QSFP28 100GBASE-LR4-20 module, LC connector, range up to 10 km

PXT-QSFP28-LR4-10

Pixietech QSFP28 100GBASE-LR4 transceiver, LC, up to 10 km: 100 Gbps over existing single-mode, four channels in the module. In stock in Tashkent, with delivery.

6 188 900 UZS

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Type

QSFP28 optical module

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Connector

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Part number

PXT-QSFP28-LR4-10

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Warranty

1 year

Specifications

Type: QSFP28 optical module
Connector: LC
Part number: PXT-QSFP28-LR4-10
Warranty: 1 year
Speed: 100 Gbps
Range: up to 10 km

The Pixietech QSFP28 100GBASE-LR4 optical transceiver with an LC connector and a reach of up to 10 kilometers opens up the possibilities of 100-gigabit data transmission over existing single-mode optical infrastructure. LR4 technology combines four optical channels in a single transceiver, providing a total speed of 100 Gbit/s using a pair of fibers with LC connectors. This is a solution for backbone nodes, large data centers, and telecom operators where traditional 40G links can no longer handle the load.

Advantages

100 Gbit/s speed: the next level of throughput for high-load networks
Reach up to 10 km: sufficient for inter-node connections in metropolitan networks
QSFP28 form factor: a compact and energy-efficient standard for 100G equipment
LC Duplex connector: a standard interface compatible with existing patch-panel infrastructure
LR4 technology: four wavelengths deliver maximum spectral efficiency
1-year warranty from Pixietech

Applications

Data centers: 100G uplinks and inter-switch backbones
Telecom operators: inter-node 100G transport links in metropolitan networks
Large corporate networks: a high-speed core for video surveillance, cloud, and ERP
Internet service providers: high-capacity uplinks at regional traffic exchange points

Frequently asked questions

Is the transceiver compatible with switches from other manufacturers?

The 100GBASE-LR4 standard is supported by most leading network equipment manufacturers; compatibility with a specific model is recommended to be verified before ordering.

Can already-installed single-mode fiber be used?

Yes, the transceiver works with standard G.652 single-mode fiber, which is widely used in existing optical infrastructure.

How does the number of splices affect the actual reach?

Each splice and connector introduces attenuation; with a large number of connection points, the actual reach may be less than the maximum — an optical budget calculation is required.

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