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March 31 – April 1, 2026 – The 2026 (10th) Commercial Aero Engine Technology Conference was held in Shanghai. TE Connectivity's Aerospace, Defense & Marine (AD&M) business unit attended the conference, showcasing its connectivity products and system solutions for critical aerospace applications. The focus was on addressing the demands of aviation power systems in high-reliability scenarios, including connectivity, signal transmission, system integration, and adaptability to complex operating conditions.   With long-standing experience serving high-reliability sectors such as aerospace, TE AD&M continues to deepen its expertise in this field. The company persistently delivers lighter, more reliable, and more efficient connectivity solutions, supporting aviation systems in achieving stable performance throughout design, manufacturing, testing, operation, and maintenance. As aviation power technology evolves toward greater efficiency, intelligence, and lightweight design, connectivity technology is advancing from basic component capability to higher levels that support system performance, safety redundancy, and data coordination.   The conference focused on key areas including green and sustainable propulsion technologies, advanced engine design and development, intelligent manufacturing and advanced processes, new materials and lightweight technologies, as well as testing, measurement, and metrology. Addressing these industry hotspots and aviation power-related application needs, TE AD&M highlighted its product and solution capabilities across multiple scenarios.   01 Power & Energy Distribution In the area of power and energy distribution, TE AD&M showcased connectivity solutions tailored for aviation platforms, enabling safer and more stable power transmission and system management.   02 Flight Control & Avionics System Interconnection For flight control and avionics system interconnection, the company's products meet the demands of complex systems requiring high data rates, high reliability, and multi-protocol compatibility.   03 Structure & Wiring Harness Architecture In structure and wiring harness architecture, TE AD&M offers more compact and flexible routing and protection design options, providing greater design flexibility for system integration and maintenance.   Additionally, addressing real-world needs in data transmission, condition monitoring, testing/validation, and complex environment applications, TE AD&M presented high-speed communication interconnects, sensing and test connections, and connectivity solutions for harsh operating conditions. These solutions provide more stable connection support for R&D, manufacturing, testing, and maintenance processes.   Judging from the conference agenda, the industry is currently placing strong emphasis on green propulsion, advanced R&D, intelligent manufacturing, new material applications, and testing/validation capability building. Against this backdrop, the application of connectivity technology is gradually expanding from the individual component level to multiple layers including system integration, manufacturing and testing support, and complex environment applications. Leveraging its extensive experience in aerospace and related fields, TE AD&M is responding to the continuously upgrading technical demands of the aviation power industry through systematic, platform-based connectivity solutions.   During the conference, TE AD&M engaged in in-depth discussions with representatives from OEMs, research institutes, supply chain companies, and industry experts. These discussions focused on connectivity needs in advanced manufacturing, digital R&D, testing and validation, quality traceability, and system upgrades within the aviation power sector. Through its participation in this conference, TE AD&M further demonstrated its technical capabilities in aviation power-related applications and laid a stronger foundation for deeper collaboration with industry partners.   Looking ahead, TE AD&M will continue to leverage its deep accumulation in the aerospace field, focusing on connectivity technology innovation for high-performance, high-reliability, and system-level application scenarios. The company remains committed to driving continuous upgrades in the R&D, manufacturing, and validation of aviation power systems, helping the industry move toward a more efficient, intelligent, and sustainable future.

Recently, TE Connectors hereinafter referred to as "TE") Sensor Business Unit successfully held a technical exchange session titled "Sensor Technology Applications in Powertrain Systems" with Magna Powertrain (Jiangxi) Co., Ltd. Against the backdrop of accelerating industry electrification, the two parties, building on a decade-long collaboration, further explored innovative applications and future development paths for sensor technologies. Today, electric powertrains are becoming a key driver of the global automotive industry's green transformation, with high-precision sensors serving as a core component ensuring their safe and efficient operation. Over the past ten years, TE's Sensor Business Unit has maintained close collaboration with Magna Powertrain. Their first new energy motor resolver project, co-developed by both parties, is set to enter mass production smoothly in September this year, laying a solid foundation for their synergistic development and deeper cooperation in the new energy sector. During this exchange session, TE further showcased innovative sensing solutions for next-generation motor systems to Magna, including the new-generation eddy current angle sensor and tunnel magnetoresistance (TMR) sensor, offering more optimized technical choices for motor rotational position measurement. TE's newly launched eddy current angle sensor demonstrates significant technological advantages over traditional resolvers: Enhanced immunity to stray magnetic field interference Supports ASIL C/D functional safety level requirements Optimized system cost structure Meanwhile, the tunnel magnetoresistance (TMR) sensor retains the above advantages while also featuring: A more compact packaging design Significantly reduced product weight Particularly suitable for space-constrained application scenarios Chang Jun, Engineering Director of TE Sensor Business Unit Asia-Pacific, stated: "At TE, we believe in the power of continuous innovation. What we showcased this time is only a part of our innovative achievements, but it fully reflects our relentless pursuit of technological iteration. We look forward to deeper technical dialogues with our partners to jointly explore the boundless possibilities of sensor technology in the era of electrification." During the session, TE also displayed a series of sensors for transmissions, including transmission speed sensors, transmission position sensors, and sensor clusters. This event not only deepened the technical consensus between the two parties in the field of powertrains but also strengthened the collaborative innovation relationship between TE and Magna as strategic partners. Suntex offers high-quality automotive and home appliance wiring harnesses. Additionally, we supply connectors from leading brands such as JST, TE, and MOLEX.              

