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Pure Copper 6A Type-C Fast Charger USB2.0 Cables

Product Name:6A Type-C Fast Charger USB2.0 Cables

Material:TPE

Output:66W Max

Function:fast Charging+data transfer

Application:Mobile phone/ Tablet/ Pad/ Camera/ Most Digital Devices

Connector:USB A to USB C

Length:1M

OEM:Welcome

Model:
FL-D1127sw
Brand:
Flexi
Length:
1M
Color:
optional
Function:
6A fast charging
Current:
66W max
Jacket:
PVC TPE


Availability:



Inquiry

6A Type-C Fast Charger USB2.0 Cables Description

Quality

High Quality and Durable

·
Customizable

Length & Color

·
Sample

Free Sample

·
Service

Considerate Service

·

Pure Copper 6A Type-C Fast Charger USB2.0 Cables-Description

· Connector: USB A To USB C

· Keywords: tpe Data Cable

· Feature: 6A Fast Charging Data Cable

· Conductor: Tinned Copper

· Jacket：TPE

· OEM:Provide OEM Service

· Output: 66W Max

How to test the performance of USB2.0 Cables

1. Test Charging Capability

Tools Required:

USB Multimeter/Power Meter (e.g., USB Charger Doctor, ChargerLAB Power-Z).
Compatible charger and device that support measurable charging protocols (e.g., Fast Charging, Power Delivery).

Steps:

Connect and Measure:
- Insert the multimeter between the cable and the device.
- Observe the voltage (V) and current (A) readings on the multimeter.
- Compare these values to the expected charging specifications (e.g., 5V/2A, 9V/3A, 20V/5A).
Evaluate Fast Charging Support:
- Check if the cable triggers fast charging (e.g., a "Fast Charging" or "Quick Charge" notification on the device).
- Verify if the cable maintains stable power delivery without significant drops or overheating.

2. Test Data Transfer Speed

Tools Required:

A computer with USB ports and high-speed storage devices.
File transfer software or benchmarking tools (e.g., CrystalDiskMark, USBDeview).

Steps:

Transfer Large Files:
- Connect the cable to a high-speed USB device (e.g., external SSD, USB drive).
- Transfer a large file (e.g., 1 GB or more) between the computer and the device.
- Measure the transfer speed displayed during the process.
Compare Results:
- USB 2.0: Up to 480 Mbps (~30-40 MB/s).
- USB 3.0: Up to 5 Gbps (~300-400 MB/s).
- USB 3.1/3.2: Up to 10-20 Gbps or higher.
- Thunderbolt: Up to 40 Gbps.
Use Benchmark Tools:
- Tools like CrystalDiskMark provide detailed read/write speeds and consistency of data transfer.

3. Assess Build Quality and Durability

Steps:

Bend Test:
- Gently flex the cable, especially near the connectors, to ensure it withstands regular use without breaking.
Connector Strength:
- Insert and remove the cable multiple times to test the snugness and durability of the connectors.
Strain Relief:
- Check for reinforced ends and braided or high-quality insulation to ensure durability against wear and tear.
Tug Test:
- Apply light pulling pressure to test the cable’s resistance to accidental tugs.

4. Test Protocol Support

For USB-C or Advanced Cables:

Verify Power Delivery (PD):
- Test if the cable supports high-wattage power delivery (e.g., 60W, 100W) using compatible devices and chargers.
Check Video Output:
- For USB-C cables supporting DisplayPort or HDMI, connect the cable to a compatible monitor and check video transmission quality.
Thunderbolt or Advanced USB-C Features:
- Use a Thunderbolt-compatible device to ensure the cable supports advanced features like 40 Gbps data transfer or daisy-chaining.

5. Compatibility Testing

Test the cable across multiple devices (phones, laptops, external drives) to check for universal compatibility.
Ensure it supports the protocols your devices use (e.g., MFi for Apple devices, USB-IF certified for general use).

6. Advanced Cable Testing Tools

Devices like ChargerLAB Power-Z or Voyager USB Analyzer provide in-depth analysis, including:
- Voltage and current stability.
- Signal integrity.
- Resistance measurements (affecting charging efficiency).

7. Observe Real-World Performance

Charging Time:
- Use the cable to charge a device and compare how long it takes versus a high-quality cable.

Stability During Data Transfer:
- Ensure no disconnections or interruptions during file transfers.

8. Check Certifications

Look for USB-IF certification, MFi (Made for iPhone/iPad) certification, or Thunderbolt certification to confirm adherence to industry standards.

