3m LSZH OM4 12-Core Multimode Fiber Optic MPO Patch Cord
3m LSZH OM4 12-Core Multimode Fiber Optic MPO Patch Cord factory
3m LSZH OM4 12-Core Multimode Fiber Optic MPO Patch Cord best
3m LSZH OM4 12-Core Multimode Fiber Optic MPO Patch Cord high quality
3m LSZH OM4 12-Core Multimode Fiber Optic MPO Patch Cord price
3m LSZH OM4 12-Core Multimode Fiber Optic MPO Patch Cord factory
3m LSZH OM4 12-Core Multimode Fiber Optic MPO Patch Cord
Experience effortless speed with our 3m OM4 MPO Patch Cord. This 12-core multimode fiber cable ensures stable, high-density data transmission.
Send Inquiry
Add To Inquiry
Description
3m LSZH OM4 12-Core Multimode Fiber Optic MPO Patch Cord
01. ENGINEERED FOR SPEED: Unleash 10G and 40G Performance
Subheading Focus: Bandwidth & Transmission Speed
Data centers demand speed. Slow connections kill productivity. This 3m OM4 MPO Patch Cord solves bandwidth bottlenecks immediately. We engineered this cable for high-performance networks. It supports 10G, 40G, and even 100G Ethernet applications effortlessly. The cable uses premium OM4 multimode fiber. This specific glass allows data to travel faster and further than older OM3 types.
Your network needs reliability. This cable delivers engineering-grade telecom quality. It handles massive data loads without lag. Video streaming, cloud computing, and virtualization require this level of throughput. You get stable transmission every time. The signal stays strong over the 3-meter distance.
We prioritize signal integrity. The OM4 core reduces modal dispersion. This means your data packets arrive together and on time. You avoid dropped packets. You avoid re-transmission delays. It is the perfect choice for connecting servers to switches in a high-density rack. Upgrade your infrastructure today.
02. HIGH-DENSITY CONNECTIVITY: The MPO Advantage
Subheading Focus: Connector Technology & Space Efficiency
Space is money in a server room. Traditional cables take up too much room. Our MPO Female Connector changes the game. It combines 12 fibers into a single, compact connector. This 12-core configuration saves valuable rack space. You can run more cables in the same tray.
The connector design guarantees precision. It features precise positioning pinholes (Position 1 through Position 12). These holes ensure the fibers align perfectly when you plug them in. Misalignment causes signal loss. Our design prevents this. The key button faces up for easy orientation. You know exactly how to insert it.
An outer frame protection sleeve guards the delicate ferrule. This prevents damage during handling. Technicians can work fast without breaking components. The connector is resistant to deformation. It withstands the heat of a busy data center. This is high-density cabling made simple.
03. BUILT TO LAST: LSZH Jacket and Aramid Strength
Subheading Focus: Durability & Material Safety
Cables must be tough. They get pulled, bent, and twisted. We built this patch cord with exceptional tensile strength. The outer jacket uses eco-friendly LSZH (Low Smoke Zero Halogen) material. This material is soft yet highly tensile-resistant. It protects the glass fibers inside from crushing.
Safety matters in your facility. LSZH materials do not emit toxic smoke if they burn. This keeps your staff and equipment safe during a fire. The cable is also environmentally friendly. We use non-toxic materials.
Inside the jacket, we use Aramid Yarn. This is the same material used in body armor. It provides incredible strength. It resists stretching and fatigue. You can pull this cable through trays without snapping the fibers. The reinforced tail protection prevents cracking at the connector boot. This cable lasts for years.
04. PRECISION CERAMICS: Ceramic Ferrules for Stability
Subheading Focus: Signal Quality & Components
The ferrule is the heart of the connector. We use a high-quality ceramic ferrule. Ceramic is hard and stable. It holds the fibers in exact alignment. This enhanced stability ensures the light passes through clearly.
