Founded in 2010, Kinkuo has a decade-long track record of innovative connector and cable design for industrial automation and high-end applications.
Core portfolio spans double-shielded signal cables, 10-million-cycle drag-chain cables, industrial camera & network harnesses, oil-resistant assemblies, and complete SCSI/VHDCI/D-SUB/USB 3.0 connector lines.
Long-term preferred supplier to renowned customers across Japan, Taiwan, Europe, the Americas, and Mainland China, attesting to consistent quality and reliability.
Authorized distributor of Amphenol’s latest high-speed interconnect portfolio (SFP, QSFP-DD, OSFP, SlimSAS, Gen-Z, etc.), enabling turnkey, future-proof solutions.
Overheating is the number one enemy of dense, high-performance network equipment. If your design is struggling with thermal issues, your choice of I/O connector is a critical part of the solution. The OSFP connector system was specifically engineered to be a thermal leader. Its key innovation is an integrated heatsink on the pluggable module that sits directly in the cooling airflow. The cage assembly supplied by KinKuo is designed to work with this system, providing an additional path for heat to escape. By switching your design to use the superior thermal architecture of the OSFP connector, you can more effectively cool the 20+ watt optical modules required for 800G, allowing you to run your system cooler, improve its long-term reliability, and potentially increase its port density. Let KinKuo help you solve your thermal challenges.
The cage is a critical and mandatory part of the OSFP connector system. It is the stamped and formed metal housing that is soldered to the motherboard, and it serves three vital functions. First, it is the mechanical guide and latching structure for the pluggable optical module, ensuring a secure connection. Second, it is lined with EMI gaskets and springs that press against the module, creating a Faraday cage that prevents electromagnetic radiation from leaking in or out. Third, it is a key part of the thermal solution, making physical contact with the module's housing to help conduct heat away from the optics and into the chassis. Using a genuine, precision-engineered cage from a supplier like KinKuo is absolutely essential to the proper function, cooling, and compliance of your OSFP connector port.
To be 100% certain you are buying a genuine Amphenol OSFP connector, you must purchase it from a fully authorized agent. The risk of counterfeit parts in the high-speed market is extremely high, and a fake connector will cause complete network failure. KinKuo is a factory-authorized agent for Amphenol's high-speed I/O products. Our authorized status is your absolute guarantee of authenticity. We provide a direct, secure, and traceable supply chain from the original factory, completely eliminating the risk of counterfeit components. When you source your OSFP connector through KinKuo, you are getting a genuine, fully warranted, world-class component, along with the peace of mind that comes from a secure and reliable supply chain. Don't risk your multi-million dollar project on a part from an unauthorized source.
The integrated heatsink is the key thermal innovation of the OSFP connector form factor. Unlike other standards where the heatsink is part of the cage or a separate clip-on component, in the OSFP system, the primary heatsink is built directly into the top of the pluggable optical module itself. When the module is inserted into the cage on the switch faceplate, the fins of this heatsink remain on the outside of the cage, exposed directly to the cool, ambient airflow. This allows for the most efficient possible heat transfer from the hot optical components inside the module to the cooling system. The cage supplied by KinKuo is designed to facilitate this, allowing air to flow freely over the module's heatsink. This superior design is what allows the OSFP connector to cool the high-power modules needed for 800G and beyond.
You must source an OSFP connector from an authorized agent like KinKuo to guarantee authenticity. These are extremely high-precision components, and a counterfeit part will not meet the critical signal integrity or thermal specifications, leading to network failure. An authorized agent provides a secure, factory-direct supply chain, ensuring you get a genuine, high-performance part that is fully warranted.
The cage assembly is the metal housing that is mounted to the host PCB. The OSFP connector cage provides the mechanical structure for guiding and latching the pluggable module, contains the electromagnetic interference (EMI), and, crucially, makes physical contact with the module's heatsink to help transfer heat away from the optics and into the system's airflow.
AI and ML workloads require massive data transfers between thousands of GPUs, creating a high-bandwidth, high-density network fabric. An OSFP connector is critical for these applications because it provides the 800G port speeds needed to prevent network bottlenecks and has the thermal capacity to cool the advanced optics required for these large-scale clusters, ensuring the entire system can run at peak performance.
The OSFP connector is slightly wider and deeper than the QSFP-DD. This larger size is a deliberate design choice that enables its superior thermal performance and provides a clear roadmap to higher speeds like 1.6T. While QSFP-DD offers backward compatibility with older QSFP modules, OSFP is often seen as the more forward-looking choice for new, high-power, high-performance designs.
The main advantage of the OSFP connector is its superior thermal management capability. The specification was designed from the ground up to handle higher-power optical modules, incorporating an integrated heatsink directly into the pluggable module itself. This allows it to cool modules exceeding 15 watts far more effectively than other form factors, which is critical for 800G optics and beyond.
An OSFP connector is a next-generation, high-speed pluggable I/O interface. Its primary application is in high-performance networking equipment like switches, routers, and servers for 400G, 800G, and future 1.6T data rates, especially within hyperscale data centers, AI clusters, and telecommunications infrastructure.
Explore KinKuo Servo Connector solutions—IP67, 10 M flex, same-day ship. Cut downtime and future-proof motion systems today.
Explore KinKuo VHDCI Connector solutions—0.8 mm pitch, 500 V, RoHS. Cut space and boost speed with proven VHDCI Connector today.
Explore KinKuo VHDCI Connector solutions—0.8 mm pitch, 500 V, RoHS. Cut space and boost speed with proven VHDCI Connector today.
Explore KinKuo Servo Connector solutions—IP67, 10 M flex, same-day ship. Cut downtime and future-proof motion systems today.
Explore KinKuo VHDCI Connector solutions—0.8 mm pitch, 500 V, RoHS. Cut space and boost speed with proven VHDCI Connector today.
Explore KinKuo VHDCI Connector solutions—0.8 mm pitch, 500 V, RoHS. Cut space and boost speed with proven VHDCI Connector today.