Products Description
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AEcable 2Y IX To Dual H-MTD Cable for Automotive Ethernet
The AEcable 2Y IX to H-MTD Cable is a high-speed interconnect cable specifically designed for automotive Ethernet testing and R&D environments. Featuring a 2Y split configuration that transitions from a single IX40G-A-10S-CV female connector to dual E6K10A-1CAZ5-Z female connectors, this product enables the expansion of a single IX interface to connect with two H-MTD device ports. Constructed using high-quality shielded twisted pair cabling and automotive-grade connectors, the product offers excellent interference immunity and durability, making it ideally suited for applications such as ECU debugging, in-vehicle camera connectivity, and automotive network test platforms.
Specification
| Product Name | AEcable 2Y IX To H-MTD Cable for Automotive Ethernet |
| Part No. | PCM-HD-0223 |
| Connector 1 |
IX40G-A-10S-CV |
| Connector 2 | H-MTD Female E6K10A-1CAZ5-Z |
| Connector 3 |
H-MTD Female E6K10A-1CAZ5-Z |
| OD | 6.2mm |
|
Cable 1 |
Cat6A |
|
Cable 2 |
GG 2Speed 251 |
|
Length |
0.5m Main Cable + 2x1.5m Split Cable |
Main Applications
★ In-Vehicle Network Backbone Connectivity
As automotive electrical and electronic (E/E) architectures evolve from distributed to centralized designs, vehicles are generating vast amounts of data that require cross-domain transmission. This cable serves as a physical link within a zonal architecture; one end connects to a central computing platform (such as an in-vehicle server or high-performance gateway), while the other connects-via dual H-MTD interfaces-to the front-body intelligent zonal module (e.g., a Zonal Control Unit) and the intelligent cockpit domain controller. Its 10Gbps transmission capability supports rapid data synchronization immediately after vehicle startup, as well as the distribution of massive data packets during Over-the-Air (OTA) updates, thereby ensuring real-time interaction between the infotainment system and the vehicle's underlying control commands.
★ Advanced Driver-Assistance Systems
In autonomous driving systems at Level 2+ and above, multiple high-resolution cameras, 4D imaging radars, and LiDAR sensors are typically deployed around the vehicle. The raw data streams generated by these sensors must be transmitted to the fusion control unit with zero packet loss and minimal jitter. When the cable is routed near strong sources of electromagnetic interference-such as high-power inverters or electric motors-its capacitively coupled isolation layer effectively blocks low-frequency common-mode interference. This prevents noise from coupling into the signal channels, thereby ensuring the integrity of radar point cloud data and camera video streams, and ultimately enhancing the accuracy of perception algorithms.
★ Testing and Development Applications
During the laboratory and prototype testing phases conducted by automakers or component suppliers, flexible temporary networks are often required to validate ECU (Electronic Control Unit) functionality or monitor bus communications. The cable's "one-to-two" split configuration allows engineers to route a single IX-interface signal source to two separate analysis devices simultaneously-for instance, routing one signal to a data logger for storage while routing the other to an oscilloscope or bus analyzer for real-time waveform observation and protocol decoding. Furthermore, its design-featuring shielded interconnections between channels yet isolated interfaces-prevents measurement errors caused by ground loops between test devices, thereby ensuring the purity and integrity of the test data.
★ Industrial and Smart Manufacturing
Beyond automotive applications, the physical characteristics of this cable also make it well-suited for use in industrial vision inspection systems. In automated production lines, high-speed industrial cameras typically require high-bandwidth connections to image-processing industrial PCs, often in environments where strong sources of interference-such as variable frequency drives (VFDs) and servo motors-are present. Its electrical isolation design suppresses the surge currents generated during motor startup and shutdown, thereby mitigating their impact on the communication link, ensuring the stable operation of Industrial Ethernet protocols, and reducing production downtime.
Drawing

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