FireBeetle ESP32-E, specially designed for IoT, is an ESP-WROOM-32E-based main controller board with dual-core chips.

It supports WiFi and Bluetooth dual-mode communication and features a small size, ultra-low power consumption, onboard charging circuit, and easy-to-use interface, which can be conveniently used for smart home IoT, industrial IoT applications, wearable devices, and so on. You can easily create your own IoT smart home system when connecting it with an IoT platform like IFTTT.

FireBeetle ESP32-E supports Arduino programming and will support Scratch graphical programming and MicroPython programming very soon. We provide you with detailed online tutorials and application cases, and there are thousands of sensors with welding-free Gravity interfaces and actuators to help you get started easily. Besides, the stamp hole design makes it able to be easily embedded in your PCB, greatly saving your costs and time to build and test a prototype.

Features:

Specifications:

Useful Links:

FRDM-KL02Z is an ultra-low-cost development kit for the Kinetis MKL02Z32VFM4 microcontroller. The MKL02Z32VFM4 is a Kinetis KL02 series ARM Cortex-M0+ core microcontroller. The freedom development platform is an evaluation and development tool ideal for the rapid prototyping of microcontroller-based applications. The hardware design is form factor compatible with popular third-party hardware designed to work with Arduino and Arduino-compatible boards. The specifications of the KL02Z32 and the flexible design of the FRDM-KL02Z enable a wide variety of design prototypes including those dependent on battery power or harvested energy. The FRDM-KL02Z is the first hardware platform to feature the NXP open standard embedded serial and debug adapter known as OpenSDA. This circuit offers the user several options for serial communications, flash programming, and runs control debugging.

Features:

1. Kinetis L Series KL02 family MCU in a 32QFN package
2.  I/O headers for easy access to MCU I/O pins
3.  Freescale 3-axis accelerometer sensor, MMA8451Q
4.  Capacitive touch slider using GPIO method based on TSS lib
5.  Reset pushbutton

                                   note: For more technical details, go through the datasheet in the attachments

Package Includes:

1 x NXP Development Board FRDM-KL02Z MKL02Z32VFM4 MCU

Sipeed M0sense is an  a IOT development board based on BL702 of Bouffalo Lab, it’s RISC-V architecture, and supports low-energy Bluetooth. There is an 8Pins FPC connector for connecting the LCD screen, 1 microphone, 1 RGB LED and a six-axis sensor chip on this board. One USB 2.0 FS routes to the Type-C interface.

Applications:

1. Smart appliances
2. robot
3. Intelligent Vehicle engine
4. Intelligent access control
5. Interlligent agriculture
6. Passenger flow sraristics
7. retail
8. Handwritten Numeral Recognition

Features:

1. Powerful chip support: Main chip BL702 RISC-V 144MHz
2. Supporting edge machine learning: Developing Edge Computing and Machine Learning Capabilities with the TinyMaix Inference Framework
3. Provide human-computer interaction: Onboard screen interface (Optional 0.68 inch 80×160 solution screen)
4. Mass storage device: Thumb size but with 132KB RAM, 192KB ROM, 512KB Flash capacity
5. Bluetooth wireless transmission: Support BlueTooth V5.

Specifications:

1. Main-chip BL702: 32 bits RISC-V with FPU (Max Freq 144MHz)
   
2. Memory: 132KB RAM，192KB ROM, 512KB Flash
3. Main-chip BL702: USB 2.0 FS route to USB Type-C to burn firmware

Main-chip BL702:

1. Two 32-bit timer
2. Eight DMA channels
3. One SPI
4. Two UART
5. One I2C interface
6. One I2S
7. Five PWM
8. One 12-bit ADC
9. One 10-bit DAC

Wireless：

1. 2.4Ghz BlueTooth V5.0
2. 1Mbps and 2Mbps BLE

Packages Includes:

1 x Sipeed M0sense with LCD

Designed by Raspberry Pi, RP2040 features a dual-core ARM Cortex-M0+ processor with up to 133MHz clock and 264KB internal RAM, and supports USB 1.1 devices, which allows users to focus on function implementation instead of spending too much time and effort on improving codes.

DFRobot Beetle RP2040 is a development board built around the RP2040 chip. It has a compact size of 27mm×20mm, which is easy to be embedded into small devices or projects.

The board adopts a beginner-friendly large pad design, effectively reducing the difficulty of soldering. And it provides 8 carefully-selected GPIO ports that can serve as I2C, UART, SPI, digital port, analog port, etc., more convenient and flexible for users to develop various applications.

Features:

Specifications:

Packages Includes:

1 x DFRobot Beetle RP2040 Mini Development Board

Sipeed M1s Dock is a development board designed based on Sipeed BL808 M1s Module, routes interface like MIPI CSI、SPI LCD and FPC connector, to get rid of worries of connecting cable. Designed with the most minimal design, for customers to evaluate the module, or hobbyists to play directly, etc.

Sipeed M1s Dock is a powerful core board with a screen and uses the BL808 RISC-V as the CPU, and the powerful tri-core heterogeneous architecture can play a role in high-performance computing power.

BL808 mainly includes two subsystems, wireless and multimedia. The wireless subsystem includes a RISC-V 32-bit high-performance CPU, integrated Wi-Fi /BT/BLE wireless subsystem, which can provide a variety of connection and transmission experiences. The multimedia subsystem includes a RISC-V 64-bit ultra-high-performance CPU and integrates video processing modules such as DVP/CSI/ H264/NPU, which can be widely used in various AI fields such as video surveillance/smart speakers. As well as the BLAI-100 (Bouffalo Lab AI engine) NPU for video/audio detection and/or recognition.

