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What is Freescale's Tower System?
It's Modular and Expandable
Evaluating Freescale solutions using the
Tower System
is easy with modular, reconfigurable hardware. Interchangeable
microcontroller
and peripheral boards leverage standardized, open source hardware, making it simple to create a customized development tool for all of your design needs. Just plug-n-play.
It Speeds Development Time
Open source software lets you quickly begin developing with proven designs that you can immediately reuse in your own development platform. With enabling technologies like
WiFi
,
LDC
,
serial
and
memory
interfacing, off-the-shelf
development tools
give a customized feel to your enablement solution. Each
MCU module
includes Open Source BDM debug hardware, allowing it to become a standalone BDM tool and getting you to market faster.
It's Low Cost
Reuse
peripheral modules
with future
microcontroller modules
and make your investment go even further, which means expanding and customizing your
Tower System
from a development tool into a
development platform
is simple and low cost.
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Freescale Tower System Features
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Multiple modular boards provide easy-to-use, reconfigurable hardware.
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Interchangeable peripheral boards make it easy to customize your design.
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Open source hardware and software speeds development.
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Microcontroller modules include Open Source BDM debug hardware.
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Each microcontroller module is a standalone BDM debug tool.
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Freescale Tower System - Complete Kits
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Freescale Tower System - TWR-S08MM128-KIT
The
Freescale
TWR-S08MM128-KIT
is a medically oriented development tool for the
Flexis MM 9S08MM128 microcontroller
. The
TWR-S08MM128-KIT
is part of the
Freescale Tower System
and includes the MED-EKG electrocardiograph sensor medical applications development. The
TWR-S08MM128 microcontroller module
is designed to be a standalone debug tool and can be purchased separately from the kit.
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Freescale Tower System - TWR-MCF51MM-KIT
The
Freescale
TWR-MCF51MM-KIT
is a medical-oriented development tool for the
Flexis MCF51MM256 microcontroller
. The
TWR-MCF51MM-KIT
is part of the
Freescale Tower System
and includes the MED-EKG electrocardiograph sensor for medical applications development. The
MCF51MM microcontroller module
is designed to be a standalone debug tool and can be purchased separately from the kit.
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Freescale Tower System - TWR-K40X256-KIT
The
TWR-K40X256-KIT
is a development tool for the
K40
and
K30
families of
Kinetis microcontrollers
. This kit is part of the Freescale Tower System, a modular, reusable development platform that allows designers to get to market faster with packaged evaluation boards, tools and runtime software.
The
K40 microcontroller module
can operate as a standalone debug tool and can be purchased separately from the kit.
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Freescale Tower System - TWR-K60F120M-KIT
The
TWR-K40X256-KIT
is a development kit for the
K60F
120 MHz
Kinetis
microcontrollers. This kit which is a part of the
Freescale Tower System
, is a modular, reusable development platform that allows designers to get to market faster with packaged evaluation boards, tools and runtime software. Features include S08JM60 based Open-Source BDM (OSBDM) circuit, NAND flash, 4 user-controlled status LEDs, 4 capacitive touch pads, 2 mechanical push buttons, socket for Capacitive Touch Pad daughter board (TWRPI), socket for Tower Plugin (TWRPI, e.g sensor board), potentiometer, 3-axis digital accelerometer (MMA8451Q), and SD card slot. The kit also contains Tower System Elevator Module (
TWR-ELEV
) and Tower System Serial Module (
TWR-SER
).
The
K60F microcontroller module
can operate as a standalone debug tool and can be purchased separately from the kit.
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Freescale Tower System - TWR-K60N512-KIT
The
TWR-K60N512-KIT
is a development tool for the
K60
and
K10
/
20
families of
Kinetis microcontrollers
. This kit is part of the Freescale Tower System, a modular, reusable development platform that allows designers to get to market faster with packaged evaluation boards, tools and runtime software.
The
K60 microcontroller module
can operate as a standalone debug tool and can be purchased separately from the kit.
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Freescale Tower System - TWR-K70F120M-KIT
The
TWR-K70F120M-KIT
is a part of the
Freescale Tower System
and is a modular, reusable development
platform that allows designers to get to market faster with packaged evaluation boards, tools and runtime software. Features include Touch Tower plug-in socket, general purpose Tower plug-in (TWRPI) socket, on-board JTAG debug circuit (OSJTAG) with virtual serial port, 1GB of DDR2 SDRAM memory, 2GB of SLC NAND flash memory, 3-axis digital accelerometer (MMA8451Q), potentiometer, and micro-SD card slot.
