Yahboom intelligent voice interaction module that integrates voice recognition and voice broadcast. It adopts the CI1302 voice chip solution, built-in high-performance neural network processor, supports deep learning noise reduction and echo cancellation, and brings a smooth voice interaction experience. On board microphones and speakers, supports Chinese and English entries, and recognition rate of up to 99%. It can also customize the wake-up words, command words, playback timbre and volume, and recognition sensitivity and other parameters, making AI voice development simpler and smarter.
Preset 110+ voice commands, support custom Chinese and English command words. Users can modify the command words through the exclusive web page we provide, generate a new firmware file, and write the firmware to the module through PC software, the module will recognize new commands. Built-in storage space 2M, up to about 120 command words can be written.
Embedded high-fidelity speakers and high-performance microphones. Integrated with advanced algorithms and circuit noise reduction, it can effectively filter the background noise in the environment, and the recognition rate can reach 99% within a range of 5M, thereby achieving natural conversation and echo cancellation. It can provide clear sound quality output and accurately restore voice details.
On board coprocessor and IIC/serial port/Type-C interface. Integrates the STC8H chip, which can automatically convert voice data into serial port or IIC data format, simplifying the communication process with external master devices. Yahbom provides different connecting cables for free, and users can connect it with the MCU development board and embedded master control to achieve communication and create their own DIY projects.
Provide usage tutorials based on a variety of development boards. Provide development board information such as STM32, ESP32, MSPM0, AR, Raspberry Pi, jetson series boards, RDK, etc. And provide SDK files for ROS1 and ROS2 systems.
Two-dimensional electric pan-tilt, specially designed for electronic design competitions, available in one or two degrees of freedom, and with optional servo configurations (suggestions for selection: 1. For projects that only require horizontal rotation, choose one degree of freedom; for projects that require both horizontal and vertical rotation, choose two degrees of freedom. 2. Users who already have servos can purchase the version without servos, and the bracket is compatible with most similar servos on the market.)
Equipped with industrial-grade deep groove ball bearings: Both one and two-degree-of-freedom pan-tilts are standard with industrial-grade deep groove ball bearings, ensuring smooth and stable rotation, flexible and effortless control, and strong load-bearing capacity. (Without considering the load-bearing capacity of the upper layer, the standard 20KG servo on the lower layer can support a 10KG load.)
Made of all-aluminum alloy materials: Anodized aluminum alloy, 2mm thick, with a CNC aluminum alloy servo plate, precise, sturdy and durable.
Multiple mounting holes provided: The two-dimensional electric pan-tilt bracket offers multiple M3 mounting holes. The top supports the installation of various sensors, cameras, and other electronic devices; the middle layer can support the installation of various sensors, cameras, and other electronic devices when the upper layer servo is not installed. The bottom has four M3 fixed copper columns that allow the pan-tilt to be installed on robots, carts, or desks as a whole.
Rich development materials are included, and 3D model files are provided.
Two-dimensional electric pan-tilt, specially designed for electronic design competitions, available in one or two degrees of freedom, and with optional servo configurations (suggestions for selection: 1. For projects that only require horizontal rotation, choose one degree of freedom; for projects that require both horizontal and vertical rotation, choose two degrees of freedom. 2. Users who already have servos can purchase the version without servos, and the bracket is compatible with most similar servos on the market.)
Equipped with industrial-grade deep groove ball bearings: Both one and two-degree-of-freedom pan-tilts are standard with industrial-grade deep groove ball bearings, ensuring smooth and stable rotation, flexible and effortless control, and strong load-bearing capacity. (Without considering the load-bearing capacity of the upper layer, the standard 20KG servo on the lower layer can support a 10KG load.)
Made of all-aluminum alloy materials: Anodized aluminum alloy, 2mm thick, with a CNC aluminum alloy servo plate, precise, sturdy and durable.
