The TNS1808-8P is a high-performance industrial-grade Ethernet switch, equipped with 8 100/1000Mbps M12 (X-coded) copper ports and supporting 8-channel PoE power supply, meeting the high reliability requirements of rail transit industrial applications. Designed for harsh network environments, this device features M12 connectors, making it highly suitable for train/trackside, onboard, and mining application scenarios. To accommodate a broader range of usage needs, its operating temperature range extends from -40°C to 75°C.
The network management system supports multiple network protocols and industry standards, including static routing, STP/RSTP/MSTP, ERPS, 802.1Q VLAN, QoS functions, DHCP server, IGMP Snooping, LLDP, port aggregation, and port mirroring, among others. The device also provides comprehensive management functions, supporting port configuration, port statistics, port IP binding, access control, network diagnostics, quick configuration, and online upgrades; it can be accessed via multiple methods such as CLI, WEB, Telnet, SNMP, and SSH. Its user-friendly interface and simple operation deliver an excellent user experience.
Core Advantages
Robust Power Supply: All 8 PoE ports support the IEEE 802.3af/at standard, with the entire unit delivering up to 240W of output power, ensuring stable power supply for various terminal devices.
Intelligent Management: Supports Layer 3 routing protocols such as static routing, OSPF, RIP, and VRRP (L3 models only), as well as multiple ring network redundancy mechanisms including RSTP, EAPS, and ERPS, ensuring high network availability.
Industrial-Grade Protection: Both power and data ports feature surge protection, IP40 protection rating, and a metal housing with excellent heat dissipation, adapting to harsh physical environments.
Wide Temperature Operation: Supports an operating temperature range from -40°C to 75°C, meeting the needs of special industries such as rail transit and mining.
Typical Applications
Rail Transit (train control, trackside equipment networking)
Onboard Networks (bus and mining vehicle onboard communication systems)
Industrial IoT (remote monitoring, device interconnection)
The TNS1808-8P provides a secure and stable integrated solution for data transmission and power supply in industrial networks, leveraging high reliability, flexible management, and robust performance.
| Product Attributes | ||
| 8 100/1000Base-TX M12 Ethernet ports (X-code) | ||
| Network Interfaces | ||
| 1 RJ45 management port (Console port) | ||
| LED Indicators | Power, port speed, port link, POE | |
| Product Performance | ||
| Backplane Bandwidth | 16 Gbps | |
| Packet Forwarding Rate | 11.9Mpps | |
| Forwarding Mode | Store-and-forward | |
| Packet Forwarding Buffer | 4.1 Mbit | |
| CPU RAM | 1 Gbit | |
| Flash Storage | 256 Mbit | |
| MAC Address Table Size | 8K | |
| Jumbo Frame | 16K | |
| ACL Table | 512 | |
| Number of VLANs | 4K | |
| VLAN Interfaces | 32 | |
| Number of Routes | 512 | |
| Routing Table Size | 64 | |
| Port Priority Queues | 8 | |
| Physical Properties | ||
| Dimensions | 292x147.5x50mm | |
| Weight | ||
| Operating Temperature | -40 to 75℃ | |
| Storage Temperature | -40 to 85℃ | |
| Operating Humidity | 5 to 95% non-condensing | |
| Power Supply Method | 44-57VDC | |
| Maximum Power Consumption | 15W (without PoE load) | |
| EMC Safety | FCC, CE, RoHS | |
| Reliability (MTBF) | 200,000 hours | |
| PoE Power Supply | ||
| PoE Interfaces | Ports 1-8 | |
| PoE Standard | IEEE802.3af, IEEE802.3at | |
| Maximum Output Power per PoE Port | 30W | |
| PoE Voltage | 52VDC (port auto-negotiation) | |
| PoE Pin Assignment | V- (RJ45 Pin1,2), V+ (RJ45 Pin 3,6) | |
| PoE Management | Port-based PoE status view and control | |
| Port Configuration | ||
| Enable/Disable | Supports enable and disable control | |
