LPJK0036AONL 1x1 RJ45 ICM Built-in Magnetics Duplex LED Indicator

Product Specification

The LINK-PP LPJK0036AONL is a premium-grade 10/100/1000 Base-T (1G) Gigabit Ethernet Integrated Connector Module (ICM) designed for modern networking hardware, smart homes, telecom devices, and embedded systems. Combining a high-performance LAN magnetic transformer with a robust RJ45 modular jack in a single Tab Up, Side Entry (90° right angle) through-hole package, this module saves valuable PCB real estate while ensuring exceptional signal integrity.

Manufactured under strict ISO 9001 and ISO 14001 quality management systems, the LPJK0036AONL is fully compliant with IEEE 802.3, UL, RoHS, and REACH standards. It is engineered to operate reliably in commercial temperature environments ranging from 0°C to 70°C.

Key Features of 10/100/1000 Base-T RJ45 Connector

• High-Speed Gigabit Capability: Supports full 10/100/1000 Base-T data rates, making it ideal for high-bandwidth enterprise and consumer applications.
• Space-Saving Side Entry Design: Features a 90-degree right-angle through-hole side entry footprint (Dimensions: 33.02mm L x 16.60mm W x 13.50mm H), optimizing vertical clearance on dense multi-port boards.
• Advanced EMI/EMC Suppression: Equipped with integrated metal shielding and EMI tabs to provide robust grounding and lower susceptibility to electromagnetic interference.
• Dual-Color Visual Diagnostics: Integrated Orange/Green and Yellow LEDs offer real-time status indication for link speed and network activity.
• Customizable Gold Contact Plating: Available with 6µ", 15µ", or 30µ" gold plating on the contact mating area to ensure long-term corrosion resistance and high mating durability.

Technical Specifications

Electrical Specifications and Datasheet of LPJK0036AONL 1x1 RJ45

Electrical Specifications @ 25℃ 1. Turns Ratio: TX=1:1 RX=1:1 2. INDUCTANCE (@100KHz,100mV,8mA DC BIAS): J1-J2;J3-J6;J4-J5;J7-J8: 350uH min 3. Insertion Loss: 0.3～100MHz:-1.2dB Max 4. Return Loss (dB Min.load 100Ω): 1～30MHz:-16 40MHz:-13.5 50MHz:-11.5 60～80MHz:-10 5. Crosstalk (dB Min): 30MHz:-40 60MHz:-36 100MHz:-30 6. Differential to Common Mode Rejection: 30MHz:-35dB Min 60MHz:-32dB Min 100MHz:-30dB Min 7. Isolation Voltage: 1500Vrms 8. Operating Temperature Range:0℃～70℃.

Frequently Asked Questions

1. How does the LPJK0036AONL handle high-frequency signal integrity?

In Gigabit Ethernet applications, signal attenuation and return loss can cause packet drops. The LPJK0036AONL integrates precisely wound internal LAN transformers matching a 1CT:1CT turns ratio, ensuring correct impedance matching and high common-mode noise suppression across all 4 differential pairs.

2. Is through-hole side entry reliable for mechanical stress?

Yes. The module features a robust PC board retention post (T-Post) design combined with durable solder-dipped shield tabs. This mechanical anchoring absorbs physical insertion and pulling forces from Ethernet cables, protecting internal solder joints from thermal and mechanical fatigue.

3. Does the LPJK0036AONL support Power over Ethernet (PoE)?

No, the LPJK0036AONL is specified as a Non-PoE connector. For PoE or PoE+ powered applications, please look for LINK-PP's dedicated PoE series (e.g., LPJT or equivalent variants).

4. Can I obtain 3D models and PDF drawings for PCB layout design?

Yes! LINK-PP provides both official PDF drawings and 3D CAD step models for the LPJK0036AONL to assist hardware engineers with precise footprint and enclosure clearance modeling.

5. Are free samples available for testing?

Qualified enterprise and business accounts can request free engineering samples for evaluation before committing to volume production.

Ready to Streamline Your Design?

• [Download PDF Drawing & Datasheet] (Verify exact pinouts and mechanical layouts)
• [Download 3D CAD Model (.zip)] (Integrate into your Altium/Cadence layout tools)
• [Request Free Engineering Samples] (Test signal performance on your prototype board)
• [Get a Volume Quotation / RFQ] (Inquire about factory-direct pricing and fast global shipping)