Premium Patch Cables
Premium Quality Patch Cables
JTOPTICS high
density patch cables with uniboot, push-pull and flex-boot design simplify
fiber operation and reduce cable congestion when routing, it is highly suitable
to be used in high-density fiber patching in data centers which need space
saving and reduce cable management troubles.
Flex-Boot SingleMode LC assemblies are designed to fit in tight spaces and in applications
where a non-standard angle of connection is required. These fiber optic patch
cables are built using pvc jackets along with LC style connectors. These cables
utilize specialized flexible boots that can be bent in a variety of angles
including 90° without exceeding the recommended bend tolerances of the cable.
Bend them into the angle that best fits your application.
High-quality
uniboot push-pull connectors for best optimized loss
Two Fibers Wrapped in a Single Jacket
Light weight, easy to install and easy to manage
IEC, EIA/TIA and Telcordia compliant
The push-pull design ensure easier release from HD environment
Uniboot with a Single Housing
Unique Push-Pull Design and Function
Low Insertion Loss and Back Reflection
High Repeatability and Reliability
Telcordia GR-326 Qualified
Uniboot Push-Pull Premium Patch Cables: Space-Saving Performance for High-Density Networks
JTOPTICS® Uniboot Push-Pull Premium Patch Cables are engineered for high-density data center and telecom environments, offering a compact design that houses two fibers in a single jacket. The innovative push-pull tab mechanism ensures quick, tool-less insertion and removal, even in tight patching spaces.
These premium patch cables reduce cable clutter, improve airflow, and enhance accessibility in dense network racks—making them ideal for mission-critical applications where performance, organization, and space efficiency are paramount.
JTOPTICS® High Quality 4F CS - CS Fiber Patch Cord uses Senko’s new CS connector which is specifically designed for Data Centre 400G optimization. To accommodate the “lightspeed” upgrades currently taking place in hyperscale DCs, the reduced size CS Connector is not only capable of delivering ..
JTOPTICS® High Quality 4F CS - LC Fiber Patch Cord uses Senko’s new CS connector which is specifically designed for Data Centre 400G optimization. To accommodate the “lightspeed” upgrades currently taking place in hyperscale DCs, the reduced size CS Connector is not only capable of delivering low in..
JTOPTICS optical fiber patch cords are designed for low loss telecommunication applications. The patch cords provide flexible interconnection to active equipment, passive optical devices and cross-connects. JTOPTICS Fiber patch cords are terminated with premium grade zirconia ferrule connectors whic..
JTOPTICS OM3 Multimode patch cords are designed for low loss data center applications. They provide flexible interconnection to active equipment, passive optical devices and cross-connects. JTOPTICS patch cords are terminated with standard grade zirconia ferrule connectors which help assure high tra..
JTOPTICS OM4 Multimode patch cords are designed for low loss and high spped connectivity in data center applications. They provide flexible interconnection to active equipment, passive optical devices and cross-connects. JTOPTICS patch cords are terminated with standard grade zirconia ferrule connec..
JTOPTICS OM4 Multimode patch cords are designed for low loss and high spped connectivity in data center applications. They provide flexible interconnection to active equipment, passive optical devices and cross-connects. JTOPTICS patch cords are terminated with standard grade zirconia ferrule connec..
JTOPTICS uniboot LC connector featuring the Push–Pull Tab is a connector is distinctive design enables easy polarity switching without the need for any tools. The Push/Pull Tab is ergonomically designed, making it effortless to insert and pull out from the LC adapter. An additional innovative featu..
2-3 Days
JTOPTICS uniboot LC connector featuring the Push–Pull Tab is a connector is distinctive design enables easy polarity switching without the need for any tools. The Push/Pull Tab is ergonomically designed, making it effortless to insert and pull out from the LC adapter. An additional innovative featu..
JTOPTICS uniboot LC connector featuring the Push–Pull Tab is a connector is distinctive design enables easy polarity switching without the need for any tools. The Push/Pull Tab is ergonomically designed, making it effortless to insert and pull out from the LC adapter. An additional innovative featu..
JTOPTICS uniboot LC connector featuring the Push–Pull Tab is a connector is distinctive design enables easy polarity switching without the need for any tools. The Push/Pull Tab is ergonomically designed, making it effortless to insert and pull out from the LC adapter. An additional innovative featu..
JTOPTICS offers flexible angle boots designed for LC and SC fiber optic connectors, compatible with both single-mode and multimode patch cords. Installers can pre-bend the boot into any direction or angle, maintaining the position for optimal network performance. The flexibility allows for reshaping..
