Brocade Communications Systems Brocade Superx Series Manuale utente

BROCADE

FASTIRON

SUPERX

FAMILY

ENTERPRISE

LAN SWITCHING

HIGHLIGHTS

Industry-leading, chassis-based convergence

solution provides a scalable, secure, low-

latency and fault-tolerant infrastructure for

cost-effective deployment of Voice over IP

(VoIP), wireless, and high-capacity data services

throughout the enterprise

The Brocade SuperX™family features an N+1

power redundancy design to enhance power

operation and simplify system conguration

A rich suite of security features including IP source

guard, dynamic Address Resolution Protocol

(ARP) inspection, and DHCP snooping shields the

enterprise from internal and external threats

Highest Class 3 PoE capacity in the industry—The

FastIron SX 1600 scales to 36 10-GE and 384

POE ports of 10/100/1000 Mbps, each capable

of delivering 15.4 watts to provide customers with

a convergence-ready infrastructure that will scale

to support future growth

Combined SP/WRR queuing and cell-based

switch fabric ensure low latency and jitter for

voice and video trafc

Intelligent PoE and conguration management

with LLDP, LLDP-MED and PoE Prioritization for

IP Phones

Redundant architecture and resilient protocols

ensure business continuity in the event of

network or equipment failure(s)

Embedded, hardware-based sFlow™ trafc

monitoring enables network-wide accounting,

utilization reporting, capacity planning, intrusion

detection, and more

Advanced IronWare™Layer 2 Ethernet switching

with robust suite of security capabilities

Flexibility option to upgrade the software to full

Layer 3, including support for IP routing protocols

such as RIPv1/v2, OSPF, BGP, and support for

multicast routing

IronShield™360 intrusion protection delivers

dynamic and real-time protection from network

and host-based attacks

•

High Performance, Intelligent

Switches For Total Network

Convergence

DATA SHEET

Businesses continue to strive to be

competitively superior and demand network

infrastructures be resilient, secure, and

do more with less. As requirements to

protect, optimize, and grow the enterprise

have extended from basic connectivity to

a much higher level of intelligent service-

based infrastructures, the network has

evolved to provide an even greater value to

the organizations. The Brocade®FastIron®

SuperX/SX family of PoE-ready Layer

2/Layer 3 switches provides a superior

scalable foundation for better operational

efciency and faster response to business

opportunities today and into the future.

The FastIron SuperX/SX family extends

control from the network edge to the

backbone with intelligent network services,

including superior quality of service (QoS),

predictable performance, advanced security,

comprehensive management, and integrated

resiliency. Additionally, the FastIron SuperX/

SX family offers compatibility in a common

operating system, and a shared interface

and power supply modules reduce the cost of

ownership by minimizing operational expenses

and improving return on investment (ROI).

The FastIron SuperX/SX family has an

extensive feature set, making it well suited

for real-time collaborative applications, IP

telephony, IP video, e-learning, wireless

LANs, and raising the organization’s

productivity. The FastIron SuperX/SX family

delivers wire-speed performance and ultra

low latency, which are ideal for converged

network applications such as VoIP and video

conferencing. These platforms present the

industry’s most scalable and resilient PoE

design, with a robust feature set to secure

and simplify the deployment of an edge-to-

core converged network. In addition, the

FastIron SuperX/SX family supports high-

density 10 Gigabit Ethernet for enterprise

backbone deployments.

In addition, service providers will benet from

the power that IronWare operating system’s

networking intelligence offers, including

advanced Layer 2 services, the Brocade

Metro Ring Protocol (MRP) for rapid service

restoration in ring-based topologies, VLAN

stacking for tunneled VLAN services, and

rich bandwidth management for controlling

network utilization.

FUTURE-PROOFING THE NETWORK

WITH IPV6

Migration to IPv6 is inevitable, but by

starting with the deployment of IPv6-capable

hardware the transition can be more

controlled and less disruptive to the network.

Japan and Europe are aggressively deploying

IPv6, and deployment in North America is on

the rise. In fact, some government agencies

are mandating the purchase of IPv6-

capable switches and routers. Therefore,

it is important that enterprises and service

providers plan to deploy IPv6-capable devices

to capitalize on this inevitable change.

The Brocade IPv6-capable FastIron SuperX/

SX family combined with other Brocade

products such as BigIron®and NetIron®,

provides the industry’s most complete end-

to-end IPv6 solution. Customers can deploy

the FastIron SuperX/SX family switches

knowing it is IPv6-capable hardware today,

and that future separately priced software

upgrades will support IPv6 routing and

advanced IPv6 features tomorrow.

