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ISH^® HORIZONTAL

High heat and vibration resistant, horizontal, SMT connector

ISH^® WIRE TO WIRE

High heat and vibration resistance, wire-to-wire relay connector

ISH^® VERTICAL

High heat and vibration resistant, vertical SMT connector

ISH^® HORIZONTAL HYBRID

High heat and vibration resistant connector with hybrid (signal + power) terminals

I-PEX ZenShield^® connectors are recommended for signal transmission from camera module using MIPI

Notebook PCs and tablets, which are densely populated with various electronic components, antennas are often mounted nearby, and MIPI signals may adversely affect the antennas. Therefore, EMC measures are very effective to prevent signal interference between them. The I-PEX ZenShield^® connector series can provide excellent EMC countermeasures.

How to Read I-PEX Connector Product Drawings

Technical drawings vary in different companies. This article will help you better understand I-PEX connector product drawings, making your design and development work, and communication with your production line more efficient.

FrSky Electronic selects I-PEX MHF^® RF connectors for its transmitters and receivers

FrSky Electronic is focused on the R&D, production and sales of electronic products and embedded software in the areas of remote-control and intelligent control systems. The main product lines include transmitters, receivers, modules, flight controllers, sensors, and related embedded software. I-PEX MHF^® I and MHF^® 4 RF connectors are used in almost all transmitters and receivers developed and produced by FrSky.

History of Micro-Coaxial Connector

I-PEX pioneered the development of connectors that efficiently connect micro-coaxial cables and provide stable quality. In 1996, I-PEX announced the world's first micro-coaxial connector “CABLINE^® I” for digital signal differential transmission. Since then, the micro-coaxial cable connection method became popular in consumer applications such as notebook PCs. I-PEX will continue to innovate and expand our micro-coaxial product line.

Why I-PEX Products Were Chosen for a State-of-the-Art Robot

The family-friendly robot, LOVOT, nurtures love. The adorable look and variety of emotional expressions that make it look like it is alive, has the power to make everyone smile. The central nervous system of LOVOT consists of the I-PEX CABLINE^®-CA and CABLINE^®-VS Micro-Coaxial Connectors. We spoke to Mr. Kaname Hayashi, the president of the LOVOT developer, GROOVE X, and Mr. Masaaki Tahara, an engineer from the company, about why they chose our CABLINE connectors, and the story and conclusive factors behind that decision.

I-PEX High-performance Compact Connector Used in Bat Research

Thanks to a very resourceful research team and some highly advanced technology, another of nature’s mysteries is closer to being understood. As the daughter of a botany professor, Laura Kloepper, Ph.D, Assistant Professor, Department of Biology at Saint Mary’s College in Notre Dame, Indiana, had long been interested in biomimicry — the idea that animals have evolved ways to deal with challenges that can lead to solutions for the problems we face.

Wireless Society Realized by I-PEX in 2030

We have been proposing and supplying RF connectors required for the systems (Beyond 5G system, Wireless IoT system, and Next Generation Mobility System) that will be realized in 2030.

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I-PEX Connectors Selected by Mellanox Technologies as Provider for Low-Profile Cable Assembly Connectors

AUSTIN, TX, March 18, 2019 – I-PEX Connectors is proud to have been selected by Mellanox Technologies as a provider for low-profile cable assembly connectors on part of their high-speed network ConnectX-6 adapters and BlueField controllers portfolio. These products offer dual socket solutions, using two separate PCI Express (PCIe) x16 motherboard slots.

I-PEX's unique countermeasure to potential issues caused by closing actuator without FPC inserted

"Empty-closure", a common occurrence in manufacturing and assembly, is the operation of an actuator without inserting an FPC into the connector. It can cause connector damage or incomplete mating when the FPC is subsequently inserted. This white paper introduces the "empty-closure" issue by using I-PEX's MINIFLEX^® series as an example, and how it is addressed, as well as the design know-how gained through analysis and calculation to ensure that the connector will function even if an empty closure occurs.

ECOC 2023

Date: 2023/OCT/2 - 4 Location: Scottish Event Campus

United Kingdom

Booth number:

826