1. Commonly Used Imported Connector Brands   • TE Connectivity (Tyco Electronics) – USA • Molex – USA • JST (Japan Solderless Terminals) – Japan • Hirose Electric – Japan • AMP – USA (a TE Connectivity brand) • Deutsch – Germany (part of TE, mainly used for rugged environments)   2. Typical Applications in Refrigerator Wiring   Imported connectors are used in the following areas:   Location / Function Connector Type Requirements Compressor control Sealed terminal connectors Vibration and heat resistance Fan motor wiring Small pitch connectors (e.g., JST XH) Compact, secure contacts Thermostat and sensors Signal connectors Stable transmission, corrosion resistance Control board (PCB) interfaces Wire-to-board connectors Accurate positioning, high pin count Door switch and lighting Modular connectors Quick disconnect, reliable mating   3. Key Features of Imported Connectors in Refrigerator Use   • Moisture Resistance: Often include seals or waterproofing structures (e.g., silicone gaskets). • Heat Resistance: Can endure temperature fluctuations inside the refrigeration and compressor areas. • Compact Size: Especially for space-limited areas like control panels. • Reliable Locking Mechanism: Prevents loosening due to long-term vibration or movement. • Ease of Assembly: Designed for efficient mass production and quick assembly/disassembly.   4. Common Connector Models   Brand Model Series Features TE Connectivity AMP Mini Universal MATE-N-LOK Modular, secure locking, used in control systems Molex Micro-Fit 3.0 Compact, high current, often used on PCBs JST XH / VH / SM Series Small pitch, low current, ideal for sensors and signal lines Hirose DF11 / DF14 Board-to-wire, highly reliable contact design   5. Advantages of Using Imported Connectors   • High manufacturing precision ensures stable conductivity and long service life • Comply with international safety standards (e.g., UL, VDE) • Designed with anti-oxidation and anti-aging materials • Better tolerance control during high/low temperature cycling • Some models come with flame-retardant housings (UL94V-0 rated)   6. Challenges / Considerations   • Cost: Generally more expensive than domestic connectors • Lead Time: May involve longer procurement cycles • Compatibility: Must ensure connectors are compatible with Chinese wiring specifications or converted via adapters   In some high-end refrigerator models (e.g., smart or inverter models), TE and Molex connectors are used in the main PCB wiring harness to ensure reliable data and power transmission between the inverter board, temperature sensors, and display modules.

TE connectors (Tyco Electronics, now known as TE Connectivity) are widely used in automotive wiring harness systems. They are known for their high reliability and ability to withstand harsh environments. The main components of TE connectors include:   1. Housing (Connector Body)   • Material: Typically made of high-strength engineering plastics (such as PA66, PBT) with properties like high temperature resistance, corrosion resistance, and flame retardancy. • Function: • Provides structural support and mating alignment. • Protects the terminals from environmental factors such as moisture and dust.   2. Terminal (Contact)   • Material: Usually made of copper alloy, with surface plating (tin, silver, or gold) to enhance conductivity and corrosion resistance. • Types: Male and female terminals, which connect via insertion. • Function: • Enables electrical signal or power transmission. • Connected to wires through a crimping process to ensure mechanical and electrical reliability.   3. Locking Mechanism   • Comes in various forms such as secondary lock and CPA (Connector Position Assurance). • Function: • Prevents accidental disconnection or loosening. • Ensures the connector is properly engaged for safe and reliable operation.   4. Seal   • Includes: • Wire seal: seals around the wire. • Interface seal: seals between connectors. • Material: Typically silicone or rubber. • Function: • Provides waterproof and dustproof protection. • Meets automotive protection standards like IP67 or IP69K.   5. Crimp Zone   • The tail end of the terminal used for wire connection. • Crimped using specialized tooling to ensure mechanical strength and electrical conductivity. • Typically includes: • Conductor crimp: secures the wire strands. • Insulation crimp: secures the wire insulation.   6. Position Assurance / Keying Features   • Helps prevent incorrect connections (misalignment or wrong mating). • Unique “keying” designs ensure connectors only mate with the correct counterpart.   7. Polarization (Anti-Mismating Structure)   • Mechanical design that ensures connectors can only be inserted in the correct orientation. • Includes guide slots, tabs, and locking features.   Common TE Connector Series in Automotive Applications   TE Connectivity offers a wide range of connector series for automotive use, including: • AMP Superseal Series (e.g., 1.5, 2.8): Compact sealed connectors, commonly used in engine compartments and other harsh environments. • MCON Series: Used in advanced automotive electronic control systems. • Junior Power Timer (JPT) Series: Suitable for higher current applications. • HDSCS Series: Designed for high-power, high-current demands.

