Four Dual-Angle USB-A to Micro-B Configurations
- Angled USB-A male and wide USB 3.0 Micro-B male connectors
- Four listed combinations: DR, LL, LR, and UR
- Data signaling up to 5Gbps with compatible host and device
- Standard listed length: 0.3m
- Blue PVC molding and cable jacket
- Confirm both port orientations, clearance, and electrical requirements before ordering
Two Angled Ends for a Planned USB Cable Route
90-Degree USB 3.0 A to Micro-B Cable
When both ends of a short USB connection sit in confined spaces, changing only the device-side connector may not solve the routing problem. The BC-DAD005 series offers four combinations of angled USB-A and USB 3.0 Micro-B plugs, letting you plan the host and device exits separately.
These are direct USB cable assemblies for matching equipment interfaces. They do not convert protocols, provide Ethernet isolation, or add a locking mechanism. The listed blue 0.3m configurations support USB data signaling up to 5Gbps; actual application throughput and available device power depend on the complete connection.
Four Connector Combinations
| Part number | USB-A end | USB 3.0 Micro-B end |
|---|---|---|
| BC-DAD005-DR | Down angle | Right angle |
| BC-DAD005-LL | Left angle | Left angle |
| BC-DAD005-LR | Left angle | Right angle |
| BC-DAD005-UR | Up angle | Right angle |
Direction names follow the product configuration reference, not every possible installed view. Compare both plug images with your port positions and confirm the selected model on a drawing.
Specification Reference
| Item | Information for selection |
|---|---|
| Host interface | USB-A male |
| Device interface | Wide ten-contact USB 3.0 Micro-B male |
| Data capability | Up to 5Gbps signaling with compatible equipment; not a fixed file-transfer rate |
| Listed length | 0.3m; custom lengths subject to review |
| Construction | Blue molded PVC housing and jacket; nickel-plated connector shell |
| Conductors and shielding | Confirm conductor sizes, shield arrangement, and termination in the approved assembly specification |
| Power | Specify device load and source capability; confirm the selected assembly rather than inferring current from connector type |
| Customization | Route, length, identification, and packaging requirements reviewed for feasibility |
Check Both Ends as One Route
An up-angle USB-A plug may clear one panel and obstruct another when the port is rotated. Likewise, two left-angle plugs do not necessarily create a mirrored or parallel cable route. Provide a photo of each port in its installed position and mark the first direction the cable should take. Include surrounding connectors and enclosure walls.
Leave room after the strain relief and avoid twisting a short assembly to compensate for the wrong model. If one end has enough straight clearance, compare the single angled Micro-B family before specifying two angled ends.
Keep Electrical and Mechanical Requirements Separate
The wide Micro-B plug must mate with a matching USB 3.0 Micro-B receptacle; you can’t force it into a narrow USB 2.0 Micro-B socket. A 5Gbps label describes signaling capability, not 5GB/s or a guaranteed storage benchmark. The cable also doesn’t establish a device charging protocol or guarantee current based only on conductor gauge.
For an OEM inquiry, provide the chosen suffix, length reference, quantity, device load, and any material or inspection requirements. Explicitly review special movement, vibration, or temperature requirements. Do not assume the ordinary angled construction meets them without suitable validation. The Micro USB cable range can help you compare straight, angled, and retention-focused configurations.
Select the USB-A and Micro-B Exit Combination
Compare the two connector directions. DR, LL, LR, and UR are the listed model suffixes; confirm the installed port views and the required route on a drawing before approving the configuration.
P/N: BC-DAD005-DR
A down-angle USB-A end pairs with a right-angle wide Micro-B plug for routes that need different exit planes at both ports. Check the installed orientation at both devices and confirm clearance around the housings before choosing the standard 0.3m assembly.
P/N: BC-DAD005-LL
Left-angle USB-A and Micro-B plugs offer a two-ended routing option for compact equipment. The actual path depends on how each socket is mounted, so compare both mating-face views with your installation rather than assuming the two exits are automatically parallel.
P/N: BC-DAD005-LR
This version combines a left-angle USB-A plug with a right-angle wide Micro-B plug. It provides an alternative when the LL route conflicts with the device enclosure. Confirm the cable path, service access, and orientation using photos of both installed ports.
