Active Optical Cable
Active Optical Cables for Data Centers and High-performance Computing
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About
HFCL Active Optical Cables integrate optical fiber and embedded transceivers into a single high-performance assembly for data center and high-speed computing environments. They enable low-latency, high-bandwidth connectivity between switches, servers and storage platforms. Optical transmission eliminates electromagnetic interference and supports extended reach with reduced signal degradation. The lightweight, flexible cable improves airflow and routing efficiency in dense racks while supporting modern high-speed interconnect architectures.
Features
Benefits
Compact and Lightweight Construction
The slim profile and reduced weight of AOCs enhance cable management in high-density environments, minimizing installation challenges
Integrated Transceiver Modules
Each AOC features built-in transceivers that eliminate the need for separate optical modules, streamlining deployment and reducing complexity
Enhanced Signal Integrity and Reliability
AOCs provide lower bit-error rates and maintain robust performance over long distances, ensuring reliable connectivity for critical network operations
Immunity to Electromagnetic Interference (EMI)
Utilizing optical fibers, AOCs are inherently resistant to EMI, ensuring superior signal quality and reliability in electrically noisy environments
Key Specifications
Applications
- Data Centers
- Telecom Networks
- Enterprise Networks
- Cloud and Hyperscale Data Centers
Variants
FAQs
An AOC is a fiber optic cable assembly with integrated transceivers at both ends, converting electrical signals to optical signals for data transmission.
AOCs use optical fibers for data transmission, providing higher bandwidth and longer distances compared to DAC cables, which rely on copper.
AOCs offer lower power consumption, reduced latency, and eliminate the need for external transceivers, making them easier to install and manage.
AOCs are ideal for data centers, high-performance computing, and interconnecting devices like switches, routers, and servers over short distances.