Applications

www.ti.com/epos

Applications leveraging power of ARM

cores

Point of sale

Electronic point-of-service (EPOS) terminals and devices, such as bar-code

scanners, portable data terminals and point-of-sale terminals are rapidly

changing the way both ﬁ nancial and non-ﬁ nancial electronic transactions

are conducted. Providing continuity and consistency across a range of

products will not only enable rapid product development but also future-

proof the extension of product lines. This is particularly critical as new

technological capabilities emerge and require integration into point-of-

service product platforms. Sharing the same basic architectures from

32-bit microntrollers and microprocessors to digital signal processors

(DSPs) through integrated microprocessor + DSP multi-core devices and

ancillary processing devices such as video processors gives the manu-

facturer the ﬂ exibility needed to develop differentiated product offerings

across many applications.

Customer requirements

• Security: Pre-evaluated for PCI security certification

• Portability: Allows transactions to move closer to the consumer when-

ever possible

• Wireless connectivity: Maximizes the portability of the terminal; vali-

dates financial transactions immediately

• Peripheral capabilities: Supports features including barcode readers,

various types of touch screens, magnetic stripe readers, short-range

wireless NFC connectivity, sensors, cameras, video processing and

printers

• Operating system: Supports multiple operating systems (OS) such as

Linux™, Android™, Windows

Compact Embedded or Windows Mobile

as well as a host of RTOS

End equipments

• Bar-code scanners

• Portable data terminals

• Card readers

TI solutions

• Stellaris

ARM

Cortex-M3 and M4F MCUs: Supports base-level

designs with ability to manage a pin pad, magnetic stripe reader

while providing a secure communications link

• Sitara™ ARM microprocessor: Designed to support a high-

resolution large screen, advanced operating system and touch-

screen capabilities

• DaVinci™ digital video processor: Supports higher-resolution

screen and real-time streaming video for advertising

TI is committed to delivering not only the right levels of performance, but

the right levels of peripheral integration to meet the needs of a variety of

markets. Using the ARM core as a foundation, device manufacturers have

a common foundation on which to create their products while having the

ability to scale, expanding their product portfolio.

TI ARM solutions: Meeting market needs

DaVinci™

Digital Video

Processors

OMAP-L1x

Processors

Sitara™ ARM

Microprocessors

Concerto™

Microcontrollers

Stellaris

ARM Cortex™-M-

Based

Microcontrollers

Hercules™

Safety

Microcontrollers

ARM core

ARM9™,

ARM Cortex-A8 ARM9

AM1x ARM9,

AM3x Cortex-A8 ARM Cortex-M3 ARM Cortex-M3, M4F ARM Cortex-R4, M3

Audio

4 4 4 4 4

Automotive

4 4 4 4

Communications

4 4 4 4 4 4

Imaging

4 4

Industrial

4 4 4 4 4 4

Medical

4 4 4 4 4 4

Security

4 4 4 4

Wireless

4 4 4 4

Key feature Completely tailored

high performance

High performance

and low power

Low power and high

performance with

extensive peripheral

integration

Dual subsystem archi-

tecture for optimized

real-time control and

communications

Open architecture

software, rich

communication

options

Safety

TI’s software-compatible and scalable platforms from $1 to 1.5 GHz make application-specific peripherals, packages and temperature ranges possible.

This also includes the complete signal chain of analog, power and mixed signal.

Applications

www.ti.com/hmi

Industrial and home automation

The design environment for industrial automation is evolving with ARM

based solutions becoming critical to market success. In addition to its

proven, reliable architecture, there is a robust ARM software development

ecosystem to support the migration to 32-bit ARM architectures. TI offers

designers a wide range of differentiated products including embedded

processors in the Stellaris

MCUs, based on the ARM Cortex™-M3 and

M4F cores, the C2000™ Concerto™ MCUs, Hercules™ Safety MCUs

based on the Cortex-R cores and the Sitara™ ARM microprocessors

(MPUs), based on the ARM9™ and Cortex-A8 cores, to meet the needs of

this market. Each of these products feature capabilities making them

strong contenders for integration into embedded processors targeted at

the industrial automation.

