M2-W6510-48V8C Data Center Switch
M2-W6510-48V8C is a new generation high performance and high density 25GbE switch designed for cloud-scale datacenter which provides a powerful cache capacity and advanced scheduling mechanism driven large scale line-rate non-blocking network.
Highlights
First-class Performance
Provides 48 × SFP28 25GbE Ports & 8 × QSFP28 100GbE Ports
Resilient Configuration
Broadcom BCM56873 (Trident 3) & Intel Xeon D-1527 processor
Data Center Oriented Design
Typical power of under 4W per 100GbE port
Cloud Networking Ready
- Shared 32MB Buffer with burst absorption
- Up to 288K MAC and 168K Host entries
Fully-loaded Software Functions
BGP, route policies, ARP in host routing, load balance based on LAG/ECMP
Specifications
Ports | 48×SFP28 + 8×QSFP28 |
Switch ASIC | Broadcom BCM56873 (Trident3) |
Switching Capacity | 4.0Tbps |
System Memory | 8GB (Up to 32GB) |
Packet Buffer | 32MB |
Fans | 4 (3+1 redundant, hot-swappable) |
Airflow | Standard* and reversed** airflow |
OS | SONiC |
CPU | Intel Xeon D-1527 |
Packets/Second | 2003.4Mpps |
System Storage | 240GB |
BMC Option | Yes |
Power Supplies | 2 (1+1 redundant, hot-swappable) |
Max/Typical Power Consumption | 300W/172W |
* Standard: Front to rear
**Reversed: Rear to front
Network Operating System
This product supports SONiC, a leading open networking operating system. Micas Networks provide various SONiC offerings, including customization and integration services.
Quality Certifications
Order Information
Switch
Model | Description |
M2-W6510-48V8C-FA | M2-W6510-48V8C switch, 48*10G/25G SFP28, 8*40G/100G QSFP28, 2*AC power modules, 4*fan modules, front-to-rear airflow. |
M2-W6510-48V8C-RA | M2-W6510-48V8C switch, 48*10G/25G SFP28, 8*40G/100G QSFP28, 2*AC power modules, 4*fan modules, rear-to-front airflow. |
Fan and Power
Model | Description |
M1EFAN IV-F | Fan module, front-to-rear airflow. |
M1EFAN IV-R | Fan module, rear-to-front airflow. |
PA550II-F | AC power supply module, front-to-rear airflow. |
PA550II-R | AC power supply module, rear-to-front airflow. |