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400G QSFP112 LR4 CWDM4 10km Duplex LC Optical Transceiver Module

OT-400G-QSFP-LR4

$1,895.00

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  • Maximum power consumption below 10W.
  • Hot-pluggable QSFP112 form factor.
  • Transmit over single-mode fibers up to 10km.
  • Duplex LC receptacles and built-in digital diagnostics.
  • 4×106.25Gbps(53.125GBd PAM4)electrical interface.
  • 4×106.25Gbps(53.125GBd PAM4)optics architecture.
  • Compliant with 400G-LR4 technical specifications.
  • QSFP112 MSA, CMIS, and RoHS-compliant.
  • Operating temperature range (0℃ to +70℃).
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MSA Compatible 400G QSFP112 LR4 Optical Transceiver Module (SMF CWDM4, 10km, Duplex LC)

The four-channel full-duplex optical module for 400 Gigabit Ethernet and the QSFP112 400GBASE LR4 optical transceiver module enhance data transfer. This QSFP112 module delivers stable, high-performance Duplex LC connectors for long-range, multi-lane data transfer. PAM4 technology powers this QSFP-DD module at 106.25 Gbps per channel, there are four center wavelengths 1271 nm, 1291 nm, 1311 nm, and 1331 nm, allowing the transmission of multiple signals simultaneously over a single fiber. It supports 10km on G.652 SMF with KP-FEC. It consumes less than 13.5W for energy efficiency. It is hot-pluggable for quick installation and maintenance, has built-in diagnostic tools for real-time monitoring, and works between 0°C and +70°C, making it appropriate for many situations, providing excellent data transmission performance and reliability. It is ideal for data center interconnects (DCI), metro/campus networks, and 400G network upgrades.

Specification

Form FactorQSFP112Vendor NameAsterfusion
MediaSMFMax. Cable Distance10km
Data Rate425GbpsWavelengths Range1271nm, 1291nm, 1311nm, 1331nm
ConnectorDuplex LCDDM/DOMSupported
Extinction Ratio>3.5dBPower Consumption<10W
Supply Voltage3.3VHumidity(non-condensing)5-95%
Transmitter TypeCWDM EMLReceiver TypePIN
Operating Case Temperature0 to 70°C (32 to 158°F)Electrical Interface Hot pluggable
Storage Temperature-40 to 85°C (-40 to 185°F)Application400G Ethernet; Data centers networks
Part NumberOT-400G-QSFP-LR4ProtocolsQSFP112 MSA and 400G-LR4 specification compliant;

Connectivity solution

400G-QSFP112-LR4 optical transceiver module connection

Related Products

OT-400G-QSFP-DR4OT-400G-QSFP-VR4OT-400G-QDD-LR4OT-400G-QSFP-SR4
ConnectorMPO12 APCMPO12 APCDuplex LCMPO12 APC
Modulation4x106.25Gbps PAM44x106.25Gbps PAM44x106.25Gbps PAM44x106.25Gbps PAM4
Wavelengths Range1310nm850nmCWDM4 1271/1291/1311/1331nm850nm
Max. Cable Distance500m50m10km100m
MediaSMFMMFSMFMMF
Transmitter TypeEMLVCSELEMLVCSEL
Operating Case Temperature0 to 70°C (32 to 158°F)0 to 70°C (32 to 158°F)0 to 70°C (32 to 158°F)0 to 70°C (32 to 158°F)
Power Consumption<10W<8W<10W<8W
ApplicationEthernet
Telecom
Infiniband
Data Center
Ethernet
Telecom
Infiniband
Data Center
Ethernet
Telecom
Infiniband
Data Center
Ethernet
Telecom
Infiniband
Data Center

Questions & Answers

What is a 400G QSFP112 LR4 transceiver used for?

A 400G QSFP112 LR4 (Long Reach 4-channel) is a pluggable optical transceiver module designed for 400 Gigabit Ethernet applications. It transmits and receives 400Gbps of data using four optical lanes, each of which carries 100Gbps. It is designed for single-mode fiber applications with a wider reach, often up to 10 kilometers, as indicated by the “LR4” designation.

What type of fiber is required for a 400G QSFP112 LR4 transceiver?

At 400G, QSFP112 LR4 transceivers need SMF (single-mode fiber). They are not compatible with multi-mode fiber. Usually, G.652.D, or Better SMF, is used.

How does LR4 compare to DR4, FR4, and SR4 in 400G transceivers?

These identifiers imply fiber kind and reach:
SMF is used by LR4 (Long Reach 4-channel) with a 10-kilometer reach.
Data Center Reach 4-channel, or DR4, employs SMF and has a 500-meter reach.
FR4 (Far Reach 4-channel) has a 2-kilometer reach and uses SMF.
SR4 (Channel Short Reach) employs MMF and has a relatively short reach (often up to 100m).

What are the primary advantages of 400G QSFP112 LR4 transceivers?

Long Reach: Enables connections up to 10 kilometers.
Excellent Bandwidth: 400Gbps is possible.
Using traditional single-mode fiber networks is known as “just single-mode fiber.”
High Density: The QSFP112 form factor maximizes port density.

Do extra considerations need to be made while using LR4 transceivers?

Amount Restrictions: Although 10 kilometers may seem like a fair amount, it is nonetheless a restriction. At even longer distances, other solutions (such as coherent optics) would be needed.
Fiber Quality: The quality of the single-mode fiber is crucial for reliable operation over long distances. Loss and dispersion must be within acceptable boundaries.
Cost: Compared to MMF cabling and shorter-reach options, LR4 transceivers and SMF cable may be more expensive.

What are some standard procedures for 400G QSFP112 LR4 transceiver troubleshooting?

Steps for troubleshooting are comparable to those for other optical transceivers:
1. Check for Fiber Connections: Verify the fiber type (MMF), cleanliness, and correct connection.
2. Examine the fiber: To look for contamination or damage, use a fiber scope.
3. Verify the configuration of the switch or router: Make sure the port is set up properly.
4. Track the Levels of Optical Power: To monitor power levels, use a light meter.
5. Transceivers to swap: Consider using a reputable transceiver.
6. Examine the logs: Check for problems in the switch/router logs.

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