The N8560-32C provides line-rate L3 switching across the 32x QSFP28 ports, and each QSFP28 port can be configured as 40/100GbE, or as 4x 10/25GbE or 2x 50GbE via breakout cables. The compact 1U switch can be deployed as a top-of-rack (ToR) switch supporting 10/25GbE to servers with 40/50/100GbE, or as a spine switch supporting 40/50/100GbE spine interconnects.
N8560-32C supports PFC, DCBX and ECN to deliver low-latency, zero packet loss, non-blocking lossless Ethernet, VXLAN, EVPN for virtual network expansion, and supports features like GR, BFD mechanisms to ensure normal operation when the network bears abundant services and heavy traffic.
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N8560-32C, 32-Port Ethernet L3 Data Center Switch, 32 x 100Gb QSFP28, Support MLAG/Stacking, Broadcom Chip, Back-to-Front Airflow, Support RoCE
#190908
#190908
SGD 14,629.98 (Incl. GST)
FS P/N: N8560-32C
24 Sold
1 Review
2 Questions
Models:
11 in Global Warehouse, Get it by 16 Sep 2024
10 in Transit, Get it by 9 Dec 2024
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Deliver to Singapore, 178958
Free Shipping via DHL Express Worldwide
5-Year Warranty
30-Day Returns
30-Day Exchange
N8560-32C, 32-Port Ethernet L3 Data Center Switch, 32 x 100Gb QSFP28, Support MLAG/Stacking, Broadcom Chip, Back-to-Front Airflow
Specifications
Ports
32x 100G QSFP28
Switch Chip
BCM56870
CPU
Intel Xeon D-1527 (Quad-core, 2.2 GHz)
Number of VLANs
4K
Switching Capacity
6.4 Tbps
MAC Address
96K
Forwarding Rate
2980 Mpps
Jumbo Frame
9,216
SDRAM
8GB
ARP Entries
100,000
Flash Memory
240GB (SSD)
IPv4/IPv6 Routes
128,000/64,000
Packet Buffer
32MB
Latency
<1μs
Hot-swappable AC Power Supplies
2 (1+1 Redundancy)
Max. Power Consumption
<450W
Hot-swappable Fans
5 (4+1 Redundancy), Back-to-Front
MTBF
390,000 Hours
Dimensions (HxWxD)
1.73"x 17.4"x 22" (44x 442x 560mm)
Operating System
FSOS
Please Note: Matching the British standard power cord as default. If you need other standard power cords, please note in the order or contact your account manager.
Software Spotlights
High Availability And Multi-Service Support
Support MLAG/Stacking
Support Virtual Router Redundancy Protocol (VRRP)
Support GR perfect restart, BFD fast forwarding detection and other mechanisms
Support IPv4/IPv6 Dual Protocol Stack
Support Unicast Routing
Support Hot swap without affecting normal operation of other devices
Error-Free Network Configuration
Support VXLAN-EVPN
Support Ansible, OpenFlow, NETCONF, etc. Configuration and Automation Tools
Support ECN, DCBX
Realized lossless Ethernet low-latency forwarding based on RDMA (Remote Direct Memory Access)
Support DHCP snooping
Support hardware-based IPv6 ACLs
Secure And Simplified Access for Users And IoT
Support SNMP (SNMPv1,v2c,v3), RMON, gRPC, Support the Secure Shell (SSH) and SNMPv3 Support the source IP-based Telnet device access control Support In-band Network Telemetry (INT) Support Network Foundation Protection Policy (NFPP)
Support Zero Touch Provisioning (ZTP)
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Connectivity Solutions
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Features
Network Solutions
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Flexible Interface Speeds for Multi-scenario Deployment
10/25G for servers, 40/50/100G uplinks for spine switches.
BCM56870
Broadcom Chip
6.4 Tbps
Switching Capacity
2980 Mpps
Forwarding Rate
Dual Redundant Power Supplies and Smart Fans
Ship with dual power supplies and smart fans by default, provide high availability and longevity.
4+1 Hot-swap Fans
Variable-speed fans for superior cooling, noise and power reduction
1+1 Dual AC PSU
PSUs can be removed/replaced without shutting down the system
Stacking Simplifies Network Configuration
Stacking virtualization technology virtualizes multiple physical devices into a logical device, simplifying network configuration and structure, eliminating loops, and improving reliability.
2 Units
Virtual stacking
200Gbps
Stacking bandwidth
50ms
Fault recovery
LACP
Uplink aggregation
MLAG Eiminate Bottlenecks and Provide Resiliency
MLAG takes the benefits of link aggregation and spreads them across a pair of data center switches to deliver system level redundancy as well network level resiliency.
EVPN-VXLAN Expands Switches Seamlessly
The open standard architecture of EVPN-VXLAN ensures switch interoperability and creates efficient, secure, and scalable Layer 2 network overlays on existing physical networks, providing flexibility and scalability for data centers.
Lossless Ethernet and Zero Packet Loss
RDMA technology reduces CPU burden and effectively resolves network latency. PFC+ECN enables intelligent data exchange and prevents packet loss, ensuring lossless transmission.
Accelerate Provisioning from Days to Minutes
Simplify duplicate network configuration by automation helpers like NETCONF, Python, Zero Configuration, Ansible, gRPC, OpenFlow, greatly save daily operation costs and time.
Switch Speeds | 32x 100G | 32x 100G | 48x 10G, 8x 100G | 48x 10G, 8x 100G | 48x 25G, 8x 100G | 48x 25G, 8x 100G |
Hot-swappable Power Supplies | AC Power Supplies | AC Power Supplies | AC Power Supplies | AC Power Supplies | AC Power Supplies | AC Power Supplies |
Airflow | Back-to-Front | Front-to-Back | Front-to-Back | Back-to-Front | Front-to-Back | Back-to-Front |
Stacking/MLAG |  | | | | | |
VXLAN | | | | | | |
EVPN | | | | | | |
OSPFv2/v3 | | | | | | |
BGP4/BGP4+ | | | | | | |
NETCONF | | | | | | |
Python, gRPC | | | | | | |
PFC (802.1Qbb) | | | | | | |
ECN | | | | | | |
GR | | | | | | |
10GBASE-T | — | — | | | | |
Videos
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A***e
New Zealand
The project with FS equipment is in progress. FS switches are configured and tested few weeks ago. MLAG feature works well and performance in tests was quite impressive.
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