The
K70 microcontroller module
can operate as a standalone debug tool and can be purchased separately from the kit.
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Freescale Tower System - TWR-MCF51CN-KIT
The
TWR-MCF51CN-KIT
is a low-cost development tool for the
MCF51CN128
Ethernet microcontroller
. This
kit
is part of the Freescale Tower System, a modular, reconfigurable development platform that allows designers to get to market faster with packaged evaluation boards, tools and runtime software.
The MCF51CN
microcontroller module
is designed to be a standalone debug tool and can also be purchased separately from the kit, part number
TWR-MCF51CN
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Freescale Tower System - TWR-MCF5225X-KIT
The
TWR-MCF5225X-KIT
is a low-cost development tool for the
MCF5225X
V2
ColdFire
® devices. Offered as a kit or as a standalone board, the
TWR-MCF5225X
is part of the Freescale Tower System, a modular, reconfigurable development platform that allows designers to get to market faster with packaged evaluation boards, tools and runtime software.
The TWR-MCF5225X comes complete with
Freescale MQX
™ software and an evaluation version of CodeWarrior Development Studio to ease application development and debug.
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Freescale Tower System - TWR-S08LL64-KIT
The cost effective
TWR-S08LL64-KIT
development tool is part of the
Tower System
and features the
MC9S08LL64
segment LCD controller. It provides everything a designer needs to develop and evaluate application code. The integrated
OSBDM
allows a designer to communicate with the board and target device with only a USB cable and the board highlights the MCU's low power features.
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Freescale Tower System - TWR-MPC5125-KIT
The
TWR-MPC5125-KIT
MPU module is part of the Freescale Tower System, a modular development platform that enables rapid prototyping and tool re-use through reconfigureable hardware. The TWR-MPC5125-KIT features the
MPC5125
, a cost and power consumption optimized, industrial networking, automotive, and human-machine interface (
HMI
) solution. It helps reduce your development time, provides more communication peripherals at a competitive price and delivers ultra-low power without sacrificing performance.
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Freescale Tower System - TWR-S08LH64-KIT
The cost effective
TWR-S08LH64-KIT
development tool is part of the
Tower System
and features the
MC9S08LH64
segment LCD controller with integrated 16 bit ADC. It provides everything designer needs to develop and evaluate application code. The integrated OSBDM allows a designer to comunicate with the board and target device with only a USB cable and the board highlights the
MCU
's low power features.
This
module
is designed to be combined and used with a variety of peripheral modules in the Tower System, and can also operate as a standalone debug tool that can be purchased separately from the complete kit, part number
TWR-S08LH64
.
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Freescale Tower System - TWR-MCF51JE-KIT
The
TWR-MCF51JE-KIT
is a low-cost development tool for the
MCF51JE
low power
USB microcontroller
. This
kit
is part of the Freescale Tower System, a modular, reconfigurable development platform that allows designers to get to market faster with packaged evaluation boards, tools and runtime software.
The MCF51JE
microcontroller module
is designed to be a standalone debug tool and can also be purchased separately from the kit, part number
TWR-MCF51JE
.
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Freescale Tower System - TWR-PXS3020-KIT
The Freescale TWR-PXS3020-KIT is a part of the Freescale Tower System portfolio which uses the 32-Bit Power Architecture® embedded microcontrollers designed for safety critical applications. This kit can be used as a stand-alone single board computer (SBC) and as a part of the Freescale Tower System rapid prototyping development platform. Choose from a variety of configurable hardware and software options to support your target application. The PXS30, a SafeAssure solution, has dual core architecture and built-in hardware redunancy that makes it ideal for safety application. Each core can run independently for increased performance. This kit also contains the Tower System Serial Module (TWR-SER) and Tower System Elevator Modules (TWR-ELEV).
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Freescale Tower System - TWR-S08JE128-KIT
The
TWR-S08JE128-KIT
is a low-cost
development tool
for the
MC9S08JE
low power USB microcontroller. This kit is part of the Freescale Tower System, a modular, reconfigurable development platform that allows designers to get to market faster with packaged evaluation boards, tools and runtime software.
