JXF0-5010NL 5GBase-T RJ45 Connector (No LEDs, Non-PoE, Pin-in-Paste)

The Pulse / YAGEO JXF0-5010NL is an industrial-grade, single-port (1x1) 5GBase-T (5 Gbps) Integrated Connector Module (ICM / MagJack). Engineered for clean-panel industrial architectures, it features a 10-pin pure-data configuration without internal LEDs and without PoE power circuits. Key technical specifications include 2250 VDC galvanic isolation (Pri:Sec), internal 2-wire (2W) signal line common mode chokes, a wide operating temperature of -40°C to +85°C, MSL 1 shelf life, and full compatibility with Through-Hole Reflow (THR / Pin-in-Paste) automated soldering.

The JXF0-5010NL is engineered for industrial computing, machine vision systems, edge gateways, and test instrumentation requiring multi-gigabit throughput up to 5 Gbps without onboard status indicators or PoE circuitry. Built strictly to IEEE 802.3bz specifications, this connector incorporates impedance-matched internal magnetics, isolation transformers, and a 2-wire (2W) signal-line common mode choke that ensures optimal signal fidelity and broad frequency rejection.

Eliminating integrated LEDs and PoE pins streamlines the internal cavity, lowering parasitic capacitance and freeing up valuable routing area on inner PCB layers. Designed with an ultra-rugged copper alloy shield featuring Top & Side EMI grounding fingers, the JXF0-5010NL easily satisfies rigorous FCC Part 68 and CISPR industrial EMC limits while enduring industrial environments from -40°C to +85°C.

Key Advantages for Hardware Designers:

• Maximized Routing Space & Signal Integrity: With only 10 signal pins (Pins 1–10) and no LED or PoE traces, differential trace pairs (MD1± to MD4±) benefit from continuous, uninterrupted ground reference planes.
• Pure Galvanic Isolation: Full primary-to-secondary 2250 VDC / 60-second isolation protects delicate 5Gbps PHY transceivers against ground potential shifts and industrial field surges.
• Automated THR / Pin-in-Paste SMT Ready: Manufactured with high-temperature UL 94V-0 thermoplastic and 3.20 mm matte-tin solder tails rated for J-STD-075 (Category R7, 260°C peak) reflow soldering, eliminating manual wave soldering.

JXF0-5010NL 5GBase-T RJ45 Connector Datasheet

Technical Specifications of JXF0-5010NL THR RJ45 MagJack

1. High-Frequency RF Performance (@ 25°C, Operating -40°C to +85°C)

2. Environmental, Mechanical & Material Ratings

Mechanical Dimensions & Pinout Analysis

JXF0-5010NL 1×1 5GBase-T RJ45 ICM with 1:1 integrated magnetics, no LED, non-PoE, 2W signal-line EMI choke, Tab Up and THR.

PCB RECOMMENDED PINOUT (Component Side View - 10 Pins)
            [10] [8]  [6]  [4]  [2]    <- Upper Row
              [9]  [7]  [5]  [3]  [1]    <- Lower Row
  (Shield Post)                                          (Shield Post)

• Physical Outline: 16.80 mm (Width) × 25.53 mm (Length) × 13.50 mm (Height above PCB).
• Suggested Panel Cutout: 17.82 mm × 14.01 mm.
• Pin Tail Length: 3.20 mm.
• Pin Assignments (10 Signal Pins Only):
  • Pin 1: CT 1 (Channel 1 Center Tap)
  • Pins 2 & 3: TRD1+ / TRD1-
  • Pins 4 & 5: TRD2+ / TRD2-
  • Pins 6 & 7: TRD3+ / TRD3-
  • Pins 8 & 9: TRD4+ / TRD4-
  • Pin 10: Chassis Ground return (internally terminated with 4× 75Ω resistors and a 1000pF / 2kV decoupling capacitor).
• Drill Hole Specifications:
  • 10× Signal Holes: Ø0.89 mm finished hole (Ø1.40 mm recommended copper pad).
  • 2× Plastic Standoff Posts: Ø1.57 mm.
  • 2× Shield Grounding Tabs: Ø3.25 mm.

THR / Pin-in-Paste Assembly

JXF0-5010NL supports Through-Hole Reflow (THR) / Pin-in-Paste assembly and wave soldering.

The manufacturer identifies the JX0 family as a Pin-in-Paste series and specifies compatibility with J-STD-075 R7, with a maximum through-wave-solder condition of 260°C.

Typical Applications of JXF0-5010NL 5GBase-T RJ45 Connector

1. 5G Ethernet Equipment

• 5G Ethernet switches
• 5G network gateways
• High-speed Ethernet equipment
• Network interface boards
• Embedded networking systems
• Industrial Ethernet terminals

2. Industrial Networking

• Industrial Ethernet switches
• Industrial gateways
• PLC communication equipment
• Industrial controllers
• Factory networking equipment
• Industrial communication boards

3. Embedded and Edge Computing

• Embedded Ethernet systems
• Edge computing platforms
• Industrial computers
• Network appliances
• IIoT gateways
• Compact communication equipment

4. Non-PoE Network Equipment

• Data-only Ethernet interfaces
• Industrial control network devices
• High-speed network boards
• Ethernet access equipment
• Embedded network controllers

Frequently Asked Questions

Q1: Can I use JXF0-5010NL on a unified PCB footprint designed for JXF0-5011NL or JXF0-5012NL?

A: Yes. The physical outline, locating pegs, and 10 signal pins (Pins 1–10) are identical across the JXF0 family. If your PCB incorporates an 18-hole master footprint (accommodating Pins 11–14 for LEDs and Pins 15–18 for PoE), the JXF0-5010NL will solder seamlessly, leaving the unused LED and PoE holes unpopulated.

Q2: Why is JXF0-5010NL preferred in vision systems and sealed industrial PCs?

A: Machine vision inspection cameras and scientific imaging equipment often require completely light-tight enclosures to prevent stray LED photons from corrupting sensor data. Furthermore, industrial PCs with custom light pipes built into their front bezel require LED-free connectors to avoid optical cross-bleeding.

Q3: How does the 2-wire (2W) signal line choke improve 5G performance?

A: Without the continuous DC bias of PoE, the 2-wire choke is positioned directly on the cable-side differential pairs. This ensures high common-mode rejection across the entire 10MHz to 250MHz frequency band without introducing asymmetrical parasitic capacitance.