The new IPv6-capable FastIron SuperX/SX

family switches enable network managers

to future-proof the network to support

IPv6. These high performance, IPv6-ready

platforms deliver security, convergence,

and complete IPv4/IPv6 visibility using

embedded sFlow for a robust edge-to-core

IPv6 solution. Migration to IPv6 is inevitable.

By starting early with the deployment of

IPv6-capable hardware, the transition can be

more controlled and less disruptive to

the network.

CONFIGURATION ALTERNATIVES

The FastIron SuperX/SX family of switches is

optimized for exibility with upgradeability for

PoE, redundant management, switch fabric

and power, and 10 Gigabit Ethernet. Available

in three chassis models, the scalable FastIron

SuperX/SX family helps enterprises and

service providers reduce costs and gain the

operational benets of a common operating

system, a shared interface, and common

power supply modules.

The FastIron SuperX

8 Interface slots

Up to 192 Class 3 PoE ports

N+1 system power redundancy

N+1 PoE power redundancy

The FastIron SX 800

8 interface slots

Up to 192 Class 3 PoE ports

N+1 system power redundancy

N+1 PoE power redundancy

Management redundancy

Fabric redundancy

•

The FastIron SX 1600

Up to N+3 system power redundancy

Up to N+3 PoE power redundancy

Up to 384 Class 3 PoE ports

Up to 36 10GbE ports

Management redundancy

Fabric redundancy

PRIMARY FEATURES AND BENEFITS

Solution Designed for High-Quality

and Reliable Network Convergence

The FastIron SuperX/SX family provides

a scalable, secure, low-latency, and fault-

tolerant infrastructure for cost-effective

integration of VoIP, video, wireless access,

and high-performance data onto a common

network. The system architecture features

a scalable and resilient PoE design and a

low-latency, cell-based switch fabric with

intelligent trafc management to ensure

reliable and high-quality VoIP service. A

rich suite of security features, including

policy-based access control, IP source

guard, dynamic ARP inspection, and

DHCP snooping, work in unison to control

network access and shield the network

from internal and external threats. The

FastIron SuperX/SX family establishes a

new class of convergence-ready solutions,

enabling organizations to implement a

secure, reliable, scalable, and high-quality

infrastructure for total network convergence.

Resilient Power Distribution and

Consumption in Support of Green

Initiatives

The FastIron SuperX/SX family features

a unique power distribution design for

the system and PoE power. The chassis

are designed with independent systems

and PoE power subsystems. This design

achieves optimal power operation and

conguration, reducing the equipment

and ongoing costs, in comparison to

•

modular systems that use a common power

supply for both the systems and the PoE

equipment. In the FastIron SuperX/SX

family, the power consumption of a line

module’s PoE circuitry does not impact

the system power. Similarly, the power

consumption of the line modules, switch

modules, and management modules does

not impact the PoE power.

Power consumption for the system and PoE

are calculated, provisioned, and managed

independently of one another. As more PoE

devices are added to a switch, a simple

power budget calculation determines

whether another PoE power supply needs

to be added to the switch. The system

power distribution and the PoE power

distribution subsystems are each designed

for M+N load-sharing operation. This dual-

distribution power design simplies the

power conguration of the system while

enhancing system reliability.

The chassis can be congured for a wide

range of power environments including:

110V/220V AC power, -48V DC power and

mixed AC/DC power congurations. To scale

PoE congurations, PoE power supplies

are available in two ratings—1250W

and 2500W. When congured with four

2500W PoE supplies, the FastIron SX

1600 supports up to 384 10/100/1000

Mbps Class 3 PoE ports and still maintains

N+1 power redundancy. This resiliency is

unmatched in the industry.

Intelligent and Scalable Power Over

Ethernet (PoE)

PoE is a key enabler of applications such

as VoIP, IEEE 802.11 wireless LANs, and IP

video. The FastIron SuperX/SX is a third-

generation PoE-capable switch family and

incorporates the latest advances in PoE

provisioning and system design, delivering

scalable and intelligent PoE to the enterprise.

The PoE power distribution subsystem

is independent of the system power,

eliminating system disruption in the event of

PoE over-subscription or a PoE power failure.

Customers have the choice of purchasing

PoE-ready line modules or upgrading

10/100/1000 Mbps line modules when

needed with eld-installable PoE daughter

modules. PoE power per port can be

manually or dynamically congured. Dynamic

conguration is supported using standards-

based autodiscovery or legacy Layer 2

discovery protocols. Port priorities are also

congurable and are used to prioritize PoE

power in over-subscribed congurations.

Advanced QoS and Low Latency for

Enterprise Convergence

The FastIron SuperX/SX family offers

superior quality of service (QoS) features

that enable network administrators to

prioritize high-priority and delay-sensitive

services throughout the network. FastIron

SuperX/SX switches can classify, re-classify,

police, mark, and re-mark an Ethernet

frame or an IP packet prior to delivery.

