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EMI Challenges in M.2-Based Electronic Systems and the Advantages of the SX-M2 Shielded Connector (B-Key)

Systems incorporating M.2 modules can be affected by electromagnetic noise generated by high-speed signals, potentially impacting EMC performance and overall system reliability. This white paper explores the root causes of electromagnetic interference (EMI) and key mitigation strategies, while presenting simulation and test data that demonstrate the EMI reduction effectiveness of the shielded SX-M2 connector design.

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.

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What is Signal Integrity (SI) Testing for High-Speed Transmission Connectors?

Connectors are critical to signal quality in high-speed digital transmission. As data rates increase with interfaces such as PCIe Gen5 / Gen6, USB4, and DisplayPort, connector performance has a significant impact on Signal Integrity (SI) and system compliance. This article covers the basics of connector SI testing, key evaluation methods, and testing considerations for high-speed connectors.

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What is MIPI?

I-PEX specializes in manufacturing connectors and cable assemblies engineered to maximize signal integrity, minimize electromagnetic interference, and provide high retention force. These characteristics make our solutions well suited for high-speed interfaces such as D-PHY and C-PHY. In this article, we focus on the CABLINE^® and NOVASTACK^® series, which have been widely adopted for interconnecting D-PHY and C-PHY devices for many years, and introduce their key features.

如何操作 CABLINE^®-UY / 極細同軸線連接器

如何操作 CABLINE^®-CX II With Cover / 極細同軸線連接器

How to operate CABLINE®-CX II With Cover

如何操作 EVAFLEX^® 5-VS / FPC/FFC連接器

如何操作 NOVASTACK^® 35-HDH / 板對板連接器

What is Micro-Coaxial Cable? [Webinar Series vol. 1]

An introduction to micro‑coaxial cables, covering their structure, applications, and key benefits. Learn why these compact cables are essential for high‑speed signal transmission in modern electronic devices.

What is M.2?

M.2 is a connector and form factor standard designed for compact expansion modules. Developed as a successor to the mSATA interface, M.2 enables both space-saving designs and high-speed data communication. Today, it is widely used for SSDs as well as Wi-Fi, Bluetooth, LTE, and 5G communication modules.

如何操作 MHF^®-TI / 極細RF同軸連接器

Years of Dedication Forge Core Strength｜I-PEX Wins BOE 2026 Excellent Quality Award (2026/Jul/13)

At the BOE 2026 Global Supply Partner Conference (BOE SPC 2026) held on 10th June , I-PEX successfully received the highly prestigious Excellent Quality Award from BOE’s supply chain, recognized for its world-class precision interconnection technology, fully standardized quality management system, and long-term stable mass delivery capabilities.

Additional series line-up: 12 pin for CABLINE^®-UY (2026/Jun./30)

I-PEX has released additional pin counts for CABLINE^®-UY, low mating height (height = 0.82 mm max.), suitable for high-data-rate transfer (32 Gbps/lane), narrow pitch (0.35 mm pitch), right angle vertical mating type micro-coaxial cable connector.

如何操作 NOVASTACK^® 35-HDP 12 / 板對板連接器

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What is Wi-Fi 7?

This article explores the key differences between the two standards, explains the underlying technologies such as QAM modulation, and highlights the design challenges and especially requirements set to connectors and cable harnesses associated with next-generation wireless systems.