Your New Favorite Qfx-sfp-dac-3ma-aoc Juniper® Compatible Active Optical Cable 10gbase Sfp+ (850nm, Mmf, 3m) Instant 35% Discount [WDh76VAL]

Juniper® Compatible Active Optical Cable for 10G Networking

Introducing the ATGBICS Juniper® Compatible QFX-SFP-DAC-3MA-AOC, a cutting-edge 10GBase SFP+ Active Optical Cable designed for seamless connectivity in your networking infrastructure. This cable offers a reliable and efficient solution for short-range connections, ensuring high-speed data transfer and optimal network performance. With its advanced features and compatibility, it stands out as an essential component for modern networking applications.

Key Features and Specifications

Features:

• Juniper® Compatible: Ensures seamless integration with Juniper® networking equipment
• 10GBase SFP+ Support: Delivers up to 10Gbps data transfer rates
• 850nm Wavelength: Optimized for Multimode Fiber (MMF) for efficient signal transmission
• 3m Cable Length: Perfect for short-range interconnects
• Commercial Temperature Range: Operates reliably in various environments

The ATGBICS QFX-SFP-DAC-3MA-AOC meets the stringent specifications of the Juniper® QFX-SFP-DAC-3MA-AOC, offering a guaranteed compatibility and performance. It is rigorously tested to ensure compliance with all MSA and IEEE standards, providing you with a reliable and high-quality product.

Practical Applications and Benefits

Applications:

• 10G Networking Infrastructure: Ideal for connecting SFP+ ports in switches, routers, and other networking devices
• Data Centers: Enhances connectivity within data center environments for high-speed data transfer
• Enterprise Networks: Provides a cost-effective solution for expanding network capabilities

The ATGBICS QFX-SFP-DAC-3MA-AOC is designed to simplify your networking setup, offering numerous benefits including reduced cabling complexity, improved network performance, and enhanced scalability. Whether you're setting up a new network or upgrading an existing one, this cable is an essential tool for ensuring reliable and efficient connectivity.