Netgear XSM4340V-100NES 24-Port 10G SFP+ Managed AV Switch
Overview
The Netgear XSM4340V-100NES, part of the M4350 series (M4350-24X4V), is a high-performance Layer 3 managed switch engineered specifically for high-density 10G fiber networking and Pro AV-over-IP environments. It addresses the bandwidth and latency requirements of modern media distribution by providing 24 dedicated 10G SFP+ ports and four 25G SFP28 uplink ports. This configuration ensures a non-blocking fabric capable of handling uncompressed video, high-fidelity audio, and massive data transfers without frame loss or jitter.
Key Features
- – 24x 10G SFP+ ports for high-density fiber connectivity.
- – 4x 25G SFP28 uplinks to eliminate backbone bottlenecks.
- – Pre-configured for out-of-the-box AV-over-IP performance.
- – NETGEAR IGMP Plus for automated multicast configuration.
- Brand Netgear
- Part Number XSM4340V-100NES
- Product Type Managed L3 Switch (M4350-24X4V)
- Total Ports 28
- 10G SFP+ Ports 24
- 25G SFP28 Uplink Ports 4
- Switching Capacity 680 Gbps
- Throughput 505.92 Mpps
- Latency (10G SFP+) < 0.82 µs
- MAC Address Table 16K
- Power Consumption 64.1 W (Max)
- Dimensions 440 x 400 x 43.2 mm
- Weight 6.34 kg
- Operating Temperature 0° to 50° C
- Frequently Asked Questions
- Does this switch support Power over Ethernet (PoE)? No, the XSM4340V-100NES is an all-fiber SFP+ model designed for high-speed data and AV transport; it does not provide PoE power.
- Is this switch compatible with Dante and SDVoE protocols? Yes, the M4350 series is specifically certified for Pro AV protocols including Dante, AVB, and SDVoE, featuring pre-configured profiles for these technologies.
- Can the 25G SFP28 uplink ports be used with 10G modules? Yes, the SFP28 ports are backward compatible with 10G SFP+ transceivers and DAC cables if 25G speeds are not required for your current infrastructure.
- How is the cooling managed on this unit? The switch features intelligent fan speed control that adjusts based on internal temperature, allowing for quieter operation in noise-sensitive environments.


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