NXP Semiconductors 13237ADC-SFTW

Overview

13237ADC-SFTW from Freescale Semiconductor is a software-only development kit component for the MC13237CHT 8-bit IEEE 802.15.4 System-in-Package (SiP), featuring integrated 2.4 GHz transceiver, HCS08 MCU core, and 12-bit ADC. It enables out-of-box battery monitoring applications and supports BeeKit GUI configuration with BeeStack Consumer (ZigBee RF4CE) and SynkroRF protocol stacks.

For engineers reviewing the 13237ADC-SFTW datasheet, 13237ADC-SFTW application, or 13237ADC-SFTW equivalent, this kit delivers pre-integrated CodeWarrior Standard Edition IDE support, Freescale Network Analyzer compatibility, and RoHS-compliant evaluation-ready software for rapid prototyping of low-power wireless remote control and sensor monitoring systems.

Technical Context

The 13237ADC-SFTW is a software bundle targeting the MC13237CHT SoC - an 8-bit HCS08-based 2.4 GHz IEEE 802.15.4 transceiver with on-chip 12-bit ADC, optimized for battery-powered remote control and sensor node applications. It requires external hardware such as the 1323X-MRB-ADC or TWR-13237 board to execute.

This software package includes full protocol stack implementations: BeeStack Consumer (ZigBee RF4CE) for consumer electronics remote control, and SynkroRF for proprietary low-latency monitoring/control networks. Both stacks leverage the MC13237CHT's hardware-assisted MAC/PHY and support over-the-air programming.

Key Specifications

Availability

13237ADC-SFTW is available at Aetrix Electronics and suitable for wireless remote control development, battery-powered sensor node validation, and ZigBee RF4CE interoperability testing requiring stable component supply and long-term toolchain continuity.

Supply support for 13237ADC-SFTW includes scheduled delivery planning, volume procurement assistance, BOM continuity management, traceable sourcing, and lifecycle availability coordination for OEM customers, industrial embedded developers, connected-device designers, and electronics production programs.

Manufacturer

Freescale Semiconductor (now part of NXP Semiconductors) is a global leader in embedded processing and wireless connectivity solutions, with deep expertise in RF design and low-power microcontroller platforms.

The 13237ADC-SFTW belongs to Freescale's MC1323X development ecosystem - designed specifically to accelerate time-to-market for cost-sensitive, battery-operated IEEE 802.15.4 applications including remote controls, smart home sensors, and industrial telemetry nodes.

FAQ

What hardware is required to use 13237ADC-SFTW?

The 13237ADC-SFTW is software-only and requires compatible hardware: either the 1323X-MRB-ADC reference board or the TWR-13237 Tower system. These boards host the MC13237CHT SoC - the only device supporting its 12-bit ADC and BeeStack Consumer stack integration. No other Freescale platform executes this software bundle.

Does 13237ADC-SFTW include BeeKit Wireless Connectivity Toolkit?

Yes, 13237ADC-SFTW includes the full BeeKit Wireless Connectivity Toolkit - a Windows-based GUI enabling visual network configuration, stack parameter tuning, and firmware download to MC13237CHT hardware. It supports all bundled stacks: BeeStack Consumer and SynkroRF, with no additional license required.

Which protocol stacks are pre-integrated in 13237ADC-SFTW?

13237ADC-SFTW includes two fully compiled and tested protocol stacks: BeeStack Consumer (ZigBee RF4CE) for TV/AV remote control interoperability, and SynkroRF for proprietary low-latency monitoring networks. Both are optimized for the MC13237CHT's memory footprint and hardware-accelerated MAC/PHY.

Is CodeWarrior IDE included with 13237ADC-SFTW?

Yes, 13237ADC-SFTW includes CodeWarrior Standard Edition IDE - not just the Special Edition. This enables full C-source debugging, flash programming, register-level peripheral configuration, and real-time trace on the MC13237CHT, critical for validating timing-critical RF and ADC operations.

Can 13237ADC-SFTW be used with MC13234CHT-based kits?

No, 13237ADC-SFTW is incompatible with MC13234CHT hardware. It is strictly tied to the MC13237CHT's unique 12-bit ADC peripheral and associated driver layer. Attempting to load it on MC13234CHT platforms results in runtime errors or undefined behavior due to missing ADC registers and calibration tables.