Thunderbolt 5 Cable
- BC-DAC011 USB-C male-to-male Thunderbolt 5 cable.
- 80Gbps support in both 1 m and 1.5 m lengths.
- Up to 240W USB PD EPR, 48V/5A.
- PVC and nylon-braided construction options.
- For compatible docks, storage, and display connections.
- Discuss length, finish, marking, and OEM packaging.
More Bandwidth for Your Next Workstation Build
Thunderbolt 5 Cable for 80Gbps Connections and 240W Power
Build a higher-bandwidth connection between your computer and the equipment you use every day. BespokeCable offers BC-DAC011 Thunderbolt 5 cables in 1 m and 1.5 m lengths, supporting 80Gbps and up to 240W power at 48V/5A. PVC and nylon-braided versions give you a choice of finish for workstation accessories, device bundles, and OEM projects.
Whether you are connecting a new dock or specifying a cable for a product kit, we can start with the equipment model and a rough requirement. You do not need a finished drawing to make an inquiry. We should agree on the ordered construction and required operating modes before production.
BC-DAC011 Specifications
| Item | Specification |
|---|---|
| Part number | BC-DAC011 |
| Connector format | USB-C male to USB-C male |
| Connection family | Thunderbolt 5 |
| Data capability | 80Gbps support at both listed lengths; actual application throughput depends on the endpoints and workload |
| Power capability | Up to 240W USB Power Delivery EPR, 48V/5A; requires a compatible source, receiver and negotiated profile |
| Lengths | 1 m / 1.5 m |
| Construction options | PVC or nylon-braided finish; identify the selected build in the quotation |
| Display operation | Depends on the host, dock, display, and selected resolution, refresh rate, and color mode |
| Certification documentation | Request evidence for the exact ordered assembly when required by your project |
Choose the Length That Fits the Desk
The 1 m option keeps a nearby computer-to-dock connection compact. The 1.5 m option gives more routing room when equipment sits farther apart, or the cable must pass around a monitor stand. Both listed lengths support 80Gbps. Measure the installed route, not only the straight-line distance between ports, and leave enough room to disconnect the plugs without pulling on the cable.
Keep the Power Rating in Perspective
Up to 240W describes the cable’s supported power capability, not a fixed output delivered to every device. The charger or powered dock must offer the required EPR profile, and the receiving device must accept it. A phone or lower-power laptop will use its negotiated level. Choosing this cable does not upgrade an existing charger.
Plan the Display Connection Around Your Hardware
High link bandwidth gives a compatible workstation more room for connected tasks, but it doesn’t set a universal screen count or resolution. Share the host and dock models, along with the display resolution, refresh rate, and color requirements, so we can review the full connection.
If you are maintaining an existing 40Gbps installation, the Thunderbolt 4 cable may be a more relevant comparison. For other connector combinations and applications, explore the USB-C cable range.
Send your equipment model, preferred length, finish, and expected quantity. We can review your requirements and quote the specified cable build.
Make Room for the Connector, Not Just the Cable
A desktop layout can keep the cable route clear while crowding the connector against another plug or an enclosure edge. Use the current connector drawing to check the body clearance and the space needed for a gentle cable exit. This is especially useful when the host sits in a stand, or a dock is mounted behind a display.
Send a photo of the connection area if the fit is difficult to describe. Review the selected cable with the equipment in its installed position before repeating the layout across a larger deployment.
Include your preferred length, finish, and intended equipment in the inquiry. Sample availability and terms can then be quoted for the proposed build. Use the sample to review both the installed fit and the functions your project will rely on.
List the quantities for 1 m and 1.5 m separately, along with the finish for each. This keeps the configuration clear when reviewing pricing, packaging, and availability. Identify the required mix instead of combining all quantities into a single, unspecified line.
Send the proposed label or artwork, including any barcode and packaging layout. Agree on the marking method and approval sample in the quotation. Keep performance and certification statements on the label limited to the evidence for the ordered product.
Provide the cable length, host and dock models, attached devices, operating system, and the conditions under which the problem occurs. Photos of the connection and any displayed error are useful. Note whether the behavior changes when peripherals are removed or a known working cable is used.
Reference the previous quotation or order, the selected length and finish, and any approved sample or artwork revision. Mention hardware changes in the application as well. The aim is to reorder the agreed assembly rather than rely only on the generic Thunderbolt 5 name.
Related Products
When an 80Gbps Cable Belongs in a Workstation Upgrade
A cable upgrade is useful when the rest of the connection can use it. For a new Thunderbolt 5 dock or storage setup, BC-DAC011 offers an 80Gbps cable option without locking you into a single short length. For an older host, the first question is different: which capability is limiting the current setup, and will replacing the cable address it?
Find the Bottleneck Before Replacing Accessories
Start with the computer port and the device at the other end. A cable cannot add Thunderbolt 5 to a USB-only or earlier-generation port. A slow drive stays slow even with a faster connection. List the tasks that need improvement, such as working from external storage while using a dock, so you can evaluate the new cable against a real workload rather than a headline figure.
Understand 80Gbps and Bandwidth Boost
Thunderbolt 5 technology provides 80Gbps bidirectional bandwidth. Its Bandwidth Boost mode can allocate up to 120Gbps in one direction for display-intensive use, with 40Gbps in the reverse direction. That is not a promise of simultaneous 120Gbps in both directions or a 120Gbps file-copy rate. This page specifies BC-DAC011 around its confirmed 80Gbps capability; any project relying on a particular boosted display mode needs a review of the full equipment chain.
Compare the Complete Workstation Workload
A dock can carry displays, storage, and other peripherals together. Test the combination you intend to run, including the required display settings and normal storage activity. Record device models and operating conditions so you can reproduce the results. A benchmark from a different computer or drive is not a substitute for evaluating your own configuration.
Specify the Documentation Your Project Needs
If certified assemblies are required for procurement, request the relevant evidence against the exact model and length. Keep the accepted documentation with the purchase specification, and review construction changes instead of assuming earlier approval covers every variation.
Define the Accessory You Want to Reorder
Choose the length and finish after you arrange the equipment. Record the approved sample, any marking and packaging requirements, and the operating functions that matter to your project. This makes a repeat order easier to identify and reduces the chance that a visually similar cable is treated as an equivalent replacement without review.
Not sure which connection is limiting the setup? Send the equipment names or clear photos of the ports with your inquiry. We can use those details to begin the cable discussion, then agree on the production specification once the requirement is clear.
