The push in terminal the benefit of using this type of terminal block connection is a tool-free connection this allows operators to easily remove and reinsert wire without the need for any type of tool foe the wire that's used on a PIT or push in terminal connection. We to make sure that we're using a ferrule . The ferrule allows for the connection to work properly and seat properly .We simply take the wire with a ferrule connected .We insert it into the push in terminal make sure it is seated fully and there we have a fully and there we have fully seated safe secure connect.
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Zhejiang issued heavy documents require advanced layout around key technologies such as VR/AI
Recently, Zhejiang Province released the "Construction Plan for the National Information Economy Demonstration Zone." This plan outlines a bold vision to make the information economy dominate the province's overall economic landscape within the next three to five years. It emphasizes not only a significant enhancement in innovation capabilities but also the optimization of mechanisms. The province aims to establish itself as an international e-commerce hub and a national leader in IoT, cloud computing, big data, internet finance, smart logistics, and digital content industries. Furthermore, it seeks to play a pioneering role in areas like the "Internet+", smart city development, the sharing economy, infrastructure modernization, and fostering new entrepreneurial ventures.
One notable aspect highlighted in the "Implementation Plan for the Construction of the National Information Economy Demonstration Zone" is the focus on cutting-edge technologies such as artificial intelligence, quantum communication, virtual reality, and blockchain. These areas are seen as crucial for leading the next wave of technological advancement.
Here are some key points from the implementation plan:
**Breaking Core Technologies of the Information Economy**
1. **Promoting Innovation in Key Technologies**: Efforts will concentrate on breakthroughs in computing resource virtualization, massive data storage, and big data analytics. This includes advancing cloud operating systems, high-end storage devices, and cloud computing services. A globally competitive cloud computing technology framework is envisioned. Additionally, there will be advancements in next-generation mobile communications, high-end routing, intelligent optical transmission, software-defined networks (SDNs), and navigation technologies, aiming to establish an international benchmark in information networking.
2. **Enhancing Basic Technology Research**: Investments will be made in core foundational components, advanced technologies, critical materials, and industrial infrastructure equipment. Special attention will go towards developing smart terminal chips, mobile chips, network equipment chips, embedded chips, and high-end sensors. There’s also a push to process new materials in integrated circuits and displays, striving to meet or surpass international standards in sensitive materials and processes.
3. **Exploring Frontier Technologies**: Cutting-edge fields like artificial intelligence, quantum communication, virtual reality, and blockchain will see collaborative research efforts. This includes accelerating AI technology development, focusing on computer vision, intelligent speech processing, biometric identification, and natural language understanding. Open innovation and testing will also be promoted in emerging networks like quantum communication.
**Accelerating Development of the Core Information Economy Industry**
1. **Boosting Electronics Manufacturing**: There will be a strong emphasis on designing, producing, and applying specialized integrated circuits for network communications, industrial control, automotive electronics, and smart terminals. New types of high-end electronic components, including sensors, optoelectronic devices, memory devices, and energy storage devices, will be developed. Efforts will target next-generation optical communications, 5G, broadband wireless access, emergency communications, and quantum communication equipment.
2. **Expanding Software and IT Services**: The province aims to support the growth of basic software, including intelligent terminal operating systems, cloud operating systems, large-scale databases, big data processing, and middleware that are self-reliant. Embedded software will also see rapid expansion in sectors like communications, industrial control, CNC equipment, and information appliances. IT value-added services will grow, including systems integration, consulting, and application development, with a focus on new internet, mobile internet, and IoT services.
3. **Developing Cybersecurity and Digital Content**: The plan supports the development of various application electronics like automotive, maritime, financial, medical, and energy electronics. It also promotes the cybersecurity industry, with a focus on network security, intrusion detection, identity verification, and trusted computing. Emerging industries like smart hardware, connected vehicles, virtual reality, and AI will see accelerated growth.
4. **Cultivating Digital Content Industries**: Hangzhou will become a base for digital publishing and reading, with a focus on cloud music, digital films, interactive media, and mobile multimedia. Mobile gaming, online animations, and network art will also receive support.
For more details on the full implementation plan, visit [link]. VR Network will keep you updated on Zhejiang's policies regarding virtual reality and related technologies. Stay tuned!