Elite High Speed 10G SFP+ 2X2 Cage Connector Stacked S2N3B23006BA4

The S2N3B23006BA4 is an Elite High Speed 10G SFP+ 2X2 Cage Connector solution designed to deliver industry-leading port density and signal integrity. This integrated SFP+ 2X2 Cage Connector features a 2×2 stacked configuration that supports 10Gbps data rates while providing superior EMI shielding and thermal management to ensure zero-packet-loss performance in demanding network environments.

Heat Sink	No
Cage Connector Type	SFP+
Light Pipe	Yes
Number of Ports	2*2
Terminal Tail	Press-Fit

S2N3B23006BA4

Product Overview

As a market-proven classic in Vitalconn’s high-speed portfolio, the S2N3B23006BA4 is engineered to empower AI computing, 5G infrastructure, and cloud-network convergence. This 2×2 stacked (ganged) assembly allows server OEMs to use compact designs while doubling vertical port density. It serves as a robust physical foundation for enterprise core network upgrades and storage networks, perfectly balancing performance and device compatibility.

Product Specifications

Part Number: S2N3B23006BA4.
Configuration: 2×2 Stacked (4 ports total).
Interface Type: Integrated SFP+ Cage and Connector.
Data Rate Support: Optimized for 10Gbps per-channel speed spectrums.
Manufacturing Precision: High-precision engineering with general tolerances as tight as .XXX±0.10.
Connection Technology: Optimized for Press-Fit high-reliability mounting.

Product Features

Superior EMI Shielding: Features 360-degree full-circumference grounding springs made of high-performance beryllium copper to eliminate contact resistance and isolate external interference.
Advanced Thermal Management: The open-frame structure acts as a “dedicated air conditioner,” measured to reduce transceiver operating core temperatures by 5-8°C through enhanced natural air convection.
Press-Fit High Reliability: Fundamentally eliminates solder joint failure risks, offering a FIT (Failure In Time) value 10-30x lower than traditional SMT soldering, making it “fearless” in harsh environments.
Zero-Packet-Loss Signal Integrity: Simulation-optimized internal structures strictly control electromagnetic crosstalk between ports (<-40dB@10GHz) to ensure stable data transmission.

Applications

Data Centers: High-density ToR (Top-of-Rack) access and core-layer switch interconnects.
5G Communications: Stable physical-layer connections for base station AAU/DU units in both macro and micro station deployments.
AI Infrastructure: Massive data throughput for AI training clusters supporting TB-level data exchange.
Enterprise Networks: Proven stability for virtualization, databases, and mission-critical system upgrades.

Packing Details

Following Vitalconn’s standard high-protection protocols, these components are typically packaged in blister trays. To ensure maximum component safety and shipping efficiency, adjacent components within the tray are placed at a 180-degree horizontal orientation relative to each other.

FAQ

Q1: What are the space-saving benefits of the 2×2 stacked configuration? A: The 2×2 design allows for four high-speed ports in a single, compact footprint, doubling the vertical port count compared to standard single-row designs. This enables cloud providers and server OEMs to utilize compact server designs while significantly increasing total bandwidth per rack unit.

Q2: Is this cage connector suitable for high-vibration outdoor environments like 5G stations? A: Yes. The S2N3B23006BA4 utilizes Press-Fit technology, which uses cold-press mechanical interlocking instead of solder. This fundamentally eliminates the risk of solder joint cracking from thermal stress or vibration, providing a connection that is 10-30 times more reliable than traditional soldering.

Q3: Can this product help prevent performance throttling in 10G optical modules? A: Absolutely. Its “open-frame” structure maximizes natural air convection, which has been measured to lower the core temperature of transceivers by 5-8°C. This prevents thermal-induced performance drops, ensuring stability even during continuous high-speed data bursts.