LC-LC-UPC-duplex-uniboot-OS2
Cable de conexión de fibra óptica monomodo Uniboot con clip estándar dúplex LC UPC a LC UPC NSComm, 2,0 mm OFNR
Cable de conexión de fibra óptica monomodo Uniboot con clip estándar dúplex LC UPC a LC UPC NSComm, 2,0 mm OFNR
Cable de conexión de fibra óptica monomodo Uniboot con clip estándar dúplex LC UPC a LC UPC NSComm, 2,0 mm OFNR
Nombre:

Cable de conexión de fibra óptica monomodo Uniboot con clip estándar dúplex LC UPC a LC UPC NSComm, 2,0 mm OFNR

Modelo:
NS-LCLCUU2FSM-UN
Detalle:
OS2 LC-LC uniboot duplex cable ideal for high-density 10G/25G panels with UPC ends.
Precio:
HK$91.00 HKD
Disponibilidad:
En stock Hacer un pedido Agotado
Condición:
New
Garantía:
variantes

Length: 1m (3ft)

1m (3ft)
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Características

Construya una red de fibra óptica estable y confiable.

Los conjuntos de cables de calidad superior garantizan una transmisión de señal estable y una fiabilidad a largo plazo, minimizando las tasas de fallos.

Build_a_Stable_and_Reliable_Fiber_Optic_Network-1 Build_a_Stable_and_Reliable_Fiber_Optic_Network-1
Build_a_Stable_and_Reliable_Fiber_Optic_Network-4

Capa con amortiguación ajustada

Protege el núcleo de fibra durante la instalación y prolonga la vida útil del cable.

Build_a_Stable_and_Reliable_Fiber_Optic_Network-3

Férula de cerámica de zirconia

Tiene una larga vida útil y garantiza una gran estabilidad y precisión tras repetidos acoplamientos del conector.

Build_a_Stable_and_Reliable_Fiber_Optic_Network-2

Fibra insensible a la flexión

La fibra G.657 con un radio de curvatura mínimo de 10 mm permite curvas de cable más cerradas para el enrutamiento.

Overview

The NSComm LC UPC to LC UPC Duplex Standard Clip Uniboot Single Mode Fiber Patch Cable is a high-density OS2 interconnect solution optimized for space-constrained data center environments. Thanks to its uniboot design, both fibers are routed within a single 2.0mm jacket, significantly reducing cable bulk and improving airflow at the front of high-port-count switches and patch panels. LC UPC connectors on both ends deliver low insertion loss and high return loss, making this patch cable suitable for high-bandwidth, long-distance single mode applications.

Constructed with bend-insensitive G.657.A1 fiber and a riser-rated (OFNR) jacket, this uniboot patch cable offers low attenuation even when routed through tight spaces, making installation and maintenance more efficient. It is ideal for OS2 9/125 μm single mode links in data centers, telecommunications networks, and enterprise environments where high-density fiber patching and clean cable management are priorities.

Note: Standard clip LC uniboot cables are not recommended for use with FHD 36F shuttered adapter panels & cassettes.

Need help planning high-density uniboot patching or matching this cable to your panels and transceivers? Contact us now and our team will help validate your configuration before deployment.

Key Specifications

Specification Details
Vendor Name NSComm
Product Type LC UPC to LC UPC Duplex Standard Clip Uniboot Single Mode Fiber Patch Cable
Connector Type LC UPC to LC UPC
Fiber Count Duplex
Fiber Grade G.657.A1 (Compatible with G.652.D)
Fiber Mode OS2 9/125 μm
Durability 1000 cycles
Insertion Loss ≤ 0.20 dB
Return Loss ≥ 50 dB
Attenuation @ 1310 nm 0.4 dB/km
Attenuation @ 1550 nm 0.25 dB/km
Cable Outside Diameter (OD) 2.0 mm
Min. Bend Radius (Fiber Core) 10 mm
Min. Bend Radius (Fiber Cable) 10/5D (Dynamic/Static)
Tensile Strength 60/100 N (Long/Short Term)
Cable Jacket Riser (OFNR)
Operating Temperature -10 to 70 °C
Storage Temperature -20 to 70 °C
Usage Note Not recommended with FHD 36F shuttered adapter panels & cassettes
Applications High-density OS2 patching in data centers, telecom rooms, and enterprise networks


Why Choose NSComm LC UPC to LC UPC Duplex Uniboot OS2 Patch Cables?

  • Space-saving uniboot design – Both fibers share a single 2.0mm jacket, reducing cable congestion and improving airflow in dense racks.

  • High-density patching ready – Ideal for top-of-rack and spine-leaf environments where panel space and front-of-rack clarity are critical.

  • Bend-insensitive G.657.A1 fiber – Maintains low attenuation under tight bends, simplifying routing and ongoing maintenance.

  • Low insertion loss & high return loss – LC UPC terminations provide stable, low-loss performance for long-distance OS2 links.

  • Riser-rated OFNR construction – Suitable for use in riser spaces, cable managers, and structured data center cabling systems.

Length Options

Standard stocked lengths:
Available in a range of common uniboot patch cord lengths designed for switch-to-switch, switch-to-panel, and panel-to-panel connections in high-density racks.

Custom lengths:
Custom lengths, jacket colors, labeling, and polarity options are available on request to match your specific rack layouts, cable routing, and design standards.

More Details

Quality Certifications

Do you have any question about the NSComm LC to LC UPC Duplex Uniboot Fiber Patch Cable?