Global trends in New USB 2.0 charging cables

1. Universal Charging Solutions

USB-C Adoption: USB-C is becoming the standard for charging and data transfer due to its versatility, fast charging capabilities, and ability to support various devices, from smartphones and tablets to laptops.

Mandated Standards: Regions like the European Union have legislated that USB-C be the common charging port to reduce electronic waste, pushing manufacturers worldwide to comply.

2. Sustainability and Eco-Friendly Materials

Recycled and Biodegradable Materials: Manufacturers are increasingly using recycled plastics, biodegradable materials, and natural components like bamboo and wood for cable casings to meet environmental standards and appeal to eco-conscious consumers.

Eco-Certifications: Consumers look for products that have eco-labels or certifications that demonstrate a reduced environmental impact.

3. Durability and Longevity

Braided Cables: High-quality braided cables made from nylon or other durable fibers are popular due to their resistance to tangling and breaking, extending the cable's lifespan.

Reinforced Connectors: Cables with reinforced stress points at connector joints are designed to withstand bending and pulling, addressing common weak spots.

4. Fast-Charging Capabilities

Quick Charge and Power Delivery (PD): Technologies like Qualcomm Quick Charge and USB Power Delivery are integrated into cables to support faster charging times, a feature that has become essential as device battery capacities grow.

High-Wattage Charging: Cables supporting high wattage (e.g., 60W or 100W) are sought after for charging power-hungry devices such as laptops and tablets more efficiently.

5. Multi-Device Charging

2-in-1 or 3-in-1 Cables: Multi-device cables with multiple connectors (e.g., Lightning, USB-C, and Micro-USB) cater to consumers with various devices, reducing the need for multiple cables.

Retractable and Magnetic Cables: These innovative designs offer convenience, especially for travel, by minimizing clutter and making the cable easier to pack and use.

6. Smart Features

LED Indicators: Some charging cables now include LED indicators to show charging status at a glance.

Data Transfer Capabilities: Cables that double as data transfer solutions with high-speed capabilities appeal to users looking for multifunctional accessories.

Smart Chip Integration: Cables with built-in smart chips help regulate power flow and protect devices from overcharging, overheating, and power surges.

7. Wireless Charging Integration

Hybrid Cables: Some charging cables now incorporate detachable wireless charging pads, offering consumers the option to switch between traditional and wireless charging.

Charging Stations: Multi-functional charging cables that can be used with charging stations or docks cater to users looking for centralized charging solutions for multiple devices.

8. Aesthetic Customization

Color Variety and Customization: Cables available in various colors and customizable options cater to consumers looking for a personalized touch in their accessories.

Minimalist and Modern Designs: Sleek and simple cable designs that blend with modern tech aesthetics are popular among style-conscious users.

9. Increased Focus on Safety

Certified Safety Standards: Consumers prioritize cables that meet safety certifications such as UL, CE, or RoHS to ensure they are free from harmful substances and safe for use.

Fire-Resistant Materials: Using materials that resist high temperatures and are flame-retardant is an important trend in maintaining safety and reliability.

10. Affordability vs. Premium Market

Affordable Alternatives: Budget-friendly cables appeal to price-sensitive consumers, often incorporating essential features without extra frills.

Premium Offerings: High-end cables, often made with premium materials like Kevlar or titanium reinforcement, target consumers looking for durability, advanced features, and aesthetics.

Global trends in New USB 2.0 charging cables

1. Universal Charging Solutions

USB-C Adoption: USB-C is becoming the standard for charging and data transfer due to its versatility, fast charging capabilities, and ability to support various devices, from smartphones and tablets to laptops.

Mandated Standards: Regions like the European Union have legislated that USB-C be the common charging port to reduce electronic waste, pushing manufacturers worldwide to comply.

2. Sustainability and Eco-Friendly Materials

Recycled and Biodegradable Materials: Manufacturers are increasingly using recycled plastics, biodegradable materials, and natural components like bamboo and wood for cable casings to meet environmental standards and appeal to eco-conscious consumers.

Eco-Certifications: Consumers look for products that have eco-labels or certifications that demonstrate a reduced environmental impact.

3. Durability and Longevity

Braided Cables: High-quality braided cables made from nylon or other durable fibers are popular due to their resistance to tangling and breaking, extending the cable's lifespan.

Reinforced Connectors: Cables with reinforced stress points at connector joints are designed to withstand bending and pulling, addressing common weak spots.

4. Fast-Charging Capabilities

Quick Charge and Power Delivery (PD): Technologies like Qualcomm Quick Charge and USB Power Delivery are integrated into cables to support faster charging times, a feature that has become essential as device battery capacities grow.

