The JBX60333 1.5ft Cat5e UTP Non-Booted Ethernet Cable represents professional-grade networking connectivity in a compact format. This green-colored cable is engineered for demanding networking environments where space efficiency and performance reliability are critical. **Key Features:** Craft from premium materials with oxygen-free copper conductors exceeding 99.95% purity, this cable ensures minimal signal loss and maximum data integrity. The straight-through polarity configuration with RJ45-to-RJ45 connectors provides plug-and-play compatibility with standard networking equipment. The 24AWG gauge with 4.0mm outside diameter offers durability while maintaining flexibility for installation in constrained spaces. **Performance & Specifications:** Supporting up to 1GB data rates, this Cat5e cable meets TIA/EIA Category 5e standards for reliable transmission of low-voltage network signals across distances up to 1.5 feet. The Riser Rated (OFNR) jacketing ensures compliance with building codes and safety standards, making it suitable for both commercial and residential applications. **Technical Advantages:** The non-booted design eliminates bulky strain relief boots, enabling easier installation in densely populated patch panels and network cabinets. Operating reliably across temperatures from -20°C to +75°C (-4°F to 167°F), this cable performs consistently in diverse environmental conditions. **Compliance & Warranty:** Fully RoHS compliant and meeting EU directive 2002/95/EC standards, this cable reflects our commitment to environmental responsibility. Backed by a lifetime limited warranty, the JBX60333 provides long-term protection for your networking investment. **Custom Availability:** While this 1.5ft model covers short interconnect needs, custom lengths are available upon request, allowing you to match your specific networking requirements perfectly. **Ideal For:** Network administrators, IT professionals, server room installations, patch panel configurations, and any application requiring reliable short-distance Ethernet connectivity with space-conscious design considerations.