Industry News
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TE Connectivity, the world's leading connector manufacturer, has issued a price adjustment notice to its partners
TE Connectivity (Shanghai) Co., Ltd., a global leader in the connector industry, issued a price adjustment notice to its partners, announcing that it will implement price increases across its entire product line and in all regions effective January 27, 2026. This news quickly sent shockwaves through the supply chain, highlighting the widespread pressures and challenges facing the manufacturing sector amid inflation. As a key supplier in the industrial automation and electrical sectors, TE Connectivity (Shanghai) Co., Ltd.’s price adjustment will have multifaceted impacts on the connector and wiring harness industry.
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44 million units shortfall! General-purpose DRAM is being sold out until 2028
4 million units shortfall! General-purpose DRAM is being sold out until 2028 Relevant institutions estimate that the crowding effect of HBM capacity squeezing out general-purpose storage capacity will continue until 2028. HBM's share of overall DRAM chip will rise from 19% in 2026 to 28% in 2028. With general-purpose DRAM supply continuously compressed and NAND capacity resources constrained, the supply-demand structure of the two major storage categories will be unlikely to shift to a more relaxed one in 2028. Estimates show that in 2027, the demand for HBM for GPUs and ASICs will be about 196 million units. If all are stacked with 12 layers, supply will be only 152 million, leaving a gap of 44 million chips. The 8-layer solution can produce more HBM chips on the same wafer, and after supply eases, it is still possible to switch back to the 12-layer layer. The rumored 4-layer solution is more of a bargaining tactic, making mass production difficult and
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Connector assembly and usage specifications to reduce equipment failures caused by human factors
At actual project sites, even if high-quality connectors with fully appropriate specifications are used, improper assembly, usage, or maintenance can still lead to various faults such as poor contact, latch failure, and terminal damage. Numerous equipment fault cases indicate that improper human operation is an important and often overlooked cause of connector failure. Standardized assembly and daily usage procedures can significantly reduce the likelihood of equipment failure and extend the connector's service life.
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Core ideas for selecting connectors to help engineers avoid design pitfalls
Choosing the right connector is a crucial part of the overall hardware design. Many devices later face problems like poor contact, overheating, or damage, and the root cause often lies in poor initial selection. Many engineers, when picking connectors, only focus on the number of pins or the appearance size, ignoring electrical parameters, environmental conditions, and mechanical usage conditions. This mismatch between the actual working conditions and the connector specifications can lead to hidden issues in devices. To make a good choice, you need a systematic evaluation approach, considering multiple factors together.
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The rapid development of emerging downstream industries drives the iterative upgrading of connector technology.
Currently, emerging industries like AI computing infrastructure, energy storage, industrial robots, and new energy equipment are rapidly taking shape. Changes in downstream markets are continuously driving technological upgrades in the connector industry. Connectors are no longer just simple plug-and-play parts; they have become critical core interconnect components in electronic equipment. Downstream devices are constantly seeking higher transmission speeds, greater current-carrying capacity, and smaller installation sizes, pushing connector manufacturers to continuously push the boundaries of technology.
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Key points of connector testing to ensure stable operation of products under complex conditions
A qualified connector, from design drawings to mass production, relies on thorough and rigorous testing and validation. Connector testing is an essential way to assess a product's electrical performance, mechanical performance, and environmental durability. Only through multi-dimensional project inspections can we ensure that the product works stably over the long term under various complex conditions. Many on-site failure investigations often trace back to missing early-stage testing, where potential product issues were not identified in advance.
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Domestic connectors are speeding up their breakthrough, achieving new progress in replacing imports across multiple fields
In recent years, the domestic high-end manufacturing industry has developed rapidly, with downstream markets such as new energy, industrial automation, data centers, and robotics continuously expanding, driving the fast growth of the connector industry. The domestic connector industry has bid farewell to low-end homogeneous competition and officially entered the stage of technological breakthroughs. In the past, the high-end connector market was long dominated by overseas brands. Today, local manufacturers are continuously increasing their R&D investment, constantly catching up in materials, structural design, precision manufacturing, and reliability testing, achieving domestic substitution in numerous application scenarios.
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Reliability management of industrial connectors lays a solid foundation for stable equipment operation
With the continuous upgrading of industrial automation and intelligent manufacturing industries, industrial machinery, automated production lines, and servo control systems are placing increasingly stringent demands on the reliability of connector products. Although connectors may seem like inconspicuous components within the entire machine, they carry critical tasks such as power transmission and signal interaction. Once the connection fails, it can easily cause equipment downtime, leading to production interruptions and economic losses.
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