HM2P88PNA130GF

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Backplane Connectors - Hard Metric, Standard, are tailored for transmitting digital and/or analog signals through up to 15 conductors (7 differential pair plus one common ground). These connectors, along with their corresponding backplane receptacles, are designed to operate in highly secure computing environments. They are ideal for military, aerospace, industrial, and medical applications that require rugged dependability and high-purity signal integrity.

One example, the HM2P88PNA130GF backplane connector, is a Hard Metric backplane connector designed for transmitting up to 4-pair differential signals up to 13 GHz. It offers an advanced connection system based on most stringent metrics, and it is especially well-suited for rugged applications. The Hard Metric connector concept was intended to replace standard high-speed edge connectors (such as the type found in microprocessor systems) by providing a more reliable, flexible and optimized connection solution.

Application Field

The HM2P88PNA130GF is a highly reliable and specialized product that has been designed to facilitate reliable and secure operation in a variety of environments. Its small form factor and lightweight design make it suitable for a wide range of applications in military, aerospace, medical, analytical, machine vision, and other specialized operations. Thanks to its exceptional thermal resistance, engineers continue to build more secure systems, where high performance electronic components with faster processing power and smaller footprint require improved high-speed interconnections.

Moreover, Hard Metric backplane connectors are the ideal choice for high-capacity backplane systems or computationally intensive architectures, such as embedded systems used in today’s automation applications. They provide superior design principles for signal integrity and transmission compared to traditional edge connector backplanes.

Working Principle

The Hard Metric family of connectors has an optimized design that takes up less space and increases the number of possible pathways. The HM2P88PNA130GF offers a three-tier configuration, with a main backplane attached to the left and right portions of the connector, as well as to the bottom of the device. Each tier has a different number of differential pairs of signal transmission paths.

These tiers can be configured with up to four differential, two differential, or one differential pair pathways. This allows the connectors to be tailored for the specific needs of the application. Additionally, the configuration can easily be changed as needed without significant effort.

The HM2P88PNA130GF is also designed to reduce the crosstalk from one signal path to another. By utilizing an optimized “baffle” design, the connector separates the signal pairs to prevent them from interacting or interfering with each other. This greatly improves the signal integrity of the system.

The connector utilizes a microcoaxial cable solution that increases the number of available connection points. This design is ideal for multi-transmission channels, as it offers more reliable signal transmission and increased flexibility. Due to its high signal integrity, this type of connector is often found in equipment for transmission of high-speed data, such as fiber optics, Ethernet, Fibre Channel, and high-speed peripheral devices.

The HM2P88PNA130GF is a robust and highly reliable Hard Metric connector designed for a variety of applications. It is ideal for thermal management, as it provides an excellent thermal performance thanks to its advanced baffle design. And since it utilizes a microcoaxial cable solution, it also has superior signal integrity. Its small form factor makes it suitable for a wide range of applications, and it can easily be tailored for the specific needs of a given system. All in all, it is a highly reliable and optimized connection solution for a variety of secure computing environments.

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