PCIE MINI SAS SFF-8088 8X I/O 68P to 2 port dual SFF 8087 Server Connection Cable
- MINI SASSFF-8088 8X I/O 68P to 2 port dual SFF 8087
- Gold plated connectors
- Conductor: TC/BC (bare copper),
- Gauge: 28AWG
- Jacket: Nylon or Tube
- Length: 0.5m/ 1m or others. (optional)
- All materials with Roshcomplaint
MINI SAS SFF-8088 8X I/O 68P to  2 port dual SFF 8087
Gold Plated
Color Black
| Electrical | Â |
| Quality Control system | Operation according to regulation & rules in ISO9001 |
| Voltage | DC300V |
| Insulation Resistance | 10M min |
| Contact Resistance | 3 ohm max |
| Working Temperature | -25C—80C |
| Data transfer rate | 12G |
Applications:
SFF 8088 cables are widely used in High-performance computing equipment,such as Computer, Server…etc
Interface
SFF (Small Form Factor) 8088 is an interface specification for optical fiber communication, which defines the physical and electrical characteristics of optical fiber connectors. The SFF 8088 interface is mainly applied in data centers and network equipment for high-speed data transmission. This interface is typically used to connect optical modules and optical fiber cables and is one of the key components for achieving high-speed data communication.
Detail
The internal wires are usually made of high-quality copper, which has good electrical and thermal conductivity to ensure stable and efficient data transmission. The exterior is wrapped with an insulating material, usually HDPEÂ or other materials with good insulating properties, which protects the internal wires from the external environment and also prevents short circuits and other problems between the cables.
Utral durability and shielding performance
The connector Lock and contact part will usually use metal materials, such as brass, phosphor bronze and so on. These contact have good electrical conductivity and mechanical strength, to ensure a stable connection between the connector and the equipment, and can withstand multiple insertion and extraction and not easy to damage. The Lock can fit tightly with the device. improve the stability of signal transmission.














