H3C S5500-EI 10G IPv6 Switches
H3C S5500-EI 10G IPv6 Switches Content Introduction Highlight - - PowerPoint PPT Presentation
H3C S5500-EI 10G IPv6 Switches Content Introduction Highlight - - PowerPoint PPT Presentation
H3C S5500-EI 10G IPv6 Switches Content Introduction Highlight Features Typical Solutions www.h3c.com.cn 2 Content Introduction Highlight Features Typical Solutions www.h3c.com.cn 3 Hardware Specification S5500-28C-SI
Content Introduction Highlight Features Typical Solutions
Content Introduction Highlight Features Typical Solutions
- Switch Capacity:128Gbps / Throughput 95.2Mpps
- IPv4/IPv6 dual stack and hardware forwarding
- L3+ function: Static Routing, RIP, OSPF, BGP
- Full wire speed GE ports and 10GE uplink
- PoE (S5500-28C-PWR-SI)
S5500-28C-SI / S5500-28C-PWR-SI
Hardware Specification
S5500-52C-SI / S5500-52C-PWR-SI
48×10/100/1000Base-T Port 4×1000 Base-X SFP (combo) Console Port AC Power Connector DC Power Connector (PoE) 2 Extended slots- Switch Capacity:176Gbps / Throughput 130.9Mpps
- IPv4/IPv6 dual stack and hardware forwarding
- L3+ function: Static Routing, RIP, OSPF, BGP
- Full wire speed GE ports and 10GE uplink
- PoE(S5500-52C-PWR-SI)
Hardware Specification
S5500-28F-EI
8 x 10/100/100Base-T Port (combo) 24 x 1000Base-X SFP Port HighlightsHardware Specification
Console Port Modular power slots (AC/DC) 2 Extended slots Modular power slots (AC/DC)- Switch Capacity:128Gbps / Throughput 95.2Mpps
- IPv4/IPv6 dual stack and hardware forwarding
- L3+ function: Static Routing, RIP, OSPF, BGP
- Full wire speed GE ports and 10GE uplink
Content Introduction Highlight Features Typical Solutions
S5500-EI
Highlights of S5500-EI
Performance IPv6 Securit y Reliability Management & MaintenanceBenefits From IPv6
Lower network administration costs:
The auto-configuration and hierarchical addressing features of IPv6 will make networks easy to manage.
Optimized for next generation networks:
Getting rid of NAT re-enables the peer-to-peer model and helps in deploying new applications. E.g. communications and mobility solutions such as VoIP
Protection of company assets:
Integrated IPSEC makes IPv6 inherently secure and provides for a unified security strategy for the entire network.
Investment protection:
The transition and translation suite of protocols helps in easy and planned migration from IPv4 and IPv6, while allowing for co-existence in the transition phase.
IPv6 Protocols & Applications
IPv4 Static Routing IPv6 Static Routing RIPv1/RIPv2 RIPng OSPF v1/v2 OSPF v3 BGP4 BGP4+ for IPv6 VRRP VRRP v3 Policy based routing IPv6 policy based routing IGMP-snooping MLD-snooping IGMP MLD PIM SM/DM PIM6 SM/DM Telnet Telnet6 Ping Ping6 TFTP TFTP6 DNS DNS6IPv4/IPv6 Routing & Multicast Protocols IPv4/IPv6 Applications
S5500-EI supports the following tunneling types:
- Manual Tunnel
- 6 to 4 Tunnel
- ISATAP Tunnel
IPv6 Tunnel
S5500-EI VOD Server
Video streamS5500-EI VOD Server
Video stream Multicast Group member Non-Multicast Group member Non-Multicast Group member Multicast Group member Non-Multicast Group member Non-Multicast Group member Multicast Router Multicast Router Multicast packet transmission without MLD snooping Multicast packet transmission when MLD snooping runsIPv6 Multicast
Bi-directional ACL
Support not only common ingress ACL, but also EGRESS ACL, which brings two advantages to users:
- Simplify configuration and improve the network convenience;
- Save ACL hardware resource
Bi-directional ACL
Serve verFa rFarm A rm A Serve verFa rFarm B rm BServerFarm A: ServerFarm A: Only permit Only permit UserGroup A UserGroup A & & UserGroup UserGroup B, and B, and deny all deny all others
- thers
ServerFarm B: ServerFarm B: Only deny UserGroup Only deny UserGroup B,and permit and permit all others all others
UserG rGrou roup p A UserG rGrou roup p B Other erUse Users rsWithout Egress ACL, users have to configure complicated Egress policy to realize the function; with the expand of network scale, the network configuration process will become more and more complicated and difficult, and there must be more and more configuration errors can’t be avoid
Port A t A: Permit UserGroup A To ServerFarm A Permit UserGroup B To ServerFarm A Permit Any To ServerFarm B Deny UserGroup B To ServerFarm B Deny Any To Any Port B t B: Permit UserGroup A To ServerFarm A Permit UserGroup B To ServerFarm A Permit Any To ServerFarm B Deny UserGroup B To ServerFarm B Deny Any To Any Port C t C: Permit UserGroup A To ServerFarm A Permit UserGroup B To ServerFarm A Permit Any To ServerFarm B Deny UserGroup B To ServerFarm B Deny Any To AnyBi-directional ACL
Serve verFa rFarm A rm A Serve verFa rFarm B rm BWithout Egress ACL, once the network topology got changed, all the current configuration need to be designed again, which does brings great risks