This exibility lets network administrators

discriminate among various trafc ows and

enforce packet-scheduling policies based on

Layer 2 and Layer 3 QoS elds.

Once classied, the trafc is queued and

scheduled for delivery. Three congurable

queuing options provide the network

administrator with exible control over how

the system services the queues. Weighted

Round Robin (WRR) queuing applies user-

congured weighting for servicing multiple

queues, ensuring that even low priority

queues are not starved for bandwidth. With

Strict Priority (SP) queuing, queues are

serviced in priority order ensuring that the

highest-priority trafc is serviced ahead of

lower priority queues. Combined SP and

WRR queuing ensures that packets in the

SP queue are serviced ahead of the WRR

queues. Combined queuing is often used

in VoIP networks where the VoIP trafc is

assigned to the SP queue and data trafc

is assigned to the WRR queues.

In addition, the switch management modules

are available with integrated Gigabit Ethernet

or 10-Gigabit Ethernet ports. These modules

provide cost-effective system congurations

supporting high-capacity connections to

upstream switches. The management

modules utilize high-performance system

processors with high-capacity memory for

scalable networking up to a routing capacity

of 1 million BGP routes and 20 BGP peers.

The FastIron SuperX/SX switches utilize an

advanced cell-based switch fabric with internal

ow-control, ensuring very low latency and jitter

performance for converged applications.

Ease of Use: Plug and Play

The FastIron SuperX/SX family supports

the IEEE 802.1AB LLDP and ANSI TIA 1057

LLDP-MED standards, enabling organizations

to build open convergence, advanced multi-

vendor networks. LLDP greatly simplies

and enhances network management, asset

management, and network troubleshooting.

For example, it enables discovery of accurate

physical network topologies, including those

that have multiple VLANs where all subnets

may not be known. LLDP-MED addresses the

unique needs that voice and video demand

in a converged network by advertising media

and IP telephony specic messages that

can be exchanged between the network and

the endpoint devices. LLDP-MED provides

exceptional interoperability, IP telephony

troubleshooting, and automatic deployment

of policies, inventory management, advanced

PoE power negotiation, and E911 location/

emergency call service. These sophisticated

features make converged network services

easier to install, manage, and upgrade and

signicantly reduce operations costs.

Flexible Bandwidth Management

The FastIron SuperX/SX switches support a

rich set of bandwidth management features,

allowing granular control of bandwidth

utilization. On ingress, extended ACLs can be

used in combination with trafc policies to

control bandwidth by user, by application, and

by VLAN. On egress, outbound rate limiting

can control bandwidth per port and per priority

queue. These features allow the network

operator ne-grained control of bandwidth

utilization based on a wide range of application

and user criteria.

Complete Solution for Multicast

and Broadcast Video

The use of video applications in the

workplace requires support for scalable

multicast services from the edge to the

core. IGMP and PIM snooping improves

bandwidth utilization in Layer 2 networks

by restricting multicast ows to only those

switch ports that have multicast receivers.

In Layer 3 networks, support for IGMP (v1,

v2, and v3), IGMP Proxy, PIM-SM, PIM-SSM,

and PIM-DM multicast routing optimizes

trafc routing and network utilization for

multicast applications.

Advanced Full Layer 2/Layer 3 Wire-

Speed IP Routing Solution

Advanced IronWare supports a full

complement of unicast and multicast

routing protocols, enabling users to build

fully featured Layer 2/Layer 3 networks.

Supported routing protocols include

RIPv1/v2, OSPF, PIM-SM/DM, BGP, and

Equal Cost Multi-path (ECMP) for improved

network performance. M2, M3, and

M4 management modules can support

routing table capacity of up to 1,000,000

BGP routes and 20 BGP peers. FastIron

SuperX/SX switches can be upgraded with

Advanced IronWare routing software (a

Layer 3 upgrade).

To achieve wire-speed Layer 3 performance,

the FastIron SuperX/SX switches support

Brocade Direct Routing (BDR), in which

the forwarding information base (FIB) is

maintained in local memory on the line

modules. The hardware forwarding tables are

dynamically populated by system management

with as many as 256,000 routes.

Comprehensive Security Suite

Security is a concern for today’s network

managers, and the FastIron SuperX/SX

switches support a powerful set of network

management solutions to help protect the

switch. Multilevel access security on the

console and a secure Web management

interface prevent unauthorized users

from accessing or changing the switch

conguration. Using Terminal Access

Controller Access Control Systems (TACACS/

TACACS+) and RADIUS authentication,

network managers can enable considerable

centralized control and restrict unauthorized

users from altering network congurations.

