product attribute
| Customization: | OEM/ODM |
| interface： | OcuLink SFF 8611 |
| length： | 0.5M 0.8M 1M |
| Function： | Expansion and connection to achieve PCle signal transmission between the host and the device |
| Main purpose： | Connect NVMe SSD, external graphics card, PCIe expansion devices, etc. |
| Compatible： | Physics and cables, signals and protocols, systems and firmware, power supply |
| Electrical characteristics: | a)Support the PCIe protocol |
| b) 8 GT/s per channel (PCle 3.0) | |
| c) Maximum supply current: 0.5A | |
| d) Working temperature: 0° – +70° | |
| e) The signal is stable and without delay, and there is no lag | |
| application: | High-speed cable direct connection for extending PCIe devices |
| Environmental standards: | RoHS Compliant |
application area
♦ Data Centers and Cloud Computing • NVMe SSD JBOF/Storage Box: Connects the backplane via OCuLink, aggregates dozens of NVMe SSDs, and provides extremely high storage bandwidth. • GPU Server Interconnection: Connects the GPU computing boxes within the chassis to achieve decoupling of CPU and GPU resources and flexible configuration. • High-speed Network Adapter: Connects 200G+ intelligent network cards or DPU. High density, high bandwidth, optimizes TCO (Total Cost of Ownership), and realizes resource decoupling.
♦ High-performance computing and AI • AI training/inference servers: External multi-GPU expansion box, providing powerful computing power for machine learning tasks. • Scientific computing workstations: Connecting multiple high-performance computing cards (such as FPGAs). Low latency, high bandwidth, ensuring computing task efficiency and avoiding performance bottlenecks.
3. Enterprise-level storage • All-flash arrays: As the endpoint and connection method of NVMe over Fabrics (NVMe-of). • Interconnection between storage controllers and disk cabinets. Replacing traditional SAS/SATA, providing higher storage access speed.
♦ Enterprise-level storage • All-flash array: As the endpoint and connection method of NVMe over Fabrics (NVMe-of). • Interconnection between the storage controller and the hard disk enclosure. Replacing traditional SAS/SATA, providing higher storage access speedEnterprise-level storage • All-flash array: As the endpoint and connection method of NVMe over Fabrics (NVMe-of). • Interconnection between the storage controller and the hard disk enclosure. Replacing traditional SAS/SATA, providing higher storage access speedEnterprise-level storage • All-flash array: As the endpoint and connection method of NVMe over Fabrics (NVMe-of). • Interconnection between the storage controller and the hard disk enclosure. Replacing traditional SAS/SATA, providing higher storage access speedEnterprise-level storage • All-flash array: As the endpoint and connection method of NVMe over Fabrics (NVMe-of). • Interconnection between the storage controller and the hard disk enclosure. Replacing traditional SAS/SATA, providing higher storage access speed
♦ Professional Workstations and Creative Design • External Graphics Dock: Provides desktop-level graphics performance for mini computers or laptops, suitable for 3D rendering and video editing. • High-speed Mobile Storage: Connects to a portable NVMe SSD array to serve as a material library for 4K/8K video editing. Flexibility and high performance without sacrificing portability, achieving desktop-level performance.
Why Choose our Lungkay
LUNGKAY Electronics - Your exclusive expert for cable manufacturing design
- Reliable Quality: Expert design using phosphor bronze terminals and durable PBT housing ensures long-lasting performance.
- Strict Testing: Every assembly undergoes comprehensive testing to guarantee signal integrity and electrical performance.
- Full Customization: We offer complete OEM/ODM services for unique cable lengths, pinouts, and connector requirements.