100G Data Center Switch with Redundant Cooling and SDN Support

The CS6580-HI 100G data centre switch uses advanced hardware and software architecture, supports built-in 1+1 modular redundant power supplies, 5+1 redundant fans, cross ventilation and adjustable wind direction. The CS6580-HI is ideal for data centre TOR cloud computing or data centre spine switches. For a campus or other large network, the CS6580-HI can also be deployed at the aggregation layer or backbone layer due to its high performance and reliability.

Number of main ports
Routing
BGP, OSPF, PIM , Static routing
Management
Cloud, Port konsolowyt, Port MGMT, Telnet/SSH, WEB GUI
FULL LAYER 3
MODULAR POWER SUPPLY
PROGRAMMABLE OPENFLOW NETWORKS
PORTS 100 GB
FUNCTIONALITY WITHOUT HIDDEN COSTS
SERIA CS6580 OFERUJE
PEŁNA WARSTWA 3

The CS6500 series provides efficient Layer 2 and Layer 3 switches, offering up to 128,000 routing table entries.

RIP, OSPF, and BGP provide dynamic routing by exchanging route information with other Layer 3 switches or routers.

The CS6500 series is equipped with a wide range of Protocol Independent Multicast (PIM) features, including PIM-DM, PIM-SM, PIM-SSM, and MSDP.

MODULAR POWER SUPPLY

CS6500 series switches feature redundant Hot-Swap power supplies and Hot-Swap fans to ensure continuous, uninterrupted network operation when replacing one

40/100 GIGABIT PORTS

The CS6500 series offers up to 32 100 Gigabit ports that can work as a redundant link working with various ring protection features, effectively increasing network scalability and performance.

With the ability to split streams on QSFP and QSFP28 ports, devices in this series allow transmission of 4x 10Gb to each QSFP port or 4x 25Gb each 100Gb port

SOFTWARE-DEFINED NETWORK/OPENFLOW

The OpenFlow standard, available in the switches of the CS6500 family, allows the implementation of networks in SDN (Software Defined Networking) architecture. OpenFlow is one of the most important projects in software-controlled networks.

OpenFlow is one of the most important projects in software-controlled networks.

In the SDN concept, network management is transferred from the device to the central node — the network controller. CS6500 Series switches using OpenFlow enable you to build efficient and flexibly managed networks.

NO HIDDEN COSTS

Con los switches de la serie S5750E, puede ser seguro que el dispositivo que se usa tiene todas las funcionaciones disponibles sin los necessários de comprar licencia adicionais.

CS6580-32CQ-HI

Product Specification

Specification
Layer
3
Connectivity:
Porty 100G QSFP28
32
OOB management port (10/100/1000 Base-T RJ45)
1
OOB Management Port (10/Console Port- RS-232 (RJ45) 100/1000 Base-T RJ45)
1
Porta USB
1
specification
Switching matrix
6400 Gbps
Data transfer rate
4761.90 Mpps
Packet Buffer
16MB
JUMBO Frame
9 thousand
Number of VLANs
4 thousand
MAC Address Array
224 thousand
Multicast support
8 thousand
ACL Table
1 tys
Number of Vlan Interfaces (IP)
1 thousand
Routing table
184 thousand
Routing Table - Multicast
4 thousand
ARP table
104 thousand
CPU Clock
quad core - 2,4 GHz
Functionality of VSF
Ja
Functionality of PIM Router
Ja
Power supply
230V +230V DC
Hot Swap PSU
Ja
RPS
Ne
Cooling
Aktiv
Flash Memory
64GB SSD
Memoria RAM
16GB
Features:
Enhanced Accessibility Features
IEEE 802.1D STP/802.1w RSTP/802.1s MSTP, IEEE 802.3ad LACP, Virtual Cable Testing, DDM, LLDP / LLDP-MED, VRRP, Loop guard, ERPS (ITU-T G.8032), MRPP, ULPP
Traffic control
IEEE 802.3x Full duplex & Flow control, 802.1Q VLANs, Port-based VLAN, Protocol-based VLAN, IP subnet based VLAN, Voice VLAN, Mac VLAN, Super VLAN, Algorytm LACP adresu IP/MAC źródłowego/docelowego (load balance), GVRP, 802.1ad Vlan Stacking (QinQ), Flexible QinQ
Security
Layer 2 MAC filtering, BPDU Tunnel, BPDU Guard, RADIUS and TACACS+, TACACS+ accounting/auditing, SSH v1/v2, DHCP/DHCPv6 snooping, IP/IPv6 Source Guard, Port security, IEEE 802.1x port-based /mac-based
QoS
802.1p Priority Queues per Port, 802.1p Queuing method, Trusted COS/TOS/IP Precedence/DSCP/Port number, Broadcast Storm Control, Rate Limiting, port based, Strict priority, Weighted Round Robin, Weighted Deficit Round Robin, Weighted Random Early Detection, Strict priority in Weighted Round Robin, Strict priority in Weighted Deficit Round Robin
L2/L3 - Multicast
Multicast VLAN, IGMP v1,v2, v3, IGMP Query, IGMP Snooping (v1,v2,v3), IGMP Snooping Fast Leave(v2,v3), PIM-DM/SM/SSM, anycast RP, IPv6 MLD v1/v2 Snooping
LLDP/LLDP-MED
Routing statyczny IPv4/IPv6, RIP v1,v2 / RIPng, OSPF v2 / OSPF v3, BGP / BGP4+
Layer 3 IPv6
IPv4/IPv6 Dual Protocol Stack, IPv6 address, IPv6 Tunneling
Management
GUI (Web), Telnet/SSH, SNMP v1/v2c/v3, TFTP/FTP, Configuration Backup and Restore, Multilevel CLI, DNS Client, DHCP Client/Server/Relay, DHCP option 43/60/82, DHCPv6 option 37/ 38, DHCPv6 Relay/Server, SNTP/NTP, sFlow, Port Mirroring per IP/TCP/IP UDP, RSPAN, ERSPAN, Cluster, OpenFlow 1.0, Stack (VSF), IEEE 802.3ah EFM, IEEE 802.1ag CFM
MIB
RFC1066 – TCP/IP‐based MIB, RFC1213, 1157 – SNMPv2c/v3 MIB, RFC1493 – bridge MIB, RFC2674 – bridge MIB extension, RFC1643 – ethernet MIB, RFC1757 – RMON group 1,2,3,9, RFC2925 – Remote Management MIB, RFC2233 – SMIv2 MIB
Electric:
Power supply
230V AC, Hot Swap
Redundant power supply
230V AC, Hot Swap
Maximum power consumption
≤ 550W
Physical:
Dimensions (W x H x D)
438mm x 44mm x 515mm
Operating Temperature
0ºC~45ºC
Relative humidity
10% - 90% (non-condensing)
Cooling
active fans: 6, Hot Swap
Cooling
Front to back

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