QSFP28 DWDM PAM4 100G Optical Transceivers

SKU QSFP-100G-DWDM-SO Category 100G QSFP28

100G-DWDM, QSFP28, (100-GHz ITU grid), PAM4, require EDFA and DCM to work (up to 80km), LC duplex connectors, DOM

The Solid Optics QSFP28 DWDM 100G PAM4 optical transceiver gives you the ability to multiplex 100G Ethernet over dark fiber. The innovative PAM4 modulation technology allows for DWDM connectivity in a QSFP28 form factor on the 100G ITU DWDM wavelength grid. However, PAM4 optics start with a negative power budget as the chipset takes all of the power for the PAM4 modulation. Therefore, these optics require amplification to go any distance, and dispersion compensation after 5km.

Available in fixed DWDM channels 17 to 61
Uses PAM4 modulation to achieve 100G
Amplification needed from the first centimeter, dispersion compensation needed from 5Km
Normal power consumption (Max. 5W), is supported in standard equipment
Signal is composed of 2 x 50Gb 50Ghz DWDM wavelengths modulated with PAM4
FEC is integrated in the optic DSP
-9dB Power output per lane
-2dB to 6dB receiver sensibility per lane

Applications include:

High bandwidth connectivity for Data Center Interconnects
100G Ethernet Metro-Access over DWDM
Campus and Enterprise Links

We offer the QSFP28 DWDM 100G PAM4 optics with our EDFA-MUX line of multiplexers, which include MUX/DEMUX + Amplification + Dispersion Compensation in a 1RU 19″ casing. The EDFA-MUX product line includes 40km, 80km, and 120km models depending on your application requirements. The Solid Optics EDFA-MUX, is pre-configured based on the loss and distance of your fiber but can be re-configured as needed. Click here to view a demo of the 80km solution.

Get a copy of our PDF Presentation about options above 10G: The Present and Future of Data Center Interconnect

Brand Compatibility
Wavelength

Product Specification

Additional information

Form Factor Group	QSFP28
Speed	100G
Technique	DWDM
Dom Support	Yes
Connector	LC Duplex
Cable Type	Single Mode Fiber
Laser	DFB
Wavelength	100 Ghz CH17/1563.86 nm, 100 Ghz CH18/1563.05 nm, 100 Ghz CH19/1562.23 nm, 100 Ghz CH20/1561.42 nm, 100 Ghz CH21/1560.61 nm, 100 Ghz CH22/1559.79 nm, 100 Ghz CH23/1558.98 nm, 100 Ghz CH24/1558.17 nm, 100 Ghz CH25/1557.36 nm, 100 Ghz CH26/1556.55 nm, 100 Ghz CH27/1555.75 nm, 100 Ghz CH28/1554.94 nm, 100 Ghz CH29/1554.13 nm, 100 Ghz CH30/1553.33 nm, 100 Ghz CH31/1552.52 nm, 100 Ghz CH32/1551.72 nm, 100 Ghz CH33/1550.92 nm, 100 Ghz CH34/1550.12 nm, 100 Ghz CH35/1549.32 nm, 100 Ghz CH36/1548.51 nm, 100 Ghz CH37/1547.72 nm, 100 Ghz CH38/1546.92 nm, 100 Ghz CH39/1546.12 nm, 100 Ghz CH40/1545.32 nm, 100 Ghz CH41/1544.53 nm, 100 Ghz CH42/1543.73 nm, 100 Ghz CH43/1542.94 nm, 100 Ghz CH44/1542.14 nm, 100 Ghz CH45/1541.35 nm, 100 Ghz CH46/1540.56 nm, 100 Ghz CH47/1539.77 nm, 100 Ghz CH48/1538.98 nm, 100 Ghz CH49/1538.19 nm, 100 Ghz CH50/1537.40 nm, 100 Ghz CH51/1536.61 nm, 100 Ghz CH52/1535.82 nm, 100 Ghz CH53/1535.04 nm, 100 Ghz CH54/1534.25 nm, 100 Ghz CH55/1533.47 nm, 100 Ghz CH56/1532.68 nm, 100 Ghz CH57/1531.90 nm, 100 Ghz CH58/1531.12 nm, 100 Ghz CH59/1530.33 nm, 100 Ghz CH60/1529.55 nm, 100 Ghz CH61/1528.77 nm
Distance	80m
Temperature	0°C to 70°C
Receiver	SiPho

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