Description
Fujitsu 10602070614 Technical Overview
The Fujitsu 10602070614 is a high-performance 10GBASE-LR SFP+ optical transceiver module designed for extended reach applications in enterprise and data center environments. It is engineered for seamless integration with the Fujitsu FLASHWAVE and various third-party switching platforms requiring high-density fiber connectivity. This module utilizes a 1310nm wavelength to support long-distance transmission over single-mode fiber infrastructure. The 10602070614 ensures robust signal integrity across diverse network topologies.
Engineers rely on the 10602070614 for its strict adherence to MSA standards, ensuring interoperability within existing optical transport architectures. The unit supports full-duplex operation, facilitating high-speed data exchange while maintaining low power consumption profiles. By incorporating this component, administrators can effectively scale their fiber-optic backbones without compromising on latency or reliability. Rigorous field-tested validation confirms that the 10602070614 maintains stable performance under variable thermal conditions.
Fujitsu 10602070614 Technical Specifications
- Data Rate: Supports 10.3125 Gbps throughput for high-speed Ethernet and fiber channel applications.
- Wavelength: Operates at 1310nm to provide optimized signal transmission over single-mode fiber (SMF) up to 10km.
- Platform Compatibility: Fully compatible with Fujitsu FLASHWAVE packet-optical networking platforms and standard SFP+ host ports.
- Latency: Engineered for ultra-low latency performance, ensuring minimal jitter and packet delay in time-sensitive network environments.
Buy or Sell Fujitsu 10602070614
- For Buyers: ROC Telecom provides rigorously tested, Fujitsu-compatible hardware for rapid network expansion or as a mission-critical spare. Our field-tested units ensure uptime without OEM lead times.
- For Sellers: We offer competitive buyback quotes, instant payment, and prepaid shipping for decommissioned 10602070614 units and other Fujitsu surplus.