High-Wattage Charging: Cables supporting high wattage (e.g., 60W or 100W) are sought after for charging power-hungry devices such as laptops and tablets more efficiently.

5. Multi-Device Charging

2-in-1 or 3-in-1 Cables: Multi-device cables with multiple connectors (e.g., Lightning, USB-C, and Micro-USB) cater to consumers with various devices, reducing the need for multiple cables.

Retractable and Magnetic Cables: These innovative designs offer convenience, especially for travel, by minimizing clutter and making the cable easier to pack and use.

6. Smart Features

LED Indicators: Some charging cables now include LED indicators to show charging status at a glance.

Data Transfer Capabilities: Cables that double as data transfer solutions with high-speed capabilities appeal to users looking for multifunctional accessories.

Smart Chip Integration: Cables with built-in smart chips help regulate power flow and protect devices from overcharging, overheating, and power surges.

7. Wireless Charging Integration

Hybrid Cables: Some charging cables now incorporate detachable wireless charging pads, offering consumers the option to switch between traditional and wireless charging.

Charging Stations: Multi-functional charging cables that can be used with charging stations or docks cater to users looking for centralized charging solutions for multiple devices.

8. Aesthetic Customization

Color Variety and Customization: Cables available in various colors and customizable options cater to consumers looking for a personalized touch in their accessories.

Minimalist and Modern Designs: Sleek and simple cable designs that blend with modern tech aesthetics are popular among style-conscious users.

9. Increased Focus on Safety

Certified Safety Standards: Consumers prioritize cables that meet safety certifications such as UL, CE, or RoHS to ensure they are free from harmful substances and safe for use.

Fire-Resistant Materials: Using materials that resist high temperatures and are flame-retardant is an important trend in maintaining safety and reliability.

10. Affordability vs. Premium Market

Affordable Alternatives: Budget-friendly cables appeal to price-sensitive consumers, often incorporating essential features without extra frills.

Premium Offerings: High-end cables, often made with premium materials like Kevlar or titanium reinforcement, target consumers looking for durability, advanced features, and aesthetics.

Charge Your USB-C Phone or Tablet with Our USB2.0 Cables

· Wall charger
· Car charger
· Power bank
· Laptop

Applications:

· Tablet
· Laptop / Notebook / PC /desktop
· Monitior / Display device
· Cell phone / mobile phone

· Keyboard

· Audio device / Speaker / earphone / head phone / headset

Labeling Services

We offer customizable label options that can increase your brand's visibility on our USB C cables. Whether you need a specific design or packaging type, our is ready to assist you.

Free Sample

Flexi Electronics is committed to providing an excellent customer experience, which is why we offer free samples of our USB C cables. This allows you evaluate our product quality before making a commitment, ensuring you are satisfied with your choice.
Choose Flexi for a reliable, high-quality USB C to USB C cable3.1 Gen 2 solution tailored to your business needs!

Thick copper core

USB2.0 Cable----High-quality copper wire, more stable transmission and charging

Smart Chip

USB 20. Cable----Full intelligent charging, smarter and safer

Compatibility

USB 2.0 Cable----Suitable for most devices

Important Notes:

This is USB C to USB C 3.1 Gen 2 Cable, fully compatible with USB C 3.1 Gen 2 Port and Thunderbolt 3 Port.
The video function only works for those devices whose USB-C port supports DP Alt Mode.
Up to 100W 20V@5A Pass through supporting Power Delivery, comparable to the full speed original cord (Actual charging speed depends on your device and wall charger, with 96W original charger at a full 96W, with 45W original charger at a full 45W)

Flexi Manufacturer

Employees

1800

Factory area(㎡)

5,000,000

Export 2024(USD)

production line

standardized workshops

ABOUT US

Founded in 2011, Flexi has grown to become a leading USB manufacturer over the past decade through continuous innovation and improvement. We committed to producing high-quality USB products and providing the best products and services to hardware developers, retailers, and wholesalers.

USB Cable

Computer Cable

Chargers

Accessories

Raw Materials Guarantee

Ensuring the quality of raw materials is our most basic principle. We have a stable and strong USB component supply chain and have always cooperated with-leading suppliers.
Customized Service

We can easily complete the process of program design, product modeling, sample production and mold design. After the customer is satisfied, we can quickly massce with the help of our factory. We also support customized inventory products of different specifications.
Multiple Testing

All products are tested multiple times during final production. We have different test procedures for different types of products, such as USB cables, which have to go through plug-in test, salt spray test, swing test, etc.

