PXIE-1435  |   接口模块  |  可以通过支持PoCL的电缆为相机供电

型号：PXIE-1435

单端口DeviceNet接口模块

PXIe‑1435是一款Camera Link图像采集设备，专为需要高数据吞吐量的机器视觉和科学成像应用而设计。 PXIe‑1435可与任何基本配置、中等配置和完全配置的Camera Link相机配合使用，是许多工业、生命科学和生物医学成像应用的理想选择。\n\nPXIe‑1435还支持通过Camera Link(PoCL)供电，并且可以通过支持PoCL的电缆为相机供电。 板载数字I/O包括四个TTL、两个光隔离输入和一个正交编码器。

PXIE-1435 接口属性通常从TCP/IP的层次结构进行划分，包括物理层属性（如硬件信息、网口类型等）、链路层属性（如MAC地址、链路层封装格式等）、网络层属性（如接口配置的IPv4/IPv6地址、MTU等）以及其他属性（如接口描述、接口索引等）。

接口状态管理则涉及接口的激活和禁用状态，管理状态的开启是链路状态激活的必要不充分条件。

作为接口模块，还需要仔细分析消息的类型，包括优先级、处理时延的要求以及消息并发量。对于关键的同步消息，需要确保处理快速准确；而对于异步的非关键消息，可以起单独的线程处理，以避免对正常业务处理造成影响。

此外，PXIE-1435 接口模块还需要具备流量控制、消息超时控制以及完善的日志记录功能。流量控制需要包括预警及控制功能，确保在流量超时设计容量时能进行干预。消息的超时控制也是必要的，以确保消息处理的及时性和准确性。完善的日志记录功能则有助于在出现问题时快速定位问题所在，无论是BOSS外部系统还是自身模块的问题。

接口模块的设计和管理对于整个系统的稳定性和性能至关重要。不恰当的接口设计或管理可能导致通信故障、性能下降或安全漏洞等问题。因此，在设计和管理接口模块时，需要充分考虑各种因素，以确保其可靠性、高效性和安全性。

Model: PXIE-1435

Single-port DeviceNet interface module

PXIe‑1435 is a Camera Link image acquisition device designed for machine vision and scientific imaging applications that require high data throughput. The PXIe‑1435 works with any basic, medium or fully configured Camera Link camera and is ideal for many industrial, life sciences and biomedical imaging applications. n\nPXIe‑1435 also supports power via Camera Link(PoCL), and the camera can be powered via a POCL-enabled cable. Onboard digital I/O includes four TTLS, two optically isolated inputs, and an orthogonal encoder.

PXIE-1435 interface attributes are typically divided into TCP/IP hierarchies. These attributes include physical layer attributes (such as hardware information and network port type), link layer attributes (such as MAC address and link layer encapsulation format), network layer attributes (such as IPv4/IPv6 address and MTU configured for the interface), and other attributes (such as interface description and interface index).

Interface status management involves the activation and deactivation of interfaces. Enabling the management status is a necessary but not sufficient condition for link status activation.

As an interface module, you also need to carefully analyze the type of message, including the priority, processing delay requirements, and the amount of concurrent messages. For critical synchronous messages, you need to ensure that they are processed quickly and accurately. Asynchronous non-critical messages can be processed by separate threads to avoid affecting normal business processing.

In addition, the PXIE-1435 interface module also needs to have flow control, message timeout control, and complete logging functions. Flow control needs to include early warning and control functions to ensure intervention when the flow overruns the design capacity. Timeout control of messages is also necessary to ensure the timeliness and accuracy of message processing. The well-developed logging function helps to quickly locate problems when they occur, whether it is a problem with the BOSS external system or its own module.

The design and management of the PXIE-1435 interface module is crucial to the stability and performance of the entire system. Improper interface design or management can lead to problems such as communication failures, performance degradation, or security vulnerabilities. Therefore, when designing and managing interface modules, various factors need to be fully considered to ensure their reliability, efficiency and security.