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Fully Shielded RF Connector for Superior EMC Performance

MHF^® 7S is a fully shielded RF connector designed for superior EMC performance.

Additional Series Lineup: MHF^® I AWG 26 O.D. 2.0 mm Harness (2026/Oct/30)

I-PEX has expanded its MHF^® harness lineup with MHF^® I AWG 26 O.D. 2.0 mm harness. MHF^® I is an RF connector that supports up to 9 GHz, and MHF^® I AWG 26 O.D. 2.0 mm harness offers 3.0 mm max. mated height.

20261030 News release MHF I 2.0mm Harness

如何操作 MHF^® 4 / 极细RF同轴连接器

Key Points of Micro-Coaxial Harness Design

This article provides an overview of the key design considerations for micro-coaxial harnesses used with I-PEX CABLINE^® series connectors. By following these guidelines, customers can improve signal integrity, reduce EMI issues, and ensure reliable harness assembly.

如何操作 CABLINE^®-CA IIF / 极细同轴线连接器

如何操作 MINIFLEX^® 175-ST / FPC连接器

如何操作 MINIFLEX^® 2-BF / FPC连接器

How to insert and remove an FPC using the MINIFLEX 2-BF / FPC connector.

如何操作 MHF^® I / 极细RF同轴连接器

适配紧凑、灵活 PCB 设计的连接方案　AP-TSS10 / AP-LT10

Introducing a new connection solution that combines the AP-TSS10 Spacer/Power Terminal and AP-LT10 PCB SMT Terminal. Featuring a unique design that integrates spacer and power terminal functions into a single component, this solution helps reduce component count, save board space, and support high-current applications, enabling greater flexibility in PCB design.

Thumbnail_Connection Solution for Space-Efficient and Flexible PCB Design

新款产品： ISH^® HC 系列（2026/Sep/30）

I PEX 对 ISH^® 连接器系列进行产品扩充，推出多款最大支持 13A 电流的大电流连接器新品，包含：ISH^® HORIZONTAL（水平插拔款）2 pin、ISH^® HORIZONTAL HYBRID（水平插拔款，信号+电力端子混用）18+2 pin以及ISH^® WIRE TO WIRE（线对线）2 pin。ISH^® 系列专为严苛大功率应用场景开发，兼顾大电流承载能力，同时具备优异的耐热与抗振动性能，可保障可靠工作表现与长期使用寿命。

Additional series line-up: 22+4 pin for NOVASTACK^® 35-HDP (2026/Sep/30)

I-PEX has expanded its NOVASTACK^® 35-HDP portfolio with a new 22+4 pin board-to-board connector, combining full shielding, a low-profile 0.7 mm mated height, and integrated power contacts.

如何操作 NOVASTACK^® 35-HDN / 板对板连接器

M.2 架构电子系统的电磁干扰难题与 SX-M2 B 键屏蔽连接器的技术优势

采用M.2模块的系统容易受到高速信号产生的电磁噪声影响，从而可能降低EMC性能并影响整体系统可靠性。本白皮书深入分析了电磁干扰（EMI）的产生机理及其主要抑制方法，并结合仿真与实测数据，验证了屏蔽型SX-M2连接器设计在降低EMI方面的显著效果。

Mechanical Advantages of Micro-Coaxial Cables [Webinar Series vol.2]

Discover the mechanical advantages of micro-coaxial cables beyond signal performance. This webinar highlights their flexibility, durability, compact size, and compatibility with advanced connectors, and shows how these features help engineers address design challenges in high-density applications such as consumer electronics, robotics, medical devices, and industrial equipment.