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The PCT-IT1W-12 is a 1 GHz bandwidth, 1-way drop tap designed for reliable signal distribution. It offers a tap value of 12 dB and is part of PCT International's Gold Series.

The PCTTPA81220 is an 8-way outdoor tap designed for 1.2 GHz DOCSIS 3.1 systems, offering a 20dB tap value. It ensures high performance with minimal insertion loss and superior RFI shielding.

PCT's Outdoor Tap, 4-way, 23dB (PCTTPC423) is specifically engineered for DOCSIS 3.1 networks, offering extended bandwidth and robust signal level conditioning to ensure optimal performance in any weather conditions.

The PCT Outdoor Tap, 4-way, 17dB, PCTTPA41217 offers superior performance and durability for 1.2 GHz DOCSIS 3.1 systems. Designed to ensure minimal insertion loss and optimal signal quality, it is ideal for outdoor multimedia applications.

The PCTTPA41214 Outdoor Tap is a 4-way, 14dB multimedia tap designed for 1.2 GHz DOCSIS 3.1 systems. It ensures minimal insertion loss and provides optimal performance in various environmental conditions.

The PCT-IT4W-26 is a high-performance indoor tap designed to deliver reliable signal distribution with minimal insertion loss. Ideal for various applications in residential and commercial settings.

The LC/UPC to SC/APC Duplex 1m Patch Cord, is a high-performance, single-mode optical fibre cable designed for reliable network connections.

The CORNING LC/UPC-SC/UPC simplex single-mode patch cord with a length of 10m is a high-quality telecommunications product designed for efficient fiber optic connectivity. It features LC/UPC and SC/UPC connectors at each end, ensuring reliable and secure connections. The patch cord is constructed with high-quality materials and is suitable for various applications in telecommunications networks.

All-Dielectric Self-Supporting (ADSS) Fiber Cable with 6 Optical Fibers (G.657A1)

The OFC-144 G.652D-SA-S1 is a high-performance self-supporting aerial installation optical fiber cable designed for robust and reliable data transmission. It offers excellent tensile strength, flexibility, and superior optical performance.