The MC9S08JE microcontroller module is designed to be a standalone
debug tool
and can also be purchased separately from the kit, part number
TWR-MC9S08JE128
.
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Freescale Tower System - TWR-S08PT60-KIT
The
Freescale
TWR-S08PT60-KIT
is a
Tower System development tool
featuring the
rugged 5V MC9S08PT60
microcontroller. The
Freescale MC9S08PT60
MCU combines exceptional EMC/ESD performance with integrated touch sensing and EEPROM.
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Freescale Tower System - Controller Modules
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NEW! Freescale Tower System - TWR-S08UNIV
The
TWR-S08UNIV
Universal Tower Module
is a
Freescale Tower System
development tool for existing
S08
and
RS08
devices. The
Universal Tower Module
is used in combination with swappable MCU
Daughter Cards
, providing convenient switching between different
S08
and
RS08
MCUs.
Freescale
's
TWR-S08UNIV Universal Tower Module and Daughter Cards
allow
Tower System
designers access to MCUs previously supported only by traditional demo boards.
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Freescale Tower System - TWR-P1025
The
Freescale
TWR-P1025
Processor Module allows for simple and cost-effective evaluation and development with the QorIQ P1025 dual-core processor. TWR-P1025 can be operated as a stand-alone single board computer or a Tower System rapid prototyping development platform. The P1025 processor offers dual high-performance CPU cores running up to 533 MHz, a large L2 cache, a DDR3 memory controller, a PCIe controller, and an array of integrated I/O controllers supporting a wide range of industrial and networking protocols and connectivity options. It also features a protocol offload engine that eliminates the need for an external industrial protocol FPGA/ASIC in the system.
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Freescale Tower System - TWR-S12G128
The
TWR-S12G128
is a
demonstration board
for the
MC9S12G128
microcontroller. The
Freescale TWR-S12G128 Tower Board
is designed to interface to the
Freescale Tower System
. An integrated Open-Source BDM, software tools, and examples provided with the development board make application development and debug quick and easy. All MCU signals are available on one or both edge connectors. The
MC9S12G128
is an automotive, 16-bit MCU focused on low cost and high performance in a low pin-count device.
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Freescale Tower System - TWR-S12GN32
The
TWR-S12GN32
is a
Tower System Demonstration Board
for the
MC9S12GN32
microcontroller. The
Freescale TWR-S12GN32
is designed to interface to the
Freescale Tower System
. An integrated Open-Source BDM, software tools, and examples provided with the development board make application development and debug quick and easy. All MCU signals are available on one or both edge connectors. An IO ring around the MCU also provides easy access to all signals. The
MC9S12GN32
is a 16-bit MCU targeting automotive applications requiring LIN/J2602 communications.
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Freescale Tower System - TWR-S08MM128
The
Freescale
TWR-S08MM128
is a medically oriented development tool for the
Flexis MM 8-bit 9S08MM128 microcontroller
. The
TWR-S08MM128
is part of the
Freescale Tower System
and includes an MMA7361L three-axis accelerometer and RS232 transceiver and 2x5 pin header. The
TWR-S08MM128
can operate alone or as part of a complete Tower System Kit, part number
TWR-S08MM128-KIT
.
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Freescale Tower System - TWR-MCF51MM
The
Freescale
TWR-MCF51MM
is a medical-oriented development tool for the
Flexis MCF51MM256 microcontroller
. The
TWR-MCF51MM
is part of the
Freescale Tower System
and includes an MMA7361L three-axis accelerometer and RS232 transceiver and 2x5 pin header. The TWR-MCF51MM can operate alone or as part of a complete Tower System kit, part number
TWR-MCF51MM-KIT
.
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Freescale Tower System - TWR-K20D50M
The
Freescale
TWR-K20D50M
is a development tool for the
K20
50 MHz
Kinetis
microcontrollers. This board which is a part of the
Freescale Tower System
, is a modular, reusable development platform that allows designers to get to market faster with packaged evaluation boards, tools and runtime software. This microcontroller module provides connectivity for applications requiring USB 2.0 On-The-Go (full speed) , it also operates as a standalone debug tool. Additional features include integrated, open-source JTAG, MMA8451Q 3-axis accelerometer, 2 x capacitive touch pads, Tower Plug-In (TWRPI) socket for sensor and touch boards expansion (keypads, rotary dials, sliders), and Tower connectivity for access to UART, SPI, I
2
C, microphone, buzzer and SAI (I
2
S) connector.