2-3 Days
JTOPTICS offers flexible angle boots designed for LC and SC fiber optic connectors, compatible with both single-mode and multimode patch cords. Installers can pre-bend the boot into any direction or angle, maintaining the position for optimal network performance. The flexibility allows for reshaping..
Optical Fiber Patch Cords | Quality Testing & Performance Check
At JTOPTICS® we ensure that our optical fiber patch cords meet the highest standards of performance and reliability through rigorous quality testing. Key tests include:
Insertion Loss: Measures signal loss to maintain optimal performance.
Return Loss: Assesses reflection to ensure minimal signal disruption.
Endface Inspection: Checks for clean, polished connectors to prevent signal degradation.
Mechanical Strength: Tests durability under physical stress, ensuring reliability.
Connector Quality: Verifies proper termination for secure and efficient connections.
Insertion Loss: Measures signal loss to maintain optimal performance.
Return Loss: Assesses reflection to ensure minimal signal disruption.
Endface Inspection: Checks for clean, polished connectors to prevent signal degradation.
Mechanical Strength: Tests durability under physical stress, ensuring reliability.
Connector Quality: Verifies proper termination for secure and efficient connections.
Uni-Boot Connector
LC standard clip uniboot cables feature the familiar clamping design of LC connectors, with each connector equipped with a standard sleeve and sleeve holder. This standardized design streamlines the installation and operation of the connectors, minimizing the need for additional tools and simplifying the overall process. However, it's important to note that uniboot LC standard clip cables do not support reversible polarity.
Push-Pull Connector
LC push-pull tab uniboot cables are equipped with a convenient push-pull tab design on each connector, enhancing ease of operation during plug and pull actions without requiring additional tools. The cables feature labeled tabs that offer a firm grip for effortless handling. This push-pull tag design not only ensures added connector protection but also enhances durability by minimizing the risk of damage or breakage. It's important to note that LC push-pull tab uniboot cables do not support reversible polarity.
Flex-Boot Connector
Flexible angle boots designed for LC optic connectors, compatible with both single-mode and multimode patch cords. Installers can pre-bend the boot into any direction or angle, maintaining the position for optimal network performance. The flexibility allows for reshaping at any time or straightening during connector disconnection, facilitating perfect installations in unique applications like tight constraint areas or high-density environments. These fiber optic patch cords with LC flex boots are ideal for cable management situations requiring additional fiber bend protection.
Shot / Mini Boot Connector
Shot boot or Mini boot connectors are ideal for high density applications with tight space requirements. The connector length from tip to boot assembly is only 40 mm, compared to 66 mm for standard LC – 40% shorter. The short boot structure is particularly for high density applications with tight space requirements and absolutely meets the high-density requirements of the MDA and EDA. It allows 30mm extra space between rack and closed cabinet door, which facilitates air circulation.
Single Mode OS2 Fiber Cable
Single-mode fiber optic cable excels at long-distance communication and featured an Yellow jacket. Single-mode cable is designed to carry a single signal source with low transmission loss over great distances. It is frequently used for communication systems due to the clarity it provides. This type of fiber optic cable has the smallest core and the thickest sheathing. OS2 fiber denotes single-mode low-water peak fibers that adhere to ITU-T G.652C and ITU-T G.652D specifications.
Multimode OM3 Fiber
OM3 fiber features an aqua-colored jacket. Similar to OM2, it has a core size of 50 µm, but it is specifically optimized for laser-based equipment. OM3 supports 10 Gigabit Ethernet at lengths of up to 300 meters. Additionally, it can support 40 Gigabit and 100 Gigabit Ethernet up to 100 meters. However, 10 Gigabit Ethernet remains the most commonly used application for OM3 fiber.
Multimode OM4 Fiber
OM4 fiber maintains full backward compatibility with OM3 fiber and features the same recognizable Violet/Pink jacket. Developed specifically for VSCEL laser transmission, OM4 enables 10 Gig/s link distances of up to 550m, compared to 300m with OM3. Moreover, it supports 40/100GB up to 150 meters.
Multimode OM5 Fiber
OM5 fiber, also referred to as Wideband Multimode Fiber (WBMMF), represents the latest iteration of multimode fiber and offers backward compatibility with OM4. Sharing the same core size as OM2, OM3, and OM4, OM5 fiber distinguishes itself with a lime green jacket. It is meticulously designed and specified to accommodate a minimum of four WDM channels, each operating at a speed of at least 28Gbps per channel, across the 850-953 nm window.