You need low signal loss. Our ceramic ferrule delivers low insertion loss. It also provides high return attenuation. This means the light goes where it should. It does not bounce back to the source. Your equipment runs more efficiently.
We use high-precision flame-retardant components. These parts ensure consistent optical performance. You get outstanding accuracy in every link. Whether you connect one cable or one thousand, the performance stays the same. Trust in ceramic technology for your critical links.
05. VERSATILE APPLICATIONS: From Servers to Base Stations
Subheading Focus: Use Cases & Industry Suitability
This cable fits many roles. It is highly versatile. You can use it in fiber optic communication systems. It connects switches in IDC data centers. It links servers in crowded racks.
Telecom companies rely on this product. It works perfectly in data base stations. It supports CATV and LAN networks. You can use it for optical modules and ODF frame cabling.
The wide range of applications makes it a standard choice. You do not need different cables for different jobs. This single MPO patch cord handles them all. It simplifies your inventory. It simplifies your installation. Connect your entire infrastructure with one reliable solution.
06. EFFORTLESS INSTALLATION: Plug, Play, and Perform
Subheading Focus: Ease of Use & Operational Efficiency
Time is a luxury you do not have. We designed this cable for speed. It features a simple plug-and-play design. The MPO connector pushes in with a satisfying click. You know it is secure. To remove it, you simply pull the housing mechanism.
The cable is bend-insensitive. You can route it around tight corners. It maintains excellent mechanical performance even when bent. This gives you freedom in cable management. You do not have to worry about signal loss from tight bends.
We label the polarity clearly. The positioning pinholes make orientation obvious. Your technicians will not make mistakes. This reduces troubleshooting time. It reduces downtime. You get your network up and running faster. It is the easiest upgrade you will ever make.
07. TECHNICAL SPECIFICATIONS: The Numbers You Trust
Subheading Focus: Data & Certification
Engineers need facts. Here are the specifications for this patch cord.
Product Name: OM4 Multimode Fiber Optic Patch Cord.
Core Count: 12 Fiber Core configuration.
Connector Type: MPO to MPO (Plug Type: MPO/MPO).
Fiber Type: OM4 Multimode (High-quality core wire).
Jacket Color: Magenta (Standard for OM4).
Tensile Strength: Greater than or equal to 200N.
Durability: Rated for more than 1000 mating cycles.
Insertion Loss: Very low (typically <0.35dB for standard, <0.7dB max).
Jacket Material: LSZH (Low Smoke Zero Halogen).
These numbers prove the quality. We test every cable. We ensure it meets these standards before it leaves our factory. You get guaranteed performance.
08. BUYING GUIDE: Why Choose Cobtel OM4 MPO?
Subheading Focus: Brand Value & Wholesale Benefits
Buying from Cobtel is a smart business decision. We are an engineering-grade telecom manufacturer. We use superior materials to build exceptional quality products. We do not use cheap plastic parts. We use original components that are durable and non-fragile.
Our components resist detachment. Cheap cables fall apart. Ours stay together. You save money on replacements. You save money on maintenance labor.
This cable offers excellent repeatability. You can unplug it and plug it back in 1000 times. The signal remains stable. We provide wide applicability. Whether you run a small server room or a massive data center, this cable fits. Choose reliability. Choose Cobtel.
Extended Educational Resource: Mastering High-Speed Fiber Optics
Deep Dive: The Shift to OM4 Multimode Fiber
The modern data center is a beast that is always hungry for bandwidth. In the past, OM3 fiber was the standard. It worked well for 10 Gigabit Ethernet. However, as speeds increased to 40G and 100G, OM3 hit a wall. It could not carry the signal far enough. This is where OM4 comes in.
What is OM4? OM4 is a laser-optimized multimode fiber. It has a core size of 50 microns, just like OM3. However, the internal construction is different. Manufacturers build OM4 with tighter specifications. It has a higher bandwidth rating (4700 MHzkm) compared to OM3 (2000 MHzkm).
