NOYITOMCP23017-E SS I2C Interface 16-Channel IO Expansion Module Compatible IIC Input and Output Expansion Board
Details
- BrandNOYITO
- Model NameMCP23017-E SS
- CPU ModelCore i7-10700
- Connectivity TechnologyI2C
- Operating SystemLinux
Description
🔌 Unlock limitless control with the ultimate 16-channel I2C IO powerhouse!
- ROBUST DRIVING POWER - Each channel delivers up to 25mA, powering your peripherals without compromise.
- SEAMLESS 16 CHANNEL EXPANSION - Effortlessly multiply your I/O ports with a single compact module.
- BLAZING FAST I 2 C COMMUNICATION - Supports 100KHz, 400KHz, and ultra-fast 1.7MHz bus speeds for real-time responsiveness.
- SCALABLE MULTI MODULE NETWORKING - Chain up to 8 modules via 3 address pins for a massive 128 I/O expansion on dual I2C buses.
- CONFIGURABLE INPUT OUTPUT FLEXIBILITY - Customize each pin as input or output with pull-up resistors and interrupt support.
The NOYITOMCP23017-E SS is a compact, high-performance 16-channel I2C interface IO expansion module featuring the Microchip MCP23017 chip. It offers configurable input/output pins with pull-up resistors and interrupt capabilities, strong 25mA drive current per channel, and supports I2C speeds up to 1.7MHz. With 3 address pins enabling up to 8 modules on two I2C buses, it scales to 128 IO ports, making it ideal for advanced embedded and industrial applications.
Specifications
| Processor | core_i7_10700 |
| RAM | LPDDR |
| Wireless Type | 802.11b |
| Brand | NOYITO |
| Series | MCP23017-E SS I2C Interface 16-Channel IO Expansion Module |
| Item model number | 8541673234 |
| Operating System | Linux |
| Item Weight | 0.352 ounces |
| Product Dimensions | 2.56 x 0.75 x 0.2 inches |
| Item Dimensions LxWxH | 2.56 x 0.75 x 0.2 inches |
| Color | Blue |
| Processor Brand | ARM |
| Manufacturer | NOYITO |
| ASIN | B07K5MTRLS |
| Country of Origin | China |
| Is Discontinued By Manufacturer | No |
| Date First Available | November 4, 2018 |
Reviews
A**R
Works quite well for the Odroid H2
This is an i2c to GPIO extender board that is very fast and easy to run on the Odroid H2 on Ubuntu. I'm using dotnet core for the application, directly calling the Ubuntu libi2c library. The best part is it will run at the highest i2c clock speed available on the H2, 1mhz clock speed. The specs here are not accurate. I can add 8 total for 128 GPIO per bus and 256 total GPIO ports if I use both i2c ports on the H2. I'll never need that many but it's nice to know it extends out that far.This could easily work on any SOC / computer with I2C ports, including windows using the FT232H usb to I2c board.If you need python examples, just google "MCP23017 python".
D**Z
Can Be Made 'Breadboard Friensly'
If you install the 16 I/O pin header facing down (on non-component side) it will readily plug into a solderless breadboard. Install the power and data pin header up (on component side) for easy access.
R**F
Work great
These work great. I do wish they had more ground and power pins.
K**D
Works great
I'll admit I cheated and used an arduino library, but I have this hooked up to a tiny esp8266 and it works like a charm running 16 relays (I do have a separate power source that can run it all at 5v.)
Common Questions
Trustpilot
5 days ago
2 months ago
