S3230 Series L3 Lite Access Switch
S3230 series switch is a high-performance stackable L3 Lite access routing switch developed by Maipu. It is applied in enterprise campus network and easy to deploy Layer2/3 switching solution that offers enhanced security and 10GE uplinks, Static Route, L2 Multicast, VST/M-LAG stacking enabled and flexible management like SDN management and Cloud managed.
The S3230 series switch can be used as access devices on enterprise branch networks. The switches help build highly reliable enterprise campus networks that are easy to expand and manage.
The S3230 series switch includes S3230-28TXF-AC, S3230-28TXP-AC, S3230-54TXF-AC and S3230-54TXP-AC.
(Note: The product information may not be latest. For the latest, please contact overseas@maipu.com)
Product Features
l Intelligent stacking technology
The S3230 series switch is equipped with Maipu VST stacking feature. VST (Virtual Switching Technology) stacking combines multiple switches to form a logical virtual switch, improving device and link reliability, network expansion, and simplifying configuration and management.
l Software Defined Network
The S3230 series switch is capable of being managed by Maipu's BD-LAN controller, an integrated SDN platform designed for campus networks. The utilization of software-defined network technologies in this platform simplifies the deployment, management, and security of campus networks, while also enabling network teams to complete the majority of their work directly on the BD-LAN controller platform. When compared with traditional methods, implementing a BD-LAN solution can significantly reduce network deployment times, simplify network maintenance, improve troubleshooting efficiency, and ultimately lead to overall cost savings for customers.
l Zero Touch Provisioning
The S3230 series switch features advanced Zero Touch Provisioning (ZTP) capabilities, streamlining the deployment process for network administrators. With ZTP, the switch can automatically discover and load necessary version files from a file server via a DHCP server or a USB flash disk, eliminating the need for manual intervention during initial setup. This automation reduces configuration errors, accelerates the deployment process, and enhances overall network efficiency, making the S3230 series switch an ideal choice for scalable and dynamic network environments.
l High availability
The S3230 series switch offers advanced redundancy and reliability features, catering to diverse networking requirements. In addition to supporting traditional spanning tree protocols such as STP, RSTP, and MSTP, the switch also complies with the ITU-T G.8032 international standard. This Ethernet Ring Protection Switching (ERPS) protocol enables rapid 50ms failover within Ethernet ring network topologies, ensuring seamless connectivity and minimal downtime.
l Perfect security policy
The S3230 series switch offers a comprehensive suite of security features, including user authentication, port security, ACLs, loopback detection, and 802.1X authentication. It also incorporates IP Source Guard, DHCP/ND Snooping, Host Guard, Dynamic ARP Inspection, and PPPoE+ security mechanisms. These robust security functions ensure user access and network protection.
Additionally, the switch supports MAC+IP+VLAN binding, 802.1X authentication, and countermeasures against network storm, DOS/DDOS, ARP, and protocol packet attacks. This makes the S3230 series ideal for large-scale, multi-service, and complex-traffic networks.
l Advanced QoS
The S3230 series switch offers sophisticated QoS capabilities for optimal network performance. Supporting eight queues per port and advanced scheduling algorithms such as SP, RR, WRR, and WDRR, the switch effectively manages traffic prioritization and resource allocation.
The switch accommodates diverse priority mapping techniques, including 802.1p, CoS, and DSCP, enabling fine-grained control over traffic classification and prioritization. With granular port traffic rate limiting and time-based controls, network administrators can regulate bandwidth usage as needed.
To optimize network performance and minimize congestion, the S3230 series switch employs advanced congestion management techniques, such as Tail Drop and RED packet loss algorithms. These mechanisms help maintain seamless network operation while ensuring efficient delivery of critical data.
l Rich Network Management
The S3230 series switch offers a comprehensive set of management options. These options encompass network management protocols like SNMP and TR-069, configuration and control options like Netconf/Yang and CLI, monitoring and diagnostic tools such as RMON and SYSLOG. These versatile features enable network administrators to effectively manage, monitor, and maintain optimal network performance both locally and via the cloud.
l Free Licensing Policy
Maipu consistently adheres to a "One-time investment" free license policy, ensuring that standard and advanced features are not differentiated across versions. This approach guarantees that customers receive new firmware updates without incurring additional charges. In comparison to other manufacturers, Maipu's free license policy safeguards both short-term and long-term user investments, providing an unparalleled value proposition.
