工业控制

Industrial Control

行业挑战：

工业革命始于利用蒸汽和机械的力量来增加人类仅靠手和工具所能做的事情。 在 20 世纪初期，亨利福特开始了第二次工业革命，引入了大规模生产 ― 通过将制造分解为简单、可重复的步骤来提高效率。第三次 革命是自动化的出现―使用机器而不是人类来执行乏味、困难或危险的工作。

第四次工业革命，称为工业 4.0，将智能设备与物理系统和组件结合在一个以前无法想象的交互和反馈网络中。

当今的行业高度自动化，包括信息物理系统、IoT（物联网）、云存储、人工智能（AI）、实时物流等。这些“ 智能”工厂和制造设施同样依赖计算机和互联网。今天，工厂需要快速灵活地使用最新的软件和固件版本。对于专门的安全设备，需要对 MAC 地址和唯一 ID 进行安全编程。 更高密度和更复杂的芯片在工业领域的应用也越来越广泛，随着密度和复杂性的不断增加，外包和 ISP 将不再是有吸引力的选择。将芯片编程引入内部是未来行业需要的竞争优势。

我们的解决方案：

  • 通用:

    我们的通用平台允许您使用一套生产流程支持您所有的产品，不仅仅是MCU、MPU、DSP、CPLD、FPGA、FLASH、EEPROM等器件以及您需要的任何可编程器件。

  • 高可靠性:

    对芯片的测试、烧录使用满足宇航级芯片烧录要求的系统，保证对每一颗芯片的精准访问。

  • 跟踪和追溯:

    我们提供端到端的跟踪和追溯数据帮助客户满足监管要求，并可以和客户一起将跟踪和追溯数据集成到客户的信息系统内。

  • 唯一标识及安全性:

    我们的解决方案可以帮助您实现不限种类、不限长度的唯一标识、安全密钥以及其他您需要的动态数据（每颗芯片独有的信息）。

Industrial Control

Industry Challenges：

The industrial revolution began by harnessing the power of steam and machinery to multiply what humans could do with just their hands and tools. In the early part of the 20th Century, Henry Ford began the second industrial revolution with the introduction of mass production— multiplying efficiencies by breaking down manufacturing to simple, repeatable steps. The third revolution was the advent of automation— using machines, not humans, to perform tedious, difficult or dangerous work.

The Fourth Industrial Revolution, called Industry 4.0, combines intelligent devices with physical systems and components in a network of interaction and feedback previously unimagined.

Today's industry is highly automated with cyber-physical systems, IoT (Internet of Things), cloud storage, artificial intelligence (AI), real-time logistics, etc. These "smart" factories and manufacturing facilities rely on computers and the internet as much as industry in the past relied on electricity. Today, factories need to be fast and nimble on the latest, most up-to-date software and firmware releases. For specialized security devices, there's a need for secure programming of MAC address and unique ID’s. Higher density and more complex devices are being used, and as density and complexity continue to increase, outsourcing and ISP will be less attractive options. Bringing device programming in-house is the competitive advantage industry needs moving into the future.

EPVsystem Solutions：

  • Reliability

    The device testing and programming system is based on a system that meets the requirements of space-grade device programming to ensure accurate access to each device.

  • Universal

    Our universal platform supports all your devices with single consistent process, not only MCU, MPU, DSP, CPLD, FPGA, FLASH, EEPROM and any other programmable devices you need.

  • Tracking & Tracing

    Provide end-to-end Tracking & Tracing data to help you meet regulatory requirements and we can also work together to integrate Tracking & Tracing data with your information systems.

  • Unique Identification and Security

    Our solutions help you achieve unlimited types and lengths of unique identifiers, security keys, and other dynamic data which is unique to each device.