ODPCDSCSC-3-M2 / ODPCDSCLC-3-M2 di Selangor

Product Description:
Introducing our top-of-the-line Optic Digital Multimode OM2 Fiber Patch Cords - the perfect solution for high-speed data transmission in your network setup. These patch cords come in two variants - SC-SC Duplex and SC-LC Duplex - both designed to meet your specific connectivity needs with utmost precision.

Key Features:

1. Cutting-Edge Performance: Our fiber patch cords deliver outstanding performance, ensuring reliable data transfer and minimal signal loss. Experience superior connectivity with these high-speed cords capable of supporting a wide range of applications.

2. OM2 Multimode Fiber: These patch cords are engineered with OM2 multimode fiber, offering greater bandwidth and high-speed transmission capabilities. OM2 fibers are ideal for short-range data communications, making them suitable for data centers, local area networks (LANs), and other high-demand environments.

3. Robust Construction: Built to last, these patch cords feature a durable construction with SC and LC connectors, ensuring secure and stable connections. The duplex design enables bi-directional data transfer with ease.

4. 3m Length: The perfect length for flexibility in various network setups, these 3m patch cords offer just the right balance of convenience and reach without unnecessary cable clutter.

5. Fiber Optic Category: As part of our extensive fiber optic product category, these patch cords are meticulously crafted to meet industry standards and specifications, guaranteeing seamless compatibility with your existing fiber optic infrastructure.

6. Easy Deployment: The plug-and-play design allows for hassle-free installation, saving you time and effort during network setup or upgrades.

Upgrade your network's performance with our ODPCDSCSC-3-M2 and ODPCDSCLC-3-M2 Optic Digital Multimode Fiber Patch Cords. Achieve faster and more reliable data transmission while enjoying the convenience of SC-SC and SC-LC duplex configurations. Invest in quality, invest in seamless connectivity.