
Part Number: FT-2016SMP
16×100M Ports Plus 2 Gigabit Ports Enhanced Full‑Managed Ethernet POE Switch
FM 2000 switch series is a new generation of L2 switches with high performance, multiservice, high reliability and high security that are independently developed by FM. They support all kinds of connections varying from 10/100M to 1000M, so the network can be configured flexibly according to actual needs. The switches can access all Ethernet or fast-Ethernet devices, so they can be very compatible with the existing devices.
Properties
Excellent performance
- 32Gbps backplane bandwidth, hardware forwarding and wire-speed L2 packet forwarding rate
- Gigabit optical-fiber transmission with up to 80Km distance and directly connecting the MAN backbone network
High security and reliability
- Providing multiple user authentication modes such as 802.1x authentication
- Powerful ACL and hardware supporting L2 to L7 data filtration
Port-MAC-IP bind
Special ARP invasion detection to effectively stop ARP cheat
- Hardware IPv6 ACL
Flexible and various management modes
- Automatically identifying the straight-through cable and the intercrossed cable
- Adopting the cluster technology; supporting device cascading; managing uniquely through a unique IP address; saving address resources
- Multiple management modes such as Console port, Telnet, Web and SNMP are supported
Powerful flow and broadcast management
- Detecting and limiting broadcast storms automatically and supporting IGMP snooping to limit broadcast flooding
- Supporting flow control in full-duplex mode or half-duplex mode
- The rate limitation in a minimum step of 64K is supported on the Ethernet interface
- Supporting IP multicast and QoS
- Flexible QinQ realizes the QinQ function based on the five-element group
Varied protocols
- POE switches support 802.3af power supply on all their ports.
- POE switches already support 802.3at power supply. The maximum power supply on each port can reach up to 30W.
- POE switches support the configuration of power-supply priority, guaranteeing continuous power supply at those key network nodes.
- The POE switches support configuring the power consumption of power supply on their ports, saving the power and reducing users’ cost.
Technical Indexes
| 2008SMP | 2016SMP | 2024SMP | |
|---|---|---|---|
| Standard configuration | 8 10/100M RJ-45 MDI/MDI-X auto-adaptable interfaces | 16 10/100M RJ-45 MDI/MDI-X auto-adaptable interfaces | 24 10/100M auto-adaptable electric ports |
| 2 gigabit optical/electrical ports | 2 gigabit optical/electrical ports | 4 gigabit optical/electrical ports | |
| One Console port | One Console port | One Console port | |
| Processor | RISC 200MHz | ||
| Flash | 8MB | ||
| Memory | 32MB | ||
| Forwarding rate | 8.3Mpps | 10.7Mpps | 19.1Mpps |
| Backplane bandwidth | 32Gbps | ||
| Switching mode | Store forwarding | ||
| Address table | 8K | ||
| Queue buffer | 64MB | ||
| Size | 340*200*44mm | 442*315*44mm | 442*315*44mm |
| Power source’s characteristics | 110-240VAC (auto-adaptable), 47-63Hz, 1A/230V | ||
| Supporting POE power supply or supporting POE plus power supply | |||
| Power consumption | 2008SMP:Up to 170W (including POE power supply) and supporting the 802.3af power supply on 8 ports or the 802.3at power supply on 5 ports; | ||
| 2016SMP: Up to 400W (including POE power supply) and supporting the 802.3af power supply on 16 ports or the 802.3at power supply on 12 ports; | |||
| 2024SMP: Up to 400W (including POE power supply) and supporting the 802.3af power supply on 24 ports or the 802.3at power supply on 12 ports; | |||
| Indicator | Power indicator, system indicator, connection/data forwarding indicator, 10/100M indicator | ||
| Temperature and humidity | Working temperature: 0-50℃ | ||
| Storage temperature: -40-70℃ | |||
| Humidity: 0-90% no condensation | |||
| STP | IEEE 802.1D STP | ||
| IEEE 802.1w RSTP | |||
| IEEE 802.1S MSTP | |||
| VLAN | Supporting port-based VLAN | ||
| 802.1Q-tagged VLAN | |||
| QinQ, flexible QinQ | |||
| Private Vlan | |||
| Dynamic VLAN configuration through GVRP | |||
| Flow control | Backpressure is adopted for half-duplex, while IEEE802.3x is adopted for full-duplex. | ||
| CAR is supported; a 64K step limitation is conducted to the 100M port, and a 8M step limitation is conducted to the gigabit port. | |||
| Broadcast control | The broadcast storm is constrained. When the threshold value for controlling the broadcast storm is reached, the broadcast packets are stopped from being forwarded. | ||
| Multicast control | IGMP Snooping of multicast packets, IGMP v1/v2/v3 | ||
| Interface binding | Each port binding group contains up to 8 ports, and 6 port binding groups are supported meanwhile. | ||
| Dynamic LACP or static aggregation is supported. | |||
| Port Mirror | Supporting flow-based mirroring and the or port | ||
| Cascading | Stacking 32 switches | ||
| Adopting the cluster technology; managing uniquely through a unique IP address; saving address resources | |||
| Security features | IEEE 802.1x port authentication | ||
| Port security | |||
| Supporting IP ACL, MAC ACL and Vlan ACL on hardware | |||
| Supporting dhcp snooping on the hardware | |||
| Supporting DAI and static/dynamic ARP prevention on the hardware | |||