P/N: BC-DAD005-UR
In this configuration, the up-angle USB-A connector uses a right-angle Micro-B end. Consider it when the host-side route needs the upward exit shown in the drawing; then verify that the device end and the short cable span fit without twisting.
Plan the Cable Exit at Both Ports
This dual-angle configuration changes the cable exit at both the USB-A host and wide Micro-B device ends. It helps you compare the entire cable, not just a close-up of one connector, when planning a short route.
Mark the orientation of each installed port and verify the selected model against its photograph and drawing. Confirm that neither housing blocks another connection and that the cable can reach both sockets without twisting or loading them sideways.
The four listed combinations change the exit at the USB-A host end and the wide Micro-B device end. Choose DR, LL, LR, or UR using the configuration table and installed port photos. No suffix guarantees a fit without checking the mounting orientation and surrounding clearance.
For the same material and length, a larger conductor can reduce resistance and voltage drop. However, wire gauge alone does not determine charging current or data rate. Confirm the conductor specification and device power requirements for the ordered assembly.
Four combinations are listed: DR, LL, LR, and UR. Send a drawing for any other arrangement so we can review tooling, clearance, and electrical requirements. Confirm custom availability and minimum quantity in the quotation rather than assuming them from the standard range.
Foil, braid, and their termination can help manage electromagnetic interference. A drain wire is not a separate shielding layer or a ground-loop isolator. Confirm the actual construction and test the assembly in the intended system if interference is a concern.
The USB-A connector works with a compatible USB 2.0 host, depending on the supported rate and device behavior. The wide Micro-B plug still requires its matching receptacle; it cannot fit into a narrow USB 2.0 Micro-B device socket. The cable does not upgrade a USB 2.0 port to 5Gbps.
We can review length, color, labeling, packaging, and alternative connector arrangements for an OEM order. Provide the required dimensions, quantity, and electrical conditions. New tooling or longer lengths may need separate sample approval and validation.
Start with the intended host and device models, the two-port photographs, and a marked cable route. Add the model suffix, length, quantity, and power requirement. These details let us review the right assembly for your layout instead of quoting a cable that matches the connector names but not the installation.
How to Specify a Dual-Angle USB-A to Micro-B Assembly
A dual-angle cable can tidy a tight installation, but it leaves less freedom to correct an orientation mistake by rotating a plug or bending the cable. Treat the two connectors and the route between them as one mechanical assembly.
Use a Two-End Drawing
Label the host side USB-A and the device side USB 3.0 Micro-B. Show both ports in their installed positions and mark the desired exit at each end. Add the nearest walls, mounting brackets, and adjacent connectors. This is more useful than an instruction like “both ends bent,” which leaves the viewing direction unclear.
Select One of the Four Listed Combinations
Start with DR, LL, LR, or UR according to the connector table. Check the photos against the same viewing reference. An up or down USB-A exit changes when the host port is mounted vertically, while left and right may appear reversed from the rear. Confirm the complete suffix before approving a sample.
Allow for the Route Between the Housings
The standard listed length is 0.3m, but the usable span depends on how length is measured and how the cable must turn between the plugs. Avoid pulling the assembly tight or twisting it to reach the second socket. Specify measurement points and a reasonable service allowance, then check that the cable remains clear of moving parts and sharp edges when the enclosure is closed.
Separate Signal Validation from Fit Approval
A mechanically successful sample still needs an electrical check. Use the intended host and device to confirm recognition and the required data operation. A 5Gbps USB link doesn’t guarantee a specific file-copy speed, and a connector that fits doesn’t prove adequate bus power. Include device startup and active load where power comes through the cable.
If shielding or a particular conductor size is important, put it in the assembly specification. A thicker power conductor can reduce resistance for the same material and length, but it does not create a new charging protocol. Likewise, a drain wire is not an isolation device and does not eliminate ground loops.
Decide Whether Two Angled Ends Are Necessary
If the host side has enough room for a straight plug, an angled Micro-B cable with a USB-A connection may fit more easily. If both ends can be straight, consider a straight USB 3.0 Micro-B cable. Choose the connector geometry that solves the actual clearance problem.
Provide the Details Needed for a Useful Quote
Send the part-number preference, two-end sketch, length and tolerance, quantity, equipment power needs, and required delivery date. Include any special materials, labeling, packaging, or acceptance documentation. Request a configuration review before treating a new length or connector arrangement as equivalent to the listed standard assembly.
