Cleerline Technology Group 2ACS50125OM3PE Fiber 2 Strand 50/125 SSF DB – 1000ft

Cleerline Technology Group 2ACS50125OM3PE Fiber 2 Strand

50/125 SSF DB – 1000ft

The cable features an OM3-rated multimode fiber, which supports

high-speed data transmission with a bandwidth of 10 Gigabits per

second (10 Gbps) over short to medium distances. This makes it

ideal for high-speed networking and multimedia applications.
The cable is constructed with a durable and rugged outer jacket,

providing protection against environmental factors such as

moisture, chemicals, and physical stress. It ensures long-term

reliability and performance even in demanding installations.
The 2ACS50125OM3PE Fiber is designed for outdoor use, thanks to

its PE (Polyethylene) jacket. This jacket offers excellent resistance

to UV radiation, moisture, and temperature variations, making it

suitable for installations in outdoor or harsh environments.
The fiber optic cable is color-coded for easy identification of

individual strands. It follows the industry-standard TIA/EIA-568

color scheme, with each strand colored for easy termination and

connectivity.
This fiber optic cable from Cleerline Technology Group is

compatible with standard connectors and termination methods,

allowing for easy integration into existing fiber optic systems.
Overall, the Cleerline Technology Group 2ACS50125OM3PE Fiber is

a high-performance and reliable fiber optic cable that offers

efficient data transmission, durability, and flexibility. It is

designed to meet the demanding requirements of modern high-

speed networks and provides a reliable solution for various

applications.

Specifications

• Fiber Type: The cable features 50/125 multimode fiber, whichrefers to the core-to-cladding diameter ratio. This fiber type is

  suitable for short to medium-range transmissions.

• SSF Technology: The cable utilizes SSF (Synthetic-Single Fiber)technology, which adds strength and durability to the fiber,

  making it resistant to bending, stretching, and impact. This

  technology improves the cable’s performance and reduces the risk

  of damage during installation or operation.

• Fiber Count: The cable consists of 2 fiber strands, providing adual-fiber configuration. This allows for flexibility in networking

  applications and enables simultaneous transmission or redundant

  pathways.

• Cable Length: The total length of the cable is 1000 feet(approximately 305 meters), providing an extended reach for fiber

  optic connections.

• Jacket Material: The cable features a durable outer jacketmade of PE (Polyethylene), which offers excellent protection

  against environmental factors, including moisture, chemicals, and

  UV radiation. This ensures reliable performance in outdoor and

  harsh environments.

• Bend Radius: The cable has a specified minimum bend radius,which determines the minimum curvature the cable can tolerate

  without affecting performance. It’s important to adhere to this

  specification during installation to prevent signal loss or damage to

  the fiber.

• Operating Temperature Range: The cable is designed tooperate within a specific temperature range, typically indicated in

  degrees Celsius or Fahrenheit. This information helps determine

  the cable’s suitability for different environmental conditions.

• Connector Compatibility: The cable is compatible withindustry-standard fiber optic connectors, allowing for easy

  termination and connectivity with a wide range of equipment and

  systems.

• Compliance: The cable complies with relevant industrystandards and certifications, such as TIA/EIA and ISO, ensuring that

  it meets quality and performance requirements.

• Application: The cable is suitable for various applications,including telecommunications, data centers, enterprise networks,

  campus networks, and other high-bandwidth environments that

  require reliable and high-speed fiber optic connectivity.

Features

• Low Attenuation: The fiber optic cable offers low attenuation,which refers to the loss of signal strength as it travels through the

  cable. Low attenuation ensures efficient data transmission over

  long distances without significant signal degradation.

• High Bandwidth: The cable supports high bandwidthcapabilities, allowing for the transmission of large amounts of data

  at fast speeds. This is particularly important in bandwidth-

  intensive applications such as multimedia streaming, video

  conferencing, and data center operations.

• Easy Installation: The cable is designed for easy installation,featuring a flexible and lightweight construction that simplifies

  routing and handling. This facilitates quicker and more efficient

  installation processes, reducing time and effort.

• Enhanced Signal Integrity: The cable maintains excellent signalintegrity, minimizing signal distortion and ensuring reliable and

  accurate data transmission. This is crucial in maintaining the

  integrity and quality of transmitted data in high-demand

  applications.

• Tight Buffer Design: The cable employs a tight buffer design,where each fiber strand is protected by a separate buffer layer.

  This design provides added protection against mechanical stress,

  bending, and environmental factors, improving overall cable

  durability.

• Water-Resistant: The cable features water-resistant properties,making it suitable for outdoor or damp environments. It resists

  water ingress, preventing moisture-related issues that can affect

  signal performance.

• RoHS Compliant: The cable adheres to the Restriction ofHazardous Substances (RoHS) directive, which restricts the use of

  certain hazardous materials in electronic and electrical equipment.

  This ensures the cable meets environmental standards and is safe

  for use.

• Flame-Retardant: The cable is flame-retardant, offeringincreased fire safety. It is designed to inhibit the spread of flames

  in case of a fire, providing an added layer of protection to the

  overall network infrastructure.

• Wide Operating Temperature Range: The cable is designed tooperate within a wide temperature range, allowing for reliable

  performance in both extreme cold and hot environments. This

  makes it suitable for installations in diverse climates and

  conditions.

• Future-Proof: The cable is designed to support future upgradesand advancements in fiber optic technology. It is capable of

  accommodating higher data rates and emerging networking

  standards, ensuring long-term compatibility and scalability.