1. Introduction to TE Connectors   TE Connectivity (formerly Tyco Electronics) is a global leader in connectivity and sensor solutions. Its connectors are widely used in automotive electrical systems, especially in wiring harnesses, due to their high reliability, environmental resistance, and broad compatibility with automotive-grade standards. • Brand: TE Connectivity • Industry focus: Automotive, industrial, aerospace, communications, etc. • Key Features: Durable, moisture-resistant, vibration-resistant, high-temperature capable   2. Automotive Wiring Harness Overview   The automotive wiring harness is the central nervous system of a vehicle’s electrical architecture. It connects various components like: • Engine control units (ECUs) • Lights • Sensors and cameras • Infotainment systems • Battery management systems (BMS) in EVs • ADAS (Advanced Driver Assistance Systems)   TE connectors serve as critical interface points within these systems, ensuring safe and reliable signal and power transmission.   3. Typical Applications of TE Connectors in Automotive Harnesses   3.1 Powertrain Systems   • Application: Engine sensors, ignition coils, transmission control • Connector Type: AMP Superseal, DEUTSCH DT series • Requirements: Heat resistance, oil resistance, vibration stability   3.2 Body & Interior Electronics   • Application: Lighting systems, power windows, HVAC controls, instrument panels • Connector Type: MCON, MQS, MULTILOCK series • Requirements: Compact size, easy insertion/extraction, low contact resistance   3.3 Safety Systems   • Application: Airbags, seatbelt sensors, collision sensors • Connector Type: SRS connectors, sealed airbag connectors • Requirements: Zero-failure tolerance, anti-misconnection design   3.4 Infotainment and Communication   • Application: GPS, USB ports, cameras, display interfaces • Connector Type: USB connectors, HSD (High-Speed Data) connectors, FAKRA RF • Requirements: High data rate, signal integrity, shielding against EMI   3.5 Electric Vehicles (EVs) and Battery Systems   • Application: HV battery connectors, inverter and charging system • Connector Type: AMP+ High Voltage Connectors, HVP (High Voltage Power) series • Requirements: High current capacity, safety interlock, EMI shielding   3.6 Advanced Driver Assistance Systems (ADAS)   • Application: Radar, lidar, camera systems • Connector Type: FPC/FFC connectors, MATEnet data connectors • Requirements: High-speed transmission, shielding, small form factor   4. Advantages of Using TE Connectors in Automotive Wiring Harnesses   Advantage Description Automotive-grade durability Designed to withstand extreme temperatures, vibration, and harsh environments Reliable sealing IP67/IP68 rated connectors protect against water, dust, and chemicals High-performance contacts Low contact resistance and long lifecycle ensure reliability Standardized modular design Allows for flexible and scalable wiring architecture Support for high-speed data Critical for infotainment and ADAS communication systems Global compliance Meets ISO, IATF, and other automotive standards   5. Typical TE Connector Series in Automotive Applications   Series Application Area Key Features AMP Superseal Engine & powertrain Waterproof, vibration-resistant MQS / MCON Body electronics Compact, low insertion force DEUTSCH DT Harsh environments Sealed, rugged design AMP+ High-voltage EV systems HVIL, 2–3 phase, up to 1,500V FAKRA / HSD Infotainment, cameras High-speed, EMI shielded SRS Airbag Connectors Safety systems Zero-error, color-coded   6. Conclusion   TE Connectivity plays a crucial role in the automotive industry by providing reliable, high-performance connectors tailored to the demanding environments of modern vehicles. From internal cabin electronics to high-voltage EV power systems, TE connectors ensure stable signal and power delivery, improved safety, and enhanced data communication—all critical for next-generation smart, connected, and electric vehicles.