Product Specifications
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Model |
S3230-28TXF-AC |
S3230-28TXP-AC |
S3230-54TXF-AC |
S3230-54TXP-AC |
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Hardware Specification |
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Physical Traffic Port |
24*10/100/1000M Base-T interfaces 4*10G SFP+ interfaces |
24*10/100/1000M Base-T interfaces 4*10G SFP+ interfaces |
48*10/100/1000M Base-T interfaces 6*10G SFP+ interfaces |
48*10/100/1000M Base-T interfaces 4*10G SFP+ interfaces, |
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Extension Slot |
N/A |
N/A |
N/A |
1 |
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Fixed Power Supply |
One |
One |
One |
One |
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Fixed Fan |
Yes |
Yes |
Yes |
Yes |
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Max PoE Power Consumption |
N/A |
380W |
N/A |
760W |
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PoE Standard |
N/A |
IEEE 802.af/at |
N/A |
IEEE 802.af/at |
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Power Consumption (Without PoE) |
≤26W |
≤29W |
≤55W |
≤48W |
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Dimension(W*D*H)mm |
442*220*44.2 |
442*380*44.2 |
442*320*44.2 |
442*420*44.2 |
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Physical Management Port |
1*RJ45 Console 1*USB2.0 Port |
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Input Voltage |
AC:100—240V/50-60Hz |
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Temperature |
Work Temperature: -5℃ to 50℃ Storage Temperature: -40℃ to 70℃ |
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Humidity |
Work Humidity:10%～90%, non-condensing Storage Humidity:5%～95%, non-condensing |
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Anti-Lightning |
6KV |
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Anti-Static |
6KV |
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MTBF |
>80000 hours |
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Performance Parameters |
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Switching Capability |
128Gbps |
128Gbps |
216Gbps |
216Gbps |
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MAC Address Entry |
16K |
16K |
32K |
32K |
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Jumbo Frame |
12K |
12K |
12K |
12K |
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ARP Entry |
2K |
2K |
8K |
8K |
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ND Entry |
1.5K |
1.5K |
8K |
8K |
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VLAN Entry |
4K |
4K |
4K |
4K |
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LACP Group |
64 |
64 |
64 |
64 |
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LACP Member in Group |
8 |
8 |
8 |
8 |
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MSTP Instance |
64 |
64 |
64 |
64 |
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L2 Multicast Entry |
3K |
3K |
6K |
6K |
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Software Specification |
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Interface |
Physical Interface |
Auto MDI/MDIX, Port Type UNI/NNI, Port Speed, Port MTU, Switch Port, Port Loopback, Port Energy Control |
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Logic Interface |
Loopback Interface, L2/L3 VLAN Interface, L3 Ethernet Interface |
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MAC Address Management |
Storm Control, Flood Control, MAC Address Aging Time, Mac Address Learning on|off, Mac Address Learning Limitation, Mac Address VLAN Bunding, MAC Debug |
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VLAN |
VLAN Management |
VLAN, QinQ, Flexible QinQ, VLAN PVID, VLAN Tag/Untag, VLAN Trunk, MAC VLAN, Protocol VLAN, Subnet VLAN, Super VLAN, Voice VLAN, Private VLAN, Guest VLAN, VLAN Debug, GVRP, VLAN Isolation |
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Ring Protection |
Spanning Tree Protocols |
STP/RSTP/MSTP, BPDU Guard, Flap Guard, Loop Guard, Root Guard, TC Guard |
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Other Ring Protocols |
VIST/VIST+, G.8032(ERPSv1&v2) |
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Link Aggregation |
LACP Configuration |
LACP Link Aggregation, LACP Port Priority, LACP Load Balance, LACP Rate Monitor, LACP Debug |
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Error Handling |
Error-disable Configuration |
Error-disable Based on bpduguard|Dai|DHCP Snooping|Link-Flap|Loopback-detect|Port Security|Storm Control|Transceiver Power, Error-disable Recovery |
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Fault Detection |
Fault Detection Features |
ULFD, Track, Loop-back Detection, CFM (802.1ag) |
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IP Services |
IP Protocol |
ARP, DNS, NTP Server/Client, ICMP |
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Routing Protocol |
Static Routing v4/v6 |
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DHCP Service |
DHCP v4/v6 Client, DHCP Snooping, DHCP Option51/82 |
