Professional 10G 25G 1X4 Ganged SFP+ Cage High Density S2N3400207NA4

The S2N3400207NA4 is a Professional high-performance SFP+ Cage engineered to serve as a robust physical foundation for modern network infrastructure. This integrated 1×4 ganged SFP+ Cage assembly provides four high-speed ports in a compact footprint, ensuring industry-leading signal integrity through advanced EMI shielding and superior thermal management to guarantee zero-packet-loss performance.

Heat Sink	No
Cage Connector Type	SFP+
Light Pipe	Yes
Number of Ports	1*4
Terminal Tail	Press-Fit

S2N3400207NA4

Product Overview

As a market-proven classic in Vitalconn’s high-speed portfolio, the S2N3400207NA4 is a 1×4 ganged cage assembly designed to balance high performance with deployment efficiency. It allows cloud providers and server OEMs to utilize compact server designs while providing a flexible, evolution-ready foundation for enterprise core network upgrades and storage networks where business continuity is paramount.

Product Specifications

Part Number: S2N3400207NA4.
Configuration: 1X4 Ganged (4 ports total).
Data Rate Support: Optimized for 10Gbps (SFP+) and 25Gbps (SFP28) speed spectrums.
Manufacturing Precision: High-precision engineering with general tolerances reaching as tight as .XXX±0.10 and angular tolerances of .XX±5°.
Standards Compliance: Fully supports hot-plug capabilities and Digital Diagnostic Monitoring (DDM/DOM).

Product Features

Superior EMI Shielding: Employs high-performance beryllium copper grounding springs to achieve a 360-degree full-circumference low-impedance electrical connection and a precision shielding finger design to block high-frequency radiation.
Advanced Thermal Management: Features an “open-frame” structure with a precision top-punch array that acts as a dedicated air conditioner for transceivers, measured to reduce operating core temperatures by 5-8°C through enhanced natural air convection.
Zero-Packet-Loss Integrity: Simulation-optimized internal structures strictly control electromagnetic crosstalk between ports to extremely low levels (<-40dB@10GHz).
High Reliability: All products pass rigorous reliability testing, including vibration, thermal shock, and mating cycle tests in industry-leading laboratories.

Applications

Data Centers: The undisputed mainstream choice for high-density server access and ToR (Top-of-Rack) 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 support specifically built for AI supercomputing clusters and real-time inference engines.
Industrial Automation: Reliable connectivity for security surveillance and industrial control networks in harsh environments.

Packing Details

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

FAQ

Q1: How does the 1×4 ganged configuration benefit equipment manufacturers? A: The 1×4 design provides four high-speed ports in a single, compact footprint. This allows manufacturers to increase port density in devices while significantly saving precious PCB real estate compared to using four individual single-port cages.

Q2: Can the S2N3400207NA4 handle the heat generated by multiple high-speed transceivers? A: Yes. The cage utilizes a precision open-frame structure that maximizes natural air convection. This “passive cooling” effect has been measured to lower the core temperature of optical modules by 5-8°C, preventing performance throttling during massive data bursts.

Q3: How does this product ensure signal stability in environments with heavy electromagnetic interference? A: It features a professional multi-layer EMI protection system, including multi-point grounding springs that establish a 360-degree low-impedance connection. This design effectively isolates external interference to achieve zero packet loss in demanding industrial or telecom environments.