HDFO2001
Overview:
The USB-IF Certified USB4.0 Cable is designed to meet the highest standards of performance and reliability, offering ultra-high-speed data transfer up to 80Gbps and 240W Power Delivery for fast charging. This cable is officially certified by USB-IF, ensuring full compliance with USB4.0 standards for seamless compatibility and performance. Featuring coaxial cable wire for enhanced signal integrity and reduced interference, along with the Cypress CPD2103 E-Marker chip for optimal power delivery and data transfer, this cable is perfect for next-gen applications. Whether you're transferring massive files, connecting ultra-high-resolution displays, or charging high-power devices, this USB4.0 cable delivers exceptional performance and durability.
Key Features:
Specifications:
Applications:
Unlock next-gen speeds with this certified USB4 cable, delivering blazing 80Gbps performance - double Thunderbolt 4's bandwidth. Perfect for creators and power users, it handles 16K video editing, lightning-fast file transfers to external SSDs, and high-bandwidth VR setups while charging devices at 100W. Fully compatible with Thunderbolt 4, MacBook Pro (M3/M4), and Windows PCs, its durable braided design ensures reliable performance for professional workflows. Experience the future of connectivity today with the world's fastest USB4 cable..
1 High-Speed Data Transfer 80Gbps
USB4 cables support speeds of up to 80Gbps, making them ideal for tasks like 8K video streaming, data-heavy applications, and fast file transfers.
2. Power Delivery (PD240W )
USB4 supports up to 240W power delivery, enabling efficient charging for laptops, tablets, and other power-hungry devices.
3.16k @60hz or Dual 8k60hz Video Output:
USB4 is capable of 16k@60hz ensuring smooth and high-quality video display for both consumers and professionals.
USB4 is capable of dural 8k60hz ensuring smooth and high-quality video display for both consumers and professionals.
4 Smart E-Marker chip
USB 4.0 cables equipped with E-marker chips support higher power delivery, up to 240W, allowing for faster charging and the ability to power more demanding devices
5 Premium Durability & Design
Built to last with 15,000 bend tests, Tinned copper conductors for better conductivity,
Triple-layer shielding for enhanced protection, and a 4-layer design for frequent use and long-term reliability.
6 Wide compatibility
Backward Compatibility: USB4 is compatible with previous USB standards (USB 3.2, USB 2.0) and Thunderbolt 3/4, ensuring flexibility and wide device support.
What is the maximum data transfer rate of USB4.0?
USB4.0 supports ultra-fast data transfer speeds of up to 80Gbps, ideal for high-resolution video editing, gaming, and large file transfers.
Can USB4.0 handle 8K video output?
Yes, USB4.0 80Gbps supports dual 8K@60Hz or single 16K@60Hz video output when connected to compatible devices.
Is USB4.0 backward compatible with USB3.2 and USB2.0?
Yes, USB4.0 is fully backward compatible with USB 3.2, USB 3.1, and USB 2.0 ports and devices.
What is the maximum power delivery of a USB4.0 cable?
USB4.0 supports up to 240W (48V/5A) fast charging under USB PD 3.1 standard.
Can USB4.0 replace Thunderbolt 3 or Thunderbolt 4?
USB4.0 is compatible with Thunderbolt 4/3, offering similar performance, though not all Thunderbolt 4 features are included.
Which laptops and tablets support USB4.0?
Most modern MacBooks (M1/M2), Dell XPS, HP Spectre, ASUS ROG, and some Lenovo ThinkPad models support USB4.0.
Does USB4.0 work with gaming consoles like PS5 or Xbox Series X?
Yes, for high-speed SSDs and peripherals, but video output may be limited by the console’s firmware.
Can USB4.0 be used with docking stations or hubs?
Yes, it fully supports DisplayPort Alt Mode, ideal for USB-C docking stations, monitors, and external GPUs.
Is USB4.0 supported on Android smartphones?
Some flagship Android phones, such as Samsung Galaxy Ultra, support USB4 or at least 10Gbps + fast charge modes.
Can USB4.0 charge and transfer data at the same time?
Yes, USB4.0 enables simultaneous high-speed data transmission and power delivery.
Does the USB4.0 cable use coaxial or twisted-pair structure?
we use coaxial construction to maintain signal quality at 80Gbps.while others may use Twisted-pair for cheap solutions .
What is an E-Marker chip and is it required for USB4.0?
Yes, a certified E-Marker chip is required to negotiate high current (up to 240W) and ensure USB4 protocol compliance. ,what we use is Cypress CYPD2103 belongs to Infineon Germany ,while others my use cheap domestic E-marker
How long can a USB4.0 cable be without speed loss?
To maintain full 80Gbps, so far the length we make is 0.5m.0.8m 1m ,1.5m ,but 2m need higher AWG with Thicker OD.
Is USB4.0 cable flexible or reinforced?
High-quality USB4.0 cables feature nylon braided or TPE jackets, combining durability with flexibility.
How to check if my USB-C port supports USB4.0?
