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What Is LRO
By C-LIGHT Marketing丨Jul 24, 2026
LRO (Linear-drive Receive Optics) uses a linear optical receiver architecture to reduce power and latency in high-speed optical modules, especially for 400G and 800G data center links.
Why Liquid Cooling AOC Requires Waterproof Fiber Jackets and Potting Compounds for AI Data Centers
By C-LIGHT Marketing丨Jul 23, 2026
Learn why Liquid Cooling Active Optical Cables (AOCs) require waterproof fiber jackets, UV-resistant materials, and high-reliability potting compounds.
What Is NPO?
By C-LIGHT Marketing丨Jul 22, 2026
NPO (Near-Packaged Optics) places optical engines close to the host ASIC on the PCB, shortening high-speed electrical paths and reducing signal loss for high-bandwidth networks.
What Is an AOC Cable?
By C-LIGHT Marketing丨Jul 21, 2026
AOC (Active Optical Cable) is a high-speed cable assembly that uses optical fiber and integrated transceivers to transmit data over longer distances than copper cables.
What Is Multimode Fiber?
By C-LIGHT Marketing丨Jul 20, 2026
Multimode fiber is an optical fiber designed to carry multiple light modes, commonly used for short-distance data center, enterprise, and high-speed network connections.
What Is RIN?
By C-LIGHT Marketing丨Jul 19, 2026
RIN (Relative Intensity Noise) measures fluctuations in laser optical power and is an important parameter for high-speed optical transmitters and optical communication systems
What Is OSNR?
By C-LIGHT Marketing丨Jul 18, 2026
OSNR (Optical Signal-to-Noise Ratio) measures the ratio of optical signal power to noise power and is a key performance parameter in DWDM and coherent optical networks.
What Is Pre-FEC BER?
By C-LIGHT Marketing丨Jul 17, 2026
Pre-FEC BER is the bit error rate measured before Forward Error Correction, showing the raw error performance of a high-speed optical communication link.
What Is Post-FEC BER?
By C-LIGHT Marketing丨Jul 16, 2026
Post-FEC BER is the bit error rate measured after Forward Error Correction, showing the residual error performance of a high-speed optical communication link.
How Does Silicon Photonics Work?
By C-LIGHT Marketing丨Jul 15, 2026
Silicon photonics uses silicon-based photonic circuits to generate, modulate, route, and receive optical signals, supporting high-speed data transmission in modern data centers and AI networks.
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