The COMX Fiber Optics Splice Closure (Dome Type) made of High Strength UV-Resistant Polymer Plastic, provides secure and reliable housing for splicing of fiber from 24 upto 288 cores. Designed for both underground and aerial installations, its dome-shaped structure ensures excellent mechanical protection and environmental sealing against dust, moisture, and impacts. Built with high-quality materials, it supports a variety of cable diameters and configurations, making it ideal for fiber distribution and branching applications. User-friendly features enable quick installation and easy maintenance, reducing downtime. Compliant with international standards, this splice closure offers robust performance and durability, making it a trusted solution for critical network infrastructure in diverse conditions.
Ensure ultimate protection for your fiber optic splices with COMX Optical Fiber Dome Closures, engineered for aerial, underground, and direct burial applications. These dome closures offer outstanding environmental and mechanical protection, ensuring the integrity of your optical fiber networks. The design features a high-strength engineering plastic shell that withstands harsh conditions like vibrations, impacts, and temperature fluctuations. Silicon gum material seals the closure and cable entries, enhanced by a hoop mechanism for tight security. Its resealable components maintain excellent airtight and waterproof performance, and the user-friendly design allows easy installation without special tools. Opt for COMX for reliable, robust fiber optic protection.
Elevate your network's integrity with the COMX Dome Closure Fiber Optic Mini, meticulously designed to safeguard fiber optic splices and joints. This compact yet robust dome closure offers an exceptional protection system for optical fiber fusion and connections within your communication network. Made from high-strength engineering plastics and reinforced with high-quality stainless steel for external fasteners and structural parts, it stands up to harsh environmental conditions, ensuring sustained communication quality and safety. The closure features individual hinged splice trays that operate independently to prevent fiber entanglement and potential loss. It supports up to 48 fibers and incorporates both mechanical and heat shrink sealing techniques to ensure airtight, waterproof performance. With its versatile compatibility with optical passive components and adaptability to various installation scenarios including overhead, pipeline, and direct burial, the COMX Dome Closure Fiber Optic Mini is an essential component for efficient network management and expansion.
The COMX Dome Metal Splice Closure is a high-performance optical cable joint box designed for secure and reliable fiber optic connections in various network applications. Constructed from durable aluminum alloy, it provides high mechanical strength, corrosion resistance, and superior sealing to withstand harsh environmental conditions. With the capacity to support up to 96 fiber splices, it accommodates both direct and branch connections, ensuring flexibility and ease of maintenance. Designed to operate in extreme temperatures ranging from -40°C to +70°C, it is ideal for FTTH, LAN, PON, and optical fiber communication systems, offering long-lasting protection, superior fiber management, and network reliability.
Introducing COMX's 1650nm FBG (Fiber Bragg Grating) fiber optic reflector, a critical component for communication link detection in optical transmission systems. Functioning similarly to a band-pass filter, this reflector fully reflects light within the 1644.5nm to 1655.5nm range with a return ratio exceeding 99.5%, while allowing all other wavelengths to pass through. In the realm of communications, it effectively separates the communication light from the detection light, preventing any interference with the communication signal. This ensures precise control and stable operation, with the added benefit of a long service life. Experience enhanced efficiency and reliability in your optical transmission with COMX's advanced FBG reflector.
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.
The COMX SC/APC Singlemode Simplex Green Adapter is meticulously designed for seamless, high-precision connectivity in singlemode fiber applications. This adapter facilitates quick and reliable connections between SC APC connectors or fiber patch cables, ensuring a fast and accurate field setup. Featuring robust zirconia ceramic alignment sleeves, it offers exceptional mating precision that minimizes signal loss and enhances overall network reliability. Ideal for extending cable runs, this adapter supports critical telecommunications and data center operations. Its sturdy construction guarantees enduring performance and efficiency, making it an essential component for managing and optimizing optical networks.
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 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.
The COMX SFP Optical Transceiver epitomizes cutting-edge fiber connectivity technology, offering a versatile and cost-effective solution for integrating fiber networks within a variety of communication infrastructures. This compact, hot-swappable module enhances your network's capability with up to 10.3 Gbps data rate over a span of up to 20 km using a 1310 nm DFB-LD transmitter. Designed for robust, single-mode fiber performance, it features a duplex LC connector and supports digital diagnostic monitoring via an I2C interface. Whether deployed in 10G Ethernet networks or to link numerous network devices across significant distances, the COMX SFP+ transceiver ensures reliable, high-speed data communication compliant with the MSA SFP+ and SFF-8472 standards.