TI has invested to deliver software-compatible devices along with indus-

trial hardware development tools, software and analog complements to

provide a total industrial system solution. One of the first examples of

leveraging solutions from across TI’s ARM portfolio is the AM3359

Industrial Development Kit (IDK). Designed with the industrial automation

market in mind, the IDK is an extensive development platform enabling

customers to evaluate all popular industrial communications and motor

control applications. IDK has many different evaluation features such as

512 MB of DDR2 memory, dual motor drivers, digital I/O, a C2000™

Piccolo™ MCU with integrated analog-to-digital converters, a Stellaris

ARM Cortex-M3 MCU, USB, Ethernet, SPI, I

C and much more.

Customer requirements

• Higher performance: Robustness and accuracy; Industrial grade products

• Lower power: Enables fan-less designs

• Advanced packaging: Drives to smaller size; Tough enclosures for

shock protection

TI solutions

• Stellaris ARM Cortex-M3 and M4F MCUs: Provides hardware sup-

port for deterministic behavior.

• Sitara ARM microprocessor: Leverage programmable real-time

unit (PRU) and the universal parallel port (uPP) to execute a variety of

control, monitoring or other functions not available on chip. Supports

multiple, on-chip, production-ready industrial Ethernet and Fieldbus

communication protocols with master and slave functionality.

• OMAP-L1x processor: Integrated, single-chip processors optimized

for recognizing objects, tracking motion and mapping positions.

• Concerto C28x™ MCU+ARM: Leverage Concerto’s dual subsys-

tem architecture to simplify designs by separating communications/

monitoring and real-time control or power line communication

functions.

• Hercules Safety MCU: Developed to the IEC 61508 SIL-3 safety

standard, Hercules MCUs provide a high level of performance for

safety critical industrial control.

• DaVinci™ digital video processors: Leverage imaging/vision

capabilities to execute functions based on the capture and pro-

cessing of images.

Human machine interface (HMI)

As devices become more intuitive, human machine interfaces are

becoming more prominent across markets. An HMI allows an operator to

interact with a machine in a graphical, visual way. Basic user interfaces

characterized by touch-screen-actuated buttons, slide bars and basic

graphics can be handled by an MCU, such as one based on ARM

’

Cortex™-M core. Beyond that, a high-level operating system is required

and the processor type shifts from an MCU to an MPU.

Customer requirements

• Robustness and reliability

• Graphics capability: Support for 2D and 3D graphics

• Connectivity: Ethernet, CAN, USB, UART, SPI, MMS/SD

• Low power, packaging and board space

• Over-temperature performance

TI solutions

• Stellaris ARM Cortex-M3 and M4F MCUs: Advanced communica-

tions and connectivity capabilities and production-ready graphics

library in StellarisWare

• Sitara ARM microprocessor: Powerful process for quick response

time and high-quality graphics support

End equipments

• Operator panels

• Single-board computers

• Supervisory control and data acquisition panels (SCADA)

• Remote terminal units

• White goods

• Networked printers

End equipments

• Industrial automation

• Industrial control

• Remote monitoring

• Machine vision

• PLC

• Drives and I/O-level devices

Product selection table

TI’s ARM-based devices*

TI processor CPU MHz Operating system Key peripherals

AM1705 / 7 AM1x ARM9™ 450 Linux™, Windows

CE, RTOS I

C, SPI, UART, USB, MMC/SDIO, Ethernet MAC (EMAC)

AM1802 AM1x ARM9 300 Linux, Windows CE, RTOS I

C, SPI, UART, USB, MMC/SDIO, EMAC

AM1806 AM1x ARM9 375 / 456 Linux, Windows CE, RTOS I

C, SPI, UART, USB, MMC/SDIO

AM1808 AM1x ARM9 375 / 456 Linux, Windows CE, RTOS I

C, SPI, UART, USB, MMC/SDIO, EMAC, SATA

AM1810 AM1x ARM9 375 / 456 Linux, Windows CE, RTOS I

C, SPI, UART, USB, MMC/SDIO, EMAC, SATA, PROFIBUS

AM3352 AM3x Cortex™-A8 500 / 600 / 720 Linux, Windows CE, RTOS, Android Crypto, Gigabit EMAC, CAN, LPDDR1/DDR2/DDR3, ADC