The FastIron SuperX/SX family includes

Secure Shell (SSHv2), Secure Copy,

and SNMPv3 to restrict and encrypt

communications to the management

interface and system, thereby ensuring

highly secure network management access.

For an added level of protection, network

managers can use ACLs to control which

ports and interfaces have TELNET, Web,

and/or SNMP access.

Controlling network access is a top priority

for network operators. FastIron SuperX/SX

switches support a exible suite of access

control capabilities in the IronShield product.

IronShield’s network access control features

include multi-host IEEE 802.1x and MAC

authentication schemes. Upon successful

user or device authentication, the FastIron

SuperX/SX switch will apply the appropriate

access policy for the user. The access policy

may dene the assigned VLAN, QoS, and

ACL to be applied to the user’s trafc. The

network administrator can also specify

an action in case the MAC or 802.1x

authentication times out. Because of its

standards-based design, this solution can

be augmented with access control software

and external appliances for enhanced access

control operation. For example, an external

NAC appliance and/or software can be used

in combination with the FastIron SuperX/

SX, providing host posture verication and

remediation. This design allows customers

the exibility to build best-of-breed solutions

for their access control infrastructure and not

be locked into a single offering.

Once the user is permitted access to the

network, protecting the user’s identity

and controlling where the user connects

becomes a priority. To prevent “user identity

theft” (spoong), the FastIron SuperX/SX

switches support DHCP snooping, Dynamic

ARP inspection, and IP source guard.

These three features work together to deny

spoong attempts and to defeat man-in-

the-middle attacks. To control where users

connect, the FastIron SuperX/SX switches

support private VLANs, quarantine VLANs,

policy-based routing, and extended ACLs,

all of which can be used to control a user’s

access to the network.

In addition, FastIron SuperX/SX switches

feature embedded sFlow packet sampling,

which provides system-wide trafc

monitoring for accounting, troubleshooting,

and intrusion detection. Using the Brocade

IronView®Network Management (INM)

System to process sFlow data from the

switches, IronShield 360 provides closed

loop threat detection and response. sFlow

packet samples are scanned for known

threat signatures. Upon a positive match,

INM can automatically send a control

command to the FastIron SuperX/SX switch

to throttle or disable the port on which the

threat has been detected. This advanced

security capability provides a network-

wide security umbrella without the added

complexity and cost of ancillary sensors.

Resilient Design Ensures Business

Continuity

A FastIron SuperX/SX networking solution

is built for high-value environments.

Featuring redundant management modules,

redundant fans, redundant load-sharing

switch fabrics, and power supply modules,

the FastIron SX 800/1600 switches are

designed for maximum system availability.

Switch fabric failover preserves network

connectivity in the event of a switch module

failure. Automatic management failover

quickly restores network connectivity in the

event of a management module failure.

In the event of a topology change due to a

port or facility failure, Layer 1 and Layer 2

protocols—e.g., Protected Link, Metro Ring

Protocol (MRP), IEEE 802.3ad, UDLD, VSRP,

and Rapid Spanning Tree Protocol—will

restore service in sub-second time (tens to

hundreds of milliseconds, depending on

the protocol), protecting users from costly

service disruption. Enhanced spanning tree

features such as Root Guard and BPDU

Guard prevent rouge hijacking of spanning

tree root and maintain a contention and

loop-free environment especially during

dynamic network deployments. These high

availability capabilities enable network

deployments of a highly reliable network

infrastructure that is resilient to, and

tolerant of, network and equipment failures.

Future-Proong the Network Through

Deployment of IPv6 Capable Hardware

Networks are in the early stages of

large-scale IPv6 production deployment,

however few IPv6 innovative applications

are currently on the market. Although the

success of IPv6 will ultimately depend on

the new applications that run over IPv6, a

key part of the IPv6 design is the ability to

integrate into and coexist with existing IPv4

switches within the network and across

networks during the steady migration from

IPv4 to IPv6.

The FastIron SuperX Series’ IPv6-capable

management and interface modules,

commencing with software release FSX

04.0.01, support an easy migration path

by interworking between IPv4 and IPv6

switches with the existing network or across

networks. The network manager can pick

and choose which sites are upgraded

with IPv6-capable modules, preparing the

network for future IPv6 applications

Designed for medium to large enterprise

backbones, the IPv6- capable FastIron

SuperX Series are modular switches

that provide the enterprise network with

a complete, end-to-end enterprise LAN

solution, ranging from the wiring closet

to the LAN backbone.