1. Introduction to JST Connectors   JST (Japan Solderless Terminal) is a globally recognized manufacturer of connectors known for their compact size, high reliability, and wide variety of models. JST connectors are widely used in consumer electronics due to their high performance, compatibility with automation, and miniaturization features. • Brand: JST (Japan Solderless Terminal Manufacturing Co., Ltd.) • Features: Compact design, secure connection, rich in product series, suitable for automated assembly • Common Series: PH, XH, ZH, SH, SM, GH, VH, etc.   2. Typical Applications in Consumer Electronics   2.1 Smartphones and Tablets   • Used to connect battery modules, display screens, camera units, fingerprint sensors, etc. • Common series: BM, BMH, SH, FH • Requirements: High-density connection, compact size, durability   2.2 Wearable Devices (Smartwatches, Fitness Bands)   • Used for sensors, batteries, and display module connections • Common series: ZH, SH, GH • Requirements: Lightweight, vibration-resistant, moisture-resistant   2.3 Laptops and Keyboards   • Connects mainboard, battery, fan, touchpad, and LED panels • Common series: PH, XH, ZH • Requirements: Heat resistance, stable contact, easy plug-in/out   2.4 Bluetooth Speakers and Headphones   • Connects batteries, power circuits, speakers, charging ports, etc. • Common series: SM, PH, XH • Requirements: Firm connection, noise resistance, compact design   2.5 Home Appliances (e.g., Robot Vacuums, Air Purifiers)   • Connects motors, batteries, sensors, and control boards • Common series: VH, XH, SM, EL • Requirements: Withstand higher current/voltage, long lifespan   2.6 Gaming Devices (e.g., Controllers, Handheld Consoles, VR Headsets)   • Used for joystick modules, battery packs, vibration motors, buttons, etc. • Common series: SH, GH, PH • Requirements: Compact, strong, durable for frequent use   3. Advantages of JST Connectors   Advantage Description Compact Size Saves space; ideal for small, dense consumer devices High Reliability Vibration-resistant and secure locking design Wide Range of Models Offers various pin pitches and current ratings Automation-Friendly Compatible with SMT and DIP for mass production Ease of Maintenance Plug-and-play design simplifies repair and replacement   4. Application Example (Illustrative)   In a smart speaker, JST connectors can be used as follows: • Mainboard ↔ Power board: VH Series • Mainboard ↔ Microphone module: SH Series • Mainboard ↔ LED board: XH Series   5. Conclusion   JST connectors are widely used in consumer electronics for their excellent electrical and mechanical performance. Their miniaturized and modular design makes them ideal for modern devices requiring compact, reliable connections. Whether in smart devices, battery modules, or signal transmission circuits, JST connectors play a crucial role in ensuring stable performance and efficient assembly.

A wiring harness is a structured assembly of wires, terminals, connectors, and protective elements designed to transmit electrical power or signals reliably and efficiently. Here are the main components and their functions:   ? Main Components of a Wiring Harness   Component Name English Term Function Description Wires / Cables The core elements responsible for carrying current or signals. They vary in material (e.g., copper, tinned copper) and insulation based on voltage and application requirements.   Terminals Crimped or soldered to the ends of wires to create secure electrical connections with other components. Common types include pins, blades, and sockets. Connectors Also called plugs or sockets, connectors allow easy assembly and disassembly of wire harnesses with other systems. They come in male and female pairs.   Sleeves / Tubes Protective coverings such as corrugated tubes, PVC sleeves, or braided jackets. They protect wires from abrasion, moisture, heat, and wear.   Cable Ties / Tapes Used to bundle and organize wires within the harness. Includes zip ties, insulating tape, and wrapping tape.   Seals / Grommets Provide dustproof and waterproof sealing at connection points, especially important in automotive and outdoor environments.   Labels / Markers Identify individual wires or wire branches for easy installation, troubleshooting, and maintenance.   ? Optional or Auxiliary Components   Component Description Heat Shrink Tubes Applied over terminals or wire joints; shrinks when heated to insulate and secure the connection. Clips / Clamps Secure the wire harness to a device or chassis to prevent movement and reduce vibration. Fuses / Resistors Some specialized harnesses may include protective devices or resistors to ensure electrical safety and proper function.     A wiring harness is much more than just a group of wires—it is an integrated electrical distribution system. Each component plays a vital role in ensuring reliability, organization, and safety across applications.

