This SMA905 SMA-SMA glass fiber optic patch cable, compliant with the OM1 SX standard, features a 3mm wire diameter, a 20m length, and an LSZH orange jacket, offering high-speed optical connectivity.
Utilizing high-quality glass fiber and a precise SMA-SMA connector, it achieves low-loss optical signal transmission and ensures stable data flow. The LSZH jacket is flame-retardant and environmentally friendly, and its orange appearance facilitates cable identification. Suitable for industrial control, data centers, and various network deployment scenarios, it meets the needs of short and medium-distance optical links, providing a reliable and efficient solution for optical signal transmission between devices.
Features:
1. High bandwidth and high speed
Single-mode fiber: Supports Tbps-level transmission, suitable for large-capacity scenarios such as 5G and cloud computing.
Multi-mode fiber: High-speed transmission over short distances.
Application: High-speed Internet, data center, high-definition video transmission.
2. Excellent anti-interference
Completely immune to electromagnetic interference, suitable for strong electromagnetic environment.
No signal radiation, anti-eavesdropping, high security.
Not affected by lightning and radio waves, the reliability is far superior to copper cable.
Application: High-speed railway communication, military communication, financial data center.
3. Strong adaptability to the environment
High temperature resistance: Wide working temperature range.
Corrosion resistance: acid and alkali resistance, moisture resistance, suitable for harsh environments such as petroleum and chemical industries.
Long service life: without physical damage, the service life can reach more than 25 years.
Application: oil exploration, aerospace, ocean monitoring.
4. Wide wavelength application range
Supports 1260-1650nm, covering the main communication wavelengths of wavelength division multiplexing and integrated wavelength division multiplexing.
Application:
Optical communication system,
CATV (Cable Television),
Fiber optic sensing.