Benets of the IPv6-capable modules

include:

The IPv6-capable FSX management

modules are non-blocking, with a built-in

switch fabric module and 12 combination

Gigabit Ethernet copper or ber ports

that provide connectivity to your existing

management network.

The IPv6-capable FSX 800 and FSX 1600

management modules have a console port

and a 10/100/1000 port for out-of-band

management. The management modules

optionally support 2-port 10-GbE ports or

8-port GbE ber and copper ports.

The IPv6-capable FSX 800 and FSX

1600 management modules are

interchangeable between devices.

Redundant management modules on

the IPv6-capable FSX 800 and FSX 1600

provide 100% redundancy.

The crossbar (xbar) architecture enables

the management module to switch 30

Gbps between each interface module and

within the management module.

The IPv6-capable interface modules

and power supplies are interchangeable

among FastIron SuperX Series switches.

The IPv6-capable FSX 800 and FSX 1600

management, switch fabric, and interface

modules are hot swappable, which

means a module may be removed and

replaced while the chassis is powered on

and running.

•

KEY FEATURES AND BENEFITS

Robust VoIP and Power over Ethernet

Standards-based IEEE 802.3af PoE supporting a wide variety of endpoints

Choice of 1250W (70 Class 3) or 2500W (140 Class 3) per PoE power supply

Independent system and PoE power subsystems allow the addition of PoE without

affecting the system power

High-availability power design—N+1 PoE power redundancy for the 8-slot FastIron SuperX

and FSX 800 chassis and N+3 PoE power redundancy for the 16-slot FSX 1600 chassis

Intelligent PoE power management

PoE auto-detection enables support for PoE and non-PoE devices without conguration

changes

Software accessible system and per port power consumption

Congurable per port PoE priority for power allocation

Proven interoperability with popular voice over IP equipment, including legacy Cisco IP

phones

Advanced QoS and cell-based fabric enable high-quality VoIP service

Auto-conguration for VoIP endpoints

Voice VLAN feature automatically places IP phones in their own VLAN

Auto-detects legacy and standard 802.3af powered devices

LLDP/LLDP-MED standards greatly simplify and enhance network management, asset

management, and network troubleshooting

IronShield Advanced Security

Multilevel access security for console access

IronShield 360—sFlow-powered automated closed-loop threat detection and mitigation

solution

Secure Web-based management interface prevents unauthorized users from accessing or

changing the switch conguration

Terminal Access Controller Access Control Systems (TACACS/TACACS+) and RADIUS

operator authentication

Secure Shell, Secure Copy, and SNMPv3 restrict and encrypt communications to the

management interface and system

IEEE 802.1x authentication including multiple device authentication and dynamic policy

conguration for authenticated clients—VLAN, ACL

Private VLANs provide security and isolation between switch ports to help ensure that

users cannot snoop on other users’ trafc

Denial of Service Protection—Monitoring, throttling, and locking out of ICMP and TCP SYN

trafc both to the management address of the switch and for transit trafc

IP Source Guard, DHCP Snooping, and ARP Inspection protect against snooping and man-

in-the-middle attacks

Byte-based and packet-based Broadcast, Multicast, and unknown Unicast rate limiting

ACL log reports provide source detail for denied packets

ACL-based Port Mirroring enables IP monitoring for CALEA and related law enforcement

trafc monitoring

Enhanced MAC ltering to include Denial of Service protection

MAC address authentication including multiple device authentication and dynamic policy

conguration

Enhanced Port security for controlling access of authorized users

•

Advanced Quality of Service

Classication, reclassication, policing, and marking the trafc prior to delivery

Identication, classication, and reclassication based on specic criteria (ACL-based)

including port, source/destination MAC address

802.1p priority bit, source/destination IP address, Type of Service (ToS), Differentiated

Services Control Point (DSCP) elds, or the Transmission Control Protocol/User Datagram

Protocol (TCP/UDP) port

Flexible queue servicing utilizing congurable Weighted Round Robin (WRR), Strict Priority

(SP), or combined SP/WRR

8 hardware queues for exible QoS management

Ingress rate limiting—standard and extended ACL control, per VLAN, per port

Egress rate shaping per port

System and Network Resilience

Redundant, hot-swappable management modules (FastIron SX 800 and FastIron SX 1600)

Redundant, hot-swappable switch fabric modules (FastIron SX 800 and FastIron SX 1600)

Redundant, hot-swappable, load-sharing and distributed power supplies for system and

PoE power

Hot-swappable line modules

Advanced protocols for topology resilience:

– The Brocade Metro Ring Protocol (MRP)

– Virtual Switch Redundancy Protocol (VSRP)

– Virtual Router Redundancy Protocol (VRRP)

Enhanced VRRP (VRRPE)

Rapid Spanning Tree Protocol (RSTP)