It supports 2.4G WIFI/BT/BLE. You can choose different networking methods according to your needs to achieve different functions. At the same time, the M1s Dock comes with a USB to UART debugger, so you can easily burn code to the board with just one click. And then It has more rich features that are equipped with a base of the screen and base of the MIPI camera, as well as onboard an analog microphone, an LED and a TF card slot. For example, you will have a richer experience when choosing a 1.69-inch 240×280 capacitive touch screen and 200W pixel camera.

One advantage of the BL808 is that it can support Linux, and the microcontroller does include an MMU, so you would not have to deal with the usual uClinux headaches.

Applications :

1. Artificial intelligence application
2. Face recognition
3. Posture recognition
4. Gesture recognition
5. Video surveillance

Features:

1. Stronger-performance CPU: main chip BL808 RISC-V + NPU BLAI-100, the highest operating frequency of 480MHz to achieve powerful performance of three-core heterogeneous.
2. Wireless three-mode integration: Support 2.4G WIFI / BT / BLE, any mode can efficiently be networked.
3. One-click easy Burning: Sipeed M1s Dock has an onboard USB-to-UART debugger, which can realize one-click burning without pressing physical buttons.
4. Friendly visualization features: The onboard display interface (optional 1.69-inch 240×280 capacitive touch screen) and the MIPI camera
5. interface(optional 200W pixel camera) provide a stronger visual experience.
6. High port compatibility: Route USB-OTG to USB Type-C port.

Specifications:

1. CPU: RV64GCV 480MHz, RV32GCP 320MHz, RV32EMC 160MHz
2. NPU: BLAI-100
3. Capacity: 768KB SRAM + 64MB UHS PSRAM
4. Encode and Decode: MJPEG and H264(Baseline/Main), 1920×1080@30fps + 640×480@30fps
5. Camera interface: DVP and MIPI-CSI
6. Display interface: SPI、DBI、DPI(RGB)
7. Wireless: Wi-Fi 802.11 b/g/n, Bluetooth 5.x Dual-mode(BT+BLE), Wi-Fi / BT co-existence
8. Port Basic Parameters: USB 2.0 HS OTG/TYPE-C
9. Onboard components: USB to UART debugger, 1.69-inch 240×280 capacitor touch screen, 2M solution camera, 1 analog microphone、1 LED、1 TF card slot
10. TYPE-C interface: 5V±10% 0.5A
11. Temperature rise: <30K
12. Operating temperature: -10℃ ~ 65℃.

Packages Includes:

1. 1 x M1s Dock
2. 1 x TYPE-C Cable
3. 1 x Pin Header

CM4 NANO is a computer based on Raspberry Pi Compute Module 4, which offers the same functionality as Standard Raspberry Pi 4, but the design considered an additional low-cost high-density storage solution besides EMCC, wider operating temperature, better wireless performance & non-volatile Real Time Clock.

• ED-CM4NANO is an embedded computer designed for industrial applications based on Raspberry Pi Compute Module 4 (CM4 for short). It makes full use of the structural flexibility of CM4 to solve the heat dissipation problem of the CPU, wireless module, and PMU. The BT antenna improves the reliability of wireless communication and provides flexible expansion capabilities.
• The system can be configured into 1GB/2GB/4GB/8GB RAM and 8GB/16GB/32GB eMMC, 2.4/5.8G dual-band WiFi, and Bluetooth (optional) according to different applications, and it supports an external antenna.
  For application scenarios that require large data storage capacity, the user can use eMMC to install the operating system and store the application data, at the same time, the user can use an SD card to store large user data, compared to the built-in eMMC memory, SD card can offer larger capacity and its cost is more effective.
• ED-CM4NANO provides an alarm buzzer, a battery-powered real-time clock, and supports a Gigabit Ethernet port with POE function, which is compatible with the official Raspberry Pi PoE HAT.
• The CSI and DSI interfaces of ED-CM4NANO are fully compatible with Raspberry Pi4 Model B. CSI supports Raspberry Pi official 8M and 12M Pixel HQ cameras, and DSI interface supports Raspberry Pi official 7″ touch display. The Standard HDMI interface can output 4K HD video.
• ED-CM4NANO provides 2 channels USB3.0 and 1-channel USB2.0 interfaces, and the USB2.0 interface can be used to update the system image.
• ED-CM4NANO provides very strong expansion capabilities, supports a standard Raspberry Pi 40-pin expansion interface, and the user can mechanical-easily expand high-speed equipment through an onboard USB 3.0 Type C interface.
• The system supports +12V~18VDC power input, and the 40PIN socket provides 5V@2A and 3.3V@1.5A output power and supports high-power expansion modules.
• The dimension of ED-CM4NANO PCB is 95*58mm, which is slightly larger than Pi4 Model B. The connectors come out from the front and back end, a 103*62mm*5mm heat sink provides excellent cooling performance for the CPU, wireless module, and PMU, and the whole system can work reliably in a high-temperature environment.
• Based on our real testing in the lab, ED-CM4NANO can work reliably at an ambient temperature of -25~60°C.
  Four M2.5 screw holes are reserved at the case bottom of the ED-CM4NANO, which is convenient for users to install the ED-CM4NANO on other equipment. ED-CM4NANO also supports DIN rail mounting.

Features:

1. Broadcom BCM2711 4-core Cortex A72 1.5GHz (ARM v8) 64-bit CPU
2. Support H.265 (HEVC) (up to 4Kp60 decoding), H.264 (up to 1080p60 decoding, 1080p30 encoding)
3. OpenGL ES 3.0 graphics
4.  RAM: 4GB LPDDR4-3200 SDRAM
5. eMMC: 8GB/16GB/32GB eMMC

Package Includes:

1 x EDATec ED-CM4NANO10-0408-C baseboard WIFI Antenna Metal Case 4GB RAM and 8GB EMMC