Why does this matter? This higher bandwidth allows OM4 to carry more data over longer distances.
For 10G: OM4 transmits up to 550 meters.
For 40G/100G: OM4 transmits up to 150 meters. This extra reach is critical in large data centers. A 3-meter patch cord like this one is often the first link in that long chain. Using OM4 patch cords ensures you do not create a weak link at the rack level. You maintain the high-quality signal path from the server to the core switch.
Understanding MPO Polarity
MPO connectors are unique. They connect 12 fibers at once. This creates a challenge: ensuring the light signal goes from the transmitter (Tx) on one side to the receiver (Rx) on the other. This alignment is called polarity.
Type A, B, and C There are three main methods to handle polarity.
Type A (Straight-Through): Pin 1 goes to Pin 1. This is the simplest method.
Type B (Cross-Over): Pin 1 goes to Pin 12. This reverses the fiber order completely.
Type C (Pairs Flipped): Pin 1 goes to Pin 2, Pin 2 goes to Pin 1. This flips fibers in pairs.
Which one do you need? Most 40G and 100G transceivers use Type B polarity. It is essential to check your equipment manual. Using the wrong polarity will result in a "Link Down" status. Our 3m LSZH OM4 12-Core MPO Patch Cord is manufactured to strict industry standards to ensure compatibility with standard transceivers.
The Importance of LSZH (Low Smoke Zero Halogen)
Safety regulations are becoming stricter globally. Especially in Europe and modern US data centers, PVC jackets are being replaced by LSZH.
The Fire Hazard Standard PVC cables burn quickly. They release thick, black smoke. This smoke obscures exit signs. It makes it hard to breathe. Worse, burning PVC releases halogen gas. This gas turns into acid when it mixes with water (like water from a sprinkler system). This acid can destroy expensive servers and switches in minutes.
The LSZH Solution Our cable uses an LSZH jacket.
Low Smoke: If it burns, it produces very little smoke. People can see the exits.
Zero Halogen: It releases no toxic halogen gases. It is safer for humans. It is safer for your hardware. Choosing LSZH is not just about compliance. It is about protecting your investment and your people.
Aramid Yarn: The Hidden Hero
You might know Aramid by its trade name, Kevlar. It is incredibly strong. We use it inside our patch cords.
Why put armor in a cable? Fiber optic glass is fragile. If you pull it too hard, it cracks. Once cracked, the cable is dead. Installation technicians often pull cables through tight trays. They pull them around corners. This puts stress on the glass.
The Aramid Yarn absorbs this stress. When you pull the cable, the Aramid takes the load, not the glass. It is tensile-resistant and low stretch. This means you can install our cables with confidence. You will not break them during normal handling. This reduces waste and saves project time.
MPO Cleaning and Maintenance
Dust is the enemy of fiber optics. A single dust particle can block the laser signal. Because MPO connectors have 12 fibers, the risk is 12 times higher.
Cleaning Tips
Keep Caps On: Always keep the dust cap on the connector when it is not plugged in.
Inspect Before Connect: Use a fiber inspection scope if possible.
Click Cleaners: Use a specialized MPO "click" cleaner pen. Push it into the connector to clean the ferrule face.
No Alcohol: Do not use standard alcohol swabs. They leave residue. Use lint-free wipes designed for fiber.
Our connectors feature a high-quality ceramic ferrule. Ceramic is scratch-resistant. It is easier to clean than polymer ferrules. This durability ensures your connection stays clean and clear for the life of the cable.
The Economics of 12-Core Cabling
Why use a 12-core cable instead of single fibers? The answer is density and cost.
Density Imagine running 12 individual LC cables. That is a mess. It blocks airflow. It takes up space. One MPO cable replaces all 12. It is thinner than a pencil. This cleans up your rack. It improves cooling efficiency.
Cost Pulling one cable is faster than pulling 12. You save on labor hours. You use fewer cable management accessories. You simplify your documentation. While the MPO cable costs more than a single LC patch cord, the total system cost is often lower.