Multiple Spanning Tree (802.1s)

Per-VLAN Spanning Tree (PVST/PVRST)

BPDU Guard and Root Guard

STP Protect

IEEE 802.3ad and static link aggregation

UDLD with link error dampening; Support for single instance LACP

Image checksum verication

Next Boot Information

Enhanced Digital Optical Monitoring

IPv6 Futureproong

The following features enable the switches to be managed as IPv6 hosts or endpoints today:

IPv6 addresses on the interfaces

IPv6 debugs

IPv6 Access Control Lists (ACL) to management ports

IPv6 Web management using HTTP/HTTPS

IPv6 logging

Name-to-IPv6 address resolution using IPv6 DNS server

IPv6 Ping

IPv6 Traceroute

IPv6 Telnet/SSH

SNMPv3 over IPv6

IPv6 RADIUS

IPv6 NTP

•

IEEE Standards Compliance

• 802.3 10Base-T

• 802.3u 100Base-TX

• 802.3u 100Base-FX

• 802.3u 100Base-LX

• 802.3z 1000Base-SX/LX

• 802.3ab 1000Base-T

• 802.3ae 10-Gigabit Ethernet

• 802.3af Power over Ethernet

• 802.3x Flow Control

• 802.3ad Link Aggregation

• 802.1d Ethernet Bridging

• 802.1D MAC Bridges

• 802.1p/q VLAN Tagging

• 802.1w Rapid Spanning Tree

• 802.1s Multiple Spanning Tree

• 802.1X Port-based Network Access Control

• 802.1Q Generic VLAN Registration Protocol (GVRP)

• 802.3 MAU MIB (RFC 2239)

• 802.3AB LLDP

RFC Compliance

Protocol Support • DNS Client

• RFC 1812 IP Requirements

• RFC 2338 VRRP

• VRRPE (Brocade VRRP Enhanced)

• PVST/PVST+/PVRST

BGPv4 • RFC 1269 BGP-3 MIB

• RFC 1657 BGP-4 MIB

• RFC 1745 OSPF Interactions

• RFC 1771 BGP-4

• RFC 1965 BGP-4 Confederations

• RFC 1997 Communities Attribute

• RFC 2385 TCP MD5

• Authentication of BGP Session

• RFC 2439 Route Flap Dampening

• RFC 2796 Route Reection

• RFC 2842 BGP4 Capabilities Advertisement

• RFC 2918 Route Refresh Capability

OSPF • RFC 1583 and 2328 OSPF v2

• RFC 1587 OSPF NSSA Option

• RFC 1745 OSPF Interactions

• RFC 1765 OSPF Database Overow

• RFC 1850 OSPF Traps

• RFC 1850 OSPF v2 MIB

• RFC 2154 OSPF w/Digital Signatures

(Password, MD-5)

• RFC 2178 OSPF v2

• RFC 2370 OSPF Opaque LSA Option

RIP • RFC 1058 RIP v1

• RFC 1723 RIP v2

IP Multicast • RFC 1112 IGMP

• RFC 2236 IGMP v2

• RFC 3376 IGMP v3

• IGMP Proxy

• DVMRP v3-07

• RFC 1075 DVMRP

• RFC 1122 Host Extensions

• RFC 1256 ICMP Router Discovery Protocol

• PIM-DM v1

• RFC 2362 PIM-SM

• PIM-SSM

General Routing Protocols • RFC 768 UDP

• RFC 783 TFTP

• RFC 791 IP

• RFC 792 ICMP

• RFC 793 TCP

• RFC 826 ARP

• RFC 854 TELNET

• RFC 894 IP over Ethernet

• RFC 903 RARP

• RFC 906 TFTP Bootstrap

• RFC 1027 Proxy ARP

• RFC 1519 CIDR

• RFC 1541 and 2131 DHCP

• RFC 1591 DNS (client)

• RFC 1812 General Routing

• RFC 2338 VRRP

Quality of Service

• MAC Address Mapping to Priority Queue

• ACL Mapping to Priority Queue

• ACL Mapping to ToS/DSCP

• ACL Mapping and Marking of ToS/DSCP

• DiffServ Support

• QoS Queue Management Using Weighted Round Robin (WRR),

Strict Priority (SP), and a combination of WRR and SP

Management and Control

• RFC 1157 SNMPv1

• RFC 1191 Path MTU Discovery

• RFC 951 BootP

• RFC 1542 BootP Extensions

• RFC 1493 Bridge MIB

• RFC 1215 SNMP Generic Traps

• RFC 1354 IP Forwarding MIB

• RFC 1573 SNMP MIB II

• RFC 1757 RMON Groups 1,2,3,9

• RFC 1905, 1906 SNMPv2c

• RFC 2030 SNTP

• RFC 2068 HTTP

• RFC 2818 HTTPS

• RFC 2138 RADIUS

• RFC 2571 Architecture Describing SNMP Framework

• RFC 3176 sFlow

• RFC 3411 SNMPv3 Framework

• RFC 2570 SNMPv3 Intro to Framework

• RFC 3412 SNMPv3 Processing

• RFC 3414 SNMPv3 USM

• RFC 2574 SNMPv3 User-based Security Model (USM)