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Multicast Protocols |
L2 Multicast Protocols |
IGMPv1/v2/v3 Snooping, IGMP Snooping Proxy, MLD Snooping, MVR, MVP |
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QoS |
Priority Mapping |
802.1P Priority, DSCP priority |
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Traffic Classification |
Three Color Marker, Priority Remark, Traffic Redirect, Traffic Meter, Traffic Mirror |
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Traffic Control |
Rate Limitation, Traffic Shaping |
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Scheduling Algorithm |
SP, RR, WRR, WDRR, SP+WRR, SP+WDRR |
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Congestion Management |
Tail-drop, RED, WRED |
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Security |
Port Security |
Port Security On aging|deny|permit|violation|ACL |
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Network Access Control |
IP Source Guard (ISG), DHCP Snooping, ND Snooping, Host Guard |
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Threat Prevention |
Dynamic ARP Inspection (DAI), ARP Check, AARF ARP-Guard, ARP Speed Limit, ARP Source Suppression, PPPoE+ |
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Access Control List |
Standard IP ACL, Extended IP ACL, Standard MAC ACL, Extended MAC ACL, Standard Hybrid ACL, Extended Hybrid ACL, Standard IPv6 ACL, Extended IPv6 ACL, Time-based ACL |
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Anti-Attack |
Anti-Attack Detect|Drop|Flood|Log, URPF, White List, Black List |
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AAA |
AAA, Radius, TACACS+, 802.1x, Portal |
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High Availability |
Device Virtualization |
H-VST, M-VST |
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Multi-Active Detection |
MAD LACP, MAD BFD, MAD Fast-Hello, MAD LACP |
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High Availability Protocols |
HA, ULFD, UDLD, G.8032, ULPP, Monitor Link, EEP, BFD with Static Route, CPU protection |
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Configuration and Maintenance |
Monitoring and Diagnostics |
SPAN, RSPAN, VLAN SPAN, sFlow, Telemetry, LLDP |
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Device Management |
TR069, SNMP v1/v2/v3, MIB, RMON, SYSLOG, WEB(HTTP/HTTPS), CLI, Telnet, FTP/FTPS/TFTP/SFTP, Debug, Telemetry, ISSU, Hot Patch, Keepalive Gateway, Cloud Management |
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Zero Touch Provisioning |
ZTP Provisioning Through DHCP Server, ZTP Provisioning Through USB Flash Disk |
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Network Virtualization |
Software Defined Networking (SDN) |
Netconf/Yang |
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IEEE Standard |
IEEE 802.3 (10BASE-T) IEEE 802.3u (100BASE-T) IEEE 802.3z (1000BASE-X) IEEE 802.3ab (1000BASE-T) IEEE 802.3ae (10G BASE-X) IEEE 802.3ah (Ethernet in the First Mile Operations, Administration, and Maintenance) IEEE 802.1x (Port-Based Network Access Control) IEEE 802.3ad (Link Aggregation) IEEE 802.3x (Flow Control) IEEE 802.3az (Energy Efficient Ethernet) IEEE 802.1d (Spanning Tree Protocol) IEEE 802.1ab (Link Layer Discovery Protocol) IEEE 802.1Q (Virtual LAN) IEEE 802.1w (Rapid Spanning Tree Protocol) IEEE 802.1s (Multiple Spanning Tree Protocol) IEEE 802.1p (Class of Service Priority) IEEE 802.1ag (Connectivity Fault Management) |
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Typical Application
Campus LAN Network
ISP FTTH Network
Order Information
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Model |
Description |
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S3230 Series Host |
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S3230 Series |
S3230-28TXF-AC |
24*100/1000M Base-T interfaces, 4*10G SFP+ interfaces, Fixed One AC Power Supply. |
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S3230-28TXP-AC |
24*100/1000M Base-T interfaces, 4*10G SFP+ interfaces, PoE Enable, Fixed One AC Power Supply. |
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S3230-54TXF-AC |
48*100/1000M Base-T interfaces, 6*10G SFP+ interfaces, Fixed One AC Power Supply. |
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S3230-54TXP-AC |
48*100/1000M Base-T interfaces, 4*10G SFP+ interfaces, PoE Enable, One Extension Slot, Fixed One AC Power Supply. |
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Extension Module |
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10G Module |
SM4C-2XGEF |
2-Port 10G SFP+ Extension Module (For S3230-54TXP-AC) |
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Stacking Cable |
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Stacking Cable |
SFP-STACK-15 |
High speed stacking cable, SFP+ to SFP+,10Gbps, L=1.5m |
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SFP-STACK-30 |
High speed stacking cable, SFP+ to SFP+,10Gbps, L=3.0m |
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: S3230 Series L3 Lite Stackable Access Switch Datasheet_20250402