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SFP Supplier

Hilink Technology is a leading manufacturer of optical transceivers, designing and producing a wide range of optical solutions for wireless communications, transport networks, data center networks and cloud computing. 


With long and significant experience in manufacturing optical modules for telecom networks, Hilink Technology has a reputation for product quality, consistency and value. Many leading telecom operators, cloud service providers and data center operators rely on Hilink Technology's optical products and expertise for their network operations.


Hilink Technology is also a certified supplier to many global telecom equipment manufacturers, providing integrated solutions for 5G, cloud data centers and fiber optic networks.

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Optical Transceivers
Passive xWDM
DAC AOC Cables
Optical Solutions

SFP Supplier

For data center networking and cloud computing, Hilink Technology optical solutions include 400G QSFP-DD, 100G QSFP28, 25G SFP28 and 10G SFP+, covering a wide range of networking applications. They are highly compatible with data center servers, storage systems, routers and switches.


For transport networking, Hilink Technology offers CWDM, DWDM, LWDM and BIDI solutions with data rates from 155Mbit/s to 100Gbit/s in a variety of packages, including QSFP28, SFP28, SFP+, XFP and SFP. Our products are designed for telecom operations and can operate under harsh industrial conditions. Our products have passed all critical compliance and quality tests and have received internationally recognized certifications.


For wireless communications, Hilink Technology optical solutions include CPRI/eCPRI transceivers for 5G, 4G and other wireless applications. All of our products are designed for wireless operation and can operate in harsh industrial conditions with excellent EMI shielding for higher density requirements.


Our wireless solutions are widely deployed in the forward, mid-and backhaul networks of many leading telecom operators worldwide. Among our transceiver products, 10G DWDM and 25G DWDM are most popular with our telecom customers whose 5G forward pass deployments include small base stations.

10G SFP+ optics have a smaller footprint than XFP modules, which also enables higher port density.

10G SFP+ optics have a smaller footprint than XFP modules, which also enables higher port density.

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Using the SFP-25G-ER transceiver module, the maximum distance currently supported for 25G is 40 km. Other optics may be released in the future to support longer distances.

Using the SFP-25G-ER transceiver module, the maximum distance currently supported for 25G is 40 km. Other optics may be released in the future to support longer distances.

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QSFP+ supports 4×10Gbit/s channel transmission, and can achieve 40Gbps transmission rate through 4 channels.

QSFP+ supports 4×10Gbit/s channel transmission, and can achieve 40Gbps transmission rate through 4 channels.

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And the SFP+ transceiver cannot be inserted into the SFP port, otherwise the product or the port may be damaged. Generally, SFP+ is more expensive than SFP.

And the SFP+ transceiver cannot be inserted into the SFP port, otherwise the product or the port may be damaged. Generally, SFP+ is more expensive than SFP.

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QSFP+ module supports 40Gbit/s single channel rate, QSFP+ DAC/AOC supports 4×10Gbit/s transmission rate.

QSFP+ module supports 40Gbit/s single channel rate, QSFP+ DAC/AOC supports 4×10Gbit/s transmission rate.

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400G QSFP-DD, the

400G QSFP-DD, the "DD" here refers to double density, that is to say, the number of channels of 400G QSFP-DD has changed from 4 to 8, and the transmission rate of 400G can be achieved.

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SFP transmits up to 4Gbit/s, and SFP+ can transmit up to 10Gbit/s; SFP is based on the SFF-8472 protocol, while SFP+ is based on the SFF-8431 and SFF-8432 protocols.

SFP transmits up to 4Gbit/s, and SFP+ can transmit up to 10Gbit/s; SFP is based on the SFF-8472 protocol, while SFP+ is based on the SFF-8431 and SFF-8432 protocols.

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10G SFP+ is suitable for in-rack connections between servers and switches, providing significant cost and power savings in short-haul applications. 10G SFP+ cables can be used as 10G SFP+ DAC and 10G SFP+ AOC.

10G SFP+ is suitable for in-rack connections between servers and switches, providing significant cost and power savings in short-haul applications. 10G SFP+ cables can be used as 10G SFP+ DAC and 10G SFP+ AOC.

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SFP port is an interface that realizes gigabit photoelectric signal conversion, and its main function is for signal conversion and data transmission.

SFP port is an interface that realizes gigabit photoelectric signal conversion, and its main function is for signal conversion and data transmission.

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SFP28 supports only one 25 Gbit/s channel, while QSFP28 supports 4 independent channels, each at 25 Gbit/s.

SFP28 supports only one 25 Gbit/s channel, while QSFP28 supports 4 independent channels, each at 25 Gbit/s.

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QSFP28 is the abbreviation of Quad Small Form-Factor Pluggable 28.

QSFP28 is the abbreviation of Quad Small Form-Factor Pluggable 28.

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SFP optical module is an interface device that converts gigabit electrical signals into optical signals, and is an industry-standard small and pluggable gigabit optical transceiver integrated module.

SFP optical module is an interface device that converts gigabit electrical signals into optical signals, and is an industry-standard small and pluggable gigabit optical transceiver integrated module.

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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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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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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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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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