AM3354 AM3x Cortex-A8 500 / 600 / 720 Linux, Windows CE, RTOS, Android Graphics, Crypto, Gigabit EMAC, CAN, LPDDR1/DDR2/DDR3, ADC

AM3356 AM3x Cortex-A8 275 / 500 / 600 / 720 Linux, Windows CE, RTOS, Android PRU, Crypto, CAN, LPDDR1/DDR2/DDR3, ADC, master & slave support, Gigabit EMAC

AM3357 AM3x Cortex-A8 275 / 600 / 720 Linux, Windows CE, RTOS, Android

PRU, Crypto, CAN, LPDDR1/DDR2/DDR3, ADC, master & slave support (PROFIBUS and

others), EtherCAT

slave, Gigabit EMAC

AM3358 AM3x Cortex-A8 500 / 600 / 720 Linux, Windows CE, RTOS, Android Graphics, PRU, Crypto, CAN, LPDDR1/DDR2/DDR3, ADC, Gigabit EMAC

AM3359 AM3x Cortex-A8 600 / 720 Linux, Windows CE, RTOS, Android

Graphics, PRU, Crypto, CAN, LPDDR1/DDR2/DDR3, ADC, master & slave support

(PROFIBUS and others), EtherCAT slave, Gigabit EMAC

AM3505 / 17 AM3x Cortex-A8 600 Linux, Windows CE, RTOS, Android I

C, SPI, UART, USB, MMC/SDIO, EMAC, CAN

AM3703 / 15 AM3x Cortex-A8 800 / 1000 Linux, Windows CE, RTOS, Android I

C, SPI, UART, USB, MMC/SDIO

AM3871 / 2 / 4 AM3x Cortex-A8 800 / 1000 Linux, Windows CE, RTOS, Android PCIe, SATA, CAN, Gigabit EMAC, UART, USB

AM3892 / 4 AM3x Cortex-A8 1200 / 1500 Linux, Windows CE, RTOS PCIe, SATA, Gigabit EMAC, UART, USB

OMAP-L137 ARM9 + C674x DSP 450 Linux, Windows CE, RTOS SDRAM/NAND, MMC/SDIO, EMAC, UART, USB 2.0 HS OTG, USB 1.1

OMAP-L138 ARM9 + C674x DSP 375 / 456 Linux, Windows CE, RTOS mDDR/DDR2, SDRAM/NAND, MMC/SDIO, SATA, uPP, EMAC, USB 2.0 HS OTG, USB 1.1

OMAP-L132 ARM9 + C674x DSP 200 Linux, Windows CE, RTOS mDDR/DDR2, SDRAM/NAND, MMC/SDIO, EMAC, USB 2.0 HS OTG

TMS320DM355 ARM9 + video 135 / 216 / 270 Linux mDDR/DDR2, USB 2.0 H/OTG

TMS320DM335 ARM9 135 / 216 Linux mDDR/DDR2, USB 2.0 H/OTG

TMS320DM365 ARM9 + video 216 / 270 / 300 Linux EMAC, mDDR/DDR2, HPI, voice codec, USB 2.0 H/OTG

TMS320DM368 ARM9 432 Linux EMAC, mDDR/DDR2, HPI, voice codec, USB 2.0 H/OTG

DM3730 Cortex-A8 + C64x DSP 660 / 800 Linux, Windows CE, RTOS, Android I

C, SPI, UART, USB, MMC/SDIO, SDMA, graphics accelerator

DM3725 Cortex-A8 + C64x DSP 660 / 800 Linux, Windows CE, RTOS, Android I

C, SPI, UART, USB, MMC/SDIO, SDMA, graphics accelerator

TMS320DM6467 ARM9 + C64x DSP 594 / 729, 297 / 365 Linux, Windows CE EMAC, DDR2, USB 2.0, HPI, PCI, ATA

