What to wear? Development tool supports development of wearable devices and IoT applications

The reference board forms part of a comprehensive development platform ecosystem that allows designers to rapidly configure and develop wearable devices and IoT applications.



The comprehensive reference design board is a fully-featured design that includes all of the main components needed to rapidly build and debug prototypes.

At the heart of the system is the ultra-low power TZ1200 App-Lite graphics processor based on a high-performance 32-bit ARM Cortex-M4F processor capable of operating at 96/ 120MHz with just 70μA/MHz current consumption in active mode.

The TZ1200 includes embedded 2D graphics accelerators (GFX) that provide a powerful platform for alpha-blending, drawing, rotating, texturing and resizing images as well as performing on-the-fly colour conversion.
The graphic accelerators together with an optimized bus structure, removes almost all of the load on the processor and contributes significantly to further power saving.

The reference design board also incorporates a THGBMHG6C1L that provides 8GB of e•MMC Flash memory for data storage and application program booting.

The ultra-low power TC35679 Bluetooth Low Energy (BLE 4.2) single-chip device and integrated PCB antenna provide wireless connectivity for the system.

The small form factor (50mm x 40mm) incorporates multiple connectors that provide ease of access and expansion. The display connector carries MIPI DSI, parallel and SPI signals giving the user the flexibility to connect round, rectangular or customised displays.

TZ1200’s high-precision analogue front-end (AFE) combines a 24-bit delta-sigma ADC, 12-bit ADC, 12-bit DAC and an LED DAC, all available on the AFE connector, eg to interface to optical heart rate or ECG sensors.

The expansion options are completed by another connector that provides GPIO, ADC, UART, I2C, SPI signals allowing the connection of further external components for quick prototyping, eg Arduino shields via a simple conversion board.

The TZ1200 board can be either battery powered or power is supplied via a micro USB connector to the on-board voltage regulator.

Beside product prototyping the board can be used as software development platform too.

Multiple free software including an advanced graphics library, graphics drivers, graphics examples, CMSIS drivers and BLE drivers are available.

Users also benefit from access to Toshiba‘s online App-Lite Developer Zone that includes a range of information for developers and software downloads.