[经验]

赛普拉斯的PSoC®6 IOT微控制器的功能

2018-10-31 15:49:47

1242 微控制器

物联网（IoT）将日常物理对象连接到以前从未连接过的互联网。
随着时间的推移，这越来越成为商业现实。
到2020年，估计有300亿日常物理对象将成为物联网的一部分。
下一代物联网系统的设计人员需要能够在不牺牲性能的情况下延长电池寿命的设备。
同样重要的是创新和差异化功能，为最终客户提供价值。
此外，在这个新的“连接”时代，保护终端产品免受网络漏洞和威胁的威胁已成为工程师满足的迫切要求。
赛普拉斯的新PSoC®6MCU架构满足了这些要求，因为它是专门为物联网而构建的。
它具有如下功能：
双核ARM®Cortex®-M4和ARM Cortex-M0 +，运行速度为150 MHz和100 MHz，超低功耗40 nm架构
业界领先的超低功耗设计，在有功功率模式下功耗仅为22-μA/ MHz
通过有线和无线连接选项，软件定义外设和业界领先的CapSense®实现一流的灵活性
集成的，基于硬件的可信执行环境（TEE），具有安全数据存储
凭借这些功能，PSoC 6推动了物联网的新标准。
现在终端消费者的物联网产品可以受益于：
电池寿命更长
PSoC 6 MCU采用业界领先的超低功耗40 nm工艺，并提供动态电压和频率调节（DVFS），以帮助物联网设备在两次充电之间运行更长时间。
性能灵活性
利用高性能Cortex M4内核和低功耗Cortex M0 +内核来平衡任务，使设计既响应迅速又节能。
可扩展安全性
创建基于独立硬件的可信执行环境，每个环境都有自己的硬件信任根，使基于PSoC 6的设备成为物联网的可信部分。
PSoC可能性
赛普拉斯的PSoC架构因其可编程性，灵活性和易用性而闻名于世界各地的工程师，可实现富有远见的设计。
PSoC 6真正是物联网游戏改变者。

以上来自于谷歌翻译

以下为原文

The Internet of Things (IoT) is connecting everyday physical objects to the internet that have never been connected before. This is becoming more and more of a commercial reality with time. An estimated 30 billion everyday physical objects will be a part of the Internet of Things by 2020.
Designers of next generation IoT systems need devices that enable extended battery life without sacrificing performance. Also essential are innovative and differentiated features that provide value to their end customers. Furthermore, in this new “connected” age, protection of end-products against cyber vulnerabilities and threats has become an imperative requirement for engineers to meet.

Cypress’ new PSoC® 6 MCU architecture addresses these requirements and more as it is purposefully built for the IoT. It has features such as:

Dual-core ARM® Cortex®-M4 and ARM Cortex-M0+, running at 150-MHz and 100-MHz, ultra-low-power 40 nm architecture
Industry-leading ultra-low-power design that consumes as little as 22-μA/MHz in active power modes
Best-in-class flexibility with wired and wireless connectivity options, software defined peripherals and industry-leading CapSense®
Integrated, hardware-based Trusted Execution Environment (TEE) with secure data storage

With these capabilities, PSoC 6 drives a new standard for the Internet of Things. Now end consumers of IoT products can benefit from:
Longer Battery Life
The PSoC 6 MCU uses an industry-leading ultra-low power 40 nm process, and offers dynamic voltage and frequency scaling (DVFS) to help IoT devices run longer between charges.
Performance Flexibility
Utilize both the high-performance Cortex M4 core and the lower power Cortex M0+ core to balance tasks so that designs can be both responsive and power efficient.
Scalable Security
Create independent hardware based Trusted Execution Environments, each with their own hardware root of trust, making PSoC 6 based devices a trusted part of the IoT.
PSoC Possibility
Well-known by engineers around the world for its programmability, flexibility, and ease-of-use, Cypress’ PSoC architecture enables visionary designs.
PSoC 6 is truly an IoT Game Changer.