IP67 RJ45 Connector

Gigabit Ethernet Low Residual Voltage, High Current Solution ReferenceThis solution is a Gigabit Ethernet standard solution from VOOHU Electronics Technology. The company has focused on the field of communication electronic components for over 8 years, ad

As the years change and new chapters unfold,we gather here at this pivotal moment,to review our shared journey and look forward to a new chapter.The VOOHU 2025 Annual Meeting is being held in grand style,and all colleagues are gathered together,to pay tri

With the rapid development of smart manufacturing and the Industrial Internet of Things (IIoT), industrial communications are moving towards high-speed and intelligent technologies. Industrial automation equipment requires real-time, efficient transmission of large amounts of data to achieve precise control and collaborative operations. Industrial Ethernet fieldbus, with its high speed, high reliability, and strong compatibility, has become the mainstream choice for industrial communications and is widely used in smart manufacturing, smart factories, industrial automation, and other fields. T

In today's digital age, Ethernet, as the dominant wired local area network (LAN) technology, has become the cornerstone of global information exchange. From smart homes and enterprise interconnection to industrial automation and hyperscale data centers, Ethernet infrastructure drives the efficient and stable operation of critical businesses. VOOHU is committed to providing end-to-end Ethernet hardware design solutions, encompassing system-level component supply, customized development support, and in-depth technical empowerment. These solutions are supplemented by evaluation demos and a compr

The following is a detailed analysis of the differences and design considerations between voltage-based PHY and current-based PHY in network transformer applications, combined with actual scenarios and technical requirements: ─────────────────────────────

SFP fiber cage standards and corrosion resistance test The reliability of the SFP (Small Form-factor Pluggable) cage, as the mechanical and electrical interface of high-speed optical/electrical modules, directly affects the stability of the system. To ver