| Supporting user authentication through Web page | |||
| Supporting remote RADIUS and “TACACS+authentication” | |||
| Supporting hierarchical user management and password protection | |||
| QoS | Head Of Line (HOL) mechanism | ||
| Four transmission queues on each port are mapped to eight priority values of 802.1p. | |||
| WRED, WFQ, SP and FIFO | |||
| Best-effort service | |||
| Differentiated service | |||
| Strict priority | |||
| Weighted round robin | |||
| First come first served | |||
| TOS re-labeling | |||
| RTS | |||
| Network management | SNMP v1/v2 | ||
| RMON (groups 1, 2, 3, 9) | |||
| Telnet | |||
| CLI window | |||
| WEB page | |||
| Supporting NTP | |||
| Supporting SSH | |||
| Supporting PDP (compatible with Cisco CDP) |
Ordering Information
| 2008SMP | 2016SMP | 2024SMP | |
|---|---|---|---|
| Standard configuration | 8 10/100M RJ-45 MDI/MDI-X auto-adaptable interfaces | 16 10/100M RJ-45 MDI/MDI-X auto-adaptable interfaces | 24 10/100M auto-adaptable electric ports |
| 2 gigabit optical/electrical ports | 2 gigabit optical/electrical ports | 4 gigabit optical/electrical ports | |
| One Console port | One Console port | One Console port | |
| Processor | RISC 200MHz | ||
| Flash | 8MB | ||
| Memory | 32MB | ||
| Forwarding rate | 8.3Mpps | 10.7Mpps | 19.1Mpps |
| Backplane bandwidth | 32Gbps | ||
| Switching mode | Store forwarding | ||
| Address table | 8K | ||
| Queue buffer | 64MB | ||
| Size | 340*200*44mm | 442*315*44mm | 442*315*44mm |
| Power source’s characteristics | 110-240VAC (auto-adaptable), 47-63Hz, 1A/230V | ||
| Supporting POE power supply or supporting POE plus power supply | |||
| Power consumption | 2008SMP:Up to 170W (including POE power supply) and supporting the 802.3af power supply on 8 ports or the 802.3at power supply on 5 ports; | ||
| 2016SMP: Up to 400W (including POE power supply) and supporting the 802.3af power supply on 16 ports or the 802.3at power supply on 12 ports; | |||
| 2024SMP: Up to 400W (including POE power supply) and supporting the 802.3af power supply on 24 ports or the 802.3at power supply on 12 ports; | |||
| Indicator | Power indicator, system indicator, connection/data forwarding indicator, 10/100M indicator | ||
| Temperature and humidity | Working temperature: 0-50℃ | ||
| Storage temperature: -40-70℃ | |||
| Humidity: 0-90% no condensation | |||
| STP | IEEE 802.1D STP | ||
| IEEE 802.1w RSTP | |||
| IEEE 802.1S MSTP | |||
| VLAN | Supporting port-based VLAN | ||
| 802.1Q-tagged VLAN | |||
| QinQ, flexible QinQ | |||
| Private Vlan | |||
| Dynamic VLAN configuration through GVRP | |||
| Flow control | Backpressure is adopted for half-duplex, while IEEE802.3x is adopted for full-duplex. | ||
| CAR is supported; a 64K step limitation is conducted to the 100M port, and a 8M step limitation is conducted to the gigabit port. | |||
| Broadcast control | The broadcast storm is constrained. When the threshold value for controlling the broadcast storm is reached, the broadcast packets are stopped from being forwarded. | ||
| Multicast control | IGMP Snooping of multicast packets, IGMP v1/v2/v3 | ||
| Interface binding | Each port binding group contains up to 8 ports, and 6 port binding groups are supported meanwhile. | ||
| Dynamic LACP or static aggregation is supported. | |||
| Port Mirror | Supporting flow-based mirroring and the or port | ||
| Cascading | Stacking 32 switches | ||
| Adopting the cluster technology; managing uniquely through a unique IP address; saving address resources | |||
| Security features | IEEE 802.1x port authentication | ||
| Port security | |||
| Supporting IP ACL, MAC ACL and Vlan ACL on hardware | |||
| Supporting dhcp snooping on the hardware | |||
| Supporting DAI and static/dynamic ARP prevention on the hardware | |||
| Supporting user authentication through Web page | |||
| Supporting remote RADIUS and “TACACS+authentication” | |||
| Supporting hierarchical user management and password protection | |||
| QoS | Head Of Line (HOL) mechanism | ||
| Four transmission queues on each port are mapped to eight priority values of 802.1p. | |||
| WRED, WFQ, SP and FIFO | |||
| Best-effort service | |||
| Differentiated service | |||
| Strict priority | |||
| Weighted round robin | |||
| First come first served | |||
| TOS re-labeling | |||
| RTS | |||
| Network management | SNMP v1/v2 | ||
| RMON (groups 1, 2, 3, 9) | |||
| Telnet | |||
| CLI window | |||
| WEB page | |||
| Supporting NTP | |||
| Supporting SSH | |||
| Supporting PDP (compatible with Cisco CDP) |
This product belongs to F-tone Networks' optical components product line. For detailed specifications, please contact our sales team. Thank you!
Important Notice:
Performance figures, data and any illustrative material provided in this data sheet are typical and must be specifically confirmed in writing by F-tone Networks before they become applicable to any particular order or contract. In accordance with the F-tone Networks policy of continuous improvement specifications may change without notice.
The publication of information in this data sheet does not imply freedom from patent or other protective rights of F-tone Networks or others. Further details are available from any F-tone Networks sales representative.
