SFC7032

Distribution Device

The SFC7032 standard rack-mounted network packet processor is a high-performance convergence and shunt device designed for cloud clusters, IDC data processing centers, metropolitan area networks, and mobile core networks. The overall application solution solves traffic collection,nalysis, screening and other requirements. This series of shunts has high-density 100GE access capabilities, supports refined traffic collection and classification, and intelligent load-balancing. It only consumes ultra-low operating power consumption while ensuring ultra-high processing power.

Overview

The SFC7032 standard rack-mounted network packet processor is a high-performance convergence and shunt device designed for cloud clusters, IDC data processing centers, metropolitan area networks, and mobile core networks. The overall application solution solves traffic collection,nalysis, screening and other requirements. This series of shunts has high-density 100GE access capabilities, supports refined traffic collection and classification, and intelligent load-balancing. It only consumes ultra-low operating power consumption while ensuring ultra-high processing power.

Features

Interface density

1U box-type device, mixed service interface, meeting multiple rate requirements, up to 3.2T access capacity:

provides 32 100GE interfaces and is compatible with 40GE/4x10G/4x25G interfaces.


Traffic collection

According to the IP quintuple, VLAN ID, packet characteristics, and input interface, the device can flexibly combine and deliver the GRE and GTP protocol packets and HTTP POST/GET packets.Then,according to the result of the classification performs,it can in-depth processing and policy output for specific types of messages.


Traffic copy

As the first-level traffic access device, the original traffic and the pre-processed traffic are separately copied and output, and are provided to multiple application systems for independent processing. The SFC7032can perform the original traffic on the input interface side as follows 1 to n copy, you can also perform 1 to n copy of the processed traffic on the output interface side


Load balancing

With flexible load balancing output algorithm, the SFC7032supports configuring different load-balancing algorithms for different interface groups at the same time;It support load-balancing output of data base on inner layer IP or outer layer IP and guarantee session integrity and user integrity


Intelligent load-balancing

The SFC7032Intelligently detects the link state of the back-end server. If an interface of the load-balancing interface group is disconnected or the back-end server has a heartbeat abnormality, the device automatically outputs the traffic load of the interface to other interfaces of the interface group, thereby avoiding data loss


Header strip

Support the output after stripping the header of tunnel message for MPLS, gtpu, vxlan, GRE and other tunnel messages


Header modify

Support input port information or ID information or time stamp information of matching rules for MAC header identification


GRE tunnel termination

Support the termination of GRE tunnel message and respond to ARP request and ICMP request packets

Specification

Specification Type Description
interface Interface density 32*100GE QSFP28, compatible with 40GE/4x10G/4x25G standard Ethernet physical optical interface supports single mode and multi mode.
single fiber mode all interfaces support single-fiber input and output.
full duplex

all interfaces support transceiver independence.

access capacity

one card

up to 3.2T access capacity

protocol identification

identifiable protocol

It can identify link layer message, VLAN message, MPLS message, vxlan message, IP and IP tunnel message, GRE, GTP, ICMP, SCTP, IPSec, routing management protocol and other messages.

rule processing

rule processing

Support ingroup rules, mask  rules, exact rules

basic processing rule

traffic convergencetraffic distributetraffic droptraffic copy

Label tag

The filtering strategy includes source destination MAC, Ethernet type, IP fragment mark, mask rule and precise rule

Mask rule

Mask rule elements include: source IP, destination IP, L4 source port, L4 destination port, protocol number, TCP flag, in interface (Group), L3 payload length, DSCP;

can choose to match the outer quintuple information or the inner quintuple information;

exact rule

1. Provide two tuple combination types;

2. Each combination type supports any one to six tuples;

The rules contain six tuples: input interface, source IP, destination IP, source port, destination port and protocol.

UDF rule

Support fixed location signature rules;

the matching range of the signature is 128 bytes from L2.

rule default capacity

Mask rules (IPv4 and IPv6 mask rules, input interface rules share capacity space):More than 4K;

Exact rule: 20K.

data processing

homologous homology

supports flexible load balancing output algorithms to ensure user integrity and session integrity;

supports internal IP load balancing output to ensure completeness;

Intelligent

load- balancing

Supports the smart detection and the link state of the back-end server. If the link of one interface of the load balancing interface group is disconnected or the heartbeat given by the back-end server is abnormal, the traffic of the interface can be automatically distributed to other interfaces of the interface group.

Label tag

SMAC

It supports single interface to label the input interface (including slot, input interface ID, data flow up / down status) through SMAC, and each interface can be configured separately

DMAC

Support DMAC user-defined, each interface can be configured separately

VLAN

Support single interface to label the input interface through VLAN (including slot, input interface ID Data flow up / down status), each interface can be configured separately

Header strip

Header strip

Support the output of IP tunnel, MPLS, gtpu, vxlan header after stripping

GRE tunnel termination

GRE tunnel termination

Support GRE tunnel message termination and respond to ARP request and ICMP request

environmental requirements and standards

temperature and humidity

Working temperature: 0℃ ~ +40℃

Storage temperature: -40℃+70℃

Humidity requirements: 5% RH ~ 95% RH, non-condensing.

physical parameter

power supply

100 V~240 V AC or -48V DC;

The power supply is 1+1 redundant.

Power consumption

The board has a maximum power consumption of 320W.

Size (D*W*H)

428.8mm x440mmx 44mm