1G to 800G optical transceivers for data center, enterprise, telecom, and AI networks, with compatible options for leading network platforms.
Explore high-density and low-power optical transceivers for data center and high-performance computing network applications.
Carefully tested to help ensure stable operation, consistent quality, and reliable network performance
Pre-coded and ready to use, helping simplify installation and reduce setup time across different networks.
High-speed transmission with stable signals, low power use, and reliable connectivity.
Available from 1G to 800G with multiple form factors, reaches, wavelengths, and options.
Explore high-density and low-power optical transceivers for data center and high-performance computing network applications.
A wide variety of high-density modules for data center, enterprise networking applications.
Deploy High-Density And Low-Power Connectivity In Data Center, High-Performance Computing.
various 10G SFP+ modules available for 10 Gigabit Ethernet deployments in networking environments.
Explore Cost-effective Small Form-Factor Pluggable(SFP) transceivers for Gigabit Ethernet applications.
DAC cables offer affordable, plug-and-play copper links for short-reach DCs with high speed & low power.
AOC cables deliver high-speed, low-latency data transmission over long distances, ideal for data centers and telecom.
Breakout DACs convert high-speed ports to multiple low-speed links for efficient DC connectivity.
Breakout AOCs enable multi-channel optical connectivity, offering high performance for long-distance data center application.
All optical transceivers are tested end-to-end to ensure stable, high-speed transmission, signal integrity, and reliable performance in actual networks.
Temperature and long-term performance tests help ensure stable operation under different network conditions.
Optical power, wavelength, eye diagram, sensitivity, and signal performance are carefully verified.
Coding and device recognition are checked with network equipment to help ensure reliable interoperability.
Flexible customization to support different brands, projects, and purchasing requirements.
Compatible coding for different network brands and equipment platforms..
Flexible packaging options for private-label, OEM, and distributor requirements.
Custom model, serial number, barcode, and product label options.
Support for samples, low MOQ, small batches, and project-specific orders.
High-performance optical connectivity solutions for data center, enterprise, AI, and telecom networks.
Upgrade existing networks to 100G with compatible transceivers for higher bandwidth and reliable performance.
Build high-speed 400G links for modern data centers with reliable QSFP-DD and OSFP optical solutions.
Support AI and HPC networks with high-bandwidth 400G and 800G optics for fast, low-latency connectivity.
This practical guide introduces form factor, transmission options, and how to choose the right optical transceiver for your network.
An optical transceiver, also called a fiber optic transceiver or optical module, is a compact device that transmits and receives data over fiber networks. It converts electrical signals into optical signals for transmission and converts received optical signals back into electrical data. Optical transceivers are widely used in data centers, enterprise networks, telecom systems, and high-speed computing.
Common form factors include SFP, SFP+, SFP28, QSFP28, QSFP-DD, and OSFP. When selecting a transceiver, consider data rate, transmission distance, wavelength, fiber type, connector, and equipment compatibility. Choosing the right module helps ensure stable connectivity, efficient transmission, and reliable network performance.
Explore practical guides and technical insights for selecting, comparing, and deploying optical transceivers.
Learn how optical transceivers support fast, reliable fiber connectivity across data center, enterprise, and telecom networks.
Explore common transceiver types and form factors, from SFP and QSFP to QSFP-DD and OSFP, and where they are typically used in modern networks..
A practical overview of common HS codes for optical transceivers and other fiber optic products used in import and export documentation.
An overview of where optical transceivers are used across data center, telecom, enterprise, and AI networks.
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