Iolinker

A disruptive technology.Hearty Zarsuela, chip researcher

Introduction

The iolinker chip functions as a dynamically configurable IO matrix. Its main functionality, besides IO extension, is to dynamically set up a matrix of GPIO connections, that allow direct (or inverted) pass-through of high-frequency signals. Circuits can thereby be configured and programmed on the fly. There are UART / SPI / I2C versions that allow for easy integration of up to 127 chips connected in parallel. Pro versions also allow for PWM signal output.

Ordering information

Basic versions

Dynamic circuit rewiring.
Ordering CodePackagePin countGPIO countInterfaceVCCSamples
JI101-100TQFP-10010064UART1.8V/2.5V/3.3VYes
JI102-100TQFP-10010064SPI1.8V/2.5V/3.3VYes
JI103-100TQFP-10010064I2C1.8V/2.5V/3.3VYes

Pro versions

PWM for 20000 IOs, with ease!
Ordering CodePackagePin countGPIO countInterfaceVCCSamples
JI111-36LWLCSP-363614UART1.2VYes
JI112-36LWLCSP-363614SPI1.2VYes
JI113-36LWLCSP-363614I2C1.2VYes
JI111-81LWLCSP-818149UART1.2V
JI112-81LWLCSP-818149SPI1.2V
JI113-81LWLCSP-818149I2C1.2V
JI111-256CABGA-256256192UART2.5V/3.3V
JI112-256CABGA-256256192SPI2.5V/3.3V
JI113-256CABGA-256256192I2C2.5V/3.3V

iolinker boards

Ordering CodeBoard descriptionGPIO countInterfaceMax. VCCIO
(Supply voltage up to 5V)
JI101-100-BBreakout board64UART3.3V
JI102-100-BBreakout board64SPI3.3V
JI103-100-BBreakout board64I2C3.3V
JI111-36L-BBreakout board14UART1.2V
JI112-36L-BBreakout board14SPI1.2V
JI113-36L-BBreakout board14I2C1.2V
JI111-81L-BBreakout board49UART1.2V
JI112-81L-BBreakout board49SPI1.2V
JI113-81L-BBreakout board49I2C1.2V
JI111-256-BBreakout board192UART3.3V
JI112-256-BBreakout board192SPI3.3V
JI113-256-BBreakout board192I2C3.3V
JI112-49L-ATArduino shield49SPI1.2V
JI112-128-ATArduino shield128SPI3.3V

Downloads

Locate Distributors

Country:

Request samples

Do not hesitate to contact us to request further information or to request samples.

Company:
Name:
Street / Nr.:
Town:
Postal Code:
Country:
Email:
Phone:
Part Nr.:
Message:
Spam protection (leave blank!):

© 2016 Julian von Mendel | Date: 05.12.2016