Check the port symbol or device specs. Look for labels like “USB4”, “Thunderbolt 3”, or “Thunderbolt 4”.
Can USB4.0 cable connect to an external GPU (eGPU)?
Yes, USB4.0 supports eGPU setups when paired with compatible enclosures and host systems.
Is USB4.0 good for external SSDs and NVMe enclosures?
Absolutely. It delivers max throughput for high-speed NVMe drives, minimizing backup and load times.
Can USB4.0 connect to 4K monitors?
Yes, it supports DisplayPort 1.4 and USB-C Alt Mode, enabling 8K/60Hz or even 16K display connections.
Can USB4.0 be used for video conferencing equipment?
Yes, USB4.0 handles webcams, audio interfaces, and capture cards with zero-lag signal transmission.
Will USB4.0 improve VR headset performance?
Yes. It supports low-latency, high-bandwidth VR applications, enhancing real-time tracking and rendering.
How to Choose the Right USB 4.0 Cable for Your Project?
USB 4.0 cables may look the same on the outside, but what's inside makes all the difference. Internal materials and technical specifications directly affect performance, certification capability, and cost. Most Chinese factories operate on similar profit margins - the real price difference comes from raw materials and specifications.
1.What cable construction do you want ? Coaxial or Twisted pair ?
• Coaxial Construction
Each signal pair is individually shielded, offering excellent anti-interference performance. This ensures stable high-speed data transmission, making it ideal for professional applications like 8K video, VR, docking stations, and Thunderbolt 4 devices. However, the production cost and complexity are higher.
• Twisted Pair Construction
This is a more cost-effective solution, suitable for general usage where electromagnetic interference (EMI) is less critical. While it still supports USB 4.0 speeds, its stability and transmission distance may be limited compared to coaxial.
🟡 Recommendation:
Cost ranking: Twisted Pair Construction < Coaxial Construction
Market reference: Coaxial is preferred for professional-grade applications and stable 8K/VR transmission, while twisted pair is commonly used in cost-sensitive consumer electronics.
2.Which E-Marker chip should you choose: CYPRESS CYPD2103A or Domestic?
The E-Marker chip is the "brain" of a USB 4.0 cable - just like a processor is essential to a smartphone.
• CYPRESS CYPD2103A E-Marker
This chip is developed by Cypress Semiconductor (USA), which was later acquired by Infineon Technologies (Germany). It is widely recognized for its performance and reliability
• Domestic E-Marker Chips
These offer basic functionality at a lower cost but may lack compatibility or long-term stability, especially in complex applications.
🟡 Recommendation:
Cost ranking: Domestic E-Marker < CYPRESS CYPD2103A E-Marker
Market reference: CYPRESS CYPD2103A is the industry standard for certified Thunderbolt 4/USB4 implementations,whereas domestic chips are typically found in budget-oriented generic cables.
What cable configuration best suits your needs?
Choosing the right USB 4.0 cable depends on your specific use case, especially cable length and performance expectations.
• Budget short cable (<1m): Domestic E-Marker + Twisted Pair
• Balanced performance (<1m): CYPD2103A + Twisted Pair
• Premium/long cable (1-5m): CYPD2103A + Coaxial
Why choose our USB 4.0 cables?
USB-IF Certified: Guaranteed compliance with global standards
Trusted by Brands: TCL, Foxconn, UGREEN, and other industry leaders
Ready for a custom solution?
To help us recommend the best USB 4.0 cable for your project, please:
Specify your preferences for cable structure (coaxial vs. twisted pair) and chip (CYPRESS vs. domestic), OR
Share your target price for a cost-effective configuration.
We're ready to deliver a professional solution tailored to your requirements.We’re ready to deliver a customized, professional solution tailored to your market and usage requirements.
MOQ & Lead Time
1. What is your MOQ (Minimum Order Quantity)?
Our MOQ For USB4.0 Cable is 500 pcs. For longer cable lengths, quantities can be less than 500 pcs. If the order is under 500 pcs, we require an advance payment of $0.45 per set for packaging of 500 units, which can be stored for future orders.
2. What is the lead time for bulk orders?
25-30 days after payment confirmation (depending on order size and customization).
Samples & Payment
3. Do you offer free samples?
Free samples are available for bulk-order buyers, but shipping costs are charged.
4. What are your payment terms?
T/T (30% deposit, 70% before shipment).
Packaging & Shipping
5. What is your packaging option?
Custom packaging (Polybag, blister, retail box, eco-friendly) is available.
6. Which shipping methods do you support?
By sea (FCL/LCL), air freight, or express (DHL/FedEx/UPS) for urgent orders.
8. Can you ship to my country?
We ship globally and handle customs documentation (INCOTERMS: FOB, CIF, or EXW).
Warranty & Service
7. Do you provide warranty?
Yes, we provide replacement for defective products.
9. Do you provide OEM/ODM services?
Yes, we offer custom branding, packaging, and cable specifications (length, connectors, etc.) for bulk orders.
Quotations
10. How can I request a quote?
Email us with your specifications (length, quantity, packaging, etc.) for a detailed quotation.