A wiring harness is an assembly of electrical cables or wires bound together by insulating materials such as tape, conduit, or clamps. It is designed to transmit electrical power or signals efficiently and safely. Wiring harnesses are widely used across various sectors of everyday life. Below is a detailed overview:   ? 1. Home and Household Applications   Scenario Description Home Appliances Washing machines, refrigerators, microwave ovens, and air conditioners use internal wiring harnesses to connect control panels, motors, and sensors for proper functionality. Smart Home Systems Smart lighting, door locks, surveillance systems, and other IoT devices rely on wiring harnesses to connect controllers, sensors, and power sources. Lighting Systems Ceiling lights, downlights, and LED strips use compact wiring harnesses to ensure safe, centralized power and control distribution while maintaining aesthetics.   ? 2. Automotive Applications (Most Representative Use Case)   Wiring harnesses in vehicles are often referred to as automotive wire harnesses, functioning as the “nervous system” of the vehicle’s electrical network: • Power Harnesses: Connect batteries, electric motors, and ignition systems. • Lighting Harnesses: Power headlights, fog lights, brake lights, and interior lights. • Instrument Harnesses: Link dashboard instruments and sensors to control units. • Central Control Harnesses: Provide connections for air conditioning, multimedia, and navigation systems. • High-Voltage Harnesses (for EVs): Connect battery packs, motors, and fast-charging systems.   Modern cars can contain several kilometers of wire harnesses, which are critical to vehicle safety, performance, and intelligence.   ? 3. Office Equipment and Workspaces   Equipment Application Computers and Monitors Internal harnesses connect motherboards, hard drives, power supplies, and display backlights. Printers & Copiers Wire harnesses link motors, sensor arrays, and control panels. Conference Systems Wiring harnesses are used to connect audio systems, projectors, and multimedia terminals for synchronized power and data transmission.   ? 4. Public Infrastructure & Transportation   Scenario Example Rail Transit Subways and high-speed trains use heavy-duty wire harnesses to connect power, control, and signal systems. Elevator Systems Trailing cable harnesses connect elevator cars with control units, enabling movement and communication. Street Lighting Wiring harnesses link light sensors, timers, LED modules, and power sources in municipal lighting systems.   ? 5. Medical and Healthcare Equipment   • Medical devices such as CT scanners, MRI machines, ultrasound systems, and ECG monitors rely on miniature, high-precision wiring harnesses. • Home healthcare devices like blood pressure monitors, oxygen concentrators, and digital thermometers also utilize wiring harnesses to link various modules.   ? 6. Consumer Electronics   Device Application Smartphones/Tablets Flexible printed circuit (FPC) harnesses connect the screen, battery, camera, and audio modules. Gaming Consoles Internal wiring connects power supply units, buttons, and mainboards. Wearable Devices Smartwatches and wireless earphones use ultra-compact harnesses to deliver power and data between modules.   ✅ Conclusion   Though small in size, wiring harnesses are essential to the functioning of modern technology. They serve as the “blood vessels” and “nervous system” of electronic and electrical systems, seamlessly connecting every smart point in our daily lives. <div style="position: relative;" data-slate-node="element" 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       • At Computex 2025, Molex showcased its Genesis PCIe 7.0 cable assemblies, supporting data rates up to 128 GT/s (32 GHz) over 1-meter lengths. The product roadmap includes x8 models in May and x16 models in July, using low-loss 29 AWG microwave coax cables and SFF TA-1040 connectors. • With the official PCIe 7.0 specification released in mid-June, Molex’s early deployment offers foundational infrastructure support for AI servers and data centers.   VersaBeam EBO Optical Connectors   • Molex released the VersaBeam EBO (Expanded Beam Optical) interconnect system, supporting high-density configurations (12, 16, and 144 fibers) for intra-data center connections. • Featuring expanded beam technology, the system significantly reduces cleaning requirements and maintenance time. Molex claims up to 6x faster inspection and cleaning times, with tool-free latching for quick installation.NextStream High-Speed Interconnect System   • In February 2025, Molex introduced the NextStream Connector System, supporting 112 Gbps PAM‑4 signaling for high-density networking and data storage applications. • It delivers low insertion loss and minimal crosstalk, optimized for next-gen server, switch, and storage platforms. Aerospace & Military Applications   • Molex expanded its ruggedized EMI-filtered connectors and RF components lineup for defense and aerospace, focusing on signal integrity and shielding performance under extreme environments.  

1. Sustainability and Eco-Friendly Design   • Manufacturers are promoting the use of bio-based plastics, recyclable materials, and easy-to-disassemble designs to reduce environmental impact and comply with global environmental regulations. • This is especially important for high-performance connectors used in electric vehicles (EVs) and data centers. 2. Demand Driven by EVs and Renewable Energy   • The EV industry has seen a surge in demand for high-power, weather-resistant connectors used in charging stations, battery management systems, and grid interfaces. • Renewable energy projects such as wind and solar also drive the growth of durable power connectors in the import market  3. High-Speed Data and 5G Infrastructure   • With the rise of 5G base stations, cloud computing, data centers, and AI accelerators, the import volume of fiber optic, RF, and high-speed PCB connectors has increased significantly. • Optical and RF connectors are expected to maintain a compound annual growth rate (CAGR) of over 7–8%.  4. Significant Growth in Asia-Pacific and Europe   • The Asia-Pacific region (including China, Japan, and South Korea) dominates both connector imports and manufacturing, accounting for nearly 50% of the global market share. • Europe is the fastest-growing region, benefiting from 5G rollout, large-scale automation, strict environmental regulations (e.g., RoHS/REACH), and EV infrastructure expansion.

