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Fiber Patch Cord
HELLOSIGNAL
LC Patch Cord
Fiber System Equipment
Normally 25 working days
NINGBO, SHANGHAI
T/T, L/C at sight, D/P at sight
The LC to LC Multimode Fiber Patch Cord is a type of optical cable that is extensively used for applications characteristic of modern telecommunication systems, data centers, and any system demanding massive data transfer. Designed as a dual LC connector, this cable enables multimode signal transmission, which is considered to be very effective for short-distance signal transportation, constituting a distance between 300m and 500m, ranged according to the type of fiber material employed.
Data Centers: Make connections with servers, switches, storage, and networking devices.
Telecommunications: The purpose is to provide backbone lines for the transmission of high bandwidth signals.
Local Area Networks (LANs): Fitting for short-distance communication within buildings.
High-Speed Internet Connections: To those companies that use big data or a very intense data flow.
Fiber Type
OM1(62.5/125),
OM2(50(125),
OM3, OM4 (50/125,Laser Optimization)]
Fiber Count
Simplex / Duplex
Cable Jacket
Simplex: 0.9/2.0/3.0mm
Duplex: 0.9/2.0/3.0mm(OFNP)
Main material: PVC / LSZH / Plenum (OFNP)
Jacket Color
Orange: OM1, OM2
Aqua: OM3, OM4
Cable Length
1m, 2m, 3m. other lengths on request
Mechanical Specification
Ferrule: Ceramic; (MTRJ: PS-Polyphenylene Sulphide)
Apex Offset: ＜ 50um
Fiber Height: ± 100nm
Radius of Curvature: 7mm R ＜ 25mm (Excluding MTRJ)
Repeatability: ≤ 0.2dB 1,000 times mating cycles
Connector Type
LC Connector
LC (Lucent Connector/Little Connector/Local Connector) LC Connector - A fiber optic connector developed by Lucent Technologies, LC connectors are commonly found for single-mode and multimode fiber optic link applications. Compact Size: Its small form factor allows applications that require height support all the way from small up to multilayer connections, such as data centers and telecommunication. Push-and-Pull Mechanism: The product utilizes the closing mechanism; yes, it can clip into itself; your handy tool is not needed. High Precision: 100 – 150 micrometers, it provides a guarantee for very slim core positioning, with only minimal power loss and the best quality of data processed. Compatibility: It is well known that SFP (Small Form-factor Pluggable) transceivers, and SC connector adapters can simply adapt the SFP type of adapter. The LC connector is the intelligent choice in telecom networks, data centers, and WAN as it fits high density on premise and long-haul transmission lines as well.
Parameter
OM3 G.652.D/G.657.A1/G.657.A2
Operating Wavelength(nm): 850-1300
Insertion Loss (dB): ≤ 0.3
Return Loss (dB): ≥ 35
Repeatability (dB): ≤ 0.1
Interchangeability (dB): ≤ 0.2
Tensil Strength (N): ≥ 1000
Operating Temperature (℃): -20 ~ +85
Storage Temperature (℃): -40 ~ +85
Fiber optic patch cords are built to conform with the standards and regulations set by international bodies so that they exhibit compatibility, good performance, and safety. These requirements assist in ensuring uniformity and the following of specific procedures in manufacturing, installation, and operation. In this regard, some of the critical standards and certifications are explained below.
ISO/IEC standards: ISO and IEC are the refinements for fiber optic parts, including patch cords. The standards like ISO/IEC 11801 for cabling system structures and ISO/IEC 24702 for patch cords necessitate optimal functioning, testing, and sound installation principles.
Telecommunications Industry Association (TIA): For instance, TIA-568 series standards, which were established by TIA, give directions for telecommunications cabling in commercial buildings, which includes the patch cords for fiber optic systems. These standards are important as they ensure system compatibility, besides ensuring system performance.
