Huawei S9300 Terabit Routing Switches G48SD G24SA S24XA F48SC P4HF X16SFC T24XA

Model:	S9303 s9306/12
Brand:	Huasuda
Origin:	Made In China
Category:	Electronics & Electricity / Telecommunication & Broadcasting / Network Communications Equipment
Label:	Huawei S9300 , Routing Switches , G48SD G24SA S24XA
Price:	US $199 / pc
Min. Order:	1 pc

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Product Description

Huawei S9300 Terabit Routing Switches G48SD G24SA S24XA F48SC P4HF X16SFC T24XA E12GA card

Product Overview

Quidway S9300 switches (S9300 for short) are next-generation high-end terabit routing switches developed by Huawei designed for multiservice convergence. The S9300 is designed based on Huawei's intelligent multilayer switching technology to provide high-deﬁnition video services, large-capacity wireless networks, elastic cloud computing, IPv6-capable hardware, and integrated security in addition to stable, reliable, and secure high performance L2/L3 switching services. The S9300 is a highly extensible and reliable platform integrating switching and routing functions to facilitate end-to-end integrated networks, and is widely used in WANs, MANs, campus networks, and data centers to help enterprises build application-oriented networks.

Item	S9303	S9306	S9312
Backplane capacity	3Tbps	6Tbps	12Tbps
Switching capacity	768Gbps/1.92Tbps	2Tbps/5.12Tbps	2Tbps/5.12Tbps
Throughput	576Mpps/1440Mpps	1152Mpps/2880Mpps	1344Mpps/3360Mpps
LPU slots	3	6	12
Chassis dimensions (width x depth x height) (mm)	442×476×175	442×476×442	442×476×664
Chassis weight (empty)	<15Kg	<30Kg	<45Kg
Chassis power supply capability (without POE power supply)	800W	1600W	1600W
Chassis POE power supply capability	2200W	8800W	8800W
Working voltage	DC: –38.4V to –72V AC: 90V to 290V

VLAN	Supports access, trunk, and hybrid VLAN.
	Supports the default VLAN.
	Supports VLAN switching.
	Supports QinQ and selective QinQ.
	Supports dynamic VLAN allocation based on MAC
MAC address	Supports dynamic learning and aging of MAC addresses.
	Supports static, dynamic, and blackhole MAC address entries.
	Filters packets based on source MAC addresses.
	Restricts MAC address learning based on ports and VLANs.
STP	Supports STP, RSTP, and MSTP.
	Supports BPDU protection, root protection, and loop protection.
	Supports BPDU tunnels.
IP routing	Supports IPv4 routing protocols, such as RIP, OSPF, BGP, and IS-IS.
IP routing	Supports IPv6 routing protocols, such as, RIPng, OSPFv3, ISISv6, and BGPv4.
Multicast	Supports IGMP v1/v2/v3 and IGMP v1/v2/v3 snooping.
	Supports PIM DM, PIM SM and PIM SSM
	Supports MSDP and MBGP
	Supports prompt leave of multicast members.
	Supports multicast trafﬁc control.
	Supports the multicast querier.
	Supports suppression on multicast packets.
	Supports multicast CAC.
	Supports multicast ACL.
MPLS	Supports basic MPLS functions.
	Supports MPLS OAM.
	Supports MPLS TE.
	Supports MPLS VPN/VLL/VPLS.
Reliability	Supports LACP and Enhanced-Trunk.
	Supports VRRP and BFD for VRRP.
	Supports BFD for BGP, IS-IS, OSPF, and Static routing.
	Supports NSF and GR for BGP, IS-IS, OSPF and LDP.
	Supports TE FRR and IP FRR.
	Supports Ethernet OAM (802.3ah and 802.1ag).
	Supports ITU-Y.1731
	Supports DLDP.
	Supports ISSU.
	Supports CSS.
QoS	Supports trafﬁc classiﬁcation based on the Layer-2 header, Layer-3 information, Layer-4 information, and 802.1p priority.
	Supports the actions of ACL, CAR, re-mark, and schedule.
	Supports the queue scheduling algorithms of PQ, WRR, DRR, PQ+WRR, and PQ+DRR.
	Supports the congestion avoidance mechanisms such as WRED and tail drop.
	Supports H-QoS.
	Supports trafﬁc shaping.
EPON OLT	Supports IEEE 802.3ah.
	Supports DBA.
	Limit of ONU both downstream and upstream bandwidth.
	Loopback test of ONU.
Conﬁguration and Maintenance	Supports Console, Telnet, and SSH terminals.
	Supports the network management protocols, such as SNMPv1/v2/v3.
	Supports ﬁle uploading and downloading through FTP and TFTP.
	Supports BootROM upgrade and remote upgrade.
	Supports hot patches.
	Supports user operation logs.
Security and Management	Supports RADIUS and HWTACACS authentication for login users.
	Provides hierarchical protection for commands to prevent unauthorized users from accessing the equipment.
	Defends against DoS attack, TCP SYN Flood attack, UDP Flood attack, broadcast storm, and heavy trafﬁc attack.
	Provides 1K CPU queues for CPU protection.
	Supports the ping and tracert functions based on ICMP packets.
	Supports RMON.
Service Function	Supports Firewall.
	Supports NAT.
	Supports Netstream.
	Supports IPSec.
	Supports Load Balance.
	Supports WLAN AC.
Energy Management	Supports IEEE 802.3az Energy Efﬁcient Ethernet.

