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100G BiDi transceiver refers to the QSFP28 single-mode fiber bidirectional optical module applied to 100G Ethernet.

100G BiDi transceiver refers to the QSFP28 single-mode fiber bidirectional optical module applied to 100G Ethernet.

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SFP+ fibers cannot be inserted into SFP ports because SFP+ does not support speeds below 1G.

SFP+ fibers cannot be inserted into SFP ports because SFP+ does not support speeds below 1G.

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The transmission rate of QSFP+ optical modules can reach four times that of SFP+ optical modules, and QSFP+ optical modules can be directly used when deploying 40G networks.

The transmission rate of QSFP+ optical modules can reach four times that of SFP+ optical modules, and QSFP+ optical modules can be directly used when deploying 40G networks.

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SFP can be understood as an upgraded version of GBIC. Its volume is only 1/2 of the GBIC module, which greatly increases the port density of network equipment.

SFP can be understood as an upgraded version of GBIC. Its volume is only 1/2 of the GBIC module, which greatly increases the port density of network equipment.

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When using a QSFP56 module in a QSFP56-DD port, the port will be configured for a data rate of 200G instead of 400G.

When using a QSFP56 module in a QSFP56-DD port, the port will be configured for a data rate of 200G instead of 400G.

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Note that SFP+ modules cannot be used in SFP slots, otherwise the port or module may be damaged.

Note that SFP+ modules cannot be used in SFP slots, otherwise the port or module may be damaged.

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The biggest difference between QSFP56 package and QSFP+ and QSFP28 package is that QSFP56 no longer adopts the previous NRZ modulation technology, but adopts PAM4 modulation technology.

The biggest difference between QSFP56 package and QSFP+ and QSFP28 package is that QSFP56 no longer adopts the previous NRZ modulation technology, but adopts PAM4 modulation technology.

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The standard operating temperature range of the QSFP28 module is 0°C to 70°C for the commercial version and -40 to 85°C for the industrial version.

The standard operating temperature range of the QSFP28 module is 0°C to 70°C for the commercial version and -40 to 85°C for the industrial version.

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10GBASE-ZR transceivers can also operate at the nominal wavelength of 1550 nm and work with SMF, but with a longer range of 80 km.

10GBASE-ZR transceivers can also operate at the nominal wavelength of 1550 nm and work with SMF, but with a longer range of 80 km.

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The QSFP-100/112G dual-rate transceivers are designed for low-power 100GBASE Ethernet and 4x28G OTN client interfaces, ideal for telecom and 5G wireless networking applications.

The QSFP-100/112G dual-rate transceivers are designed for low-power 100GBASE Ethernet and 4x28G OTN client interfaces, ideal for telecom and 5G wireless networking applications.

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QSFP56 modules are classified by distance and can be divided into QSFP56 CR, SR, DR, FR, LR, and can achieve different transmission distances on single-mode fiber (SMF) or multi-mode fiber (MMF).

QSFP56 modules are classified by distance and can be divided into QSFP56 CR, SR, DR, FR, LR, and can achieve different transmission distances on single-mode fiber (SMF) or multi-mode fiber (MMF).

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QSFP28 BiDi modules are high-quality solutions for datacom and interconnect applications with the lowest infrastructure cost.

QSFP28 BiDi modules are high-quality solutions for datacom and interconnect applications with the lowest infrastructure cost.

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The QSFP28 specification has only 4 electrical channels, which is not enough to support a 10-channel 10G electrical interface.

The QSFP28 specification has only 4 electrical channels, which is not enough to support a 10-channel 10G electrical interface.

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10G AOCs use fiber optic cables and silicon chips, and provide electro-optical connections to enhance the cable's signal and performance.

10G AOCs use fiber optic cables and silicon chips, and provide electro-optical connections to enhance the cable's signal and performance.

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10GBASE-T SFP+ is typically used in wiring closets that contain switches and patch panels that provide connectivity to large numbers of desktop computers up to 100m.

10GBASE-T SFP+ is typically used in wiring closets that contain switches and patch panels that provide connectivity to large numbers of desktop computers up to 100m.

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The MTP to 4x LC breakout cable consists of an 8-pin MTP connector for 40G QSFP+ on one end and 4 duplex LC connectors for 10G SFP+ on the other end.

The MTP to 4x LC breakout cable consists of an 8-pin MTP connector for 40G QSFP+ on one end and 4 duplex LC connectors for 10G SFP+ on the other end.

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