Black Box LMC4000A
Micro Mini Media Converter SFP Copper DPX
The Black Box LMC4000A Micro Mini Media Converter offers a versatile and space-saving solution for extending Ethernet networks over fiber optic cabling. Its support for SFP modules provides flexibility in choosing the appropriate media type, while its compact form factor makes it perfect for deployment in tight spaces or distributed network environments.
Features :
Designed for demanding industrial and enterprise applications, the LMC4000A converts copper Ethernet signals into fiber optics, enabling high-speed data transmission over longer distances. Its support for SFP modules allows customization based on specific network needs, whether for multimode or single-mode fiber. The device's rugged build ensures durability in challenging environments, while its plug-and-play operation simplifies installation and maintenance.
Advanced Options :
This media converter's DPX (Dual-Protocol Extension) capability facilitates seamless integration between copper and fiber networks, supporting high-bandwidth applications such as data centers, industrial automation, and high-speed backbone connections. Its compact size makes it ideal for rack mounting or embedded installation.
Product Key Features
- Ultra-compact, micro-sized design for space-constrained environments
- Supports SFP (Small Form-factor Pluggable) modules for flexible media options
- Converts copper Ethernet signals to fiber optic via DPX (Dual-Protocol Extension)
- Ideal for high-speed data transfer over long distances
- Supports auto-negotiation and link integrity features
- Rugged, reliable construction suitable for industrial applications
Reliability & Performance :
Built to high standards, the Black Box LMC4000A guarantees reliable performance with auto-negotiation and link integrity features. Its compatibility with various SFP modules ensures adaptability, while its robust construction provides long-term durability. The converter supports high data rates essential for modern high-speed network demands, ensuring minimal downtime and maximum efficiency.
