Description
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The PXIe-1486 is a cutting-edge module featuring various part numbers including 788712-01, 787453-01, 787454-01, and 787455-01. This product is designed to cater to a wide range of applications such as hardware-in-the-loop, lab-based playback, in-vehicle data logging, ADAS, and autonomous driving sensor and ECU testing, making it highly suitable for the automotive industry.
It utilizes the FPD-Link™ interface for high-speed data transmission and comes in different variations to meet specific requirements: an 8 input deserializer (787453-01), an 8 output serializer (787455-01), and a balanced 4 input/4 output (787454-01) configuration. The PXIe-1486 supports a CSI-2 interface with a 4-lane, 800 Mbps per lane capability, ensuring efficient data handling.
Furthermore, it is compatible with various communication protocols including GPIO, CSI-2, and I2C, enhancing its versatility. The module requires a chassis slot cooling capacity of >= 58 W and uses a FAKRA Male Code Z connector type for reliable connection. The maximum data rate supported by this device is 4.16 Gb/s, with a reference clock speed for input ranging from 23 MHz to 26 MHz and for output from 25 MHz to 104 MHz, ensuring timely and effective data processing and transfer.
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| Specification | Detail |
|---|---|
| Part Numbers | 788712-01, 787453-01, 787454-01, 787455-01 |
| Product Model | PXIe-1486 |
| Interface | FPD-Link™ |
| Application | Hardware-in-the-loop, lab-based playback, in-vehicle data logging, ADAS, autonomous driving sensor and ECU testing |
| Industry Suitability | Automotive |
| Variations | 8 input deserializer (787453-01), 8 output serializer (787455-01), 4 input/4 output (787454-01) |
| CSI-2 Interface | 4-lane, 800 Mbps per lane |
| Communication Protocols | GPIO, CSI-2, I2C |
| Chassis Slot Cooling Capacity Requirement | >= 58 W |
| Connector Type | FAKRA Male Code Z |
| Maximum Data Rate | 4.16 Gb/s |
| Reference Clock Speed (Input) | 23 MHz to 26 MHz |
| Reference Clock Speed (Output) | 25 MHz to 104 MHz |
| Max Current (Input Channels
Question 1: What is the maximum data rate of PXIe-1486? Question 2: What interface does PXIe-1486 use for high-speed data transmission? Question 3: What types of applications is PXIe-1486 suitable for? Question 4: What is the PXIe-1486’s cooling capacity requirement? Question 5: What type of connector does PXIe-1486 use? |
