Left and Right USB 3.0 Micro-B Options
- USB-A male to wide USB 3.0 Micro-B male
- Left- and right-angle Micro-B options: BC-DAD004-L / BC-DAD004-R
- USB data signaling up to 5Gbps with compatible equipment
- Listed standard length: 0.3m
- Blue molded PVC housing and jacket
- Confirm installed port orientation, clearance, and device power requirements
A Short Angled Connection for Wide Micro-B Ports
Right-Angle Micro USB 3.0 Cable
Short cables aren’t always easy to route. When a wide Micro-B port sits close to a wall, bracket, or neighboring connector, a straight plug may force the cable into an awkward bend. The BC-DAD004 series places a 90-degree exit at the USB 3.0 Micro-B end, with left- and right-angle versions for different equipment layouts.
This is a USB-A-to-Micro-B cable, not a hub, card reader, or protocol converter. It supports data signaling up to 5Gbps when the complete connection supports that rate. The standard assembly listed is 0.3m long with blue PVC molding and jacket; review other requirements against the actual installation.
Model and Specification Reference
| Parameter | Selection information |
|---|---|
| Series | BC-DAD004 |
| Host connector | USB-A male |
| Device connector | Wide USB 3.0 Micro-B male, 90-degree cable exit |
| Right-angle model | BC-DAD004-R |
| Left-angle model | BC-DAD004-L |
| Data capability | Up to 5Gbps signaling; actual transfer speed depends on host, device and workload |
| Standard listed length | 0.3m |
| Housing and jacket | Blue PVC |
| Connector shell | Nickel-plated; confirm contact finish separately where required |
| Power | Confirm device load, source capability, and the selected cable construction; no universal fast-charge guarantee |
| Custom requirements | Length, color, labeling and packaging subject to configuration and order review |
Resolve the Viewing Direction Before Ordering
The same device can be mounted horizontally, vertically, or upside down. As a result, a connector described as right-angle may not send the cable to the right of your finished installation. Use the model photo and a marked-up port view to define the desired exit. Include the mating face, the equipment mounting position, and the first section of cable route.
Allow Space Around the Entire Housing
A 90-degree plug can reduce the space needed directly behind the socket, but it takes up space on one side. Check adjacent ports, screw heads, and enclosure lips. Leave enough access to grip the housing during removal rather than pulling the cable. The angled shape does not add screw retention or qualify the assembly for vibration or continuous motion.
Check the Interface and Electrical Requirements
The wide USB 3.0 Micro-B plug does not fit a narrow five-pin Micro-B socket. USB 2.0 operation through a compatible host port is a separate question from mechanical fit. Identify both port types before comparing speeds or cable lengths.
A longer custom cable may increase voltage drop and change signal performance. Send the required length and device load for review; do not assume that the published 5Gbps capability applies to every proposed construction. Where straight routing is possible, compare the straight Micro USB 3.0 cable. The Micro USB family also includes narrower USB 2.0 and retention-focused options.
Choose the Left or Right Micro-B Exit
Both models use the wide USB 3.0 Micro-B interface and the listed 0.3m blue cable construction. Compare the direction in each photo with the installed device port, then confirm the suffix you selected on your drawing.
The BC-DAD004-R routes the wide Micro-B connection through a right-angle housing for compact equipment layouts. Use the model image and the marked-up device-port photo to confirm the exit direction, neighboring-port clearance, and whether the listed 0.3m length is suitable.
P/N: BC-DAD004-R
The BC-DAD004-L provides the alternative left-angle Micro-B route when the opposite exit is obstructed. Confirm orientation in the installed position, not just from a loose cable, and check the room for the housing and strain relief before approving a sample.
P/N: BC-DAD004-L
Check Side Clearance, Not Just Rear Clearance
The pictured right-angle model turns the wide Micro-B connection to one side, helping route a short cable close to the equipment. Its fit still depends on the installed socket orientation and the space beside it.
Compare the L and R model images with your enclosure, including adjacent ports and screw heads. Mark the desired exit on a port photo and confirm it on the approved drawing before ordering. Do not use the angled housing as a substitute for cable support.
The right-angle design conserves space and reduces excessive cable bending, preventing potential damage at the connector.
