AddOn 5dB Fixed LC Fiber Optic Network Attenuator, Male/Female, Single Mode OS1 SMF Simplex, Unshielded, RoHS Compliant - ADD-ATTN-LCPC-5DB (2 Pack) (3 Year Warranty)










AddOn 5dB Fixed LC Fiber Optic Network Attenuator, Male/F...





AddOn 5dB Fixed LC Fiber Optic Network Attenuator, Male/Female, Single Mode OS1 SMF Simplex, Unshielded, RoHS Compliant - ADD-ATTN-LCPC-5DB (2 Pack) (3 Year Warranty)
AddOn ADD-ATTN-LCPC-5DB
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Disponibilité:
En stock.
, prêt à être expédié
.
- 3 Year Garantie
- Retours de 30 jours.
- Neutre en carbone
Caractéristiques clés du produit
- 🔌 2-Pack LC Male to Female Fiber Optic Attenuators
- 📊 5dB Fixed Attenuation Value
- 🔹 Single-mode (SMF) OS1 Fiber Compatible
- 🔄 Simplex Configuration
- 🏭 Made in USA
- ♻️ RoHS Compliant
- ⚡ Unshielded Design
- 🛡️ 3-Year Warranty Coverage
- 💯 100% OEM Warranty Compliant
- 🔗 LC/PC Connector Type
€45,95
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mercredi 23 avr.
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AddOn
ADD-ATTN-LCPC-5DB

Precision 5dB Signal Control with LC Connector Design
The 5dB fixed fiber optic attenuator features a robust blue housing with precise LC connectors, engineered for optimal signal reduction in single-mode fiber networks. The male-to-female configuration ensures seamless integration while maintaining signal integrity through the 5dB attenuation point clearly marked on the housing. The durable construction and precise engineering ensure consistent performance in demanding network environments.
Technical Specifications
- Fixed 5dB attenuation value for consistent signal reduction
- LC/PC connector interface for single-mode fiber compatibility
- Male to female connection design for inline installation
Applications
- Power level optimization in high-speed data centers
- Signal balancing in telecommunications networks
- Optical power management in enterprise fiber networks

Streamlined Installation with Dual-End Connectivity
The attenuator's dual-end design showcases the precision-engineered LC connectivity solution, featuring white dust caps on both ends for protection during handling. The streamlined form factor enables easy access in tight spaces while maintaining optimal signal attenuation. The robust construction ensures long-term reliability in active network environments.
Technical Specifications
- Integrated dust protection caps for connector preservation
- Compact form factor for high-density installations
- RoHS-compliant materials for environmental safety
Applications
- Network infrastructure optimization
- Fiber optic testing and certification
- Data center power level management

Enhanced Signal Management with Low-Profile Design
The attenuator's side profile reveals its sophisticated engineering, featuring a low-profile design that minimizes space requirements while maximizing performance. The precision-molded housing ensures consistent attenuation across the optical pathway, while the secure locking mechanism maintains connection stability.
Technical Specifications
- Low-profile housing for space-efficient installation
- Precision-molded components for consistent performance
- Secure locking mechanism for connection stability
Applications
- High-density rack installations
- Telecommunications equipment rooms
- Network testing laboratories

Reliable Performance with Precision Engineering
This angle view highlights the attenuator's professional-grade construction, featuring a durable blue housing and precise optical alignment. The design ensures consistent 5dB attenuation while maintaining signal integrity across the network. The robust build quality supports long-term reliability in mission-critical applications.
Technical Specifications
- High-precision optical alignment system
- Industrial-grade housing material
- Consistent attenuation performance
Applications
- Enterprise network deployments
- Telecommunications infrastructure
- Data center optimization

Advanced Connector Design for Network Optimization
The top-down view showcases the attenuator's sophisticated connector design and internal structure. The precision-engineered components ensure optimal signal reduction while maintaining network integrity. The robust locking mechanism and alignment features guarantee reliable connections in demanding network environments.
Technical Specifications
- Advanced internal alignment structure
- Secure connector locking system
- Premium-grade optical components
Applications
- Critical infrastructure deployment
- Network power level balancing
- System testing and certification
Manufacturer | AddOn |
---|---|
Manufacturer Part Number | ADD-ATTN-LCPC-5DB |
Brand Name | AddOn |
Product Name | 2-Pack of 5dB fixed LC Male to LC Female OS1 SMF Simplex Fiber Attenuators |
Packaged Quantity | 2 Pack |
Product Type | Network Adapter |
Adapter Type | Fiber Optic |
---|---|
Connector Type on First End | LC Network - Male |
Connector Gender on First End | Male |
Connector on First End Details | 1 x LC Network - Male |
Connector Type on Second End | LC Network - Female |
Connector Gender on Second End | Female |
Connector on Second End Details | 1 x LC Network - Female |
Features | Unshielded |
Country of Origin | United States |
---|---|
TAA Compliant | No |
Environmental Compliance | Restriction of Hazardous Substances (RoHS) |
Limited Warranty | 3 Year |
---|
Return Policy | Time to Return |
---|---|
Standard Return Policy | We offer a hassle-free 30-day returns policy for domestic (US) orders, excluding non-refundable items. Refund or Replacement within 30 days of the delivery date. All products that fall under the Standard Return Policy qualify for our 30-Day Hassle-Free Returns. |
Replacement Only Return Policy | Replacement within 30 days of the delivery date. |
Manufacturer Only Return Policy | Covered by the manufacturer's warranty. Please refer to the terms and conditions for the manufacturer's warranty or contact the manufacturer. |
Questions fréquemment posées
The AddOn Fiber Optic Attenuator is designed to reduce or attenuate optical power in fiber optic links. Specifically, this fixed value attenuator reduces optical power by 5dB in single-mode fiber (SMF) applications. It's essential for maintaining optimal signal strength in fiber optic networks where power levels need to be adjusted.