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Product Content
Fiber All the Way to the Switch
In fiber-rich deployments - campus buildings connected by single-mode, industrial corridors linked by armored cable, metro access rings built on optical infrastructure - every media converter between the fiber plant and the switch is a point of failure. This switch eliminates them. 24 SFP slots accept standard fiber transceivers directly. No conversion. No intermediate devices. Just fiber into the switch and packets forward.
Combo Ports: Fiber Today, Copper When Needed
Eight combo ports accept either SFP or RJ45 connections. Fiber for the permanent infrastructure. Copper for the temporary or transitional. The port adapts to the deployment, not the other way around. No stranded capacity. No dedicated copper-only or fiber-only switch models to stock.

Ring Protection for Fiber Topologies
Fiber rings are the standard topology for industrial and campus distribution. Ring protection with sub-50 ms failover - faster than spanning tree by orders of magnitude, deterministic rather than probabilistic, and proven in the harshest environments where fiber is the only option.
108 Mpps: Right-Sized for Optical Access
336 Gbps switching capacity with 108 Mpps forwarding provides line-rate throughput for every fiber-connected device. The ASIC-based architecture routes at wire speed. QoS policies enforce traffic priorities in hardware. The performance matches the port count - no oversubscription, no hidden bottlenecks.
Who Deploys Fiber-First
Campus network teams running fiber between buildings. Industrial automation engineers with fiber-ring topologies. Metro providers extending optical access rings. Anyone whose cabling plant is already fiber and wants switches that connect to it natively.

Product Features
24 SFP Slots: Fiber-Native Access
Twenty-four SFP slots accept standard Gigabit transceivers - multimode for in-building runs, single-mode for campus and metro distances. Each port operates independently at wire speed. No media converters between the fiber plant and the switch. Pure optical connectivity from endpoint to forwarding engine.
01
8 Combo Ports for Mixed-Media Flexibility
Eight ports accept either copper RJ45 or SFP connections. Deploy fiber where it makes sense; keep copper for the exceptions. One switch model covers both scenarios without dedicated SKUs for each media type.
02
4 10G SFP+ Uplinks
Four 10G SFP+ slots aggregate 24 fiber access ports plus 8 combo ports at comfortable oversubscription ratios. Standard SFP+ transceivers enable uplink distances from in-building multimode to metro single-mode without inline devices.
03
Industrial Ring Protection for Fiber Topologies
Deterministic ring recovery in under 50 milliseconds. Purpose-built for the fiber rings that connect industrial sites, campus buildings, and metro access nodes. Deterministic recovery means predictable downtime budgets for capacity planning and SLA compliance.
04
Hardware QoS Across All Fiber Ports
Traffic classification by VLAN, MAC, source/destination, IP protocol, and priority - all executed in ASIC hardware at line rate. Priority remarking preserves service levels as traffic crosses network boundaries with different QoS schemas.
05
Product Parameters
|
Parameter |
Specification |
|
Ports |
24 x Gigabit SFP, 8 x Gigabit Combo (RJ45/SFP), 4 x 10G SFP+ |
|
Switching Capacity |
336 Gbps |
|
Forwarding Rate |
108 Mpps |
|
Layer Support |
L2 / L3 Routing |
|
Ring Protection |
< 50 ms Failover |
|
QoS |
VLAN / MAC / IP / Protocol / Priority Classification, Priority Remarking |
|
Security |
Hierarchical CLI, Hardware Packet Protection |
|
Switch Chip |
High-Performance ASIC |
|
Form Factor |
1U Rackmount |
|
Warranty |
1 Year (Extendable) |
|
MOQ |
1 Unit |
|
OEM / ODM |
Supported |
Product Advantages
Fiber-Native Architecture
24 SFP slots mean the switch connects to the fiber plant directly - no media converters, no inline transceivers in separate chassis, no extra points of failure between the optical infrastructure and the forwarding engine. When every device in the field is on fiber, the switch should be too.
One Switch, Two Media Types
8 combo ports eliminate the need for separate copper and fiber switch models. Fiber for the permanent plant. Copper for the exceptions. One SKU. One spare pool. One configuration template.
Deterministic Recovery on Fiber Rings
Sub-50 ms ring failover guarantees zero-packet-loss recovery. For fiber-ring topologies used in industrial control, campus distribution, and metro access, deterministic recovery is not a feature - it is a design requirement. Spanning tree does not meet it. Ring protection does.
Custom branding and configuration at competitive MOQ for integrators targeting fiber-first and industrial markets.
Application Scenarios
Campus Fiber Distribution
Aggregates fiber-connected access switches across multiple campus buildings. SFP uplinks from each building connect directly to the aggregation switch. Ring topology between aggregation switches ensures building connectivity survives any single fiber cut.
Industrial Fiber Ring Network
Connects remote I/O cabinets, motor control centers, and operator stations along a fiber ring in manufacturing and processing facilities. Sub-50 ms recovery keeps control loops running through any single fault. Hardware QoS guarantees deterministic delivery of real-time control traffic.
Metro Optical Access Aggregation
Serves as the aggregation node where metro fiber access rings converge. 10G SFP+ uplinks provide the bandwidth to aggregate multiple access rings. The fiber-native port configuration eliminates media conversion at the boundary between access and aggregation layers.
Certification
CE, FCC
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