■ The Fiber Optic Patch Cable Provider & Manufacturer – Trusted by Professionals

Zion Communication is the top fiber optic patch cord supplier and original equipment manufacturer (OEM) in the industry, and our fiber patch cables are high-quality and come in varying models to satisfy your networking requirements. Irrespective of the type of project you are working on, whether it is a data center that uses high-speed data, a telecom infrastructure upgrade, or FTTH system installation, we bring forth our precision-engineered solutions promptly and at competitive prices.

✅ Key Features:

Choose either pre-terminated or custom-built patch cords that suit your requirements.

A variety of choices are available for your project, be it a standard or fully customized option.

• Connector Types Available

  MPO, SC, LC, FC, ST — single-mode (OS2) and multimode (OM1/OM2/OM3/OM4/OM5) are also available.

• 100% Factory Tested with Reports

  Each fiber patch cord undergoes strict testing for insertion loss and return loss in order to guarantee quality performance. All of the tests are reported.

• Standards Compliance

  The product met quality assurance by international standards, including Telcordia GR-326-CORE, TIA/EIA, and IEC.

• Competitive Wholesale Pricing

  Sweeping off-the-shelf pricing suitable for resellers, integrators, and demanding projects.

• Lifetime Warranty

  Our products come with a lifetime performance guarantee, and we are ready to back them up.

• (MOQ) Low Minimum Order Quantity – Only 1km

  Provides solutions for small and extensive ordersFree Samples Available

• Sample our quality free of charge with evaluation samples upon request.

■ Common Fiber Patch Cable Combinations 

The following table lists the most common parameters of fiber patch cables, which include the type of connector, mode of fiber, and applications:

■ Common Types of Fiber Patch Cords Features

■ Fiber Patch Cable Selection Guide & Customization Options

The process of selecting the right fiber optic patch cord can be simplified with the following 5-step selection guide, which also highlights available customization options for specific project needs such as data centers, telecom systems, FTTH, industrial automation, and enterprise networks.

✅ Step 1: Select the Fiber Mode

✅ Step 2: Select the Connector Type

✅ Step 3: Select the Polish Type 

✅ Step 4: Select the Fiber Count

✅ Step 5: Select Cable Structure & Jacket Material

■ Fiber Patch Cord Price — What Affects the Cost?

The price of fiber optic patch cords can substantially vary depending on the type, length, structure, and utilization of the cable. As an instance, a 3-meter fiber patch cord with a standard specification can range from $0.20 to $2.00 or above, depending on its type. 

Key Factors That Influence Fiber Patch Cord Pricing: 

• Fiber Type: Single-mode (OS1/OS2) vs. Multimode (OM1/OM2/OM3/OM4) 

• Core Count: Simplex (1 core) or Duplex (2 cores) 

• Connector Types: SC, LC, FC, ST, MPO, etc. 

• Cable Jacket: PVC, LSZH, OFNP, armored, etc. 

• Usage Scenario: Indoor, outdoor, harsh environment 

• Customization: Length, color, label, and packaging options 

At Zion Communication, we take pride in offering factory-direct fiber patch cables that are competitively priced at wholesale. Regardless of whether you require cables for data center builds, telecom installations, or enterprise cabling, our pricing structure will give you value for your money with no compromises.

Zion Communication Offer Better Pricing

Unlike many suppliers that apply an additional cost for tailor-made items and small quantities, Zion Communication guarantees uniformly accessible and quoted rates for each customer. 

Standardized pricing across most cable types 

The hidden cost regarding most customization is sizeable. 

Loyal customers get a bonus. 

Through our pricing policy of "Pay only for what you need," you can be sure that you will get exactly what you want, and you pay only for what you need, and no redundant features is what you will get. 

■ Fiber Optic Patch Cords: Areas of Usage and Advantages 

Fiber optic patch cords are essential for maintaining a high-speed, stable, and robust communication in today's telecommunication systems. The most frequent equipment and task of fiber optic patch cords in various industries are presented here. 

• Data Centers 

  Optical fiber patch cords suit interconnection of servers, switches, and storage with high data velocity, i.e., less delay. They are applied in intra-cloud data transfer, resource pooling, and load balancing. 

• Broadband CATV & Cable Television 

  High fidelity and fidelity over long distances with risk of loss are characteristics of these types of wires. In the hybrid fiber-coaxial (HFC) network, coaxial cables are responsible for the distribution of superior broadcasting and uninterrupted signals. 

• Passive Optical Networks (PON) & FTTH (Fiber to the Home) 

  Fiber optic patch cords that can be used in Gigabit Passive Optical Networks (GPON) and 10 Gbps XGS-PON for fiber-optic broadband. With low loss resulting in exceptional signal clarity, these cables are suitable for long-distance.

