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Tag Archives: Twinax

Amphenol Connect Blog

Check this blog to learn how our products are enabling the electronics revolution

ODCC Summit 2019 – Amphenol ICC’s OverPass™ Product Solutions

ODCC Summit 2019 – Amphenol ICC’s OverPass™ Product Solutions

Amphenol ICC recently launched the OverPass™ solution which is a  cable system that allows customers to efficiently take high speed signal from near the CPU or ASIC to anywhere in their system. While providing enhanced performance, OverPass™ can lower system costs. 

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OverPass™ - The High Speed Solution

OverPass™ - The High Speed Solution

Amphenol’s OverPass cable system offers a broad range that allow customers to efficiently take high speed signal from near the ASIC to anywhere in their system.

Amphenol’s OverPass™ cable system allows for the transfer of high-speed signals to twinax cables shortly after they are launched from the ASIC.

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OverPass™ Interconnects – Your high speed , Low Loss Chip-to-Module Interconnect Solution

OverPass™ Interconnects – Your high speed , Low Loss Chip-to-Module Interconnect Solution

Amphenol ICC’s OverPass cabling Interconnect solution addresses hardware designer / architect’s need for a lower loss signal transmission path from the ASIC chip site to the external IO port or pluggable module interface.  The system transfers high-speed signals to twinax cables shortly after they are launched from the chip and delivers a direct link to the external port when compared to the more typical transmission through the PCB line or system card. The [Read more]

Mini Cool Edge IO – The Ideal Solution to Transmit Next Generation High-Speed Signal to Designated Area in Your System

Mini Cool Edge IO – The Ideal Solution to Transmit Next Generation High-Speed Signal to Designated Area in Your System

The development of Big Data, IoT, 5G, and other high-end applications requires signal transmission speed to a istorical high. The most common signal transmission medium – Printed Circuit Board, has limitations in high-speed environments. Due to the natural characteristic of common PCB materials, severe signal distortion happens through signal route and form a serious barrier in system design, thus obstructing the development of high-end applications. 

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