Elite High Density SFP Cage and Connector 2X8 Stacked S1N3H00200BA4

The S1N3H00200BA4 is a professional-grade SFP Cage and Connector assembly engineered for next-generation network architectures requiring extreme port density. This integrated SFP Cage and Connector solution features a 2×8 stacked configuration, providing 16 high-speed ports while utilizing advanced EMI shielding and superior thermal management to ensure stable data transmission for modern data centers and telecom infrastructure.

Cage Connector Type	SFP
Heat Sink	No
Light Pipe	No
Number of Ports	2*8
Terminal Tail	Press-Fit

S1N3H00200BA4

Product Overview

As part of Vitalconn’s market-proven interconnect family, the S1N3H00200BA4 is designed to empower AI computing, cloud-network convergence, and 5G infrastructure. Its ganged 2×8 design allows cloud providers and server OEMs to use compact designs while maximizing vertical bandwidth, serving as a solid backplane foundation capable of handling massive traffic surges.

Product Specifications

Part Number: S1N3H00200BA4.
Configuration: 2×8 Stacked (Ganged) ports (Total 16 ports).
Precision Engineering: General tolerances reaching as tight as .XXX±0.10.
Interface Compatibility: Designed for SFP series transceivers with support for hot-swap and DDM/DOM capabilities.
Operating Resilience: Engineered to maintain signal integrity across entry-level (1.25G/2.5G) speed spectrums widely used in enterprise infrastructure.

Product Features

Superior EMI Shielding: Employs multi-point grounding springs and precision shielding fingers to create a 360-degree full-circumference low-impedance electrical connection, effectively isolating interference and guaranteeing zero packet loss.
Advanced Thermal Management: Features an open-frame structure that acts as a “dedicated air conditioner” for transceivers, measured to reduce operating core temperatures by 5-8°C.
High Reliability Architecture: All products undergo rigorous validation, including vibration, thermal shock, and mating cycle life tests, ensuring “fearless” performance in harsh environments.
Stable Signal Integrity: Strictly controls electromagnetic crosstalk between ports (<-40dB@10GHz) to support microsecond-level low-latency data exchange.

Applications

Data Centers: High-density Top-of-Rack (ToR) access and core-aggregation layer switch interconnects.
5G Communications: Stable physical-layer connections for base station AAU/DU units and Open RAN infrastructure.
AI Infrastructure: Massive data throughput for AI training clusters and real-time inference supercomputing.
Industrial & Telecom: Reliable physical connectivity for rail transit signal systems and aerospace electronic equipment.

Packing Details

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

FAQ

Q1: What are the primary space-saving benefits of the 2×8 stacked design? A: The 2×8 configuration provides a total of 16 ports in a single, compact footprint. This allows equipment manufacturers to double the vertical port count compared to single-row cages, enabling more compact server designs while significantly increasing total bandwidth per rack unit.

Q2: How does this cage prevent optical transceivers from performance throttling? A: The cage utilizes a precision open-frame structure that maximizes natural air convection. This “passive cooling” effect has been measured to lower core transceiver temperatures by 5-8°C, ensuring stability and preventing performance drops during massive data bursts.

Q3: Is the S1N3H00200BA4 suitable for use in outdoor telecom equipment? A: Yes. Vitalconn’s SFP series is engineered for high environmental adaptability. It has been verified through temperature/humidity cycling, salt fog, and aging tests to ensure stable physical-layer connections even in harsh outdoor environments typical of 5G base stations.