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 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.
The COMX PLC Splitter Box Beams are state-of-the-art optical power management devices, crafted using silica optical waveguide technology for peak performance. These box and cassette type splitter modules are encased in a durable ABS box with ruggedized fiber jackets, ensuring robustness in varied environments. Available with a range of connector options to suit customer specifications, with SC as the standard configuration, these splitter boxes offer quick installation and reliable performance. Their compact design, high reliability, and broad operating wavelength range make them indispensable in fiber optic networks for efficient optical signal power splitting, catering to diverse telecommunication applications.
The COMX PLC Splitter Boxes are essential passive optical devices designed to divide optical power uniformly across networks. Utilized predominantly in FTTx, metropolitan, and wide area networks, as well as cable TV systems, these splitters are integral to the infrastructure of passive optical networks like EPON/GPON. Featuring high bandwidth suitable for 1260~1650nm wavelengths, the PLC splitters ensure excellent channel uniformity. They are available in various packaging styles to accommodate diverse installation environments and customer requirements. Offering configurations from 1XN to 2XN, with channel possibilities up to 64, COMX PLC Splitter Boxes deliver robust performance and flexibility, making them ideal for extensive optical network deployment.
The COMX PLC Splitter Micro-tube exemplifies cutting-edge optical technology, tailored for seamless integration into various network environments such as POL, Datacom, LAN, CATV, and FTTx systems. This micro-sized fiber optic splitter boasts low insertion loss, high return loss, and exceptional interchangeability, making it ideal for home wiring, engineering projects, corporate fiber LANs, and more. Utilizing Planar Lightwave Circuit (PLC) technology, it offers precise split ratios of 2, 4, 8, 16, 32, and 64. The micro-tube design allows for direct 0.9 mm slip-on fiber output, ensuring a compact and user-friendly experience. Its robust, compact housing is designed to fit effortlessly into racks, wall-mounted boxes, and similar setups, reinforcing its utility and versatility in optical branching applications.
The COMX Fiber Optic Cleaver is engineered for precision, offering a compact and user-friendly solution for a range of cleaving tasks—from fusion splicing to installing quick termination connectors. This cleaver is adept at handling both 250µm coated and 900µm buffered fibers, ensuring precise cleaves across all 125µm multimode or single-mode optical fibers. With a high-precision adjustable blade that supports up to 60,000 cleaves, it delivers a typical cleave angle of 90 degrees. It features a 12-position rotatable and replaceable blade, enhancing its versatility and longevity. The COMX Fiber Optic Cleaver is the ideal tool for professionals seeking accuracy and efficiency in their optical fiber handling.
The COMX Fiber Optic Kits are essential for any fiber optic cable installation, providing a comprehensive set of tools tailored for a variety of termination needs. Each kit is equipped with high-quality fiber optic cleavers, fusion splicers, and fiber strippers, designed to handle Pretium, UniCam, multimode, and singlemode fibers with connectors such as SC, ST, FC, and LC. Ideal for use in local area networks, data centers, and office setups, these kits ensure that you have all the necessary tools to clean, cut, inspect, measure, strip, and terminate fiber cables efficiently and with precision, making them indispensable for professionals in the field.
The COMX Optical Power Meter is an essential tool for installing, maintaining, and troubleshooting optical fiber networks. Designed for precision and versatility, it offers detailed parameter measurements to ensure optimal fiber network performance. This robust device is ideal for challenging test conditions, allowing technicians to verify fiber continuity and assess the transmission quality of fiber optic links. Equipped with universal adapters including FC, SC, ST, and a 2.5mm UPP, it provides broad compatibility and ease of use. Featuring an energy-saving mode and up to 100 hours of power autonomy, the COMX Optical Power Meter is a reliable choice for field technicians.
This device emits a visible red laser, allowing technicians to detect light leakage in faulty connectors and compromised fibers over distances up to 10km. Its unique pen-shaped design ensures portability and ease of use in the field, with a robust aluminum alloy enclosure. The VFL features both continuous wave and glint modes, enhancing fault location precision. Ideal for network maintenance and fiber optic transmission systems, it is a crucial instrument for safeguarding and maintaining fiber integrity.
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