A 400G Active Optical Cable (AOC) is a pre-assembled, plug-and-play cable assembly used to support 400 Gigabit Ethernet data transmission over short distances (typically within a data center). Unlike copper solutions, AOC cables incorporate optical fibers and active electronic components (transceivers) at both ends. The electronics convert electrical signals from the host device into optical signals and back again, which minimizes losses, reduces latency, and provides higher bandwidth over compact, lightweight cables.

• Ultra-High Bandwidth: 400G AOC cables enable multi-hundred gigabit connections, essential for modern high-density, high-performance data centers and cloud environments.

• Low Latency: With integrated optical transceivers optimized for high-speed modulation, these cables introduce minimal latency—a critical parameter for applications such as high-performance computing and real-time data processing.

• Reduced Power Consumption and Cooling Needs: Because AOCs use passive optical fibers along with low-power active components, they generally consume less power and generate less heat compared to equivalent electrical solutions.

• Compact and Lightweight: The cable assemblies are significantly less bulky than copper counterparts (such as QSFP-DD DACs) and simpler to route in dense environments.

• Ease of Installation and Reliability: Pre-terminated and factory-tested, AOC assemblies reduce installation errors and downtime while providing high reliability over the cable’s rated distance.

400G AOC cables are often built in the QSFP-DD (Quad Small Form-factor Pluggable Double Density) form factor for the electrical interface, or in similar compact high-density modules designed for 400G applications. These standardized modules ensure compatibility with various high-end switches and routers that support 400G Ethernet.

• Distance: Verify the cable’s rated reach meets your deployment needs (typically 5–15 meters).

• Compatibility: Ensure your networking equipment supports the QSFP-DD or other relevant 400G optical interface. Check vendor documentation for any compatibility notes regarding third-party AOCs.

• Performance Requirements: Consider latency, power consumption, and error rates (bit error ratio) in relation to your application demands.

• Environmental and Physical Constraints: Verify that the cable meets your specific environmental requirements (such as operating temperature and bending radius) and that its physical design works within your rack layout.

• Warranty and Supplier Reliability: Purchase from reputable vendors who offer robust warranty terms and verified performance results.

The demand for 400G connectivity is growing with the explosion of data traffic and advancements in cloud computing. As data centers and network equipment continue to evolve, 400G AOC cables are expected to be a major component of next-generation data interconnects. They offer an optimal balance between performance, cost, and scalability, and innovations in optical transceiver technology continue to enhance their capabilities.

Yes,we have professional engineers to test all devices before shipping.Our product inspection also conforms to FCC/CE/RoHS