 the Entire Software Architecture of the ZXR10 ZSR V2
80
Technical Specifications
84
Table 4-3 Physical Indices of ZXR10 ZSR V2
84
4
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Zte ZXR10 ZSR V2 Series Specifications
General
Series
ZXR10 ZSR V2 Series
Operating Temperature
0°C to 45°C
Storage Temperature
-40°C to 70°C
Ports
GE, 10GE
Storage Humidity
5% to 95% (non-condensing)
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