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What Is Eye Diagram?
By C-LIGHT Marketing丨Jul 4, 2026
An eye diagram is a graphical tool used to evaluate signal quality, timing, noise, jitter, and distortion in high-speed electrical and optical communication systems.
What Is Jitter?
By C-LIGHT Marketing丨Jul 3, 2026
Jitter is the unwanted variation in signal timing that can reduce the sampling margin and affect BER in high-speed electrical and optical communication systems.
What Is Crosstalk?
By C-LIGHT Marketing丨Jul 2, 2026
Crosstalk is unwanted interference between neighboring signal channels that can distort high-speed electrical or optical signals and affect link performance.
How Does PAM4 Work?
By C-LIGHT Marketing丨Jul 1, 2026
PAM4, PAM4 signaling, Pulse Amplitude Modulation 4, PAM4 vs NRZ, PAM4 optical transceiver, PAM4 modulation, 400G PAM4, 800G PAM4, 1.6T PAM4, PAM4 FEC
Why LPO Is Important for AI Data Centers
By C-LIGHT Marketing丨Jun 30, 2026
LPO, Linear-drive Pluggable Optics, LPO optical transceiver, LPO for AI data centers, 800G LPO, 1.6T LPO, AI data center optics, optical transceiver power consumption, LPO vs DSP, PAM4
Why Silicon Photonics Matters for AI Data Centers
By C-LIGHT Marketing丨Jun 29, 2026
Silicon photonics enables highly integrated optical connectivity for 400G, 800G, and 1.6T AI data center networks, supporting higher bandwidth and port density.
Why Does an Optical Transceiver Fail to Establish a Link?
By C-LIGHT Marketing丨Jun 28, 2026
Common causes of optical transceiver link failure include compatibility, fiber polarity, optical power, FEC configuration, signal integrity, and remote-end issues.
How CPO Addresses Optical Interconnect Power Consumption
By C-LIGHT Marketing丨Jun 27, 2026
CPO reduces optical interconnect power by shortening electrical paths, improving signal integrity, and integrating optical engines closer to switching ASICs.
What Is a 1.6T Optical Transceiver?
By C-LIGHT Marketing丨Jun 26, 2026
1.6T optical transceivers provide up to 1.6Tbps bandwidth for AI data centers, high-speed Ethernet, and next-generation optical interconnects.
How Does 1.6T Optical Transceiver Work?
By C-LIGHT Marketing丨Jun 25, 2026
1.6T optical transceiver converts high-speed electrical signals into optical signals for 1.6Tbps connectivity in AI data centers and high-capacity networks.
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