• RFC 2573 SNMPv3 Applications

• RFC 2575 SNMP View-based Access Control Model SNMP (VACM)

• RFC 3415 SNMPv3VACM

• RFC 1643 Ethernet-like Interface MIB

• RFC 1354 IP Forwarding Table MIB

• RFC 1213 MIB-II

• RFC 1516 Repeater MIB

• RFC 1724 RIPv2 MIB

• RFC 2572 SNMP Message Processing and Dispatching

• ANSI TIA 1057 LLDP-MED

• TACACS+ v1.78

• MRP (Metro Ring Protocol)

• UDLD (Uni-directional Link Detection)

• IGMP Snooping

• Dynamic Filters and VLAN assignment

• CDP and FDP

• Conguration Logging

BROCADE FASTIRON SUPERX SPECIFICATIONS

System Management

• IronView Network Manager (INM)

• Web-based Graphical User Interface

• Embedded Web Management

• Industry Standard Command Line Interface (CLI)

• RMON HP OpenView for Sun Solaris

• HP-UX, IBM’s AIX, and Windows NT

• Virtual Cable Tester

• Repeater MIB

Element Security Options

• Authentication, Authorization, and Accounting (AAA)

• RADIUS

• Secure Shell (SSHv2)

• Secure Copy (SCP)

• TACACS/TACACS+

• Username/Password (Challenge and Response)

• Bi-level Access Mode (Standard and EXEC Level)

• Protection for Denial of Service attacks, such as TCP SYN or Smurf Attacks

Physical Design

• ETSI ETS 300 119-4, Engineering Requirements for Sub-racks in

misc. racks and cabinets

• ANSI/EIA-310-D, Cabinets, Racks, Panels, and Associated Equipment

Dimensions

FastIron SuperX and

FastIron SX 800

10.4” (H) x 17.5” (W) x 17.3” (D)

26.3 cm (H) x 44.5 cm (W) x 43.8 cm (D)

FastIron SX 1600 24.5” (H) x 17.5” (W) x 17.3” (D)

62.2 cm (H) x 44.5 cm (W) x 43.8 cm (D)

Weight (Fully Loaded)

FastIron SuperX and

FastIron SX 800

70 lbs (31 kg)

FastIron SX 1600 196 lbs (88.6 kg)

Environmental

• Operating temperature: 0ºC to 40ºC (32ºF to 104ºF)

• Relative humidity: 5 to 90%, @40ºC (104ºF, non condensing)

• Operating altitude: 6600 ft (2,000 m)

• Storage temperature: -25ºC to 70ºC (-13ºF to 158ºF)

• Storage humidity: 95% maximum relative humidity, non-condensing

• Storage altitude: 15,000 ft (4,500 m) maximum

MTBF

Chassis • SuperX Chassis, Fan Tray, 1 P/S: 269,386 hrs

• SX 800 Chassis, Fan Tray, 1 P/S: 142,786 hrs

• SX 800 Chassis, Fan Tray, 2 P/S: 230,584 hrs

• SX1600 Chassis, Fan Tray, 2 P/S: 99,908 hrs

• SX1600 Chassis, Fan Tray, 4 P/S: 213,865 hrs

Management Modules • IPv4 Management Module with no optics:

287,664 hrs

• IPv4 Management Module, Zero ports:

534,522 hrs

• IPv4 Management Module, 2x10-GbE ports:

269,436 hrs

• IPv6 Management Module, 256MB SDRAM,

no optics: 292,557 hrs

• IPv6 Management Module, 512MB SDRAM,

no optics: 287,425 hrs

• IPv6 Management Module, 2x10GbE,

no optics: 304,109 hrs

Interface modules (IPv4

and IPv6 versions)

• 24-port 10/100/1000 Copper Module:

352,103 hrs

• 24-port SFP Module: 348,204 hrs

• 2-port 10-GbE Module: 464,938 hrs

Power Requirements

System Power Supply

(SX-ACPWR, SX-DCPWR)

