iQSFPDD-400G-DACxM, 400G QSFPDD to QSFPDD (Direct Attach Cable) Cables (Passive) (Length customed)

400Gbase QSFPDD to QSFPDD DAC (Direct Attach Cable) Cables (Passive) Length customed

Compatible with #QDD-400-CUxM, #QDD-400G-DAC-xM, #CAB-D-D-400G-xM, #DAC-Q56DD-400G-xM, #MCP1660-W00xExx

iQSFPDD-400G-DACxM, is xM of 400Gbase QSFPDD to QSFPDD DAC (Direct Attach Cable) Cables (Passive)

This 400G Passive DAC cable is equiped with QSFP-DD package at both sides. The max length for 400Gbase QSFP-DD to QSFP-DD DAC is 3-meter. Our Pn for Xm is iQSFPDD-400G-DACXM, with IOS-D#80101-XX. For standard lengths we have 0.5m, 1m, 2m, and 3m, if you need different lengths than our standard lengths welcome to contact us for customed. x in Part Number stands for any data from 0.3m to 3m.

Product Features:

• Compliant with SFF-8636
• Compliant with IEEE802.3bj& IEEE802.3cd
• Support I2C two – line string interface, easy to control
• Product complies with QSFPDD MSA
• Support for hot plugging
• With length available from 0.3M to 3M
• Low crosstalk
• Low power comsumption
• RoHS compliant

Applications:

• 10G/40G /100G/200G Ethernet
• Infiniband SDR, DDR, QDR,FDR,EDR,HDR
• SWITCH
• Router
• Concentrator
• Data center, cloud server

Ordering Information:

• iQSFPDD-400G-DAC0.5M, 400G QSFPDD to QSFPDD (Direct Attach Cable) Cables (Passive) 0.5M
• iQSFPDD-400G-DAC1M, 400G QSFPDD to QSFPDD (Direct Attach Cable) Cables (Passive) 1M
• iQSFPDD-400G-DAC1.5M, 400G QSFPDD to QSFPDD (Direct Attach Cable) Cables (Passive) 1.5M
• iQSFPDD-400G-DAC2M, 400G QSFPDD to QSFPDD (Direct Attach Cable) Cables (Passive) 2M
• iQSFPDD-400G-DAC2.5M, 400G QSFPDD to QSFPDD (Direct Attach Cable) Cables (Passive) 2.5M
• iQSFPDD-400G-DAC3M, 400G QSFPDD to QSFPDD (Direct Attach Cable) Cables (Passive) 3M

Products Test:

Before shipment, we will make 100% test of each product, the test will include the following steps:

1. Power and Wavelength Testing

We will test the signal delivering strength and wavelength, to ensure the signal decoding capacity of the receiver, and the wavelength remains consistent from the transmitter to the receiver.

2. Optical Performance Testing

We will test the module’s eye diagram stutus, receiving sensitivity, extinction ratio, wavelength, light-emitting, light-receiving, current and volatage, to ensure the signal quality, stability and reliability of the transmission of each module..

3. Traffic Testing

We will test bit error rate and packet loss rate, to make sure the module meet the standards, and make sure the modules excellent performance.

4. Compatible Testing

We will test the modules in targeted switches to make sure of the good compatibility.