Since the USB charging cable market has transitioned from a period of “universal adoption” to a focus on extreme performance and intelligent features, driven by EU regulations and the dominance of the USB-C standard, YERVIM’s development directions are as follows:

1. High-Wattage & Power Delivery (PD 3.1)
The most significant direction is the shift from the 100W limit to Extended Power Range (EPR), which supports up to 240W (48V,5A).

  • Universal Workstation Power: Cables shall be capable of powering high-performance gaming laptops, professional workstations, and even some electric tools or large monitors, eliminating the need for bulky proprietary DC barrel jacks.
  • E-Marker Chips: High-quality cables shall universally include “E-marker” chips. These chips communicate with devices to ensure safe power delivery and prevent overheating when pulling high wattage.
  • Variable Voltage: Support for Programmable Power Supply (PPS) shall allow cables and chargers to fine-tune voltage in 100mV steps, reducing heat and improving battery longevity.

2. Intelligent Features & Real-Time Monitoring
YERVIM’s USB charging cables shall feature “smart” hardware to build user trust and provide transparency.

  • Built-in LED Displays: YERVIM’s premium cables now include a small integrated OLED or LED screen on the connector head. This shows the real-time wattage (W) being delivered, allowing users to verify if their device is actually “fast charging.”
  • Safety Throttling: YERVIM’s smart cables shall be able to detect terminal temperatures. If a connector becomes too hot due to a loose port or dust, the cable automatically throttles power to prevent melting or fire.

3. Ultra-Fast Data: USB4 and Thunderbolt 5
While charging is the primary focus, the “one cable for everything” trend has pushed data speeds to extreme levels.

  • 80Gbps Throughput: The USB4 Version 2.0 standard has become mainstream for professionals, offering bi-directional speeds of 80Gbps (and up to 120Gbps in asymmetrical mode).
  • Single-Cable Workstations: YERVIM shall try to make USB charging cables support 240W charging while simultaneously driving dual 4K 60Hz monitors or even a single 8K display, making docking stations more efficient.

4. Sustainability & Material Innovation
Since regulatory pressure and “Green Tech” initiatives have fundamentally changed how cables are built, YERVIM shall proceed the development as follows:

  • Bio-Based & Recycled Materials: YERVIM is replacing traditional PVC with biodegradable TPU, recycled ocean-bound plastics, and bio-based fibers(like corn or wheat-straw based insulators).
  • Anti-Fraying Durability: To reduce e-waste, “ultra-durable” designs have become YERVIM necessary standards, with cables often rated for 30,000+ bend cycles using aramid fiber (Kevlar) cores and zinc-alloy housings.
  • Detachable Design: Following new EU trends for 2028, there is a rise in modular power bricks where the USB-C cable is always detachable and replaceable, preventing the “broken wire, throw away the brick” waste cycle.

USB Charging Cable Comparision Table

Feature Standard Cable High-End/Future Cable
Max Power 30~100W 140~240W(EPR)
Data Speed 480Mbps 40~80Gbps(USB4)
Safety Basic fuse E-Marker Chip + Temp Sensors
User Interface None Integrated Wattage Display
Environment PVC/Plastic Recycled / Bio-Plastics