| Auto-Negotiation | Supports forced port mode and speed | |
| Flow Control | Supports IEEE802.3x full-duplex flow control; supports half-duplex backpressure flow control | |
| Storm Control | Supports rate limiting for broadcast, multicast, and DLF (unknown unicast) packets | |
| Storm Constraint | Supports detection of broadcast packets, multicast packets, or unicast packets received on the port; if the rate exceeds the threshold, the port is shut down. | |
| Port Mirroring | Supported | |
| Port Rate Limiting | Supports ingress and egress rate limiting on ports | |
| Link Aggregation | Supports manual link aggregation; | |
| Supports LACP protocol; | ||
| Up to 8 aggregation groups, each with up to 8 ports; | ||
| Supports source MAC, destination MAC, source-destination MAC, source IP, destination IP, source-destination IP routing policies | ||
| Port Protection | Each port can be configured as a protected port isolated from each other | |
| Cable Remote Diagnostics | Supported | |
| Port Redundancy | Supported | |
| Fiber Port DDM (Digital Diagnostic Monitoring) | Supported | |
| MAC Configuration | ||
| MAC Address Table Management | Supported | |
| Forwarding Mode | Supports IVL forwarding mode | |
| Static MAC Address | Supported | |
| MAC Binding | Supported | |
| MAC Address Filter | Supported | |
| MAC Learning Control | Port-based MAC learning control | |
| VLAN Configuration | ||
| 802.1Q-based VLAN | Supported | |
| MAC-based VLAN | Supported | |
| IP-based VLAN | Supported | |
| Protocol-based VLAN | Supported | |
| Voice VLAN | Supported | |
| Private VLAN | Supported | |
| VLAN Mapping | Supports 1:1 mapping | |
| Q-in-Q | Supports basic Q-in-Q | |
| Supports flexible Q-in-Q | ||
| Reliability Protocols | ||
| Spanning Tree Protocol | Supports STP/RSTP/MSTP | |
| Port Loop Detection | Supported | |
| EAPS | Supports RFC3619 | |
| ERPS | Supports G.8032/Y.1344 | |
| LLDP | Supports LLDP & LLDP-MED | |
| UDLD | Fully compatible with CISCO's UDLD protocol | |
| Layer 2 Routing L2+ | ||
| Static ARP and Dynamic ARP | Supported | |
| IP Routing | Supports 0.0.0.0/0 route and other static routes, but cannot support L3 forwarding | |
| Multicast | ||
| MLD SNOOPING | Supports v1/v2 | |
| IGMP SNOOPING | Supports v1/v2/v3 | |
| IGMP SNOOPING Querier | Supported | |
| IGMP SNOOPING Fast Leave | Supported | |
| IGMP SNOOPING Filtering | Supported | |
| MVR | Supported | |
| GMRP | Supported | |
| Static Multicast Address | Supported | |
| Unknown Multicast Control | Supported | |
| Access Control Lists (ACL) | ||
| Standard IP-based ACL | Supported | |
| Extended IP-based ACL | Supported | |
| MAC and IP-based Access Control List (ACL) | Supported | |
| MAC ARP-based Access Control List (ACL) | Supported | |
| IPv6-based ACL | Supported | |
| ACL Port Filtering | Supported | |
| Time-based ACL | Supported | |
| Quality of Service (QOS) | ||
| Number of Port Queues | 8 | |
| Port Queue Scheduling Mode | Supports WRR, SP, WFQ | |
| Port-based Priority | Supported | |
| 802.1p-based Priority | Supported | |
| DSCP-based Priority | Supported | |
| ACL-based Priority | Supported | |
| QoS Policy | Supports mapping packets to queues | |
| Supports COS or DSCP marking | ||
| Supports data flow rate limiting | ||
| Supports data flow statistics | ||
| Supports data flow mirroring | ||
| DHCP | ||
| DHCPv4 Client | Supported | |
| DHCPv6 Client | Supported | |
| DHCP Snooping | Supported | |
| DHCP Relay | Supported | |
| DHCP Server | Supported | |
| DHCP Option 82 | Supported | |
| Security | ||
| Management Security | Supports enabling and disabling TELNET, WEB, and SNMP services | |
| Supports binding TELNET, SSH, WEB, and SNMP services to standard IP access control lists (IP ACLs) | ||
| Supports limiting the number of TELNET connections | ||
