Cat6 Direct Burial Wavenet 6EOSPGBK2N Gel Filled 600MHz UTP 23AWG 1000ft Solid Copper Ethernet Cable

Running a dependable network outdoors presents unique challenges, and the Wavenet 6EOSPGBK2N is built specifically to meet them. This premium direct burial ethernet solution brings robust networking performance to harsh environments where standard cabling would quickly deteriorate. Engineered for underground trenching and outdoor exposure, it provides a stable, high-speed data connection without the strict requirement of protective conduit. Whether you are expanding a campus network or bringing connectivity to remote corners of a property, this reliable heavy-duty wire ensures your network remains fast and consistent, regardless of the elements.

Product Specifications
This unshielded twisted pair solution is categorized for high-end performance, tested up to 600 megahertz. It operates well within standard electrical constraints, bringing a maximum DC resistance of 9.38 ohms per 100 meters at 20°C and capping resistance unbalance at 5 percent. The four internal conductors consist of 23 AWG solid bare copper. It meets strict industry benchmarks, including compliance with TIA-568-C.2 transmission standards, RoHS directives, and UL444 mechanical property guidelines. The heavy-duty 1000-foot reel weighs approximately 39 pounds total. The wire handles delay skew up to 45 nanoseconds and boasts a nominal velocity of propagation of 69 percent.

Features and Applications
A major advantage of this wire lies in its resilience against sustained moisture. The gel filling actively repels water intrusion, preventing potential damage beneath the surface. It ships on a convenient continuous thousand-foot reel, making long, unbroken cable pulls straightforward and manageable. Rated to support gigabit and multi-gigabit connections over extended distances, it is an excellent match for demanding bandwidth applications that must be routed across large physical properties. The sunlight-resistant rating ensures that segments remaining above ground will not break down under prolonged ultraviolet exposure.

Uses
This product excels in scenarios where indoor connectivity systems must be extended globally across the outdoors. It is ideal for linking separate structures together, bridging a main office building to a warehouse, or establishing localized network nodes on expansive campuses. Installers frequently use this robust wiring to connect outdoor security cameras mounted on exterior walls or distant posts. It serves wonderfully for outdoor wireless access points meant to cover open patios or fields, and it fits perfectly into agricultural or industrial settings where remote sensors require real-time data flow back to a central facility.

Construction
The physical build prioritizes long-lasting defense and structural integrity. At the core, the bare copper conductors are heavily insulated in high-density polyethylene. The pairs are separated by a physical cross divider that minimizes internal crosstalk, surrounded completely by a moisture-blocking protective gel layer. A thin layer of polyester tape wraps this bundle, shielding it directly beneath a tough, black linear low-density polyethylene outer jacket designed for direct soil contact. A built-in ripcord makes field stripping and termination much more manageable. The four color-coded internal pairs follow the industry norm: blue, orange, green, and brown, each paired with their corresponding white-striped wire.

Additional Relevant Information
During installation, it is recommended to keep temperatures strictly between 0°C and 75°C, though once installed, the wire remains operational in climates dropping as low as -20°C. Sequential footage indicators run along the length of the exterior jacket, allowing installers to track exactly how much product remains on the reel. The outer jacket maintains impressive mechanical durability, proving a tensile strength greater than or equal to 19 megapascals prior to any aging, and retaining at least 85 percent of that strength following thermal testing at 100°C for 96 hours.