The JBX00172 represents the pinnacle of fiber optic connectivity for next-generation networking infrastructure. This OM5 6-fiber pigtail combines cutting-edge wideband multimode technology with practical field-installation features, making it essential for modern data centers, telecommunications facilities, and enterprise networks requiring high-speed, reliable fiber connections. **Key Performance Features:** Built on OM5 50/125 multimode fiber architecture, this pigtail achieves exceptional modal bandwidth specifications: 4700 MHz·km @ 850nm and 2470 MHz·km @ 953nm. This performance enables seamless 10 Gigabit Ethernet transmission across distances up to 400 meters, with minimal signal degradation. Insertion loss of ≤0.35dB (0.15dB typical) and return loss ≥20dB ensure signal integrity across critical network infrastructure. **Advanced Design & Practicality:** The LC/UPC connector provides industry-standard termination with excellent optical performance and durability. Six unterminated color-coded fiber strands offer customization flexibility for specific deployment requirements. The 0.9mm jacketed design balances protection with manageability, while color-coding dramatically simplifies fiber identification in high-density installations. G.657.A1 glass fiber composition ensures superior performance and longevity. **SWDM Technology Ready:** Fully compatible with Short Wavelength Division Multiplexing (SWDM) technology across the 850–953nm spectrum, positioning this pigtail for emerging multi-wavelength applications and future bandwidth requirements. **Compliance & Reliability:** RoHS/ELV certified and TAA compliant, meeting stringent environmental and sourcing requirements. 90-day limited warranty provides confidence in product quality. Available in custom lengths to accommodate diverse installation scenarios. **Applications:** Ideal for data center interconnects, enterprise campus networks, telecommunications infrastructure, server farm deployments, and any high-performance multimode fiber networking application requiring exceptional bandwidth and reliability.