National Electrical Code (NEC): Fiber optic cables and patch cords in different nations adhere to the NEC standards for overall safety and installation to avoid fire incidents, which are followed by standards and building codes.RoHS Compliance: RoHS (Restriction of Hazardous Substances) is the directive which sets the perimeter, specifically limiting the use of toxic substances, such as lead and mercury, in EEEs (Electronic and Electrical Equipment), e.g., fiber optic patch cords. RoHS compliance is an assurance that both the production and the disposal of the said components are safe for the environment.
UL Certification: Underwriters Laboratories (UL) certification is a must-have to guarantee that you have chosen safe and satisfying fiber optic patch cords to work within North American standards. UL-listed components pass comprehensive testing and careful evaluation to ensure compliance with the demands of the sector and to exhibit reliability.
CE Marking: CE marking is a symbol of adherence to EU directives fulfilling health, safety (products), and environmental protection specifications. These fiber optic patch cords carrying the CE mark incorporate mandatory EU quality and performance requirements.
FCC Compliance: In the United States of America (USA), the Federal Communications Commission (FCC) responds to emission of EMI (electromagnetic interference) from electronic devices, including fiber optic patch cords, under their rules. The FCC compliance mandates the compatibility of the same with other electronic devices so that minimal interference with them may be there.
Meeting these requirements and standards helps in the product development process of fiber optic patch cords, thus producing high-quality products that are reliable in different scenarios and meet applicable sector safety and environmental protection regulations. During a search for patch cords, firms and organizations should pick those with the proof of the certifications which indicate that they are in compliance with the relevant industry standards and are properly installed, thus ensuring compatibility, reliability, and adherence to the best practices.
Procuring fiber optic patch cords is not only about the cost, but also about choosing the right supplier to ensure the best quality, reliability, and cost-effectiveness. To make the right choice, consider the following:
Quality vs. Cost: Bear in mind that the cost is not the only criterion in such cases, hence, quality should be prioritized to avoid issues like signal loss, performance degradation, and frequent replacements. High-quality patch cords are generally manufactured from quality material, designed using the latest production technologies, and aligned with stringent standard norms, thus boasting better performance and service life.
Supplier Reputation: Work with credible suppliers that have been delivering dependable goods and services for a long time, and have gained customer appreciation and credibility. Certified suppliers (for example, ISO, UL) as well as positive feedback from other customers are two main indicators of the concern about quality and customer satisfaction.
Product Warranty: See the terms of the warranty, according to which the supplier guarantees protection against manufacturing defects and instances of remuneration of failed equipment. The prolonged warranty term stands for a high-quality issue-free product creation, at the same time the anxiety to satisfy the client is low.
Customization Options: Various applications might need the use of custom-built patch cords having specified lengths, connectors, or operation features. Opt for dealers who have the ability to provide customization of products in order to fulfill clients’ needs effectively.
Compatibility and Interoperability: Take caution during your purchase of patch cords to see if they fit with the protocols and systems you have. While preferring connectors and fiber types (whether single-mode or multi-mode) for the network infrastructure, check they match your system’s transmission requirements.
Bulk Purchasing and Discounts: For huge projects or those demanding many patch cords, you can try to know from the potential suppliers about bulk gets that may attract discounts. Such an action can also translate into huge savings since procurement outlays will be reduced without compromising the conditions of the obtained products.
Technical Support and Services: Judge the technical support of the company; this may contain the selection of the right product line or the provision of guidelines or troubleshooting to aid in the installation process. Access to comfortable technical support allows for a proper installation of a patch cord and immediate troubleshooting.
Supply Chain Stability: Weatherproof yourself the supply chain of the supplier, being aware that it is strong with proper inventory management controls if the situation with patch cords supply is to remain good. This results in lowering the procurement length and the risk of delays decreases as well.
By careful scrutiny of these benchmarks, a company or organization can go for the optimal choice of fibre optic patch cords blend of the price factor and the need for highly qualified technical background and assistance. Quality factor with regard to the supply chain is critical in bringing about an efficient and reliable network, which is pivotal in data and other information transmissions.