Multiple mounting holes provided: The two-dimensional electric pan-tilt bracket offers multiple M3 mounting holes. The top supports the installation of various sensors, cameras, and other electronic devices; the middle layer can support the installation of various sensors, cameras, and other electronic devices when the upper layer servo is not installed. The bottom has four M3 fixed copper columns that allow the pan-tilt to be installed on robots, carts, or desks as a whole.
Rich development materials are included, and 3D model files are provided.
Two-dimensional electric pan-tilt, specially designed for electronic design competitions, available in one or two degrees of freedom, and with optional servo configurations (suggestions for selection: 1. For projects that only require horizontal rotation, choose one degree of freedom; for projects that require both horizontal and vertical rotation, choose two degrees of freedom. 2. Users who already have servos can purchase the version without servos, and the bracket is compatible with most similar servos on the market.)
Equipped with industrial-grade deep groove ball bearings: Both one and two-degree-of-freedom pan-tilts are standard with industrial-grade deep groove ball bearings, ensuring smooth and stable rotation, flexible and effortless control, and strong load-bearing capacity. (Without considering the load-bearing capacity of the upper layer, the standard 20KG servo on the lower layer can support a 10KG load.)
Made of all-aluminum alloy materials: Anodized aluminum alloy, 2mm thick, with a CNC aluminum alloy servo plate, precise, sturdy and durable.
Multiple mounting holes provided: The two-dimensional electric pan-tilt bracket offers multiple M3 mounting holes. The top supports the installation of various sensors, cameras, and other electronic devices; the middle layer can support the installation of various sensors, cameras, and other electronic devices when the upper layer servo is not installed. The bottom has four M3 fixed copper columns that allow the pan-tilt to be installed on robots, carts, or desks as a whole.
Rich development materials are included, and 3D model files are provided.
This PCIe to M.2 expansion board specially designed for Raspberry Pi 5 is designed to bring more possibilities to your Raspberry Pi projects. With this expansion board, you can easily connect a high-speed M.2 NVMe solid-state drive to the Raspberry Pi 5, greatly increasing data transfer speed and storage capacity. It supports M.2 solid-state drives of various sizes (such as 2230, 2242, 2260 and 2280), and the installation process is simple and intuitive, so you can get started quickly without complicated settings. It not only expands the storage space of Raspberry Pi 5, but also provides better support for your computing tasks, making your Raspberry Pi 5 capable of more complex application scenarios.
Compatible with four sizes of solid state drives (2230/2242/2260/2280).
The stack is installed on the back of the Raspberry Pi without affecting heat dissipation and case installation.
Can improve data transmission speed, suitable for projects with high-speed storage requirements.
Using high-quality materials and precision manufacturing processes to ensure stable operation and long-term durability.
M.2 M-Key: NVMe protocol, supports M.2 SSD hard disk (2230/2242/2260/2280)
SSD function: supports an SSD hard disk to boot the system, and storage expansion or only storage expansion
LED indicator: power indicator, ACT hard disk status indicator
This tracking module uses four tracking probes and optimizes the spacing layout. The two inner probes can precisely identify the black lines, while the two outer probes can assist the inner probes in identifying the black lines and provide warnings. The vehicle can recognize 90-degree turns and other complex road surfaces.
The knob-type adjustable resistor is combined with a professional operational amplifier circuit, allowing the adjustment of sensor sensitivity.
You can connect it to the intelligent car or expansion board using jumper wires or DuPont cables for various experiments. The module is reserved with holes for installing copper columns and screws, making it convenient for you to expand by yourself.
High-quality infrared probes, with onboard four-channel comparator circuits.
1.6-inch thick shock-resistant PCB.
The module uses 6-pin pins and has an anti-reverse connection design for interfaces, which can effectively prevent positive and negative pole reverse connection and avoid module damage. It is simple and convenient to use.
High-precision knob adjustment with a wide linear adjustable range.
Reference materials, driver source code and graphical programming tools are provided.