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Freescale Tower System - TWR-K40X256
The Kinetis
TWR-K40X256
Tower Controller Module
can function as a stand-alone, low-cost platform for the evaluation of the
Freescale Semiconductor Kinetis K30
and
K40
families of microcontrollers (MCUs) or as part of a
Tower System kit
.
The
TWR-K40X256
includes the TWRPI-SLCD segment LCD daughter card and features the
K40
low-power MCU with USB 2.0 full-speed OTG and segment LCD display controllers.
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Freescale Tower System - TWR-K60F120M
The
TWR-K60F120M
Tower Controller Module
is a development tool for the
K60F
120 MHz
Kinetis
microcontrollers. This board which is a part of the
Freescale Tower System
, is a modular, reusable development platform that allows designers to get to market faster with packaged evaluation boards, tools and runtime software. Features include S08JM60 based Open-Source BDM (OSBDM) circuit, NAND flash, 4 user-controlled status LEDs, 4 capacitive touch pads, 2 mechanical push buttons, socket for Capacitive Touch Pad daughter board (TWRPI), socket for Tower Plugin (TWRPI, e.g sensor board), potentiometer, 3-axis digital accelerometer (MMA8451Q), and SD card slot.
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Freescale Tower System - TWR-K60N512
The
TWR-K60N512
Tower Controller Module
can function as a stand-alone, low-cost platform for the evaluation of the
Freescale Semiconductor Kinetis K10
,
K20
, and
K60
family of MCUs and is available as part of a Tower System kit.
The
TWR-K60N512
features the
Kinetis K60 low-power MCU
based on the ARM Cortex-M4 architecture with USB 2.0 full-speed OTG controller and 10/100 Mbps Ethernet MAC.
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Freescale Tower System - TWR-K70F120M
The
TWR-K70F120M
Tower Controller Module
is a development tool for the
K70F
120 MHz
Kinetis
microcontrollers. This board which is a part of the
Freescale Tower System
, is a modular, reusable development platform that allows designers to get to market faster with packaged evaluation boards, tools and runtime software. The module can operate as a standalone debug tool. Features include Touch Tower plug-in socket, general purpose Tower plug-in (TWRPI) socket, on-board JTAG debug circuit (OSJTAG) with virtual serial port, 1GB of DDR2 SDRAM memory, 2GB of SLC NAND flash memory, 3-axis digital accelerometer (MMA8451Q), potentiometer, and micro-SD card slot.
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Freescale Tower System - TWR-MCF51CN
The
TWR-MCF51CN
is a low-cost development tool for the
MCF51CN128
Ethernet microcontroller. This kit is part of the Freescale Tower System, a modular, reconfigurable development platform that allows designers to get to market faster with packaged
evaluation boards
, tools and runtime software.
The MCF51CN microcontroller module is designed to be a standalone
debug tool
and can also be purchased as a kit, part number
TWR-MCF51CN-KIT
.
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Freescale Tower System - TWR-MCF51JE
The
TWR-MCF51JE
is a low-cost development tool for the
MCF51JE
low power USB microcontroller. This kit is part of the Freescale Tower System, a modular, reconfigurable development platform that allows designers to get to market faster with packaged
evaluation boards
, tools and runtime software.
The MCF51JE
microcontroller module
is designed to be a standalone
debug tool
and can also be purchased as a kit, part number
TWR-MCF51JE-KIT
.
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Freescale Tower System - TWR-MCF5225X
The
TWR-MCF5225X
is a low-cost development tool for the
MCF5225X
V2
ColdFire
® devices. Offered as a kit or as a standalone board, the TWR-MCF5225X is part of the Freescale Tower System, a modular, reconfigurable
development platform
that allows designers to get to market faster with packaged evaluation boards, tools and runtime software.
The TWR-MCF5225X comes complete with Freescale MQX™ software and an
evaluation
version of CodeWarrior Development Studio to ease application development and debug.