The LC to LC Multimode Fiber Patch Cord is a type of optical cable that is extensively used for applications characteristic of modern telecommunication systems, data centers, and any system demanding massive data transfer. Designed as a dual LC connector, this cable enables multimode signal transmission, which is considered to be very effective for short-distance signal transportation, constituting a distance between 300m and 500m, ranged according to the type of fiber material employed.
Data Centers: Make connections with servers, switches, storage, and networking devices.
Telecommunications: The purpose is to provide backbone lines for the transmission of high bandwidth signals.
Local Area Networks (LANs): Fitting for short-distance communication within buildings.
High-Speed Internet Connections: To those companies that use big data or a very intense data flow.
Fiber Type
OM1(62.5/125),
OM2(50(125),
OM3, OM4 (50/125,Laser Optimization)]
Fiber Count
Simplex / Duplex
Cable Jacket
Simplex: 0.9/2.0/3.0mm
Duplex: 0.9/2.0/3.0mm(OFNP)
Main material: PVC / LSZH / Plenum (OFNP)
Jacket Color
Orange: OM1, OM2
Aqua: OM3, OM4
Cable Length
1m, 2m, 3m. other lengths on request
Mechanical Specification
Ferrule: Ceramic; (MTRJ: PS-Polyphenylene Sulphide)
Apex Offset: ＜ 50um
Fiber Height: ± 100nm
Radius of Curvature: 7mm R ＜ 25mm (Excluding MTRJ)
Repeatability: ≤ 0.2dB 1,000 times mating cycles
Connector Type
LC Connector
LC (Lucent Connector/Little Connector/Local Connector) LC Connector - A fiber optic connector developed by Lucent Technologies, LC connectors are commonly found for single-mode and multimode fiber optic link applications. Compact Size: Its small form factor allows applications that require height support all the way from small up to multilayer connections, such as data centers and telecommunication. Push-and-Pull Mechanism: The product utilizes the closing mechanism; yes, it can clip into itself; your handy tool is not needed. High Precision: 100 – 150 micrometers, it provides a guarantee for very slim core positioning, with only minimal power loss and the best quality of data processed. Compatibility: It is well known that SFP (Small Form-factor Pluggable) transceivers, and SC connector adapters can simply adapt the SFP type of adapter. The LC connector is the intelligent choice in telecom networks, data centers, and WAN as it fits high density on premise and long-haul transmission lines as well.
Parameter
OM3 G.652.D/G.657.A1/G.657.A2
Operating Wavelength(nm): 850-1300
Insertion Loss (dB): ≤ 0.3
Return Loss (dB): ≥ 35
Repeatability (dB): ≤ 0.1
Interchangeability (dB): ≤ 0.2
Tensil Strength (N): ≥ 1000
Operating Temperature (℃): -20 ~ +85
Storage Temperature (℃): -40 ~ +85
Fiber optic patch cords are built to conform with the standards and regulations set by international bodies so that they exhibit compatibility, good performance, and safety. These requirements assist in ensuring uniformity and the following of specific procedures in manufacturing, installation, and operation. In this regard, some of the critical standards and certifications are explained below.
ISO/IEC standards: ISO and IEC are the refinements for fiber optic parts, including patch cords. The standards like ISO/IEC 11801 for cabling system structures and ISO/IEC 24702 for patch cords necessitate optimal functioning, testing, and sound installation principles.
Telecommunications Industry Association (TIA): For instance, TIA-568 series standards, which were established by TIA, give directions for telecommunications cabling in commercial buildings, which includes the patch cords for fiber optic systems. These standards are important as they ensure system compatibility, besides ensuring system performance.