Future-Proofing Your Network
You might only need 10G today. But 40G and 100G are coming. Installing OM4 MPO cabling now prepares you for that future. You will not have to rip out your cabling infrastructure when you upgrade your switches. You simply change the transceivers. The glass is ready.
This 3m length is ideal for "Top of Rack" (ToR) architectures. You connect the servers in the rack to the switch at the top. It keeps cable runs short and tidy. It minimizes latency. It maximizes speed.
Detailed Usage Scenarios
Scenario 1: The High-Frequency Trading Firm In this environment, every microsecond counts. Latency means lost money. The firm uses our OM4 MPO cables to connect their trading servers to the core switch. The high bandwidth and low resistance of our ceramic ferrules ensure trades execute instantly.
Scenario 2: The University Research Lab Universities handle massive datasets. They move terabytes of genomic data or physics simulations. They use our 12-core MPO cables to link their storage arrays. The high throughput allows researchers to access data without waiting. The LSZH jacket meets strict campus safety codes.
Scenario 3: The Cloud Service Provider Cloud providers have thousands of servers. They need reliability above all else. They choose Cobtel cables because of the durability. The Aramid yarn protection allows their technicians to work fast without breaking cables. The consistent performance reduces their maintenance tickets.
Frequently Asked Questions (FAQ)
Q: Is this cable compatible with my Cisco/Juniper/Arista switch? A: Yes. Fiber optic patch cords are passive devices. As long as your transceiver accepts an MPO connector (like a QSFP+ or QSFP28 module), this cable will work. It meets all standard IEC and TIA specifications for optical interfaces.
Q: Can I use this for 100G connections? A: Absolutely. OM4 fiber supports 100GBASE-SR4. This protocol uses 4 lanes transmitting and 4 lanes receiving (8 fibers total). Our 12-core cable supports this perfectly, leaving 4 fibers unused (dark) which is standard industry practice.
Q: What is the benefit of the Magenta color? A: In the fiber industry, colors mean something. Orange usually means OM1 or OM2 (older, slower). Aqua means OM3. Magenta (or Violet) is the standard for OM4. This color coding helps technicians identify the cable performance instantly. It prevents mixing slow cables with fast ones.
Q: How tight can I bend this cable? A: Our cable is designed with a bend-insensitive core. However, best practice suggests not bending it tighter than a soda can. The reinforced tail protection on our connector helps prevent you from bending it too sharply at the plug.
Q: Is the MPO connector Male or Female? A: This specific product listing is typically for Female-to-Female (no pins), which is the standard for connecting transceiver to transceiver. However, please verify your specific requirement. The PDF highlights "Positioning pinholes" on the connector face, which typically implies it can accept pins (making it Female) or is showing the location for pins.
Installation Checklist
Before you install, ensure you have:
The Right Cable: Check the label for "OM4" and "MPO".
Cleaners: Have your MPO click cleaner ready.
Diagram: Know which port goes to which server.
Velcro Ties: Use Velcro, not zip ties, to manage the slack. Zip ties can crush the glass.
The Cobtel Quality Promise
We do not just sell cables; we manufacture connectivity. Our process involves rigorous testing.
Visual Inspection: We check for scratches on the ferrule.
Insertion Loss Test: We ensure light passes through efficiently.
Return Loss Test: We ensure light does not bounce back.
Mechanical Test: We verify the tensile strength.
When you buy this 3m LSZH OM4 12-Core Multimode Fiber Optic MPO Patch Cord, you are buying the result of decades of engineering expertise. You are buying peace of mind. You are buying the speed your business needs to succeed.
Hot Tags: 3m lszh om4 12-core multimode fiber optic mpo patch cord, suppliers, manufacturers, factory, wholesale, price, pricelist, quotation, bulk, cheap
Previous:No Information
Send Inquiry
You Might Also Like