UserG rGrou roup p A UserG rGrou roup p B Other erUse Users rs UserG rGrou roup p C Port A t A: Permit UserGroup A To ServerFarm A Permit UserGroup B To ServerFarm A Permit Any To ServerFarm B Deny UserGroup B To ServerFarm B Deny Any To Any Port B t B: Permit UserGroup A To ServerFarm A Permit UserGroup B To ServerFarm A Permit Any To ServerFarm B Deny UserGroup B To ServerFarm B Deny Any To Any Port C t C: Permit UserGroup A To ServerFarm A Permit UserGroup B To ServerFarm A Permit Any To ServerFarm B Deny UserGroup B To ServerFarm B Deny Any To Any
Bi-directional ACL
Serve verFa rFarm A rm A Serve verFa rFarm B rm B UserG rGrou roup p A UserG rGrou roup p B Other erUse Users rsServerFarm A: ServerFarm A: Only permit Only permit UserGroup A UserGroup A & & UserGroup UserGroup B, and B, and deny all deny all others
- thers
- Simplify ACL configuration process
- Save ACL hardware resource
ServerFarm B: ServerFarm B: Only deny UserGroup Only deny UserGroup B, B, and and permit permit all others all others Port A: Port A: Permit UserGroup A/B Permit UserGroup A/B To To ServerFarm A ServerFarm A Deny Any Deny Any Port B: Port B: Deny Deny UserGroup B UserGroup B To To ServerFarm B ServerFarm B Permit Any Permit Any
VLAN Based ACL
- Traditional ACL policy is configured based on port, so users have to configure
ACL policy on all ports one by one;
- S5500-EI supports VLAN based ACL policy. Therefore users can define ACL
policy easily and flexibly Traditional port based ACL:
# Interface Port 1> Deny ftp Permit any # Interface Port 2> Deny ftp Permit any # Interface Port 3> Deny ftp Permit any # Interface Port 3> Deny ftp Permit any # …VLAN based ACL VLAN based ACL
# Vlan 100> Deny ftp Permit any # Suitable for dual uplink circumstances, better than Spanning tree technology for brings higher reliability to the network; Working in the active/standby mode, once active link gets failed, standby link will be enabled, and the recovery time is less than 50ms;
S7800 Backup Link Active Link Blocking Blocking S7800 S7800Smart Link
High performance price ratio RING network solution High reliability with 50ms recovery time
RRPP (Rapid Ring Network Protec)
N:4 Port Mirroring
- For most switch products, one source port can only be mirrored to one
target port traffic monitoring
- S5500-EI supports N:4 port mirroring, so that one port can be mirrored
to up to 4 target ports, that means multi actions can be done at the same time, such as IPS, IDS, Netstream, and activity monitoring
S5500-EI
IDS Netstream Activity monitoring IPS
VCT – Virtual Cable Test
VCT (Virtual Cable Test) testing items include: whether short or
- pen circuit exists in the Rx/Tx
direction of the cable, and what is the length of the cable in normal status or the length from the port to the fault point of the cable.
X
S5500-EI S3100 [S5500-Ethernet0/4]virtual-cable-test
Cable pair: RX Status:Open Cable Error lenth:5 metres Cable pair: TX Status:Open Cable Error lenth:5 metresLDT: Loopback Detection
Loopback Detection is used to monitoring the network to avoid loop, which may bring broadcast storm to influence the common network application [S5500-EI]loopback-detection enable [S5500-EI]display loopback-detection
Port loopback-detection is running System Loopback-detection is running Detection interval time is 30 seconds Loopback link is Dectected The Loopback link is Port 3
S5500-EI can provide power to those powered devices including wireless AP, IP Phone, web camera over the unified Ethernet.
- Support IEEE 802.3af standard, providing maximum 15.4w to each port
- Support THREE levels of power provide: critical/high/low
- Equipped with 370w high power supply to cover maximum 24 ports powered
devices
PD switch AP S5500-EI PD: Powered Device AP: Access Point Power over EthernetPower Over Ethernet (POE)
Voice VLAN
Benefits:
✔ Guarantee the QoS of voice data ✔ Improve the security Voice Queue Data Queue 1 Data Queue 2- 1. Mac address 00E0-BB00-0000 mask ffff-ff00-0000
- 2. Ah! It is an IP Phone of Vendor A, B, C……( Totally, 16 Vendors)
- 3. Put the traffic from IP Phone into Voice VLAN automatically
- 4. Other traffic will be processed with lower priority
Content Introduction Highlight Features Typical Solutions
10 GE 10 GE GE
CAMS NMS Server Farm Firewall S9500/S7500 S9500/S7500 S5500-EI S5500-EI GE GE GE GE S3600 S3600 S3600 S3600 S5100 S5100 GE GE GE GE S3600 S3600 S3600 S3600 S5500-EI S5500-EI GE GE GE GE S3600 S3600 S3600 S3600Aggregation of Large Enterprise Network
10 GE GE
CAMS NMS Server Farm Firewall S5500-EI S5500-EI S5500-SI S5500-SI GE GE GE PoE GE S5100-SI S5100-SI GE PoE GE GE PoECore of Mid-to-small sized Network
S5500-EI IPv6 组网方案
IPv4 Network
IPv6 Enterprise Users IPv6 Users WLANIPv6 Network
Dual-Stack Access Dual-Stack Access Mobile Network IPv4 Access IPv6 IDC Network Manager IPv6 Mobile Terminal IPv6 IslandIPv4 Internet
IPv6 Internet IPv6 Over IPv4 Tunnel IPv6 Access IPv6 Access IPv4 User IPv6 Link 6to4 Relay S5500-EI S5500-EI S5500-EI S5500-EIIPv6/IPv4 Hybrid Network
杭州华三通信技术有限公司 www.h3c.com.cn