Under the surging wave of applications such as "Internet of Things" and "Industry 4.0", the technological innovation and market scale of electronic components are also advancing rapidly. The interconnection of all things realizes the connection between equipment and equipment, the connection between equipment and people, and the connection between people and data, and all these require connectors to play a huge role. According to the latest report released by FMI, by 2022, the global cable and connector market revenue will reach 125.3 billion U.S. dollars, with a compound annual growth rate of 11.1% during 2016-2022. According to data from Bishop&Associate, the global connector market reached 54.4 billion U.S. dollars in 2016, is expected to reach 61.76 billion U.S. dollars in 2017, and the Chinese market will be close to 20 billion U.S. dollars. This is undoubtedly very exciting data for connector manufacturers.
Facing the 50 billion market, what kind of innovation does the connector need?
Nowadays, electronic products are becoming thinner and lighter, which also promotes the development of connector products and connector products in the direction of small size, low height, narrow pitch, multi-function, high efficiency, long life, and surface mounting. Mobile phones no longer need annoying cables, eliminate unreliable mechanical connectors and their interference, provide data throughput far beyond the support of wireless networks, and finally ignite industrial design innovations that were previously restricted by traditional connectors . "Consumers and manufacturers have always reluctantly accepted the demand for mechanical connectors. Keyssa has spent 9 years in research and development to understand all the technologies that need to be met to achieve high-speed contactless connections in mobile products. Requirements. After spending countless man-years of hard work and applying for 250 patents, we have KSS104M and KSS104M-CW," Keyssa Vice President of Marketing Steve Venuti said at the Shenzhen media conference on September 6. "Now, this eye-catching feature that does not require mechanical connectors can already be provided to manufacturers who want to simplify the implementation process and testing, and support high-volume and high-quality systems in terms of system yield and reliability. Letter production."
Steve VenuTI, Vice President of Marketing, Keyssa
It is understood that Keyssa's technology that overturns traditional cable connectors is based on extremely high frequency (EHF) technology. This embedded non-contact connector can transmit data at very high speeds, while power consumption is very low and does not require Make settings.
This is an embedded, miniaturized, all-solid-state solution that can transmit and stream large amounts of data and video at almost instantaneous speeds. The key features of KSS104M include: operating speed up to 6Gbps; small size 3x3mm package with built-in antenna; power consumption is much lower than Wi-Fi's lowest Picojoules per bit (12.5 picojoules per bit) ; Support a variety of high-speed video and data communication protocols, including USB, DisplayPort, SATA and PCIe, etc.; safe and convenient, point-to-point connection, no software or driver instantaneous connection: no need to pair; no need to log in.
The connection technology has been gradually applied in the external and internal connectors of consumer products, data center interconnection, and industrial applications. Steve shared two typical cases with reporters. For example, Motorola's Moto Mod module only needs to be placed in the base and close to it, and the Moto Mod module and the base communicate through Keyssa's Kiss Connector (supports USB SS and DisplayPort protocols) , So that OneCompute's Moto Mod module can turn your Android phone into a personal computer. In addition, it is the application in the data center. When the amount of data is increasing, the demand for memory is getting higher and higher, and the hierarchical connection between data centers is getting larger and larger. The design and wiring are very cumbersome. The wireless connection method can be used. Simplifying the complexity of wiring, a large number of connection lines of the server can be eliminated, and by directly accessing the PCIe bus, lower latency is formed.
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