• Main switching block in Base board with fixed I/O Interface
• Max. 1000Gbps switching capacity base on I/O full duplex
• Redundant dual power supply unit (PSU)
• Hot Swappable for all plug -in units (PSU and FAN)
M3000 is a cost -effective carrier Ethernet switch to support the packet -based transport technology that is based upon circuit -based transport networking. It has been designed for mobile backhaul networks with demanding subscriber bandwidth requirements and rigid quality-of -service and security needs. The M3000 can be used for a variety of new, revenue -generating applications, for example as L 2/L 3 Ethernet LAN switches in high rise buildings or as datacenter application and aggregation switches . Additionally, M3000 switch helps to enhance network efficiency through offering dedicated L 3 functionality. The M3000 is a front access switch that the interface connections are located on the front of the single -board. The M3000 is comprised of 24 -Port 1GE (SFP) or 10GbE (SFP+) or 25GE (SFP28 ) interfaces and 4 -port 40GbE (QSFP+) or 100GbE (QSFP28 ) interfaces.
10GbE or 25GbE interfaces can be used as downlink towards the user network and 40GbE or 100GbE interfaces can be used either to cascade other switches or to connect to a core network devices. Also, The M3000 provides 2 mounting slots for the dual power modules and 2 mounting slots for the fan on the rare panel. PSU modules support 1:1 redundancy and load sharing, so it is possible to operate with non -stoppable. Regarding to FAN operation, it is controlled by internal CPU block, so fan speed is controlled based on internal system temperature . The MGMT and console interface is also located on the front panel with embedded LED for L/A SPD and TX/RX indication respectively. They are for use of equipment management via remote access or CLI.
• Main switching block in Base board with fixed I/O Interface
• Max. 1000Gbps switching capacity base on I/O full duplex
• Redundant dual power supply unit (PSU)
• Hot Swappable for all plug -in units (PSU and FAN)
440(W) x 44(H) x 418(D) mm
Power Voltage
100 -240VA, 50/60Hz 24/48VDC
Power Consumption
270W
24 x 1GBase -R (SFP, LC) or
10GBase -R (SFP+, LC) or
25GBase -R (SFP28, LC)
4 x 40GBase -R (QSFP+, MPO/LC) or
100GBase -R (QSFP28, MPO/ LC)
1 x Console port (RJ45)
1 x MGMT port (RJ45)
Layer 2
• Standard Ethernet Bridging SVL and IVL
• Per port/VLAN MAC limit
• Station movement control
• Per port L2 protocol packet processing
• up to 288K MAC entries using UFT (Unified Forwarding Table) • 4K active VLANs for 802.1q tagged frame
• Port/Subnet/Protocol/MAC -based VLAN
• VLAN translation on ingress and egress.
• 802.1D (STP), 802.1W (RSTP), 802.1s (MSTP),
• Link aggregation according to 802.3ad based on MAC or IP address
• Jumbo frame 12KB
Layer 3
• 16K IPv4 Hosts, 380K IPv4 LPM
• 64K L3 Next Hop Table
• 4K IP Multicast group
• 512 VRF • Static routing
• OSPFv2/v3, BGPv4
• TWAMP, VRRP, PBR
Traffic Management
• 32MB Buffer size
• 10 unicast/multicast queues per egress port
• 24K Packet descriptors per packet buffer
• 8K/8 + 1.5K/12 per pipe Ingress Flex Counters/Updates (SLA) • 8K/4 per pipe Egress Flex Counters/Updates (SLA)
IP/MPLS
• MPLS Traffic Engineering: RSVP -TE, OSPF -TE
• LDP
• LSP Ping, Trace -route
• SR -TI -LFA
• Signaling: MP -BGP
• L3VPN
• 6VPE
Clock
• IEEE1588v2 (TC/BC)
• Synchronous Ethernet
Security
• Storm control for broadcast, multicast and unknown unicast packets
• Outband management
• Secure Shell (SSH)
• Serial/Telnet (CLI)
• SNMPv1/v2/v3
• DHCP client, relay
• RMON
• Link layer discovery protocol (LLDP)
• Syslog
Operating Temperature
-20 to 60 °C ( -4 to 140 °F)
Operating Humidity
10 to 80% (non-condensing)
For more information, connect with us at dazanzhone.com/contact