• -40 – -60 VDC Consumption (Amps): 36A

• 100 – 120 VAC Consumption (Amps): 14.3A

• 200 – 240 VAC Consumption (Amps): 7.2A

• AC Frequency: 50 – 60Hz

• Max BTU: 4874 BTU/Hr

• Max Watts (Output): 1200W

• Max Watts (Input): 1428W

1250W PoE Power Supply • 100 – 120 VAC Consumption (Amps): 14A

• 200 – 240 VAC Consumption (Amps): 7A

• AC Frequency: 50 – 60Hz

• Max BTU: 4736 BTU/Hr

• Max Watts (Output): 1250W

• Max Watts (Input): 1388W

2500W PoE Power Supply

(SX-ACPWR-2500-POE)

• 200 – 240 VAC Consumption (Amps): 14A

• AC Frequency: 50 – 60Hz

• Max BTU: 9471 BTU/Hr

• Max Watts (Output): 2500W

• Max Watts (Input): 2775W

Safety Certications

• CAN/CSA-C22.2 No. 60950-1-03

• Information Technology Equipment

• Safety—Part 1: General Requirement

• UL 60950-1, Information Technology Equipment—Safety—

Part 1: General Requirement

• EN 60950-1, Information Technology Equipment—Safety—

Part 1: General Requirement

• IEC 60950-1, Information Technology Equipment—Safety—

Part 1: General Requirement

• EN 60825-1, Safety of Laser Products. Equipment Classication,

Requirements and User Guide

• EN 60825-2, Safety of Laser Products, Safety of Optical Fibre

Communications Systems

Environmental Regulatory Compliance

• RoHS Compliant (5 of 6)

• WEEE compliant

Electromagnetic Emission Certications

• ICES-003, Electromagnetic Emission

• FCC Class A

• EN 55022/CISPR 22 Class A

• VCCI Class A

• EN 61000-3-2, Power Line Harmonics

• EN 61000-3-3, Voltage Fluctuation and Flicker

• EN 61000-6-3, Electromagnetic Compatibility

• AS/NZS CISPR 22, Electromagnetic Compatibility

Immunity

EN 61000-6-1, Electromagnetic Compatibility, Generic Standard

EN 55024, Immunity Characteristics Supersedes:

• EN 61000-4-2, ESD

• EN 61000-4-3, Radiated, Radio Frequency, Electromagnetic Field

• EN 61000-4-4, Electrical Fast Transient

• EN 61000-4-5, Surge

• EN 61000-4-6, Conducted Disturbances Induced by Radio

• Frequency Fields

• EN 61000-4-8, Power Frequency Magnetic Field

• EN 61000-4-11, Power Frequency Magnetic Field

Mounting Options

• 19” Universal EIA (Telco) Rack or Tabletop

Feature FastIron SuperX FastIron SX 800 FastIron SX 1600

Interface Slots 8 8 16

Backplane Switching Capacity 510 Gbps 600 Gbps 1080 Gbps

Data Switching Capacity 408 Gbps 464 Gbps 848 Gbps

Packet Forwarding Capacity 304 Mpps 348 Mpps 636 Mpps

Management Redundancy No Yes Yes

Active 10-GbE Ports with Redundant Management N/A 4 XFP 4 XFP

Switch Fabric Redundancy1N/A 1+1 1+1

Management Processor 400 MHz

466 MHz

667 MHz

Memory Options 256 MB

512 MB

Height 10.4” (6RU) 10.4” (6RU) 24.5” (14RU)

Maximum Port Density per Unit

• 100BaseFX

• 1000BaseT, 10/100/1000 Mbps (RJ-45)2

• IEEE 802.3af Class 3 10/100/1000 Mbps

with N+1 PoE Power Redundancy3

• 1000BaseX Ports (SFP)

• 10GBaseX Ports (XFP)

192

204

192

140

204

192

140

192

384

Maximum Port Density per Rack

• 100BaseFX

• 1000BaseT, 10/100/1000 Mbps (RJ-45)

• IEEE 802.3af Class 3 10/100/1000 Mbps

with N+1 PoE Power Redundancy3

• 1000BaseX Ports (SFP)

• 10GBaseX Ports (XFP)

1344

1428

1344

980

1428

112

1344

980

1344

140

1152

108

Power Supply Redundancy

• System Power

• PoE Power

N+1

N+2

N+3

SYSTEM SUMMARY

1-The two switch fabric modules in the FastIron SX 800 and FastIron SX 1600 operate in a load-sharing fashion. Upon failure of one of the switch modules, some system capacity

will be lost. In this event, some trafc ows may experience reduced capacity through the remaining operational switch fabric during periods of high trafc loading.

2-FastIron SuperX 1000BaseT modules are eld-upgradeable to PoE with a PoE daughter card.

3 -Computation is based on the 2500W, 220 VAC PoE power supply.

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