National Electrical Code (NEC): Fiber optic cables and patch cords in different nations adhere to the NEC standards for overall safety and installation to avoid fire incidents, which are followed by standards and building codes.RoHS Compliance: RoHS (Restriction of Hazardous Substances) is the directive which sets the perimeter, specifically limiting the use of toxic substances, such as lead and mercury, in EEEs (Electronic and Electrical Equipment), e.g., fiber optic patch cords. RoHS compliance is an assurance that both the production and the disposal of the said components are safe for the environment.
UL Certification: Underwriters Laboratories (UL) certification is a must-have to guarantee that you have chosen safe and satisfying fiber optic patch cords to work within North American standards. UL-listed components pass comprehensive testing and careful evaluation to ensure compliance with the demands of the sector and to exhibit reliability.
CE Marking: CE marking is a symbol of adherence to EU directives fulfilling health, safety (products), and environmental protection specifications. These fiber optic patch cords carrying the CE mark incorporate mandatory EU quality and performance requirements.
FCC Compliance: In the United States of America (USA), the Federal Communications Commission (FCC) responds to emission of EMI (electromagnetic interference) from electronic devices, including fiber optic patch cords, under their rules. The FCC compliance mandates the compatibility of the same with other electronic devices so that minimal interference with them may be there.
Meeting these requirements and standards helps in the product development process of fiber optic patch cords, thus producing high-quality products that are reliable in different scenarios and meet applicable sector safety and environmental protection regulations. During a search for patch cords, firms and organizations should pick those with the proof of the certifications which indicate that they are in compliance with the relevant industry standards and are properly installed, thus ensuring compatibility, reliability, and adherence to the best practices.
Procuring fiber optic patch cords is not only about the cost, but also about choosing the right supplier to ensure the best quality, reliability, and cost-effectiveness. To make the right choice, consider the following:
Quality vs. Cost: Bear in mind that the cost is not the only criterion in such cases, hence, quality should be prioritized to avoid issues like signal loss, performance degradation, and frequent replacements. High-quality patch cords are generally manufactured from quality material, designed using the latest production technologies, and aligned with stringent standard norms, thus boasting better performance and service life.
Supplier Reputation: Work with credible suppliers that have been delivering dependable goods and services for a long time, and have gained customer appreciation and credibility. Certified suppliers (for example, ISO, UL) as well as positive feedback from other customers are two main indicators of the concern about quality and customer satisfaction.
Product Warranty: See the terms of the warranty, according to which the supplier guarantees protection against manufacturing defects and instances of remuneration of failed equipment. The prolonged warranty term stands for a high-quality issue-free product creation, at the same time the anxiety to satisfy the client is low.
Customization Options: Various applications might need the use of custom-built patch cords having specified lengths, connectors, or operation features. Opt for dealers who have the ability to provide customization of products in order to fulfill clients’ needs effectively.
Compatibility and Interoperability: Take caution during your purchase of patch cords to see if they fit with the protocols and systems you have. While preferring connectors and fiber types (whether single-mode or multi-mode) for the network infrastructure, check they match your system’s transmission requirements.
Bulk Purchasing and Discounts: For huge projects or those demanding many patch cords, you can try to know from the potential suppliers about bulk gets that may attract discounts. Such an action can also translate into huge savings since procurement outlays will be reduced without compromising the conditions of the obtained products.
Technical Support and Services: Judge the technical support of the company; this may contain the selection of the right product line or the provision of guidelines or troubleshooting to aid in the installation process. Access to comfortable technical support allows for a proper installation of a patch cord and immediate troubleshooting.
Supply Chain Stability: Weatherproof yourself the supply chain of the supplier, being aware that it is strong with proper inventory management controls if the situation with patch cords supply is to remain good. This results in lowering the procurement length and the risk of delays decreases as well.
By careful scrutiny of these benchmarks, a company or organization can go for the optimal choice of fibre optic patch cords blend of the price factor and the need for highly qualified technical background and assistance. Quality factor with regard to the supply chain is critical in bringing about an efficient and reliable network, which is pivotal in data and other information transmissions.
