The COMX Corner Wall Mount Data Cabinet is engineered for optimum performance in housing critical network, electronic, and telecommunication equipment. Constructed from robust steel with a thickness of 1.5mm, this cabinet ensures a durable and secure enclosure for valuable infrastructure. Featuring a lockable front door with a reversible hinge, it offers both security and versatility in access. The vented top promotes effective airflow, crucial for maintaining equipment at optimal temperatures. Standard in black, this cabinet integrates seamlessly into any setting. Available in sizes of 6U, 9U and 12U, it is designed for efficient space utilization, ideal for corner mounting to maximize room layouts.
COMX Heavy Duty Plastic Tags are essential for reliable marking and identification in telecommunications and utility applications. Made from high-density polyethylene (HDPE), these tags are robust and designed to withstand harsh outdoor and underground environments. Available in a spectrum of seven colors—black, blue, yellow, red, white, green, and orange—these tags offer flexibility in coding and visibility. Each tag is a durable choice for cold-stamping of cables, pipes, conduits, and utility poles, ensuring clear, long-lasting identification. These tags not only help in organizing and tracking, but also certify the ownership of physical assets in complex network setups.
COMX Round Drop Cables are designed to seamlessly integrate into the final leg of network installations, connecting main distribution frames to consolidation points in homes, apartments, or offices. These cables feature a bend-insensitive optical fiber encased in a light, yet robust construction with LSZH (Low Smoke Zero Halogen) outer jackets for enhanced safety. Reinforced with two dielectric strength members made of fiber reinforced plastic (FRP), they ensure durability and reliability in various deployment conditions. Ideal for direct termination with industry-standard connectors, COMX Round Drop Cables simplify the installation process while maintaining superior performance, making them an excellent choice for modern telecommunications infrastructure.
COMX G652D Singlemode Bare Fiber Cable is engineered to the highest standards, adhering to the B.1.3 IEC60793-2-50 specification. This fiber cable is part of the widely recognized G652 family, renowned for its exceptional performance and compatibility. G652D fiber allows only a single mode of light to pass through, optimizing signal integrity over long distances. Its key advantage lies in its backward compatibility, enabling seamless splicing with existing G652 installations, which is crucial for repairs and upgrades. This makes it an ideal choice for extensive optical networks where consistent performance and reliability are paramount. COMX G652D fiber is a cornerstone in modern optical communication, offering a blend of innovation and tradition in fiber technology.
The COMX G655 Singlemode Bare Fiber Cable is a Non-Zero Dispersion Shifted (NZDS) optical fiber, meticulously engineered for high data-rate and multi-wavelength long-haul transmission networks. Its dispersion characteristics, strategically shifted to 1450nm, make it suitable for Dense Wavelength Division Multiplexing (DWDM) applications, effectively minimizing interactions between varying wavelengths. The G655 fiber boasts a large effective area, enhancing power handling capabilities, and is optimized for both C-band (1530-1565 nm) and L-band (1565-1625 nm) transmissions. Available in lengths ranging from 500 to 4000 meters, this fiber cable is designed for performance in the most demanding telecommunications environments, ensuring superior signal integrity and reliability over extended distances.
The COMX G657A2 Singlemode Bare Fiber Cable sets the industry standard for installation flexibility and reduced sensitivity to bending, making it an ideal choice for challenging environments including in-building pathways. Engineered to meet the B.6.A and B IEC60793-2-50 standards, this cable features a remarkably small bending radius, which minimizes splice losses and enhances installation ease. Its advanced design not only ensures low macro-bending sensitivity but also boasts a low water-peak level, optimizing performance across the O-E-S-C-L bands (1260-1625nm). The G657A2 is perfectly suited for dense urban infrastructure projects, offering consistent, reliable connectivity where traditional fibers might falter.
The COMX Multimode Bare Fiber Cables offer a robust solution for localized networking needs, featuring a range of specifications tailored to diverse applications. These cables are available in two main configurations: 62.5/125µm (OM1) and 50/125µm (OM2, OM3, OM4), each designed to meet the rigorous standards of IEC60793-2-10 (ITU-G651). The larger core size of these fibers facilitates a higher light-gathering capacity, making them ideal for short-distance, low-data-rate applications. For more demanding network environments, the OM3 and OM4 variants support high-speed data transmissions, suitable for broad-scale local area networks (LANs) and capable of handling speeds up to 10Gb/s, ensuring high performance and efficiency in data transfer processes.
COMX LC Adapters are expertly engineered for optimal performance in fiber optic networks, suitable for both singlemode and multimode applications. These adapters feature a precision ceramic sleeve for singlemode fibers to ensure superior alignment and minimal signal loss, and a durable metallic sleeve for multimode fibers to accommodate high-speed data transmissions. Available in standard blue for singlemode, green for APC, and beige for multimode, these adapters maintain industry color-coding for easy identification. Their compact design is fully compatible with SC simplex adapters, allowing seamless integration into existing SC-equipped devices. The LC adapters also come in duplex and quadruplex formats, enhancing connectivity options while maintaining footprint efficiency.
COMX MU Adapters epitomize precision and durability, offering seamless integration for both multimode and singlemode fiber cables in complex network environments. These adapters are designed with a high-quality ceramic sleeve to ensure accurate fiber alignment and reduced signal loss, essential for maintaining high-speed data integrity. Available in both simplex and duplex formats, MU Adapters are compatible with SC adapter footprints, allowing for flexible installation across various network configurations. Their lightweight plastic bodies are complemented by robust stainless steel mounting clips for secure, snap-in installation. Ideal for use in LAN, security systems, FTTX, and areas with high EMI/RFI, COMX MU Adapters provide a reliable and efficient connection solution.
COMX Male-Female LC-UPC Attenuators are expertly engineered for precision control of optical power in fiber optic networks. These high-quality attenuators are designed to seamlessly integrate into existing LC-UPC connectors, serving both as adapters and power regulators. They effectively reduce optical power to prevent receiver distortion from excessively strong signals, ensuring optimal performance and signal integrity across communication systems. Ideal for system testing, calibration, and signal equalization, these attenuators are indispensable in managing optical power for enhanced network reliability. Their fixed attenuation levels provide a stable, predictable optical pathway, essential for maintaining the high standards of fiber optic transmission.
COMX Male-Female ST-UPC Attenuators are meticulously crafted for single-mode fiber applications, compatible across a broad wavelength range from 1240nm to 1620nm, including critical wavelengths at 1310nm and 1550nm. These attenuators are designed to deliver consistent high performance with an attenuation accuracy that spans from 1dB to 30dB. Ideal for precise power management in optical networks, these attenuators ensure optimal compatibility and integration with existing ST connectors. They operate efficiently across a wide temperature range from -40°C to +75°C, offering reliability and longevity in various operating conditions. Essential for reducing optical power, they facilitate a controlled and stable network environment.
COMX Male-Female SC-UPC Attenuators are essential tools designed for fine-tuning optical power within fiber optic networks. These precision devices seamlessly integrate a male SC connector and a female receptacle, facilitating effortless connection and disconnection. They are crucial for adjusting optical power to prevent the saturation of fiber optic receivers, ensuring that communication systems operate within their optimal power range. Employed extensively in single-mode systems, particularly in long-haul DWDM networks, these attenuators maintain the integrity and stability of the transmission wave. Available in various attenuation levels, they are key to optimizing system performance, offering calibration correction, and managing signal attenuation effectively.
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