Applications

1)Application in Large-Scale Campus Networks

The S9300 can be used to build highly reliable, expansible, and manageable high performance enterprise campus networks. The S9300 supports distributed IPv4/IPv6/MPLS wire-speed switching and provides high-density 10G data throughput for core and convergence nodes on enterprise campus networks. The S9300 supports the wireless AC module and can integrate it with the campus core device, saving the network investment. The S9300 also supports hardware CPU queues to protect the enterprise core against DDoS attacks and security threats.

2)Applications in Large-Scale Data Centers

The S9300 functions as a high-density 10G core and convergence node in large-scale data centers, helping enterprises build highly reliable, non-blocking, and virtualized data center networks. The S9300 deploys various technologies to ensure uninterrupted services, including ISSU upgrades, IP FRR, hardware-level BFD, NSF, VRRP, and E-Trunk. Using the CSS and integrated load balancing solutions, the S9300 improves the network efﬁciency and reduces network maintenance costs.

3)Applications in Carriers' MANs

By converging DSLAM, LAN, and enterprise access services, the S9300 provides large-capacity switching and high-density 10G interfaces. At the convergence layer, the interface rate can be smoothly upgraded from 10GE to 40GE/100GE, meeting the increasing bandwidth requirements of the ISP network. The S9300 supports features such as the RRPP, Ethernet OAM, VRRP, and MPLS Layer 2/Layer 3 VPN. It satisﬁes the requirements for IPTV, high speed Internet (HSI), and enterprise leased lines and provides carrier-class reliability, security, and manageability.

Board Type	Name	Description
SRU	SRUA	Main control board applied to the S9312 and S9306. The unidirectional switching capacity is 256 Gbit/s
SRU	SRUB	Main control board applied to the S9312 and S9306. The unidirectional switching capacity is 512 Gbit/s
MCU	MCUA	Main control board applied to the S9303.
CKM	CKMA	Clock Pinch Board-1588
CMU	CMUA	Centralized Monitoring Unit, used to monitor the operation of the S9312 and S9306, providing two interfaces: RS485 and MON
SPU	VAMPA	Value-added service (VAS) board
FSU	FSUA	Flexible service subcard on the SRU, enhancing service processing capability on the SRU
VSU	VSTSA	Stack interface flexible pl able card on the SRU, used to provide the switch stacking function
LPU	G24CA G24SA X12SA G48SA G48SBC G48SC G48SD G48SFA F48SA F48SC G48TA G48TBC G48TC G48TFA G48TD G48VA G48CEAT F48TA F48TC F48TFA S24XA S24XC T24XA G24CEAS G24SC G24SD G24TFA E12GA X4UXA X4UXC X4UXD X2UXA X2UXC X40SFC X16SFC WMNPA P1UF P4HF P4CF	NOTE The LPUs are classified into S series boards, E series boards, F series boards, B series boards, EPON boards, and POS boards: The S series boards are SA boards, for example, 24-port 100M/1000M Ethernet optical LPU (SA, SFP)-32K MAC. l E series boards include EA, EC, and ED boards, for example, 48-port 100M Ethernet optical LPU (EA, SFP)-32K MAC. F series boards include FA and FC boards, for example, 48-port 1000M Ethernet electrical LPU (FA, RJ45)-32K MAC. B series boards are BC boards, for example, 48-port 100M/ 1000M Ethernet optical LPU (BC, SFP)-128K MAC. An EPON board provides 12 1000M EPON optical interfaces and 12 100M/1000M optical interfaces (SFP). A POS board consists of a WAN card and subcard such as P4CF, P4HF, or P1UF. For the LPU names, see 8.1 Boards Supported by the S9300.