3 mikroBUS and Click Add-On Boards

The mikroBUS connector has emerged as a de facto industry-standard add-on board form factor. The CryptoAuth Trust Manager board has a single mikroBUS host connector. Having this capability dramatically expands the usefulness of this board for developing and prototyping new applications. All of the boards listed below were developed by Microchip or MikroElektronika with support from Microchip.

Table 3-1. mikroBUS™ Add-On Boards
Board Name	Devices Supported	Manufacturer	Description
ATECC608_TRUST DT100104⁽²⁾	ATECC608B-TNGTLS ATECC608B-TFLXTLS ATECC608B-MAHDA	Microchip	The ECC608-TMNGTLS Trust board provides additional sample units for doing development work. This board was developed as an alternative to using socketed boards. Each of the devices can be individually selected using the on-board DIP switches.
TA010 CRYPTOAUTO EV74C12A	TA010	Microchip	The TA010 CryptoAuto board
ECC204 CRYPTOAUTH EV92R58A	ECC204	Microchip	The ECC204 CryptoAuth board
TA100-24 EV39Y17A	TA100	Microchip	The TA100-24 socket board for the 24 VQFN device
TA100-08 AC164167	TA100 and TA010	Microchip	The TA100-08 was developed as an 8-pin SOIC socketed solution for configuring and provisioning CryptoAuto™ devices. These devices may be used to mount to early prototype or production boards.
Contact 3 EV27Y72A	RBH parts	Microchip	The 3 Lead Contact board was developed as an 3 Lead RBH socketed solution for configuring and provisioning CryptoAuth™ devices. These devices may be used to mount to early prototype or production boards.
VSFN socket EV98D91A	SHA106	Microchip	The uVSFN 2 Lead Contact board was developed as a 2 Lead uVSFN socketed solution for configuring and provisioning the SHA106. These devices may be used to mount to early prototype or production boards.
Secure UDFN Click	All Microchip CryptoAuthentication devices	MikroElektronika	The secure UDFN Click board™ was developed as an 8-pin UDFN socketed solution for configuring and provisioning CryptoAuthentication™ devices. These devices may be used to mount to early prototype or production boards.
Secure SOIC Click	All Microchip CryptoAuthentication devices	MikroElektronika	The secure SOIC click board was developed as an 8-pin SOIC socketed solution for configuring and provisioning CryptoAuthentication devices. These devices may be used to mount to early prototype or production boards.
WiFi 7 Click	ATWINC1510	MikroElektronika	This is the WiFi® module utilizing the ATWINC510. The board supports IEEE® 802.11 b/g/n protocols and communicates over the SPI interface.
Secure 4 Click⁽¹⁾	ATECC608A	MikroElektronika	This has a generic ATECC608A secure element with an I²C interface. This device is a previous version of the ATECC608B TrustCustom device that is mounted on the CryptoAuth Trust Manager board.
Secure Click⁽¹⁾	ATECC508A	MikroElektronika	This has a generic ATECC508A secure element with an I²C interface.
Secure 3 Click	ATSHA204A	MikroElektronika	This has a generic ATSHA204A secure element with an I²C interface. The device has a cryptographic coprocessor with symmetric secure hardware-based key storage.
Secure 6 Click	ATSHA204A	MikroElektronika	This has a generic ATSHA204A secure element with a SWI interface. The device has a cryptographic coprocessor with symmetric secure hardware-based key storage.
mikroBUS Shuttle	Click expansion boards	MikroElektronika	The mikroBUS Shuttle is a small add-on board that can be used to expand the mikroBUS to multiple mikroBUS connectors.
Shuttle Click	Click expansion boards	MikroElektronika	The Shuttle Click is a socket expansion board that provides an elegant solution for stacking up to four Click boards.

Note:

Not recommended for new designs.
A previous version of the board used ATECC608A devices.