Miniaturization and High-Density Design   • Background: Devices like IoT equipment, wearables, and automotive electronics are becoming increasingly compact. • Development Direction: JST has released several ultra-compact connectors (e.g., ULH, SUR, ACH series) and is expected to continue pushing for miniaturization and higher pin density. • Goal: Save PCB space while maintaining signal integrity.        Enhanced High-Speed Transmission   • With rising demand for 5G and high-speed data communication, JST continues to improve its high-speed connectors (e.g., UBH series supporting USB Type-C at 10Gbps). • JST is expected to invest further in signal integrity design and EMI control for higher-frequency applications.       Power and Signal Integration   • Trend: Modern devices, especially in industrial and automotive sectors, increasingly require connectors that can handle both power and signal transmission. • Future Direction: JST may release more integrated connector solutions to simplify system design for OEMs. JST already holds a strong position in automotive power and lighting connectors. • Future focus will likely include expanding into electric vehicles (EVs) with: • Connectors for BMS (Battery Management Systems); • High-voltage connectors; • Products compliant with LV214, USCAR, and other automotive standards.

1. TrackLabel BLE Printable Asset Labels with Real‑Time Location Sensing           On June 23, 2025, Molex released the TrackLabel BLE system—printable, Bluetooth-enabled asset labels designed to enhance supply chain visibility, logistics, and inventory tracking through real-time location data  In June, TTI Inc. launched three new episodes of its “Big Ideas and Little Known Facts” podcast featuring Molex specialists. The episodes spotlight: • Tyson Masar discussing mid‑power and signal interconnects • Greg Hoffman on custom cable assemblies • Reuben Irizarry covering high‑power connectors          These sessions explore the latest trends in Molex’s connectors, cable assemblies, and wiring tools While published in April 2025, this report remains relevant. It outlines strategies for designing rugged, reliable           connectors for aerospace, defense, and space applications—focusing on durability under extreme conditions  ConnectorSupplier.com’s June 2025 newsletter highlights events, distribution updates, facility expansions, and standards progress in the connector industry. Molex is featured in connection with TTI collaborations and broader sector dynamics 

Parking a "big car" or making a U-turn on a narrow road can be a common challenge for many drivers, especially owners of large SUVs and MPVs. With the rise of vehicle electrification and intelligence, Rear Axle Steering (RAS) technology has emerged as a popular solution—enhancing stability at high speeds and maneuverability at low speeds. The key to this technology lies in the precise detection of rear-wheel steering angles, where the rear wheel steering position sensor plays a critical role. As a leading provider of advanced automotive sensing solutions, TE Connectivity (TE) leverages its deep expertise in vehicle dynamics to deliver high-precision, high-reliability RAS position sensors, meeting the complex demands of modern steering systems. Two Mainstream Sensing Technologies: Eddy Current vs. Hall Effect In the field of rear-wheel steering sensing, the two dominant technologies are: Eddy Current Sensing Hall Effect Sensing While the choice between these may seem straightforward, it significantly impacts system complexity, cost, and reliability—making the selection a crucial engineering decision. (Note: The original text contained repetitive paragraphs, which have been streamlined in this translation for clarity.) Would you like any modifications to better fit a specific audience (e.g., technical readers, marketing materials)?              

The 5th YanZhi Automotive Annual Conference was held in Shanghai, bringing together global leaders in the automotive industry ecosystem to discuss future trends and development pathways. During the event, the winners of the 4th Zhiding Awards were announced. TE Connectivity (hereinafter referred to as "TE") was invited to attend and received the Automotive Brake-by-Wire Technology Innovation Award. Award CeremonyThe Zhiding Awards, established by YanZhi Automotive, is an annual public welfare awards ceremony. The selection process involves multiple authoritative experts who evaluate candidates based on technological innovation, product upgrades, and mass-production applications. The awards aim to recognize and promote new technologies, products, and business models emerging each year. TE was honored for its independently developed brake-by-wire position sensor series, which serves as a foundational component in brake-by-wire systems. TE provides a comprehensive position sensor solution designed to optimize braking control, enhance system responsiveness, and simplify integration. The award-winning product line includes the brake pedal travel sensor and the motor position sensor. The former detects the driver's braking intent by measuring the pushrod's travel distance, while the latter monitors the rotor's angular position within the braking motor, delivering precise feedback for braking control. Additionally, TE's brake-by-wire sensor portfolio includes other products such as force sensors, wheel speed sensors, and brake light switches. For more details, please refer to ["Safety Can’t Wait – Explore TE’s Brake-by-Wire Sensor Portfolio"]. With decades of expertise, top-tier manufacturing capabilities, and flexible design solutions, TE collaborates with OEMs and Tier 1 suppliers to develop high-performance sensing solutions that meet stringent braking and motion control challenges. Leveraging its global presence, TE delivers industry-leading technology and localized expert support. The company has developed multiple high-performance brake-by-wire sensor products for global and domestic automakers. All products adhere to rigorous safety standards, support the automotive industry’s transition to electrification, and address electromagnetic compatibility (EMC) challenges while maintaining exceptional reliability in harsh automotive environments.

