Products

Steel right angle mounting bracket for all Acroname Hubs and Switches; ships with x2 M3.5 and x2 M4 screws.

DIN rail mount with M3.5 screws, compatible with Acroname products S77-USBHUB-2X4, S79-USBHUB-3P and S85-USBC-SWITCH

Steel, right-angle, DIN rail mounting bracket with M3.5 screws for mounting Acroname's S77-USBHUB-2X4, S79-USBHUB-3P, S85-RDVR-USBCSW and S85-PASS-USBCSW products

 

Set of 2.54 mm (0.1 in) header pins to create a modular interface to the RxMux: 8-Channel 2:1 Servo Multiplexer.

USB 3.0 Type A to B Cable, 3-foot length. Used for USB Super-Speed data transfers up to 5Gbps, for use with Acroname USB Hubs and beyond. Compatible with USB 2.0 and 1.x.

1.5ft, 10Gbps USB A male to USB-C male cable, 10Gbps, 3A for use with the 4-Port, Acroname USB-C Switch and beyond.   

USB-C® male to USB-A female adapter, 8" length with data transfer speeds up to 10 Gbps. For use with Acroname USB Hubs, Switches and beyond. Compatible with USB2 and USB3.

This serial adapter bridges UART serial data to USB as a virtual serial port. The connector allows you to communicate with a device that requires serial data at common serial baud rates.

The SRF05 is a single transducer ultrasonic rangefinder with either a single pin for both trigger and echo, or separate trigger and echo pins.The SRF05 can be a drop-in replacement for the SRF04. The SRF05 returns a pulse proportional to distance that can measure from approx 1cm (0.4in) to 400cm (13ft).

The SRF02 is a single transducer ultrasonic rangefinder in a small footprint PCB. This Devantech ultrasonic sonar ranging module has I2C and Serial interfaces with a range of 16 cm to 6 m (about 6 inches to 19 feet)

Acroname MTM-IO-Serial module features adjustable rail GPIO ports, high current drivers, software controlled USB 2.0 hub and serial UART ports, all controlled by BrainStem technology.

A specialized multiplexer that uses R/C servo signals as a basis for input control and output signals. The RxMux allows control of 8 R/C servos from two different input signal sources. Signal sources can come from R/C receivers, autopilots, or microcontrollers that are connected to the RxMux input pins. The RxMux is perfect for autonomous control of UAVs, drove and other remote control systems.

USB-C to USB-C USB4 (40Gbps) cable with coaxial SuperSpeed lines, support for 5A charging. Ideal for use with the Acroname USB-C-Switch and the USBHub3c.

Acroname MTM-IO-Serial module features adjustable rail GPIO ports, high current drivers, software controlled USB 2.0 hub and serial UART ports, all controlled by BrainStem technology.

Adapter for communicating to I2C, SPI and serial buses from a USB port. Output pins may alternatively be configured as general purpose digital input/output and analog inputs.

Acroname MTM-IO-Serial module features adjustable rail GPIO ports, high current drivers, software controlled USB 2.0 hub and serial UART ports, all controlled by BrainStem technology.

Adapter for communicating to I2C, SPI and serial buses from a USB port. Output pins may alternatively be configured as general purpose digital input/output and analog inputs.

Acroname MTM-IO-Serial module features adjustable rail GPIO ports, high current drivers, software controlled USB 2.0 hub and serial UART ports, all controlled by BrainStem technology.

Devantech dS3484 case. Includes mounting holes for fixing to a wall or back panel. This precision snap together case includes screws for mounting the dS3484 module.

Supplied as a case only, the dS3484 module should be ordered separately.

Acroname MTM-IO-Serial module features adjustable rail GPIO ports, high current drivers, software controlled USB 2.0 hub and serial UART ports, all controlled by BrainStem technology.

Acroname MTM-IO-Serial module features adjustable rail GPIO ports, high current drivers, software controlled USB 2.0 hub and serial UART ports, all controlled by BrainStem technology.

Used for connecting external electronic loads to the USBHub3c for VBUS load testing. It features separate screw terminals for VBUS passthrough from each USB Type-C port (0 through 5). While this board provides a physical wiring interface to access each VBUS channel, the USBHub3c External Load Feature is required to enable VBUS outputs on the USBHub3c. Included with purchase of a USBHub3c with External Load add-on feature.

Used for connecting a serial RS-232 interface to the control the USBHub3c through the expansion interface connector. Screw terminals are provided for the RS-232 interface. While this board provides for wiring connections, a host machine external to the USBHub3c is required for this control interface. The Serial Control software feature for USBHub3c is required for this interface board to function. Included with purchase of a USBHub3c with Serial Control add-on feature.