FAQs

7*24 Hours Service

If you have any questions, please contact us immediately.
We will provide you with detailed wire customization services. Moreover, we specialize in producing USB31 cables and are committed to providing true transmission rates of 10Gbps~20Gbps in our product research and development.
How to customize wires in the early stage?

1. Based on Requirements;

2. Based on Drawing

3. Logo Printing or not

For instance, let's take the USB3.1 cable as an example. If you are unaware of the specific specifications, we will first provide the specifications. Once the conditions are met, we will provide the drawings. You can then test the samples. Once approved, you can place your order.
How do you provide after-sales service?

We conduct 100% three-stage testing on every wire we export:
① Testing after welding
② Testing after inner mold injection
③ Finished testing
Therefore, if there are any quality issues at the terminal, we can replace it free of charge for you.

Pure Copper 6A Type-C Fast Charger USB2.0 Cables

Quality

High Quality and Durable

Customizable

Length & Color

Sample

Free Sample

Service

Considerate Service

Pure Copper 6A Type-C Fast Charger USB2.0 Cables-Description

· Connector: USB A To USB C

· Keywords: tpe Data Cable

· Feature: 6A Fast Charging Data Cable

· Conductor: Tinned Copper

· Jacket：TPE

· OEM:Provide OEM Service

· Output: 66W Max

How to test the performance of USB2.0 Cables

1. Test Charging Capability

Tools Required:

USB Multimeter/Power Meter (e.g., USB Charger Doctor, ChargerLAB Power-Z).

Compatible charger and device that support measurable charging protocols (e.g., Fast Charging, Power Delivery).

Steps:

Connect and Measure:

Insert the multimeter between the cable and the device.

Observe the voltage (V) and current (A) readings on the multimeter.

Compare these values to the expected charging specifications (e.g., 5V/2A, 9V/3A, 20V/5A).

Evaluate Fast Charging Support:

Check if the cable triggers fast charging (e.g., a "Fast Charging" or "Quick Charge" notification on the device).

Verify if the cable maintains stable power delivery without significant drops or overheating.

2. Test Data Transfer Speed

Tools Required:

A computer with USB ports and high-speed storage devices.

File transfer software or benchmarking tools (e.g., CrystalDiskMark, USBDeview).

Steps:

Transfer Large Files:

Connect the cable to a high-speed USB device (e.g., external SSD, USB drive).

Transfer a large file (e.g., 1 GB or more) between the computer and the device.

Measure the transfer speed displayed during the process.

Compare Results:

USB 2.0: Up to 480 Mbps (~30-40 MB/s).

USB 3.0: Up to 5 Gbps (~300-400 MB/s).

USB 3.1/3.2: Up to 10-20 Gbps or higher.

Thunderbolt: Up to 40 Gbps.

Use Benchmark Tools:

Tools like CrystalDiskMark provide detailed read/write speeds and consistency of data transfer.

3. Assess Build Quality and Durability

Steps:

Bend Test:

Gently flex the cable, especially near the connectors, to ensure it withstands regular use without breaking.

Connector Strength:

Insert and remove the cable multiple times to test the snugness and durability of the connectors.

Strain Relief:

Check for reinforced ends and braided or high-quality insulation to ensure durability against wear and tear.

Tug Test:

Apply light pulling pressure to test the cable’s resistance to accidental tugs.

4. Test Protocol Support

For USB-C or Advanced Cables:

Verify Power Delivery (PD):

Test if the cable supports high-wattage power delivery (e.g., 60W, 100W) using compatible devices and chargers.

Check Video Output:

For USB-C cables supporting DisplayPort or HDMI, connect the cable to a compatible monitor and check video transmission quality.

Thunderbolt or Advanced USB-C Features:

Use a Thunderbolt-compatible device to ensure the cable supports advanced features like 40 Gbps data transfer or daisy-chaining.

5. Compatibility Testing

Test the cable across multiple devices (phones, laptops, external drives) to check for universal compatibility.

Ensure it supports the protocols your devices use (e.g., MFi for Apple devices, USB-IF certified for general use).

6. Advanced Cable Testing Tools

Devices like ChargerLAB Power-Z or Voyager USB Analyzer provide in-depth analysis, including:

Voltage and current stability.

Signal integrity.

Resistance measurements (affecting charging efficiency).

7. Observe Real-World Performance

Charging Time:

Use the cable to charge a device and compare how long it takes versus a high-quality cable.

Stability During Data Transfer:

Ensure no disconnections or interruptions during file transfers.

8. Check Certifications

Look for USB-IF certification, MFi (Made for iPhone/iPad) certification, or Thunderbolt certification to confirm adherence to industry standards.

Global trends in New USB 2.0 charging cables