USB4 80Gbps USB-C Cable
BC-DAC006 is our 80Gbps USB-C cable range for compatible USB4 equipment, with straight and angled connector options for workstation and OEM accessory projects. Select the electrical configuration and physical layout together, then approve the length with the devices you intend to connect.
- USB4 80Gbps configuration based on USB4 Version 2.0
- USB-C male connectors with straight or angled arrangements
- Up to 240W USB PD EPR rating with compatible endpoints
- Aluminum housings and nylon-braided jacket
- Listed length options from 0.2 to 3m; confirm performance for each selected length
- OEM color, logo, and packaging options
Send the host, device, required functions, length, and quantity to discuss a sample and quotation.
Define an 80Gbps Connection for Your Project
80Gbps USB-C Cable for USB4 Equipment and OEM Projects
When both ends of a connection support USB4 80Gbps, the cable should be specified for that link—not selected by connector shape alone. BC-DAC006 offers an 80Gbps USB-C configuration in straight and angled formats, with aluminum housings and nylon braiding for equipment bundles and branded accessory programs.
This product was previously listed as “USB5 Cable.” The technical description here uses USB4 80Gbps, based on USB4 Version 2.0. “USB5” is not used as a separate standard or as a substitute for Thunderbolt 5 certification.
BC-DAC006 Configuration Summary
| Item | Specification and selection condition |
|---|---|
| Data configuration | USB4 80Gbps; requires an appropriate host and connected device |
| Connectors | USB-C male to USB-C male; straight-to-straight and straight-to-angled options |
| Power rating | Up to 240W, 48V/5A USB PD EPR, with a compatible power source and receiving device |
| Cable identification | E-marker appropriate to the agreed cable configuration |
| Housing | Aluminum |
| Jacket | Nylon-braided |
| Listed length options | 0.2m / 0.5m / 1m / 1.5m / 2m / 3m; availability and performance to be confirmed for the exact assembly |
| Display requirement | Specify monitor count, resolution, refresh rate, and color settings; verify the complete display path |
| OEM options | Length, connector arrangement, color, logo, and packaging, subject to review |
The listed length range is not a blanket guarantee of 80Gbps at every length. Request confirmation for the assembly you plan to purchase. Do not assume maximum data, power, and display capabilities will run together without a defined connection and validation.
Where an 80Gbps Cable Makes Sense
This range is intended for projects whose host and connected equipment can use an 80Gbps USB4 link, such as suitable docking or high-bandwidth peripheral setups. If the computer or peripheral supports a lower rate, the connection operates within that equipment’s capabilities. A newer cable cannot turn a 40Gbps port into an 80Gbps port.
The link rating also differs from application throughput. Storage controllers, drives, software overhead, and other active traffic affect what a user sees. For a project based on 40Gbps equipment, compare our 40Gbps USB4 cable instead of selecting a higher headline rate without a system requirement.
Separate USB4 Capability from Thunderbolt Requirements
USB4 and Thunderbolt share related technology, but the names are not interchangeable evidence of product certification. If your procurement specification requires Thunderbolt 5, a particular compatibility mode or certification documentation, state that explicitly.
Review our Thunderbolt 5 cable for that product requirement. Do not infer universal Thunderbolt compatibility, security features, or wake behavior from a cable’s 80Gbps label.
Define the Display and Power Workload
For video, provide the monitor models, resolution, refresh rate, color depth, and any compression conditions. Include a dock or adapter in the connection diagram if one is required. The cable does not split a single output into several displays on its own, and its USB data rating does not independently guarantee a particular 16K or dual-8K mode.
For charging, the 240W rating reflects the selected cable configuration, not an output the cable generates. The source and receiving device must negotiate an appropriate EPR power level. A lower-power dock or charger remains limited to what it can supply.
Make the Physical Connection Fit
Choose the connector arrangement from the port position and available space. Straight plugs suit open access; angled ends can route the cable beside an enclosure. Send a photo with the desired exit direction marked if left and right could be misunderstood.
Agree the housing finish, jacket color, and artwork against a sample. Keep those appearance choices alongside the electrical requirements so repeat orders use the same approved configuration.
Request a quotation for an 80Gbps USB-C cable, including endpoint references, required length, operating functions, and quantity. You can also browse the wider USB-C cable range for other constructions.
Choose the Exit Direction Before Sample Approval
Straight and angled connectors solve different routing needs. Check which direction the cable should leave the socket, then compare the housing outline with nearby plugs and the enclosure.
For a repeatable OEM order, approve the connector arrangement with a drawing or sample reference. A photo of the installed port with the desired route marked can help resolve orientation before the first sample is prepared.
Keep appearance and electrical configuration as separate order details, even when two variants share the same housing finish.
No. A cable cannot add a data controller or USB mode to a port that does not support it. Check the host and peripheral specifications; a charge-only socket remains charge-only.
No magnetic connector is specified for BC-DAC006. The listed straight and angled options use conventional USB-C plugs. If you need a different retention or connector structure, send the requirement for separate review.
Yes, send the required length and a photo or drawing of the desired cable exit port. We can review the construction and target functions before quoting. We must evaluate a custom length based on its intended data and power requirements.
Do not assume a performance description authorizes certification-logo use. Provide your labeling requirements so we can check the applicable product documentation and logo-use conditions before approving artwork.
Send the host, dock, or peripheral models; firmware; cable length; and the functions you need to verify. We can discuss what documentation is available and whether you need a sample evaluation. A report for a different setup should not be treated as proof for yours.
Related Products
Buying an 80Gbps USB-C Cable Without Confusing the Labels
For a high-bandwidth equipment project, the most useful purchasing description is a reproducible connection. A cable name, a large speed number, and a display-resolution graphic don’t tell an engineering team which host, peripheral, and operating mode they evaluated.
Start with the Port Capabilities
Identify the exact host port and connected device. Record their supported USB mode rather than relying on the USB-C shape or a general laptop model description. Different ports on the same computer may have different capabilities.
If a dock is part of the setup, include its model and firmware. List the peripherals and displays that must operate together. This defines the workload for sample approval and helps distinguish a cable limitation from an endpoint limitation.
Specify Speed and Power Independently
Ask for the intended USB link rate and the required charging profile as separate requirements. A 240W cable rating is not evidence of 80Gbps data performance, and an 80Gbps data rating does not establish the power a particular source can provide.
Use the actual ordered length for evaluation. Do not extend a short sample result to a longer assembly without supporting evidence. If the installation requires a length outside a validated configuration, review the construction and target performance before placing the order.
Describe the Display Mode in Full
Include resolution, refresh rate, color format, HDR, and compression conditions where relevant. Record the monitor count and signal path. Approve a high-resolution display requirement with the intended graphics hardware and any dock; don’t infer it from the cable’s USB label.
For simultaneous data, video, and charging, test that combined state. Separate demonstrations of a display image, a power-meter reading, and a data transfer do not establish a single concurrent operating result.
Keep Evidence Tied to the Assembly
A useful report identifies the cable configuration and length, equipment models, software or firmware, test method, and observed result. If certification is required, ask for documentation that applies to the finished product being supplied. An electronic-marker chip name is not a substitute for that record.
We do not treat a promotional graphic as a device-specific compatibility report. Tell us the documentation your team needs so availability and any sample evaluation can be discussed before a production commitment.
Approve the User-Facing Details
Check connector clearance, cable routing, marking, and packaging with the equipment. Keep the approved sample reference and artwork revision with the purchase specification. Clear labeling helps customers select the intended accessory without assuming every USB-C cable has the same functions.
Send your 80Gbps connection requirements so we can discuss the configuration and provide a quotation.
