Fast Ethernet POE switch Series

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	34020044mm	44231544mm	44231544mm
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	Enhanced full-managed Ethernet switch with 8 100M ports and 2 gigabit ports (1 console port, 8 10/100M electric ports, 2 gigabit TX/SFP ports, AC power supply, POE power supply)
2016SMP	Enhanced full-managed Ethernet switch with 16 100M ports and 2 gigabit ports (1 console port, 16 10/100M electric ports, 2 gigabit TX/SFP ports, AC power supply, POE power supply)
2024SMP	Ethernet switch with 24 100M ports and 4 gigabit ports (1 console port, 24 10/100M electric ports, 4 gigabit TX/SFP ports, AC power supply, POE power supply)

	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	34020044mm	44231544mm	44231544mm
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)

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Temps de Transport

: FedEx IP: entre 1 et 4 jours ouvrables; FedEx IE: dans un délai de 4 à 6 jours ouvrables; DHL: dans les 2 à 6 jours ouvrables; EMS: dans 4 - 15 jours ouvrables; UPS: en 1 - 3 jours ouvrables; Hong Kong Post Airmail: de 10 à 30 jours ouvrables après l'avion