FS.COM High Performance Data Centre Switches

FS S-Series Ethernet Switches

S-Series Switches (including S5800/S5850/S8050) support advanced features like MLAG to make the
network more flexible, secure and reliable.

Using MLAG in S-Series Switches

MLAG (Multichassis Link Aggregation Group) allows two switches to be interconnected through link aggregation, and act as one logical switch, which helps you to
scale network without changing topology.

: Flexibility and Security

Increase bandwidth and provide redundancy in emergent breakdown.

: High Reliablity Protocol

Improve link reliability from the board level to the device level.

: Efficient to Deploy

Simplify networking and configuration, and support independent upgrade.

How to Configure MLAG

MLAG networking enables more virtual switches to simultaneously share the same LAG endpoint. And there are three parts in this video showing the
configuration of MLAG, the verification and the port-mirror in MLAG.

High Performance S-Series Switches

S5800-8TF12S

L2/L3 Data Centre ToR/Leaf Switch

Designed for Hyper-Converged Infrastructure

Support MLAG, VARP, NVGRE

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S5850-48T4Q

L2/L3 Data Centre ToR/Leaf Switch

48 x 10GBase-T ports and 4 x 40GbE uplinks

Support MLAG, VXLAN, IPv4/IPv6, SNMP

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S8050-20Q4C

Spine/Aggregation Layer Switch

20 x 40GbE QSFP+ and 4 x 100GbE QSFP28

Support MLAG, VXLAN, IPv4/IPv6, SFLOW

View All Spec

S-Series Switches Performance Validation

S-Series switches are valid for the IETF RFC2544 standard, which provides an out-of-service benchmarking methodology to evaluate the performance of network
devices using throughput, back-to-back, frame loss and latency tests, with each validating a specific part of SLA. The throughput test determines how well suited
a device is to applications in which minimal frame loss is critical.

Specific test report

Total Trials	Number of Passed Trials	Frame Size (bytes)	Intended Load (%)	Offered Load (%)	Throughput (%)	Aggregated Throughput (fps)	Aggregated Theoretical Max (fps)	Aggregated Throughput (Mbps)	Aggregated Theoretical Max (Mbps)
1	1	64	100	100	100	5952381	5952380.952	4000	4000
1	1	128	100	100	100	3378378.4	3378378.378	4000	4000
1	1	256	100	100	100	1811594.267	1811594.203	4000	4000
1	1	512	100	100	100	939849.667	939849.624	4000	4000
1	1	1024	100	100	100	478927.267	478927.203	4000	4000
1	1	1280	100	100	100	384615.4	384615.385	4000	4000
1	1	1518	100	100	100	325097.533	325097.529	4000	4000

MLAG Implementation Solution

ERPS+ MLAG make the network topology simpler, the convergence faster, and the network more reliable. Compared with the Spanning Tree Protocol, ERPS
provides faster convergence and meets carrier-grade applications. As a virtualization technology, MLAG provides a Layer 2 topology without loops for redundant
backup, which greatly simplifies the networking and has higher reliability. S5800/S5850/S8050 Series Switches are the best choice.

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FS S-Series Ethernet Switches

Using MLAG in S-Series Switches

Flexibility and Security

High Reliablity Protocol

Efficient to Deploy

How to Configure MLAG

High Performance S-Series Switches

S5800-8TF12S

S5850-48T4Q

S8050-20Q4C

S-Series Switches Performance Validation

MLAG Implementation Solution

What Can We Help You?

Free Case Studies

Technical Support

24/7 Online Service

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