LPJE8802-3C-M7NLR Shielded RJ45 8P8C Modular Jack Latch Down

Product Overview:

The LPJE8802-3C-M7NLR is a compact, shielded RJ45 8P8C SMD modular jack designed for high-speed Ethernet and communication devices.
It offers superior signal integrity, stable contact performance, and compliance with UL safety standards.
With a latch-down design and SMD reflow compatibility, it is ideal for automated PCB assembly in compact networking equipment.

Electrical Specifications:

Mechanical Specifications:

Environmental Characteristics:

IR Reflow Soldering Profile:

Typical Applications:

• Ethernet Switches and Routers
• Network Interface Cards (NICs)
• Industrial Automation Controllers
• IP Cameras and Smart Terminals
• Embedded Communication Modules

LPJE8802-3C-M7NLR 8P8C RJ45 Modjack Drawing:

Packaging Information:

1. Packaging Type: Tape & Reel
2. Quantity per Reel: 110 pcs
3. Arrangement: Products arranged in sequence with 11 empty positions at both ends
4. Labeling: Includes plug, label, and protective bag
5. Orientation: As per drawing (Latch Down)

Why Choose LINK-PP:

LINK-PP is a trusted global manufacturer of Ethernet magnetic connectors, RJ45 modular jacks, and integrated magnetics with more than 20 years of experience.

We supply high-quality, cost-effective connectivity solutions that meet international standards and are compatible with leading brands such as Pulse, Wurth Elektronik, Halo, and Tyco.

All LINK-PP products are produced under strict quality control systems (ISO 9001 & ISO 14001 certified) and fully comply with UL, RoHS, and REACH regulations.

By choosing LINK-PP, you gain access to:

• Reliable Quality: 100% electrical testing before shipment
• Global Compatibility: Form-fit-function replacements for major brands
• Fast Lead Time: In-stock standard models and flexible OEM customization

Comprehensive Support: Professional engineering team and global logistics

LINK-PP helps your network equipment achieve stable signal transmission, lower EMI, and higher durability, ensuring optimal performance in demanding industrial and communication environments.