10120124-T0E-10DLF

Backplane Connectors – Specialized: 10120124-T0E-10DLF application field and working principle

Backplane connectors have become increasingly specialized in recent years with the development and improvement in technology. In order to manage the continuous increase in data bandwidth and increasing device power requirements, there are products specifically designed for improved speed, power, signal integrity, and design flexibility such as 10120124-T0E-10DLF series backplane connectors. This article will discuss the application field and working principle of this product, and its advantages.

Application Field

The 10120124-T0E-10DLF series backplane connectors are used in a variety of applications, such as Ethernet switches, storage systems, servers, PC motherboards, and high-speed data transmission systems. This cutting-edge technology has already entered the digital product demanding greater computing capabilities. It is also in the process to be applied in the 5G communication circles.

The connector is based on FFC (Flexible Flat Cable) technology, which allows higher data transfer speeds and a much smaller footprint compared to traditional resistive ribbon cable backplanes. This technology has been adopted by the latest-generation routers, switches, storage enclosures and server motherboards to greatly reduce signal latency and improve device performance.

Working Principle

The 10120124-T0E-10DLF series backplane connectors’ design utilizes a combination of high-speed signals and low power signals that require high-speed, high-density interconnection. It is a high-performance 8x/16x backplane connector, broad data bandwidth up to 3.2GHz, able to cope with the increasing data demands from communication applications. It is compatible with Open Compute Project (OCP) components and helps to reduce power and latency, providing enhanced reliability and high signal integrity. The versatility of 10120124-T0E-10DLF series connectors also allow it to be used in mixed width and layer applications (e.g., high-speed and power signal transfer) from 8 to 16 signals.

The connector’s contact system consists of a staggered contact pattern with a press-fit design, reducing cross-talk and improving immunity to common-mode noise. This press-fit is essentially a crimping of contacts into corresponding holes that provides positive contact-force and retention. The function of these press-fit contacts is to provide a means of connection with a minimum of assembly time and no soldering required.

Advantages

The 10120124-T0E-10DLF series backplane connectors are engineered to provide superior signal integrity and lower power consumption through design layouts and materials. Its modular design gives users a higher degree of flexibility. The main advantages of this product include:

• High speed signal transmission that supports up to 3.2Ghz bandwidth
• Superior signal integrity performance
• Low power consumption
• Compact design that saves space
• High flexibility and scalability
• Optimized parasitic parameters such as inductance and capacitance
• Supports both differential and single-ended signal level
• Suitable for high vibration and shock environments

The 10120124-T0E-10DLF series backplane connectors are design to effectively solve current and future demands for increased bandwidth and power in a variety of communication and computing applications. It provides enhanced reliability and improved signal integrity with its press-fit design that results in a much stronger connection that have a much longer lifespan than the traditional ribbon cables.