• WDM/DWDM Systems 

  On multiplexing networks, they are usually fiber optic patch cords for telecom providers and ISPs in enhancing bandwidth efficiency. For the purpose of wavelength division multiplexing (WDM) and dense wavelength division multiplexing (DWDM), the high-capacity data transmission is reliant on this.

• Fiber Optic Sensors (Industrial & Environmental Monitoring) 

  For oil and gas, aerospace, and smart infrastructure industries, these sensors are applied because they are impervious to electromagnetic interference and radio frequency interference (EMI/RFI). This allows these industries to control pollution levels in the environment.

• Local Area Networks (LAN) & Enterprise Networks 

  In this way, industrial, campus, and office environments use fiber optic patch cords for speedy data communication. For the transmission of data, they work like Ethernet, Fibre Channel, and SONET/SDH protocols.

■ Fiber Optic Patch Cord Manufacturing Process – Delivering Top-notch Quality You Rely On 

Quality tested, our fiber optic patch cords are well crafted and controlled at manufacture processes to guarantee consistent performance and reliability. Below is the summary of steps utilized in our fiber patch cord manufacturing process:

Step-by-Step Production of Premium Fiber Patch Cords:

• Components of a connector: 

  With precision crimping and epoxy curing, providing strain and resilient links with a long lifespan was our goal. 

• Curing Process 

  To look at the thermal curing process, which forges optimum fiber and ferrule bonding. 

  This gives the missing or weak bonding in the alignment a way out and, in return, ensuring signal transfer. 

• Precision Polishing 

  Our automated polishing machines produce even mirror-polished lenses of superior quality. 

  PC, UPC, and APC varieties are available, and their use is guided by the context, since they differ from one another. 

• Quality Assurance Methods For The End-Face Inspection 

  Each fiber patch cord is subjected to a complete IEC 61300-3-35 inspection consisting of: 

  Stereoscopic examination for defect free end faces. It offers assurance on the quality and connection standard. 

• Qualifying An Insertion Loss (IL) And Return Loss (RL) Testing 

  Our patch cords undergo thorough Insertion Loss (IL) and Return Loss (RL) testing: 

  Low level of IL and high level of RL promises speedy and good quality network with low loss of signal. 

• Packaging & Labeling 

  We ensure that each manufactured fiber optic patch cord is specially packed utilizing anti-static and dust-proof materials. 

  Branding and labeling options are available for OEM/ODM orders at no additional cost. 

Zion communication is the partner you need for a one-stop fiber optic patch cord provider, taking on the assignment of global wholesalers, e-commerce brands, and network professionals with our scalable and specific fiber bandwidth offerings. 

Send us an email right now for a free quote and explanation of service. 

Ordering Fiber Patch Cables – That Is Easy And Quick 

Getting a fiber optic patch cable ordered is fast and simple. Simply follow the steps below to order a unique patch cable that will suit your networking needs.

Step 1: Defining Yours (1 Hour) 

Consult our fiber optic experts who will help you design your fiber optic. 

Cable Type: Single-mode OS2 or Multimode OM3/OM4/OM5 

Connector Specialties: LC, SC, FC, ST, MTP, and all 

Said length in inch, color, and additional conditions

Step 2: Confirm Your Final Cost & Payment Terms (1-2 Days) 

If you haven’t yet talked to a sales representative or received a detailed quote with technical specifications provided. 

In order to reserve your product, an advance payment plan (which provides flexible payment terms) is available.

Step 3: Production Time &“Quality Check” Process (2-3 Weeks) 

Manufacturing of patch cables and checking for iec 61300-3-35 compliance.

After placing your order, you are entitled to constant updates of your production via email. 

Carrying out a variety of standards checks to confirm both the low insertion loss ( 50dB).

Every shipment comes with a full set of test reports 

For issues with quality standards, we offer replacements without any single cents charges. 

Highly compliant with standards ISO 9001, RoHS, and IEC. 

Still Have Questions About Fiber Patch Cords? 

We are available for support! Dial our experts in fiber optics for OEM or a free quote.

James is a technical manager and associate at Zion Communication. 

Specializes in Optical Fiber communications,  FTTH Solutions, 

Fiber optic cables,  ADSS cable, and ODN networks.

james@zion-communication.com

+86 13777460328

■ Why Choose Zion communication for Custom Patch Cord Solutions? 

• Over 10 Years of Manufacturing Expertise 

• Direct Factory Pricing Spared of Middlemen 

• Fast Turnaround & Delivery Mode Choices Globally 

• 100% Testing Insertion Loss Reports Spelled Out 

• Expertise support for an implicit complex install 

• Flexible MOQs with OEM/ODM support.