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Freescale Tower System - TWR-MPC5125
The
TWR-MPC5125
MPU module
is part of the Freescale Tower System, a
modular development
platform that enables rapid prototyping and tool re-use through reconfigureable hardware. The TWR-MPC5125 features the
MPC5125
, a cost and power consumption optimized, industrial networking, automotive, and human-machine interface (HMI) solution. It helps reduce your development time, provides more communication peripherals at a competitive price and delivers ultra-low power without sacrificing performance.
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Freescale Tower System - TWR-MPC8309
The
Freescale
TWR-MPC8309
is a MPC8309
PowerQUICC®
development tool using
Freescale's Tower System
, a modular, reusable platform that allows designers to get to market faster with packaged boards, tools and runtime software. Utilizing the Tower System rapid prototyping platform with MQX™ support allows a smooth migration path from Freescale microcontrollers to this 835DMIPS Power Architecture® processor featuring an industrial protocol offload engine that can eliminate the need for an external protocol FPGA/ASIC. TWR-MPC8309 can be used in a stand-alone, system-on-module (SoM) connected over primary elevator or tower prototyping development configuration.
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Freescale Tower System - TWR-PXS2010
The
Freescale
TWR-PXS2010
reduces design complexity and component count by putting key functional safety features on a single chip with a dual-core, dual-issue architecture, which can be statically switched between lockstep mode (redundant processing and calculations) to decoupled parallel mode (independent core operation). The PXS20 family of 32-bit Power Architecture® microcontrollers targets industrial applications which require compliance with IEC61508 (SIL 3) safety standard. The PXS20 microcontrollers are SafeAssure solutions.
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Freescale Tower System - TWR-PXS3020
The Freescale TWR-PXS3020 is a part of the Freescale Tower System portfolio which uses the 32-Bit Power Architecture® embedded microcontrollers designed for safety critical applications. This kit can be used as a stand-alone single board computer (SBC) and as a part of the Freescale Tower System rapid prototyping development platform. Choose from a variety of configurable hardware and software options to support your target application. The PXS30, a SafeAssure solution, has dual core architecture and built-in hardware redunancy that makes it ideal for safety application. Each core can run independently for increased performance.
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Freescale Tower System - TWR-S08LL64
The cost effective
TWR-S08LL64
development tool
is part of the Tower System and features the
MC9S08LL64
segment LCD controller. It provides everything a designer needs to develop and evaluate application code. The integrated OSBDM allows a designer to communicate with the board and target device with only a USB cable and the board highlights the
MCU
's low power features.
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Freescale Tower System - TWR-S08LH64
The cost effective
TWR-S08LH64
development tool is part of the Tower System and features the
MC9S08LH64
segment LCD controller with integrated 16 bit ADC. It provides everything designer needs to develop and evaluate application code. The integrated OSBDM allows a designer to comunicate with the board and target device with only a USB cable and the
board
highlights the MCU's low power features.
This
module
is designed to be combined and used with a variety of peripheral modules in the Tower System, and can also operate as a complete kit, part number
TWR-S08LH64-KIT
.
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Freescale Tower System - TWR-S08JE128
The
TWR-S08JE128
is a low-cost development tool for the
MC9S08JE
low power USB microcontroller. This
kit
is part of the Freescale Tower System, a modular, reconfigurable development platform that allows designers to get to market faster with packaged evaluation boards,
tools
and runtime software.
The MC9S08JE microcontroller module is designed to be a standalone debug tool and can also be purchased as a kit, part number
TWR-MC9S08JE-KIT
.
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Freescale Tower System - TWR-S08PT60
The
Freescale
TWR-S08PT60
is a
Tower System module
featuring the
rugged 5V MC9S08PT60
microcontroller. The
Freescale MC9S08PT60
MCU combines exceptional EMC/ESD performance with integrated touch sensing and EEPROM.
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| Freescale Tower System - TWR-S08DC-PT60
 The
Freescale
TWR-S08DC-PT60
is a s a low-cost daughter card, with on-board debugger, that is designed to
demonstrate the capabilities of the MC9S08P family. It comes
pre-programmed with a Potentiometer demo, Accelerometer demo with
orientation/shake/tap/transient modes, Flash and EEPROM demo, and a BDM
debugger demo. It enables quick, cost-effective, product evaluation and
application development, and can be used in stand-alone mode or mounted
to the TWR-S08UNIV module to gain access to the full breadth of the
Freescale Tower System ecosystem.
