H-MTD

What is a H-MTD connector?

H-MTD (High-Performance Modular Twisted Pair Data) connectors have been specially developed for high-speed data transmission in automotive on-board networking applications. They are based on a modular design and are particularly suitable, for example, for applications such as ADAS (Advanced Driver Assistance Systems) and infotainment systems. Through their compatibility with Ethernet and other network technologies, H-MTD connectors offer flexible integration options in modern on-board network architectures.

What are H-MTD connectors used for?

H-MTD connectors are used for high-speed data transmission in on-board networks. They ensure the interference-free transmission of signals which is crucial for meeting the growing requirements for vehicles with sophisticated driver assistance systems, camera systems and infotainment solutions. Due to their high level of flexibility and modularity, interference immunity and high bandwidths, they are ideal for use in a range of applications, including the integration of Ethernet-based systems, which are more and more frequently used in modern vehicles.

Which properties characterize H-MTD connectors?

H-MTD connectors are distinguished by their modular and compact design which makes them extremely versatile. They support data rates of up to 56 Gbit/s and are therefore perfectly suitable for use in data-intensive applications in vehicles. A major advantage is the use of twisted-pair cables which provide outstanding shielding against electromagnetic interference – of utmost importance to safety-critical functions. H-MTD connectors also offer a high level of robustness and durability which makes them ideal for use in extreme conditions in vehicles. 

What advantages do H-MTD connectors offer?

High data rates:

With transmission rates of up to 56 Gbit/s, H-MTD connectors offer outstanding performance for applications that require a high bandwidth, such as camera systems and car-to-X communication. The optimized twisted pair cable design ensures stable impedance and minimal signal attenuation. High-quality materials, such as special copper alloys, also reduce resistance.

Modularity and flexibility:

Thanks to their modular structure, the connectors can be easily adapted to different applications, and they are versatile and future-proof. The flexible connector system combines different types of signals, including MQS connectors and differential signal connectors. This structure enables new components and protocols to be adapted and integrated so that different applications from Ethernet to special vehicle networks can be supported. 

Outstanding shielding:

Twisted pair technology and 360-degree shield coverage ensure high interference immunity to electromagnetic influences and enable stable data transmission even in harsh environments.

Compact design:

Despite their high performance, H-MTD connectors have a space-saving design and can be easily integrated into existing on-board networks.

Which standards apply to H-MTD connectors?

H-MTD connectors meet the strictest requirements of the automotive industry and have been standardized according to the relevant standards such as USCAR and LV214. These standards ensure that the connectors meet the highest requirements for mechanical and electrical reliability and performance, guarantee high compatibility and interchangeability of connectors and facilitate integration into existing and future on-board network architectures.

What developments have been made in the field of H-MTD connectors?

The further development of H-MTD technology focuses on increasing data rates and optimizing the integration of future vehicle systems. Improvements in shielding and robustness ensure that H-MTD connectors will also satisfy future requirements for high-speed communication in vehicles. Other developments include improvements to the conductor material. They also support the increasing use of Ethernet networks in the car, which form the basis for the next generation of networked and autonomous vehicles. Thus, H-MTD connectors are key components for the future of the car industry and offer a scalable and efficient solution to increasing demands for data transmission in networked and driverless cars.