As the IoT market continues to evolve and grow, developers need more integrated options for wireless connectivity. NXP’s multiprotocol wireless MCUs enable expanded connectivity from a single MCU reducing design and development costs and opening the path for IoT convergence where applications can leverage the best aspects of multiple connectivity standards. NXP’s multiprotocol wireless MCUs combine a multiprotocol radio that supports dynamic and switched modes using Bluetooth LE, NFC, Thread and Zigbee protocols with an Arm® Cortex®-M core and a rich set of features to deliver the right balance of performance and low-power for a variety of IoT applications.
| Products | Memory | Radio Performance | ||||||
|---|---|---|---|---|---|---|---|---|
| Product Name | Focus | Legacy | CPU | Flash/ SRAM/ EEPROM |
Sensitivity | Transmit Power |
Receive Current |
Transmit Current |
|
K32W148*Open Thread Bluetooth Low Energy |
- | Cortex®-M33 | Flash: 1 MB SRAM: 128 kB |
-97 dBm (Bluetooth Low Energy)
-101 dBm (802.15.4) |
Up to +10 dBm | 4.7 mA, DC/DC on at 3 V | 4.6 mA @ 0 dBM | |
|
K32W041AM/AOpen Thread Zigbee Bluetooth Low Energy |
- | - | Cortex®-M4 | Flash: 640 KB/ Data Flash: 1 MB (AM Version) SRAM: 152 kB |
-97 dBm (Bluetooth Low Energy)
-100 dBm (802.15.4) |
Up to +15 dBm | 4.3 mA, DC/DC on at 3 V | 7.4 mA @ 0 dBM |
|
K32W061/41OpenThread Zigbee Bluetooth Low Energy |
Cortex-M4 | Flash: 640 kB SRAM: 152 kB |
-97 dBm (Bluetooth LE)
-100 dBm (802.15.4) |
Up to +11 dBm | 4.3 mA, DC/DC on at 3 V | 7.4 mA @ 0 dBM | ||
|
KW41ZNXP Thread Zigbee Bluetooth Low Energy |
Cortex-M0+ | Flash: 256 - 512 kB SRAM: 64 - 128 kB |
-100 dBm | Up to +3.5 dBm | 6.8 mA | 6.1 mA @ 0 dBm | ||
* Preproduction
This training presentation will cover an introduction to and the general concepts of the Thread networking protocol.
Coin Cell reference design package including schematics and gerbers for a coin cell design.