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Freescale Tower System - Peripheral Modules
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Freescale Tower System - TWR-MC-LV3PH
The
TWR-MC-LV3PH
Tower System Low-Voltage 3-Phase Motor Control Module
lets you add three-phase Brushless DC (BLDC) and Permanent Magnet Synchronous Motor (PMSM) motor control capabilities to your Tower System designs. The
Freescale TWR-MC-LV3PH
helps you add rotational or linear motion to applications by turning a
Tower System
development tool into a complete motor control reference design kit that includes a BLDC motor. This
Tower System Motor Control Module
is interchangeable across the Tower development platform and can be used with a variety of existing controller modules, including the TWR-K60N512, the TWR-56F8257, and the TWR-K40X256.
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Freescale Tower System - TWRPI-MMA845XQ
The
TWRPI-MMA845XQ
Xtrinsic Accelerometer Plug-In
is an attachment for various
Tower System
modules that features the
MMA8451Q Xtrinsic 3-axis accelerometer
with 14 bits of resolution. The
Freescale TWRPI-MMA845XQ
brings freefall/motion, pulse, and jolt detection to life in your designs. Place the
TWRPI-MMA845XQ Xtrinsic Accelerometer Plug-In
onto a parent controller or peripheral module in the Tower System and start prototyping quickly and easily. This
Freescale Tower plug-in
is an ideal addition to the Kinetis KwikStik development tool or any
Tower System
module containing TWRPI sockets.
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Freescale Tower System - TWRPI-TOUCH-STR
The
TWRPI-TOUCH-STR
Capactive Touch Tower Plug-In Starter Kit
makes it simple to add capacitive touch to an embedded design. The
Freescale TWRPI-TOUCH-STR
is bundled as a complete set of four plug-ins, or snap-in components, that are designed to bring touch sensing to life in Tower System designs. Place any combination of plug-ins from the
Freescale TWRPI-TOUCH-STR Capacitive Touch Tower Plug-In Starter Kit
onto a parent controller or peripheral module in the Tower System and start prototyping quickly and easily.
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Freescale Tower System - TWR-RF-SNAP
The
TWR-RF-SNAP
Tower System RF Wireless Mesh Networking Module
is an ideal solution for Tower System designs requiring wireless control and monitoring. The
Freescale TWR-RF-SNAP
is an FCC-certified
Tower System module
that comes with a Synapse Wireless SM700 802.15.4 RF Engine based on the
Freescale
MC13224 module. This
Tower System RF Wireless Mesh Networking Module
also includes SNAPpy control software to get you quickly connected.
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Freescale Tower System - TWR-S08UNIV-DEMO
The
TWR-S08UNIV-DEMO
Universal Tower System Module Kit
is made up of the
TWR-S08UNIV module
and six daughter cards and is primarily targeted for demonstration purposes. The
Freescale TWR-S08UNIV
provides a
Tower System
-based development solution for pre-existing S08 and RS08 devices, including the RS08KA and S08AC, QD, QE, QG, and SH families. This combination of the Tower System module and attachable daughter cards makes the
Freescale TWR-S08UNIV-DEMO Kit
an easy way to switch between differing S08 and RS08 microcontrollers without purchasing the same development board over and over. It also gives the Tower System ecosystem access to a set of MCUs previously supported only by traditional demo boards.
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Freescale Tower System - TWR-SER
The
TWR-SER
Serial Module provides USB, Ethernet, CAN and RS232/485 connectivity solutions for designers developing with the Freescale Tower System. This
peripheral module
is designed to be combined and used with other microcontroller and peripheral modules in the Tower System.
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Freescale Tower System - TWR-PROTO
The
TWR-PROTO
Prototyping Module provides an easy way for designers to add custom circuitry to their Tower System designs. The TWR-PROTO module is a 9 x 8 cm board with card-edge connectors that allows it to be plugged directly into the Tower System. The perfboard area provides access to all of the signals as well as a generous 8.3 x 3.8cm prototyping area.
This
peripheral module
is designed to be combined and used with other microcontroller and peripheral modules in the Tower System.
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Freescale Tower System - TWR-MEM
The
TWR-MEM
Memory Module
provides added memory capacity to Tower System designs with
Serial Flash
,
MRAM
,
SD Card
and
Compact Flash
interfaces. This peripheral module is designed to be combined and used with other microcontroller and peripheral modules in the Tower System.
