Merishopp 7x2.5 to 1.25mm SC Male to LC Female Adapter Single Mode Fiber Connector | Computers/Tablets & Networking | Computer Cables & Connectors | Networking Cables & Adapters

This Merishopp adapter allows for seamless connection between SC male and LC female single mode fiber connectors. It is perfect for networking applications where a conversion between these two types of connectors is necessary.

Key Features:
- SC male to LC female adapter
- Single mode fiber compatible
- High quality construction for reliable connection

This adapter is ideal for IT professionals, network engineers, and anyone working with fiber optic cables who need to convert between SC and LC connectors. It is easy to use and provides a secure and stable connection for smooth data transmission.

Pros:
- Allows for easy conversion between SC and LC connectors
- Single mode fiber compatible
- High quality construction ensures reliable performance

Cons:
- May not be compatible with all SC and LC connectors
- Single mode fiber only, not compatible with multimode fiber

Overall, the Merishopp 7x2.5 to 1.25mm SC Male to LC Female Adapter is a reliable and easy-to-use solution for connecting SC and LC single mode fiber connectors in networking applications.

Factor	Weight	Contribution	Rationale	Sources
Spec/Feature Fit	25	20	High compatibility with single mode fibers for efficient data transfer.	—
Brand Strength	20	10	Established brand reputation in networking accessories.	Canalys
Category Momentum	20	15	Growing demand for network interface cards in India.	IDC
Price Positioning	20	10	Competitively priced compared to similar adapters in the market.	—
Competition	10	6	Facing moderate competition from other adapter brands.	—
Use-case Advantage	5	5	Addresses specific connectivity needs for network setups.	—
Final Market Score	100	66/100 (3.30/5)	Well-positioned adapter with strong spec fit in a growing market.

Factor	Rating (out of 5)	Notes
Social Media Buzz	0.0	—
Retail Presence	0.0	—
Price Appeal	0.0	—
Community Hype	0.0	—
Festive Sales	0.0	—
Performance in Climate	0.0	—