| CPU Protection | Supports switch self-security protection against traffic attacks | |
| IP-MAC Address Binding | Supports static binding between IP, MAC, and ports | |
| AAA | Supports 802.1x protocol | |
| Supports RADIUS protocol | ||
| Supports RADIUS server authentication, authorization, and accounting | ||
| Supports MAC-based 802.1X authentication | ||
| Supports 802.1x guest VLAN | ||
| DHCP Snooping | Supports dynamic ARP binding to prevent ARP spoofing | |
| Supports dynamic IP, MAC, and port binding | ||
| Supports specifying ports to connect to DHCP servers to prevent unauthorized DHCP servers | ||
| ARP Spoofing Prevention | Supports manual configuration of MAC ARP-based ACL rules to prevent ARP spoofing | |
| Supports DHCP SNOOPING function; when DHCP obtains an IP address, the switch dynamically binds ARP and ports to prevent ARP spoofing | ||
| IPv6 | ||
| IPv4/IPv6 Dual Stack | Supported | |
| IPv6 Address | Supports manual address configuration, stateless address auto-configuration, and stateful address configuration via DHCPv6 client | |
| IPv6 Neighbor Discovery | Supported | |
| ICMPv6 | Supported | |
| IPv6 Path MTU Discovery | Supported | |
| Management Features | ||
| CLI Management | Supports Console, TELNET, and SSH | |
| Supports multiple TELNET connections over IPv4 and IPv6 | ||
| Supports multiple SSH connections over IPv4 and IPv6 | ||
| Supports running configuration rollback | ||
| Supports ZTP (Zero Touch Provisioning) | ||
| Switch Model | ||
| TNS1808-8P-DC | 8 x 1G M12 Layer 2 Managed PoE Industrial Network Switch | |
| Cables | ||
| M12-P-5-A-IP67-1 | M12 to power cable, 5-pin A-coded IP67, 1 m | |
| M12-R-8-A-IP67-1 | M12 to RJ45 cable, 8-pin A-coded IP67, 1 m | |
| M12-R-4-D-IP67-1 | M12 to RJ45 cable, 4-pin D-coded IP67, 1 m | |
| M12-M-8-A-IP67-1 | M12 to M12 cable, 8-pin A-coded, IP67, 1 m | |
| M12-M-4-D-IP67-1 | M12 to M12 cable, 4-pin D-coded, IP67, 1 m | |
| DH24-F-LC-IP67-1 | DH24 to fiber optic cable, LC-LC, IP67-rated, 1m | |
| M12 Dust Caps | ||
| M12-CAP-F-M | Metal cap for M12 female connector | |
| M12-CAP-M-M | Metal cap for M12 male connector | |
| M12-CAP-F-P | Plastic cap for M12 female connector | |
| M12-CAP-M-P | Plastic cap for M12 male connector | |
| M12 Connectors | ||
| M12-CON-5-A-IP67-M | DIY metal connector for M12 5-pin A-coded | |
| M12-CON-4-D-IP67-M | DIY metal connector for M12 5-pin D-coded | |
| M12-CON-8-A-IP67-M | DIY metal connector for M12 5-pin A-coded | |
| M12-CON-5-A-IP67-P | DIY plastic connector for M12 5-pin A-coded | |
| M12-CON-4-D-IP67-P | DIY plastic connector for M12 5-pin D-coded | |
| M12-CON-8-A-IP67-P | DIY plastic connector for M12 5-pin A-coded | |
48V/3000W High-Frequency Pure Sine Wave Inverter
Switch product category:
Inverter power supply
Port type:
Uplink port rate:
Downlink port rate:
Number of ports:
Management type:
POE power supply:
Management hierarchy:
48V/4000W High-Frequency Sine Wave Inverter
Switch product category:
Inverter power supply
Port type:
Uplink port rate:
Downlink port rate:
Number of ports:
Management type:
POE power supply:
Management hierarchy:
Pure sine wave inverter
Switch product category:
Inverter power supply
Port type:
Uplink port rate:
Downlink port rate:
Number of ports:
Management type:
POE power supply:
Management hierarchy:
Industrial-grade single-port PoE injector (1G/2.5G/5G/10G adaptive)
Switch product category:
Product Center
Port type:
Electrical port
Uplink port rate:
Downlink port rate:
100M, Gigabit, 2.5G, 10 Gigabit
Number of ports:
Management type:
No management required
POE power supply:
802.3af,802.3at,802.3bt
Management hierarchy:
Phone
0755-23706700
Email
[email protected]
Address
201-202, Building 6, Zhonggang Plaza, Fuhai Subdistrict, Bao'an District, Shenzhen
Hinet Industrial