ODVA MPO to ODVA MPO Armored Patch Cord 24 Cores 50/125 OM4 LSZH 7.0mm 10M

• OM4 50/125μm multimode fiber supporting 40G/100G transmission
• 24-core MPO connectivity for high-density fiber applications
• ODVA ruggedized connectors for outdoor and harsh environments
• Armored cable design for superior mechanical protection
• 7.0mm LSZH jacket for durability and safety
• Resistant to dust, moisture, and environmental stress
• Factory-terminated and fully tested for reliable performance

• FTTA (Fiber to the Antenna) deployments
• Telecom base stations and wireless infrastructure
• Outdoor fiber optic networks
• Industrial and harsh environment installations
• Data center interconnection in outdoor scenarios
• Remote radio head (RRH) connectivity

We offer comprehensive OEM and customization services to meet project-specific requirements. Options include custom cable lengths, fiber counts, connector types, polarity configurations, armor types, and jacket materials. Branding, labeling, and packaging customization are also available for large-scale deployments.

FTTA Outdoor Cable Assembly Customization Options

Q1: What is the advantage of ODVA MPO connectors?
ODVA MPO connectors are designed for outdoor use, providing sealed, ruggedized connections that protect against water, dust, and extreme environmental conditions.

Q2: Why choose a 24-core MPO cable?
A 24-core MPO cable enables high-density fiber connectivity, reducing the number of cables required and improving efficiency in high-capacity network deployments.

Q3: Is this cable suitable for direct burial or underground use?
While armored, this cable is primarily designed for outdoor and industrial environments. For direct burial, additional protection such as ducting is recommended.

Q4: How does OM4 fiber benefit high-speed networks?
OM4 fiber supports higher bandwidth and longer transmission distances for multimode applications like 40G and 100G Ethernet compared to lower-grade fibers.

Q5: What does LSZH jacket provide in outdoor applications?
LSZH jackets reduce smoke and toxic emissions in case of fire, making them safer for installations where fire safety is a concern, even in semi-exposed environments.