Please Chat with us now!

or leave us an message on sales@network-switch.com

Warranty

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All items are ORIGINAL and GENUINE only.
Item conditions are "New Sealed". They are fully tested by Certified CCIE / HCIE / RCNP Engineers.

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You can contact our customer service team to exchange or return any product that you bought from us.

Standard Warranty Policy

Original New Sealed Enterprise Hardware: 3 Years
Original New Sealed Consumer Devices: 1 Year

The Support Contacts

If your NSComm products failed, you must contact your sales representative to verify product failure. If the problem still can't correct by remote support methods i.e. email or phone support, the RMA procedure will issue.

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Preguntas y respuestas frecuentes

Q1: What is an LC fiber patch cable?

A: An LC fiber patch cable is a fiber optic cable terminated with LC connectors, commonly used to connect optical transceivers, switches, routers, and patch panels in fiber networks.

Q2: What connector types are available for your fiber patch cables?

A: Our fiber patch cables are available in LC-LC, LC-SC, SC-SC, LC-FC, SC-FC, FC-FC, and ST-ST configurations to support different network devices and interfaces.

Q3: What is the difference between LC, SC, FC, and ST connectors?

A: LC connectors are compact and commonly used in high-density environments, SC connectors are push-pull and widely used in enterprise networks, FC connectors use screw-on coupling for secure connections, and ST connectors use a bayonet-style coupling.

Q4: What fiber types are supported by these patch cables?

A: These patch cables are available in both single-mode and multimode fiber types to support different transmission distances and applications.

Q5: What is the difference between single-mode and multimode fiber patch cables?

A: Single-mode fiber supports longer transmission distances and higher bandwidth, while multimode fiber is typically used for shorter distances within data centers and buildings.

Q6: What cable jacket types are available?

A: Our fiber patch cables are available with LSZH and OFNR jackets to meet different safety and installation requirements.

Q7: What is the difference between LSZH and OFNR jackets?

A: LSZH jackets produce low smoke and zero halogen when burned, making them suitable for enclosed spaces, while OFNR jackets are riser-rated and designed for vertical installations between floors.

Q8: What cable lengths are available for fiber patch cables?

A: Fiber patch cables are available in a wide range of standard lengths, and custom lengths can be provided upon request.

Q9: What is a uniboot fiber patch cable?

A: A uniboot fiber patch cable combines two fibers into a single jacket, reducing cable bulk and improving airflow in high-density cabling environments.

Q10: What are the advantages of uniboot fiber patch cables?

A: Uniboot cables offer higher density, better cable management, improved airflow, and easier polarity management compared to standard dual-jacket cables.

Q11: Do you offer standard (non-uniboot) fiber patch cables?

A: Yes. Both uniboot and standard dual-jacket fiber patch cables are available to meet different installation preferences.

Q12: Are these fiber patch cables compatible with Cisco, Juniper, and HPE equipment?

A: Yes. These fiber patch cables are fully compatible with Cisco, Juniper, HPE, and other major networking brands.

Q13: What applications are LC fiber patch cables commonly used for?

A: They are commonly used in data centers, enterprise networks, telecommunications rooms, and fiber distribution frames.

Q14: Are the fiber patch cables suitable for high-density data centers?

A: Yes. Especially uniboot LC cables are designed for high-density environments where space efficiency and airflow are critical.

Q15: Do these fiber patch cables support high-speed networks such as 10G, 40G, and 100G?

A: Yes. These fiber patch cables support high-speed applications, including 10G, 40G, 100G, and higher, depending on fiber type and length.

Q16: What polish types are available for the connectors?

A: The connectors are available with standard UPC or APC polish options, depending on the application requirements.

Q17: Are these fiber patch cables factory tested?

A: Yes. Each fiber patch cable is factory tested for insertion loss, return loss, and end-face quality before shipment.

Q18: What is the typical insertion loss of these fiber patch cables?

A: The typical insertion loss is low and meets or exceeds industry standards to ensure reliable optical performance.

Q19: Can I use LC to SC or LC to FC cables to connect different devices?

A: Yes. Hybrid patch cables such as LC-SC or LC-FC are designed specifically to connect devices with different connector types.

Q20: Are these fiber patch cables bend-resistant?

A: Yes. Many patch cables use bend-insensitive fiber to reduce signal loss when cables are routed in tight spaces.

Q21: Are these fiber patch cables suitable for indoor installation?

A: Yes. Both LSZH and OFNR jacketed patch cables are designed for indoor use in data centers and enterprise environments.

Q22: Do you provide color options for fiber patch cables?

A: Yes. Different jacket and connector colors are available to help with fiber identification and cable management.

Q23: Can these fiber patch cables be customized?

A: Yes. Connector types, cable length, jacket type, and uniboot or standard design can be customized upon request.

Q24: How should fiber patch cables be handled and stored?

A: Fiber patch cables should be handled carefully, avoiding sharp bends, excessive pulling force, and contamination of connector end faces.

Q25: What warranty is provided for LC fiber patch cables?

A: All fiber patch cables are backed by a standard warranty and quality assurance to ensure reliable performance.

Q26: Are these fiber patch cables suitable for patch panels and fiber distribution frames?

A: Yes. These cables are designed for use with patch panels, fiber enclosures, and fiber distribution frames.

Q27: Do you offer bulk or project-based orders for fiber patch cables?

A: Yes. Bulk purchasing and project-based customization are available to support large-scale network deployments.

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