Built around the requirements of AI servers, high-speed switching equipment and computing
infrastructure, GLGNET provides high-speed I/O, high-speed interconnect and customized
connector products to help customers build reliable AI data center connectivity architectures.
GLGNET provides matched interconnect products for high-speed connections between different devices across AI infrastructure.
High-speed connector and cable products meet AI server requirements for fast data transmission, high-density layouts and stable operation.
High-speed interconnect products support data transfer between computing nodes and meet the high-bandwidth requirements of AI training and inference workloads.
SFP connectors, , QSFP connectors , QSFP-DD connectors and OSFP products support large-scale data exchange in high-speed data center switching equipment.
High-speed connector components and custom connector solutions support stable connections in AI data storage systems and related computing infrastructure.
As AI models continue to grow, data center connectivity architectures must meet increasingly demanding requirements for speed, density and long-term reliability.
AI training and inference process large volumes of data, making conventional connection methods increasingly difficult to scale with growing transmission requirements.
High-speed interfaces require careful control of signal loss, crosstalk and transmission stability throughout the connection channel.
Servers and switching equipment have limited internal space, requiring more high-speed connections within smaller mechanical layouts.
AI data centers often operate continuously, requiring connector components to maintain stable performance and a reliable service life.
Combining high-speed connector products, engineering design capabilities and manufacturing experience, GLGNET helps customers build stable and reliable AI data center connectivity systems.
For high-speed communication in AI computing and data center equipment, GLGNET provides high-speed I/O connector products that support fast data exchange and equipment interconnection.
For servers and switching equipment with limited installation space, GLGNET provides high-density interconnect options designed to support more connections within compact equipment layouts.
GLGNET uses design analysis, simulation, validation and testing support to address signal issues in high-speed transmission and improve overall connection stability.
Based on the customer’s equipment structure, interface requirements and application environment, GLGNET supports design development, sample validation and mass-production delivery.
Different AI equipment architectures require different connector products.
GLGNET offers a product portfolio covering high-speed interfaces, internal interconnects and supporting connections.
| Product Series | Main Installation Position | Product Features | Typical Applications |
|---|---|---|---|
| QSFP Connector / QSFP-DD Connector | Data center switching equipment | Supports high-speed network connections and high-bandwidth transmission | AI switches and data center networks |
| OSFP Connector | Next-generation high-speed switching systems | Designed for high-data-rate and high-density applications | AI clusters and high-speed networks |
| SFP Connector / SFP28 Connector | Network interface modules | Flexible and reliable for different data-rate requirements | Servers and switches |
| High Speed Cable Assembly | Rack and equipment interconnection | Supports high-speed signal transmission and system integration | AI racks and data centers |
| Power Connector | Power connection for high-performance equipment | Supports equipment power connection requirements | AI systems |
| Heat Sink | Thermal management for high-speed modules | Supports heat dissipation and improves operating stability | High-performance computing |
See how GLGNET supports AI servers, data center switches and computing infrastructure with reliable high-speed connectivity products and engineering expertise.
GLGNET provides data center connectivity solutions for AI servers, high-speed switches, GPU clusters and computing infrastructure. The product portfolio includes high speed connectors, SFP and QSFP connectors, compatible cages, heat sink and light pipe options, and high speed cable assemblies. These products support external I/O connections and equipment-to-equipment interconnection requirements across different AI data center architectures.
The right high speed connectors should be selected according to interface type, target data rate, port density, PCB layout, available installation space and thermal requirements. AI servers and data center switches may require different connector structures even when they operate at similar speeds, so connector selection should be based on the complete equipment design rather than bandwidth alone. GLGNET can review the customer’s interface and structural requirements before recommending a suitable configuration.
GLGNET SFP and QSFP connectors support data rates from 1G to 800G, depending on the selected product series and interface configuration. SFP and SFP+ products are suitable for 1G to 10G connections, while SFP28, QSFP28, QSFP-DD and newer high-speed interfaces support higher-bandwidth switching, server and AI computing applications. The final selection should match the transceiver format, system architecture, PCB design and required data rate.
High speed cable assemblies are used for reliable equipment-to-equipment or internal system connections in AI servers, switches and computing infrastructure. Their suitability depends on data rate, transmission distance, cable routing, available internal space and signal-loss requirements. GLGNET can provide cable assembly support based on the customer’s equipment layout and interface specifications, helping the completed connection fit both electrical and mechanical design requirements.
Yes. GLGNET provides custom connector solutions based on equipment layout, interface structure, port density, mounting method and performance requirements. Engineering support can cover connector structure adjustments, cage configuration, heat sink or light pipe options, cable assembly design, signal integrity analysis and sample validation. This allows the connector configuration to be matched more closely to the customer’s AI server, switch or computing equipment design.
GLGNET validates data center connectors through signal integrity analysis, electrical performance testing, mechanical testing and environmental reliability testing. For high-speed interfaces, connector performance must be evaluated together with PCB layout, cable assemblies, cage structure and thermal conditions because these factors can affect insertion loss, signal stability and long-term operation. Testing and engineering validation help identify potential design risks before the project moves into mass production.
Yes. GLGNET can support a high speed connector project through product selection, engineering review, sample development, testing, low-volume trial production and large-scale manufacturing. Before starting the project, customers should provide the required interface type, target data rate, equipment application, available drawings or samples, estimated quantity and special structural requirements. This information allows the engineering team to assess feasibility and prepare a more accurate product recommendation.
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