Cat6 Direct Burial Wavenet 6ESOSPBK2N 600MHz Shielded FTP 23AWG 1000ft Solid Copper Ethernet Cable

Setting up a reliable network outdoors requires more than just standard indoor wire. The Wavenet 6ESOSPBK2N is a premium foiled twisted pair (FTP) cabling solution designed specifically to face the elements and suppress interference. Engineered for direct burial and outdoor routing, it delivers Category 6 gigabit performance without the strict need for separate protective conduit. By combining heavy-duty physical protection with intelligent electrical shielding, this wire provides a stable, high-speed data connection whether it is buried underground, strung across a campus, or exposed to the sun. It is a dependable choice for securing your data flow in rough environments.

Product Specifications
Delivering excellent transmission quality, this cable operates efficiently up to 600 megahertz. The configuration features four twisted pairs constructed from 23 AWG solid bare copper. Electrically, it handles a maximum DC resistance of 9.38 ohms per 100 meters at 20°C, while resistance unbalance remains neatly capped at 5 percent. The maximum mutual capacitance is measured at 5.6 nanofarads per 100 meters with capacitance unbalance kept to 330 picofarads over the same distance. Delay skew is regulated up to 45 nanoseconds, and the nominal velocity of propagation (NVP) lands at 69 percent. The total outer diameter measures 0.296 inches, and a full thousand-foot spool weighs in at 36 pounds.

Features and Applications
The defining feature of this wire is its aluminum foil shield, which serves as a powerful barrier against external electromagnetic interference (EMI) and radio frequency interference (RFI). This shielding ensures consistent data integrity when placed near electrical lines or large machinery. The jacket material is formulated to be sunlight-resistant, saving you the hassle of early deterioration from ultraviolet exposure. The product passes stringent industry testing, maintaining compliance with both TIA-568-C.2 transmission standards and RoHS regulations, alongside fulfilling UL444 mechanical property guidelines to ensure structural dependability across demanding application sites.

Uses
Because of its unique shielded structure, this cable excels in demanding industrial or commercial scenarios where signal disruption is a major concern. It is frequently deployed to extend local area networks across large agricultural properties or between separated office buildings. IT professionals rely on it for powering and connecting sensitive outdoor PoE security cameras, bridging outdoor wireless access points, or linking remote gate access controllers back to a main facility. When trenching directly into soil or navigating pathways complicated by nearby power infrastructure, this shielding maintains your bandwidth flawlessly.

Construction
Durability is built in layer by layer. At the center are the bare copper conductors, each encased in high-density polyethylene (HDPE) insulation measuring 0.040 inches across. Next, a central physical cross separator runs the length of the wire to isolate the four painted conductor pairs (blue, orange, green, and brown, heavily paired with their corresponding white striping) and reduce crosstalk. The bundle is wrapped entirely in the protective aluminum foil shield with an internal drain wire to ground interference safely. Finally, a built-in ripcord makes field-stripping faster before capping the assembly with a rugged, thick black linear low-density polyethylene (LLDPE) exterior jacket.

Additional Relevant Information
When you are on site, installation should be conducted at temperatures between 0°C and 75°C. However, once in the ground or mounted, the operating temperature boasts a wide functional range dropping as low as -20°C. Sequential footage markers are printed directly onto the jacket so you can easily track exactly how much wire is left on the reel. In terms of mechanical stress limits, the unaged tensile strength meets or exceeds 19 megapascals, and it will maintain at least 85 percent of that strength even after thermal aging at 100°C for 96 hours.