CS6510-48S6Q-HI (R3)

L3 layer Data Center switch – DCN CS6510-48S6Q-HI 48x 10GBase-X SFP + + 6x 40GBase-X QSFP, designed to work in telecommunication networks, ISP as well as in 10Gb and 40Gb enterprise structural installations

Dimensions	50.3 × 44.3 × 4.4 cm
Layer	L3
SFP/SFP+ ports	48
QSFP ports	6
VSF (Stacking)	VSF (stacking) available
PIM Router	PIM Router available

Dimensions

50.3 × 44.3 × 4.4 cm

Layer

SFP/SFP+ ports

QSFP ports

VSF (Stacking)

VSF (stacking) available

PIM Router

PIM Router available

Full 3 Layer

The CS6500 series provides powerful switches working in Layer 2 and Layer 3 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.
• CS6500 series is equipped with a wide range of Protocol Independent Multicast (PIM) functions, including PIM-DM, PIM-SM, PIM-SSM and MSDP.

40/100 GIGABIT PORTS

The CS6500 series offers up to 32 ports 100 Gigabit which can work as a redundant link working with various ring protection functions, effectively increasing scalability and network performance.
Through the ability to split streams on QSFP and QSFP28 ports, this series devices allow 4x 10Gb transmission per each QSFP port or 4x 25Gb each port 100Gb

SOFTWARE DEFINED NETWORK/OPENFLOW

OpenFlow standard available in the CS6500 family switches, enables implementation of networks in the SDN (Software Defined Networking) architecture.
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 the built of efficient and flexibly managed networks.

Switch Classification

Layer

Connectivity

Management Port OOB (10/100/1000 Base-T RJ45)

Performance

Switching matrix

1440 Gbps

Data rate

1071 Mpps

Packet buffer

16 MB

JUMBO frame

12 K

MAC address table

96 K (standard) / 32 K (routee) / 288 K (bridgee)

Multicast support

8 K

MAC address table additional info

MAC address Table Shared for unicast and multicast (in 1:1 ratio)

ACL Table

Ingress 4 K, Egress 1 K

Number of Vlan Interfaces (IP)

1024

Reflectance RL APC

8 K (standard) / 16 K (routee) / 8 K (bridgee)

Routing table additional info

Routing table IPv4 shared for with IPv6 (in 4:1 ratio)

ARP Table

16 K

CPU clock

Quad-core - 2,4 GHz

Flash memory

32 GB

RAM memory

4 GB

Additional information

MAC address Table and Routing Table assigned depending on the selected operating mode (standard, routee or bridgee)

Features

Resilience and availability

IEEE 802.1D (STP), IEEE 802.1w (RSTP), IEEE 802.1 s (MSTP), IEEE 802.3 ad LACP, Virtual Cable Testing, DDM, LLDP, VRRP, Loop Guard, ERPS (ITU-T G.8032), MRPP

Traffic control

IEEE 802.1Q (4094 VLAN's),Super VLAN, LACP algorithm of source/destination IP (load balance), GVRP, IEEE 802.1ad Vlan Stacking (QinQ), Flexible QinQ

Security

Layer 2 MAC filtering, BPDU Tunnel, Uwierzytelnienie i autoryzacja logowania poprzez Radius oraz Tacacs+, Tacacs+ accounting/auditing, SSH v1/v2, DHCP/DCHPv6 Snooping, IP/IPv6 Source Guard, Port Security, IEEE 802.1x port-based / mac-based

QoS

802.1p Prioirty 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

Routing

IPv4/IPv6 Static Route. RIP v1,v2, RIPng, OSPF v2/v3, BGP / BGP4+

L3 IPv6

IPv4/IPv6 Dual Protocol Stack, IPv6 address, IPv6 Tunneling

Management

Console Port RS-232 (RJ45), GUI (Web), Management through console, telnet, SNMP, 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, RSPAN, ERSPAN, Cluster, OpenFlow 1.0, Stack (VSF), Stack (VSF-HA), 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 RFC 2925 – Remote Management MIB RFC2233 – SMIv2 MIB

Electrical

Fans

4 + 1 redundant, 5 slots

Power supply

230 V AC, Hot swap

Redundant power supply

230V AC, Hot swap

Maximal power consumption

≤ 305W

Physical

Dimensions (Width x Height x Depth)

443 mm x 44 mm x 503 mm

Operating temperature

0|45 ℃

Relative humidity

10|90 %

(1) MAC address table shared for unicast and multicast (in 1:1 ratio) (2) Routing Table for IPv4 shared with IPv6 (in 4:1 ratio) (3) Routing Table shared for unicast and multicast (in 1:1 ratio) (4) MAC address table and routing table assigned depending on the selected operating mode (standard, routee ,bridgee or legancy)