StarTech.com MCM10GSFP2 network media converter 10000 Mbit/s Multi-mode, Single-mode Black

StarTech.com MCM10GSFP2 network media converter 10000 Mbit/s Multi-mode, Single-mode Black

$267.99
Sale price  $267.99 Regular price 
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StarTech.com MCM10GSFP2 network media converter 10000 Mbit/s Multi-mode, Single-mode Black

StarTech.com MCM10GSFP2 network media converter 10000 Mbit/s Multi-mode, Single-mode Black

$267.99
Sale price  $267.99 Regular price 

StarTech.com MCM10GSFP2. Maximum data transfer rate: 10000 Mbit/s, Converter input interface: 10GBase-T, Converter output interface: 10GBase-X. Fiber mode structure: Multi-mode, Single-mode, Mean time between failures (MTBF): 50000 h. LED indicators: Activity, Link, Power, Product color: Black. Fiber optic connector: SFP+, Connectivity technology: Wired. Input voltage: 100 - 240 V, Input current: 0.4 A, Output voltage: 5 V

Connect a Gigabit copper network to a Gigabit fiber network using an SFP+ transceiver of your choice.

High-Speed Copper-to-Fiber Conversion

This compact 10G media converter enables seamless copper-to-fiber connectivity for high-speed network upgrades and extended reach. Featuring an open SFP+ slot, it converts 10GBASE-T (RJ-45) to 10G fiber and supports multi-mode or single-mode transceivers (e.g., 10GBASE-SR/LR) for flexible deployment across enterprise and telecom environments.

Versatile Mounting and Deployment

Ideal for structured wiring closets, server rooms, or remote network upgrades, the converter supports wall-mount, DIN rail, and chassis installations. It can operate as a standalone device or integrate into a media converter chassis system.

Optimized for 10Gbps Networks

Built for 10G speeds, the converter supports 16K Jumbo Frames, auto MDI/MDI-X, and full-duplex flow control. With plug-and-play setup and reliable diagnostics, it ensures consistent performance across 10G links.

Efficient, Compact Design

With low 5.3W (typical) power consumption via 5V DC input, this power-efficient converter operates in environments ranging from 0°C to 50°C. It avoids PoE-related conflicts and is ideal for compact, power-sensitive deployments.

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