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Freescale Tower System - TWR-MEM-PISMO
The
TWR-MEM-PISMO
Memory Module
provides access to a PISMO2 memory socket for evaluating a variety of memory types and sizes. Simply add this module to your
Freescale Tower System
design, attach the PISMO2 memory module, and enjoy the legroom that additional memory brings. This peripheral module is interchangeable across the
Tower System
, and is compatible with any MCU/MPU module that features an external memory interface, including the
TWR-K60N512
.
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Freescale Tower System - TWR-LCD
The
TWR-LCD
Graphical LCD module provides an easy way for designers to add an
LCD
interface to their Tower System designs. It features a 3.2" QVGA TFT LCD Display and attaches to the outer edge of the
Tower System elevator modules
by Side Expansion Port connectors. This peripheral module is designed to be combined and used with other microcontroller and peripheral modules in the Tower System.
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Freescale Tower System - TWR-SENSOR-PAK
The
TWR-SENSOR-PAK
is a module in the Tower System that features
swappable sensor modules
, or plug-ins. These swappable plug-ins allow you to rapidly evaluate and compare an expanding portfolio of
sensors
. Using real-time sensor data and interaction with your environment, it's easy to sense your world with the TWR-SENSOR-PAK.
As new
Freescale sensors
are announced, the TWR-SENSOR-PAK module allows you to leverage additional low-cost sensor plug-ins or create your own plug-ins using I²C, SPI, or analog.
With a dedicated
S08QE96
microcontroller on board, the TWR-SENSOR-PAK module can be used stand-alone or as part of a complete Tower System.
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Freescale Tower System - TWPI-TOUCH-PAK
Freescale's
TWPI-TOUCH-PAK
Capacitive Touch Tower Plug-In Starter Kit
is bundled as a set of four Tower Plug-Ins (TWRPIs), or attachable components with a variety of capacitive touch capabilities for your designs. The pack includes a rotary pad, a slider pad, a keypad and a touch pad. These plug-ins are designed for use with an accepting parent module in the Tower System, like the
TWR-SENSOR-PAK
or the
TWR-K60N512
module that has a dedicated touch pad TWRPI socket. Simply insert the desired capacitive touch plug-in into the touch pad TWRPI socket and get tapping—or dialing, or touching or sliding—you get the picture.
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Freescale Tower System - TWR-WIFI-G1011MI
The
TWR-WIFI-G1011MI
Wi-Fi Tower Module is an easy, low power solution for adding 802.11b Wi-Fi connectivity to your designs. The
TWR-WIFI-G1011MI peripheral module
enables fast development of internet connected devices using the
Freescale Tower System
development platform. The
TWR-WIFI-G1011MI
includes a fully certified on-board GS1011MIP GainSpan
Wi-Fi module
with a highly integrated, low power System-on-Chip consuming few µA of standby current and with few ms of wake-up latency for battery operated devices requiring years of battery life. It includes both uART and SPI interfaces, a full Wi-Fi stack including WPS for easy provisioning, Over The Air firmware update, optional networking stack and services, and 802.11i security. This
Freescale Semiconductor Wi-Fi Tower Module
is designed to be combined and used with other microcontroller and peripheral modules in the Tower System.
Learn More About Tower Wi-Fi Modules
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Freescale Tower System - TWR-WIFI-RS2101
The
TWR-WIFI-RS2101
Wi-Fi Tower Module enables easy-to-use 802.11n
Wi-Fi
connectivity for your application development using the
Freescale Tower System
development platform. The
TWR-WIFI-RS2101
FCC-certified module comes with complimentary MQX software and enables you to quickly go from the lab to production with the same
Wi-Fi
hardware. The on-board Redpine Signals RS9110-N-11-21 Connect-io-n™ Wi-Fi module features embedded firmware to provide a self-contained 802.11n WLAN solution for a variety of applications. The
Freescale Semiconductor TWR-WIFI-RS2101 peripheral module
is designed to be combined and used with other microcontroller and peripheral modules in the
Tower System
.
Learn More About Tower Wi-Fi Modules
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Freescale Tower System - TWR-ELEV
The
TWR-ELEV
Elevator modules are the basic building block of the Freescale Tower System. Designed to connect microcontroller and peripheral modules, the Elevator modules provide the power regulation circuitry and structural integrity needed for all configurations of an assembled Tower System.
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