On May 28-29, 2025, the 14th International Aviation Electronics Forum (AIF 2025) was held in Shanghai. Centered on the theme "Digitalization and Multi-Core Technologies Empowering the Green and Intelligent Future of Aviation Electronics," the forum brought together experts and industry representatives from aircraft manufacturing, system integration, core components, and other key sectors to discuss industry trends, standards evolution, and technological pathways.   TE Connectivity (TE)'s Aerospace, Defense & Marine (AD&M) division was invited to attend and showcased its high-reliability interconnect solutions for avionics systems. These solutions cover high-speed data, signal, and power transmission, as well as system integration technologies for complex environments, supporting the continuous evolution of flight platforms toward lighter, smarter, and more efficient designs.   As avionics systems advance toward modularity, distributed architectures, and high bandwidth, interconnect solutions are transitioning from single-component supply to system-level design and delivery. TE’s connectivity products not only meet stringent requirements for space, weight, electrical performance, and environmental adaptability, but also enable complete signal and power transmission architectures within aircraft through optimized integration of cable assemblies, connectors, backplane interconnects, and power distribution modules.   TE’s Technological Capabilities in Avionics Interconnect Systems   Weight Reduction & Space Optimization Uses lightweight composite materials, thin-walled cables, and high-density layouts to minimize cable system mass and volume, freeing up space for additional functionalities.   High Bandwidth & Signal Integrity Assurance Supports hybrid optical-electrical transmission and high-speed backplane interconnects, ensuring superior signal quality and anti-interference performance in high-speed, low-latency avionics networks.   Full-Cabin Compatibility & Modular Configuration Adapts to wiring needs in cockpits, passenger cabins, and service areas, featuring quick-connect, flexible packaging, and standardized interfaces for rapid deployment and maintenance.   Extreme Environment Adaptability Rigorously tested for temperature extremes, vibration, shock, and EMI, ensuring reliable operation at both product and system levels—from power delivery to signal transmission.   Future-Ready Architecture Employs platform-based design to support emerging trends such as more-electric aircraft (MEA), highly integrated electrical systems, and networked cockpit management. TE remains committed to providing end-to-end support, from system architecture design to product implementation. Leveraging its global engineering network and local service capabilities, TE will continue to drive high-quality advancements in avionics interconnect systems, laying a solid foundation for safer and smarter flight platforms.

[Shanghai, China – June 12, 2024] Global electronics connectivity leader Molex today launched its newly developed high-speed backplane connector system at Electronica China 2024. Designed specifically for 5G communications, AI data centers, and high-performance computing (HPC), the solution supports data rates of 56Gbps and beyond, potentially resolving bandwidth bottlenecks in next-generation infrastructure. Tech Spotlight: Engineering Breakthrough The newly introduced NearStack™ 0.35mm pitch connector features an innovative stacked design that reduces PCB space occupancy by 40% while maintaining ultra-low signal loss. This enables more flexible layouts for high-density servers and switches. Industry analysts note that as AI chip computational demands surge, traditional connectors struggle to meet data throughput requirements, positioning Molex's innovation as a potential new industry standard. Strategic Partnership Update Concurrently, Molex announced a strategic collaboration with leading server manufacturer Inspur Information to co-develop customized interconnect solutions based on PCIe 6.0 standards. Initial products are scheduled for mass production in Q1 2025 – marking a significant step toward technological autonomy for China's high-end data center equipment sector. Market Response Molex also showcased its wearable device micro-connector series at the exhibition, where the 0.2mm ultra-thin FPC connector sparked significant interest among consumer electronics manufacturers. Counterpoint Research data indicates global IoT device shipments will reach 1.8 billion units in 2024, driving continuous demand for miniaturized, low-power connectors. ESG Advancements Notably, Molex disclosed its "2030 Sustainability Roadmap" during the press conference, committing to increase recycled material usage in next-gen connectors to 30% and reduce e-waste through modular designs. This initiative has earned recognition from environmental certification body TCO Certified.

