What telecommunications and broadcast applications use SC UPC single-mode pigtails?

Cable television systems, telecommunications networks, and broadcast facilities deploy SC UPC single-mode pigtails in headend equipment, distribution nodes, and transmission systems. The low insertion loss supports clean signal delivery across long distances.

Why is simplex one-piece construction preferred in some applications?

One-piece simplex construction is simpler and more cost-effective than duplex variants when unidirectional transmission is acceptable. It is common in CATV systems and test equipment where separate transmit and receive fiber paths already exist.

What is the advantage of 0.9mm LSZH outer cable?

The 0.9mm LSZH (Low Smoke Zero Halogen) outer cable is flame-retardant, produces minimal smoke and toxic fumes in fires, and provides durability and protection for the fiber core. This is preferred in equipment rooms and broadcast facilities with strict fire codes.

What does flat optical attenuation across C and L-Bands mean?

C and L-Bands are wavelength ranges used in telecommunications. Flat attenuation means the pigtail performs consistently across these bands, allowing flexible system design and wavelength-division multiplexing (WDM) without chromatic dispersion concerns.

How does economical bend-loss performance benefit installers?

Low bend loss means the pigtail can be routed with practical curves without light escaping the core. This simplifies installation and routing in equipment bays and telecommunications closets, reducing installation time and labor cost.

What handling practices preserve this pigtail's performance?

Avoid bends tighter than the minimum bend radius, keep protective caps on the connector when not in use, store in moderate temperature and humidity conditions, and protect from dust and environmental contaminants. Proper handling ensures consistent CATV and telecom performance.

What lead times are typical for CATV and telecom pigtails?

Lead times depend on inventory and your location in the UAE or GCC. Contact Procure.ae to request a quote and confirm delivery for your CATV, LAN, or data network project.

Does Procure.ae support cable television and telecommunications installations?

Procure.ae works with CATV operators, telecommunications providers, and data networks across the UAE and GCC. Reach out to discuss your infrastructure requirements and available technical support.

What is included with this SC UPC single-mode pigtail?

You receive a factory-terminated SC UPC single-mode pigtail with one-piece simplex construction, 0.9mm LSZH outer cable, 1 meter in length, complete with protective connector cap, ready for immediate deployment.

What specifications optimize performance for CATV and data?

This single-mode pigtail features a 0.9mm LSZH-buffered cable and flat optical attenuation across C and L-Bands, enabling reliable transmission for CATV video signals, LAN data, and telecommunications applications without chromatic dispersion limitations.

What warranty or support is available?

For warranty information, technical support options, and product guarantees for your CATV or telecommunications deployment, please contact Procure.ae.

Avalon SC UPC Singlemode Fiber Optic Pigtail 1M

Name: Avalon SC UPC Singlemode Fiber Optic Pigtail 1M
Brand: Avalon
SKU: ANPT-SM-SC-1MT

The Avalon SC UPC singlemode fiber optic pigtail uses a one-piece simplex construction with a 0.9 mm LSZH outer cable, providing economical bend-loss performance and flat optical attenuation across C and L-Bands for CATV, LAN, and data networks.

Overview

The Avalon SC UPC singlemode fiber optic pigtail combines one-piece simplex construction with premium SC connector technology to deliver a cost-effective, high-performance termination solution. Featuring a 0.9 mm LSZH-buffered outer cable and a 900 micron inner buffer with low bend-loss design, this pigtail maintains flat optical attenuation across C and L-Bands, ensuring consistent signal quality in CATV, LAN, and data system deployments. Compliance with ITU-T G.652.D and ITU-T G.657.A standards confirms compatibility with modern and legacy fiber networks alike.

Key Features

Low Smoke Zero Halogen (LSZH) buffer for safe installation in enclosed or indoor spaces
900 micron buffer with economical low bend-loss design
Flat optical attenuation across C and L-Bands for broadband performance
One-piece full-proof simplex construction for durability and reliability
Fully compatible with legacy singlemode fiber infrastructure
Compliant with ITU-T G.652.D and ITU-T G.657.A standards

Specifications

Connector Type: SC
Polish Type: UPC
Fiber Mode: Singlemode
Cable Length: 1 m
Cable Outer Diameter: 0.9 mm
Buffer: 900 micron LSZH
Standards: ITU-T G.652.D, ITU-T G.657.A
Applications: Telecom Networks, CATV Networks, LAN, Data Networks, Active Device Termination
Color: Black
Country of Origin: China

Why buy from Procure.ae

Procure.ae is your procurement partner for network cabling and fiber connectivity across the UAE and GCC. Whether you are building a new data center, upgrading telecom infrastructure, or managing an enterprise IT rollout, our team provides competitive bulk pricing, UAE-wide delivery, and technical support. Request a quote today for project or volume quantities.

FAQ

What is the SC connector and why is it widely deployed?
The SC (Subscriber Connector) is a push-pull, low-cost, high-performance fiber connector recognized for its consistent performance, ease of installation, and broad compatibility with network equipment, fiber enclosures, and patch panels globally.

How does UPC polish compare to APC for SC connectors?
UPC (Ultra Physical Contact) connectors feature a flat high-quality polish suitable for most data and telecom applications. APC connectors are angle-polished for higher return loss and are recommended in PON and analog CATV systems where reflected light must be minimized.

Is this pigtail suitable for CATV and active device termination?
Yes. The Avalon SC UPC singlemode pigtail is designed for applications including CATV networks, active device termination, LAN, telecom, and data system networks.