Yes, we have left- and right-angle versions to meet different space demands and device placements.
Custom-color quantities depend on the required material, production setup, and overall order. Send the color reference, cable length, and quantity for a quotation specific to the configuration. Do not treat a cable-material quantity in meters as a universal finished-cable MOQ.
Use it with equipment that has a matching wide USB 3.0 Micro-B receptacle and a suitable USB-A host connection. Confirm housing clearance, power needs, and device support. A brand name alone doesn’t guarantee compatibility, and the plug will not fit a narrow Micro-B or Mini-B socket.
Shielding can help control interference, but performance also depends on shield termination, cable routing, and the equipment. Confirm the construction required by your application and evaluate the sample in the intended system. No generic shielding description proves interference-free operation.
The standard listed length is 0.3m. For other lengths, provide the dimensions, quantity, and electrical requirements. The quotation confirms the minimum quantity and feasibility; longer assemblies require review rather than an automatic promise of the same data and power performance.
A compatible USB 2.0 host can use the USB-A end at its supported rate, but the wide USB 3.0 Micro-B plug does not fit a narrow USB 2.0 Micro-B device receptacle. Check mechanical fit separately from protocol compatibility; the cable cannot upgrade a USB 2.0 host to 5Gbps.
For a drive enclosure with the matching wide Micro-B port, the angled end can help when a straight connector conflicts with the surrounding space. Confirm the device’s power needs and the route before choosing it. The cable is a single connection, not a four-port hub, and it doesn’t guarantee a specific drive benchmark.
Blue is the standard listed color. If your project needs a different color, send a reference and order quantity for review. Confirm material availability, sample approval, and production conditions with the quotation.
Confirm warranty coverage and after-sales terms in the quotation or order agreement for the selected configuration. Describe the intended installation and any operating conditions that need to be considered before purchase.
Send port photos with the desired cable exit marked, plus your preferred L or R model, length, quantity, and device power requirements. Add any acceptance tests, material declarations, or delivery constraints. A clear installation reference helps avoid choosing the wrong angle before you order samples or production.
Check the Enclosure Before Choosing a 90-Degree Micro-B Cable
In a compact product, the cable route should be part of the mechanical design, not an afterthought. A 0.3m angled cable can work for nearby equipment, but the right choice depends on more than the distance between two sockets.
Record Both Port Positions
Start with the equipment in its normal mounted position. Photograph the USB-A host port and wide Micro-B device port, then mark the intended route. Include the nearest enclosure surfaces and neighboring connections. A drawing showing only the connector face may miss the wall that blocks the cable once the cover is installed.
Compare Left and Right with One Reference
Compare BC-DAD004-L and BC-DAD004-R against the same viewing reference used in the product drawing. Do not reverse the view halfway through the selection. If the equipment is installed in more than one orientation, check each arrangement; one angle may fit a desktop prototype but obstruct a wall-mounted production unit.
Check Assembly and Service Access
The plug must be insertable and removable without pushing on a neighboring cable. Leave room to hold the molded housing, and avoid a route that loads the socket sideways when the enclosure closes. Make sure the cable does not cross a fan, sharp sheet-metal edge, or moving mechanism. If the route needs retention, specify a separate support method or review a suitable locking configuration.
Verify the Working Connection
Test a sample with the intended host and device. Confirm recognition and the required USB connection speed, then exercise the normal data workload. For bus-powered equipment, include startup and active-load conditions. An intermittent connection may come from insufficient power or mechanical strain, not simply from a cable being too slow.
Keep the distinction between link speed and application throughput: a 5Gbps USB connection does not make a mechanical drive, memory card, or controller transfer data at 5Gbps. Nor does the cable itself read memory cards or convert a display signal. Those functions belong to the connected equipment.
Turn the Approved Sample into an Order Specification
Record the model suffix, orientation drawing, length reference, construction, and acceptance criteria. Include any required material declarations or test documentation in the inquiry so availability can be confirmed for the chosen assembly. For custom colors or lengths, agree on the sample and production conditions before treating them as standard supply.
Send the port photographs, marked route, quantity, and required delivery date through the inquiry form. When there is enough clearance for a straight connector, the straight Micro USB 3.0 version offers a useful comparison before you finalize the layout.
