AnalogLamb - ESP32, WiFi, BT and IoT Apps

  CH32H417 is an interconnected general-purpose microcontroller designed based on QingKe RISC-V5F and RISC-V3F dual cores. CH32H417 integrates USB 3.2 Gen1 controller and transceiver, 100M Ethernet MAC and PHY, SerDes high-speed isolated transceiver, Type-C/PD controller and PHY, provides SD/EMMC controller, 500MBytes universal high-speed interface UHSIF, DVP, SWPMI, PIOC, FMC, DFSDM, LTDC, GPHA, DMA Controller, multi-timers, 8 UARTs, I3C, 4 groups of I2C, 2 groups of QSPI, 4 groups of SPI, 2 groups of I2S, 3 groups of CAN and other peripheral resources. Built-in 5M sampling rate dual 12-bit ADC unit, 20M sampling rate 10-bit high-speed HSADC unit, 16-channel touch-key, dual DAC unit, 3 groups of OPA, voltage CMP and other analog resources, support 10M/100M Ethernet communication. It supports USB 2.0 and USB 3.0, USB Host and USB Device, Type-C and PDUSB fast charging, SerDes high-speed isolation and remote transmission, and dual-core division of labor to improve the efficiency of ...

  Amnos MIO Breakout Amnos MIO Breakout is designed for beginers by XPU Labs, a subsidiary of AnalogLamb.Com. It integrates 8 digital 7-segment LEDs, TFT LCD, WS2812, RTC, FLASH, EEPROM, SD Card Connector, Speaker Driver, Microphone, ADC/GPIO Keys, LEDs, RS485, CANFD Transceiver, Accelerator Sensor, DS18B20 and so on. Using female or male headers, It's easy to connect with MCU/FPGA breakout like Rasbperry Pico, ESP32, Sipeed Tang FPGA and so on. buy here Features 8 digital 7-segment LEDs with two pcs HC595 - SPI 1.3 in TFT LCD with 240 * 240 pixels - SPI 4MB FLASH - SPI SD Card Connector - SPI MAX98357 Digital Speaker Drivers - I2S MEMS Digital Microphone - I2S WS2812 * 8pcs - 1-Wire DS18B20 Temperature Sensor - 1-Wire RTC with PCF8563 - I2C 2KB EEPROM - I2C Accelerator Sensor QMA7891 - I2C RS485 Transceiver * 2 - UART CANFD Transceiver * 2 - CAN ADC Key * 4 pcs - ADC GPIO Key * 5 pcs - GPIO GPIO LED * 8 pcs - GPIO Software Development ESP32 Example Code with C/Micropython RP2040/G...

  Amnos LinkE Breakout Amnos LinkE Breakout can be used for online debugging and downloading of WCH RISC-V MCU, and also for online debugging and downloading of ARM MCU with SWD/JTAG interface. It also comes with a serial port for easy debugging output. Features Support 3.3V/5V dual power output Support USB to TTL serial port function Support RISC-V chip single/dual line download debugging Support ARM MCU with SWD/JTAG interface for downloading and debugging Support firmware auto-detection and upgrade 3.3V/5V output power supply controllable Red and blue LED indicators, easy to view the working status Support the upper computer one key to switch the working mode Development Tools User Manual:  WCH-LinkUserManual-EN.PDF WCH-Link Local Burning Tool:  WCH-LinkUtility.ZIP Integrated Development Environment (IDE):  MounRiver Studio(MRS)

  Amnos CH347T Breakout Overview Amnos CH347T Breakout is developed by XPU Labs, a subsidiary of AnalogLamb.Com. CH347 is a high speed USB converter interface chip, can provide USB to UART, I2C, SPI, JTAG, GPIO functions. Amnos CH347T Breakout's size is 40x40mm. It supports USB to two UARTs, It is used to program ESP32, integrate esp32 auto-download circuit. And it is used to program Xilinx FPGA with USB to JTAG function. It can also program EEPROM or Flash with USB to I2C/SPI function. Specifications USB2.0 high-speed device with a bandwidth of 480Mbps High-speed dual serial ports support up to 9Mbps baud rate Integrate ESP32 auto-download Function with USB to UART JTAG interface, 4-wire standard JTAG protocol, high-speed transmission, up to 60MHz Program Xilinx FPGA to RAM or FLASH with USB to JTAG I2C interface, can be used to operate EEPROM or various sensors SPI interface supports 2 chip selection signals, the highest frequency can reach 36MHz Several GPIOs can be used with US...

  Polos CH32VXX RISC-V Breakout Boards CH32V Series MCUs are designed by Qinheng Microelectronics Co., Ltd., focuses on connectivity technology and microprocessor research and is an IC design company. CH32V Series MCUs are low-cost & powerful functions like BT, USB2.0/3.0, CAN, I2C, SPI, USB PD and so on. So we develop the Polos CH32Vxx RISC-V Breakout Boards. Qinheng Provide C/C++ SDK, Arduino Library, and MRS IDE. We perfer to use Embedded Rust, We will support Embedded Rust development in CH32Vxx RISC-V MCU. Polos CH32V003 Breakout Alef - Features Main Chip Type: CH32V003F4U6 with QFN20 Package QingKe 32-bit RISC-V2A processor, Up to 48MHz frequency 2KB SRAM, 16KB Flash, 3.3/5V Power Supply 1 ch DMA, 1 group of OP Amp, 1 group of 10-bit ADC 16 bit timer x 2 USARTx1, I2Cx1, SPIx1 18 I/O ports, mapping an external interrupt 64-bit chip unique ID 1-wire serial debug interface (SDI) Polos CH32V203F8 Breakout Alef - Features Main Chip Type: CH32V203F8P6 with TSSOP20 Package Qingk...

AnalogLamb XC7K325T FPGA Development Board has up to 356K logic cells and 1440 DSP slices, provide one pcs 64bit DDR3 SODIMM, up to 1600Mbps. It has too much interface your need, for example PCIe, SATA, HDMI, SFP, UART, FMC and so on. It is very suitable for new idea verification. https://www.analoglamb.com/product/dev-fpga0009-xilinx-kintex-7-xc7k325t-fpga-development-board/ Chip Specification Kintex®-7 FPGAs provide your designs with the best price/performance/watt at 28nm while giving you high DSP ratios, cost-effective packaging, and support for mainstream standards like PCIe® Gen3 and 10 Gigabit Ethernet. The Kintex-7 family is ideal for applications including 3G and 4G wireless, flat panel displays, and video over IP solutions. XC7K325T Resources Logic Cells - 356160 DSP Slices - 1440 Memory - 25740 GTX Transceivers - 24 I/0 Pins - 300 Board Specification FPGA - Xilinx XC7K325T-FFG676-21 Chip DDR3 - 64bit Notebook SODIMM Supports Max DDR16000 & 16GB Memory PCIe - PCIe Gen2.0 ...