SC Connector, OM4, Magenta Housing, 0.9mm Boot

Name: SC Connector OM4 Magenta Housing 0.9mm Boot | FiberMania
SKU: CSCM4MG9

P/N: CSCM4MG9

Categories:

SC Connectors

Product Highlights:

High-performance SC OM4 multimode connector with low insertion loss and ultra-low back reflection.
Magenta housing and 0.9mm boot design optimized for pigtails and patch cord production.
Compliant with GR-326-CORE and suitable for telecom, data center, and FTTx applications.
FiberMania offers full OEM/ODM customization, including housing colors, boot sizes, branding, and tailored production solutions for cable assembly factories.

Description

This SC OM4 fiber connector is designed for high-performance multimode optical connectivity, providing stable, low-loss transmission in a wide range of network environments. Featuring a magenta housing that aligns with OM4 color standards, the connector allows for easy identification within structured cabling systems. Its 0.9mm boot configuration supports tight-buffered fiber terminations, making it ideal for patch cord assembly, pigtail production, and fiber management applications.

Manufactured using an epoxy-type termination process, the connector ensures reliable bonding and long-term stability across various operating conditions. The durable body construction is corrosion-resistant and engineered to maintain optical performance even under continuous use. With ultra-low back reflection and consistently low insertion loss, it meets the stringent requirements of Telecordia GR-326-CORE, ensuring dependable performance for telecom, data center, and broadband deployments.

This connector offers excellent environmental resilience, supporting operation in temperatures ranging from -40 to +80°C. Its precise ferrule geometry and polishing compatibility help ensure optimal performance in OM4 multimode networks.

Specification

Connector Type	SC Simplex
Fiber Mode	Multimode OM4
Ferrule Diameter	2.5 mm
Housing Material	Plastic
Boot Diameter	0.9 mm
Ferrule Material	Ceramic
Insertion Loss	≤ 0.3 dB
Return Loss	≥ 35 dB
Durability	≥ 1000 mating cycles
Alignment Sleeve	Ceramic
Operating Temperature	-40°C to +85°C
Compliance	RoHS compliant
Color	Magenta

Features

Low insertion loss for stable multimode performance
Ultra-low back reflection supporting high-quality signal transmission
Corrosion-resistant connector body for long service life
Designed for 0.9mm tight-buffered fiber termination
Meets Telecordia GR-326-CORE reliability standards
RoHS compliant for environmentally safe manufacturing
Magenta housing for OM4 color identification
SC simplex epoxy-type connector for professional assembly

Application

LAN and WAN fiber networks
Telecommunications and broadband systems
CATV and multiservice access networks
FTTx deployment and distribution frames
Data centers and backbone cabling
Fiber optic instrumentation and testing equipment

FAQ

Q: Is this connector suitable for OM4 high-speed multimode networks?
A: Yes, it is fully compatible with OM4 multimode fiber and maintains low insertion loss for high-bandwidth applications.

Q: Can FiberMania provide connectors with custom branding or color housings?
A: Yes, we offer full OEM customization, including private labels, custom colors, and specialized packaging.

Q: Does this connector support UPC polishing only?
A: This model is designed for UPC polishing, but APC or specialized finishes can be requested for custom production.

Q: Is the 0.9mm boot suitable for pigtail assembly?
A: Yes, the 0.9mm boot is specifically designed for tight-buffered fiber pigtails.

Q: Can these connectors be packaged in bulk or individual kits?
A: FiberMania supports both bulk packaging and individualized assembly kits based on customer needs.

Quality Qulifications and Compliance

To get the detailed certification, please go to the Compliance.

Please Note: Our products comply with all internationally recognized and industry-standard specifications. For customized or special requirement products, we carry out testing and standards in accordance with the conformity criteria specified in the contract.