Compact LC/APC to LC/APC 8 Cores Fiber Optic Adapter Without Flange

• Customization: Available
• Transmission Medium: Optical Fiber
• Structure: 8-Core Lca
• Model NO.: LC/APC 8 Cores Adapter
• Number of Cores: 8-Core
• Ferrule Endface: APC
• Shape: Rectangular
• Fabrication Process: Injection Molding
• Application: Fiber Distribution Frame, Network Equipment, Data Center / High-Density Cabling
• Light Source TYPE: LED
• Connector Type: LC/APC to LC/APC
• Brand: Holight
• Housing Color: Green
• Sleeve Material: Ceramic
• Operating Temperature: -40°c to +85°c
• Durability: >1000 Mating Cycles
• Flange: No Flange
• Transport Package: Standard Packaging
• Specification: LC/APC 8-Core Compact Adapter, No Flange
• Trademark: HOLIGHT
• Origin: China
• HS Code: 8536700000
• Production Capacity: 150, 000 PCS/Month

Product Description

The LC/APC to LC/APC 8-Core Compact Fiber Adapter Without Flange is a premium optical adapter engineered for seamless and efficient fiber optic connections. Its flangeless design reduces space requirements, making it an ideal choice for high-density environments such as data centers, telecom networks, and enterprise infrastructures. This adapter ensures precise alignment of optical fibers, minimizing insertion loss and maintaining superior signal integrity. The robust housing and compact size make it a reliable solution for modern optical networks.

Quality Assurance

All adapters undergo 100% testing for IL/RL and are manufactured under ISO 9001 with RoHS/CE compliance.

 

1. Applications

• Telecommunications Networks:Ensures reliable optical connectivity.
• Data Center Cabling:Perfect for high-density optical setups.
• FTTH Systems:Ideal for fiber-to-the-home deployments.
• Enterprise Networking:Supports robust optical signal transmission.

 2. Features
 • Compact Design:Space-saving structure suitable for high-density installations.
 • Flangeless Construction:Simplifies installation and minimizes footprint.
 • High Precision Alignment:Ensures minimal signal loss and stable optical performance.
 • Durable Build:Made with high-quality materials for long-term reliability.
LC/APC Compatibility: Suitable for 8-core LC/APC to LC/APC connections

Parameter	Specification
Connection Type	LC/APC to LC/APC
Fiber Count	8 cores
Structure	Compact, without flange
Alignment Sleeve Material	Ceramic
Insertion Loss	≤0.2 dB
Return Loss	≥50 dB
Operating Temperature	-40°C to +75°C

3. Customization Options

Custom logo printing, housing color, sleeve type, and packaging options are available upon request.

 

 

 4. Packing & Delivery

Packaging: PE bags or OEM box

Lead Time: 5–7 working days

Delivery: Air, Sea, Courier (DHL, FedEx, UPS)

5. Feature Details 

• Compact & Flangeless: Designed for environments where space is a premium, this adapter eliminates the need for additional mounting hardware.
• Enhanced Performance: With low insertion loss and high return loss, it ensures stable optical transmission.
• Durable Material: Built with robust plastic and ceramic alignment sleeves for long-lasting performance.
• Ease of Use: Plug-and-play design simplifies deployment and maintenance.

6. Exhibitions We Attended

• ICT Poland 
• Cairo ICT
• TechEXPO USA 
• LEAP Saudi Arabia 
• Expo ISP Peru 

7. FAQ (Frequently Asked Questions)

Q1: What type of panels does this adapter fit into?
A1: It is designed for snap-in mounting into high-density modular panels or cassettes.

Q2: Can I request different housing colors?
A2: Yes, green is standard for APC, but custom colors can be arranged for bulk orders.

Q3: Is this compatible with LC/UPC connectors?
A3: No, this model is for LC/APC only. We offer LC/UPC 8-core versions as well.

Q4: Is flange mounting available?
A4: This model is flange-less, but we also offer versions with flange on request.

Q5: Are these adapters RoHS and CE certified?
A5: Yes, all HOLIGHT adapters comply with RoHS and CE standards.

Q6: Do you support OEM branding?
A6: Absolutely. We support custom logos and labels with low MOQ.

Q7: What's the lead time for 10,000 pcs?
A7: Usually 5–7 working days depending on production load.