Connectors, as essential components in electronic systems, play a key role in electrical connection and signal transmission. They are widely used in telecommunications, automotive, industrial automation, medical devices, aerospace, and other fields. With the continuous growth of the global electronic information industry, the connector market is expanding, and technologies are evolving rapidly. In high-end applications where performance, stability, and reliability are critical, imported connectors maintain strong competitiveness due to their technical superiority, high quality, and innovation.   This article analyzes the future development directions of imported connectors from the perspectives of technological trends, industry demand, challenges, and market opportunities. With the emergence of 5G/6G communications, new energy vehicles, artificial intelligence, and big data, there is a growing demand for faster data transmission. Connectors are developing toward higher speed and lower latency. Leading global brands such as TE Connectivity, Molex, and Amphenol have introduced connectors supporting data rates over 25Gbps, widely used in high-speed servers, switches, and data centers. Space-sensitive applications in consumer electronics, medical devices, and aerospace are driving the trend of smaller and more compact connectors. Imported connectors, with their advanced manufacturing capabilities, can achieve high-density, multi-contact, and modular designs, meeting the needs of smart wearables, drones, and lightweight equipment. As the “blood vessels” of the electronics industry, connectors will play an increasingly vital role in the era of digitization, electrification, and intelligent systems. Imported connectors, with their superior technology and quality, will continue to dominate high-end segments in the short term. However, to maintain their edge in the face of rising domestic competition, geopolitical uncertainty, and environmental regulations, they must accelerate innovation, localize operations, and embrace sustainability and intelligent transformation. In the future, connectors will be more than just physical links; they will serve as intelligent “neurons” of fast data flow—offering immense growth potential for those who innovate boldly and act decisively.

At Computex in Taipei, Molex showcased its Genesis PCIe 7.0 cable and connector system, which supports data rates of up to 128 GT/s with performance verified over distances up to 1 meter. • The system utilizes low-loss 29 AWG microwave coaxial cables and features SFF TA-1040 connectors, available in x8, x16, and x20 configurations, with multiple guidance options suitable for high-density server environments. • According to PCI-SIG, the PCIe 7.0 specification version 1.0 is expected to be released in 2025, with full-scale adoption projected within the next decade.   Molex is actively expanding in several key areas: • Delivering high-speed interconnect solutions for next-generation high-performance computing and data centers (e.g., PCIe 7.0 and NextStream). • Providing military-grade circular connectors (TriMate) for aerospace and defense applications. • Strengthening its presence in innovative industrial and 3D printing sectors through a strategic partnership with Prusa, promoting enhanced experiences for both commercial and DIY users (CLIK-Mate / Micro-Fit).

KET connectors are widely used across sectors including automotive electronics, industrial automation, home appliances, and renewable energy systems. For example, the KET MG610372 model is suitable for automotive, medical, signal transmission, and household electronics. It includes components such as terminals, housings, and seals. These connectors play key roles in vehicle lighting, chassis control, safety systems, and infotainment. Equivalent KET connectors are capable of handling up to 9A current, offering high insulation resistance and compatibility with various wire gauges. This makes them highly reliable in industrial-grade power and signal transmission scenarios.With the development of new energy vehicles, the performance requirements for connectors are becoming increasingly demanding. Connectors must withstand higher currents and voltages while meeting high standards for electric shock protection and electromagnetic interference (EMI) resistance. These factors impose greater technical challenges on the design and manufacturing of connectors.

TE Connectivity (TE), a global leader in connectivity and sensing solutions, announced a series of strategic advancements during its annual industry technology conference, highlighting new high-performance connector products and expanded capabilities in smart manufacturing and electric mobility. These efforts underscore TE’s commitment to meeting growing demands for speed, reliability, and sustainability in the evolving industrial, automotive, and communications markets. Smart Manufacturing Drives Connector Technology Upgrades As Industry 4.0 continues to reshape global manufacturing, connectors — the core components enabling data transmission and device interconnectivity — are seeing increased demand for higher performance, smaller size, and robust durability. In response, TE Connectivity is focusing its 2025 R&D strategy on high-speed, miniaturized, and ruggedized connector solutions, particularly those used in factory automation, robotics, and the Industrial Internet of Things “We are seeing a significant shift in customer expectations for smaller, faster, and more reliable connectors,” said Li Wei, Product Director for TE Connectivity Greater China. “Our newly launched M12 Push-Pull connector, for example, enables plug-and-play functionality with IP67-level protection — a game changer for high-performance smart production lines.”