TMS320DM6446 ARM9 + C64x DSP 300 / 600 Linux, Windows CE EMAC, DDR2, USB 2.0, HPI, ATA, Flash card I/F

TMS320DM6443 ARM9 + C64x DSP 300 / 600 Linux, Windows CE EMAC, DDR2, USB 2.0, HPI, ATA, Flash card I/F

TMS320DM6441 ARM9 + C64x DSP 256 / 512 Linux, Windows CE EMAC, DDR2, USB 2.0, HPI, ATA, Flash card I/F

TMS320DM8168

Cortex-A8 + C674x DSP 1000 / 1000 Linux, Windows CE, RTOS DDR2, DDR3, HDMI, PCIe, SATA, Gigabit EMAC, UART, USB, SGX530 graphics

TMS320DM8167

Cortex-A8 + C674x DSP 1000 / 1000 Linux, Windows CE, RTOS DDR2, DDR3, HDMI, PCIe, SATA, Gigabit EMAC, UART, USB

TMS320DM8166

Cortex-A8 + C674x DSP 667 / 720 Linux, Windows CE, RTOS DDR2, DDR3, HDMI, PCIe, SATA, Gigabit EMAC, UART, USB, SGX530 graphics

TMS320DM8165

Cortex-A8 + C674x DSP 667 / 720 Linux, Windows CE, RTOS DDR2, DDR3, HDMI, PCIe, SATA, Gigabit EMAC, UART, USB

TMS320DM8148

Cortex-A8 + C674x DSP 1000 / 750 Linux, Windows CE, RTOS DDR2, DDR3, HDMI, PCIe, SATA, Gigabit EMAC, UART, USB, SGX530 graphics

TMS320DM8147

Cortex-A8 + C674x DSP 1000 / 750 Linux, Windows CE, RTOS DDR2, DDR3, HDMI, PCIe, SATA, Gigabit EMAC, UART, USB

TMS320DM8146

Cortex-A8 720 Linux, Windows CE, RTOS DDR2, DDR3, HDMI, PCIe, SATA, Gigabit EMAC, UART, USB, SGX530 graphics

TMS570LS20x/10x

ARM Cortex-R4F in Lockstep 160 AUTOSAR, various embedded RTOS

FlexRay™, CAN, buffered ADC, buffered SPI, SCI/LIN/UART, PWM/timer coprocessor,

self test and ECC for safety-critical applications

TMS570LS31x/21x

ARM Cortex-R4F in Lockstep 180 AUTOSAR, various embedded RTOS

FlexRay, ENET, CAN, buffered ADC, buffered SPI, SCI/LIN/UART, PWM/timer

coprocessor, self test and ECC for safety-critical applications

RM48x

ARM Cortex-R4F in Lockstep 220 Various embedded RTOS

USB, ENET, CAN, buffered ADC, buffered SPI, SCI/UART, PWM/timer coprocessor, self

test and ECC for safety-critical applications

TMS470Mx

ARM Cortex-M3 80 Various embedded RTOS

CAN, buffered ADC, buffered SPI, SCI/LIN/UART, PWM/timer coprocessor, self test

and ECC for safety-critical applications

Concerto F28M35Hx ARM Cortex-M3 + C28x w/ FPU

100 / 100 or

75 / 150

Various embedded RTOS

EMAC, USB MAC+PHY, I

C, UART/SCI, SSI/SPI, up to 1MB Flash and 136KB RAM,

ﬂoating-pt. C28x core, dual 12-bit ADC, enh. PWM for dig. pwr, motor ctrl

Concerto F28M35Mx ARM Cortex-M3 + C28x w/ FPU 75 / 75 Various embedded RTOS

EMAC, USB MAC+PHY, I

C, UART/SCI, SSI/SPI, up to 1MB Flash and 136KB RAM,

ﬂoating-point C28x core, dual 12-bit ADC, enh. PWM for digital power, motor ctrl

Concerto F28M35Ex ARM Cortex-M3 + C28x w/ FPU 60 / 60 Various embedded RTOS

EMAC, USB MAC+PHY, I

C, UART/SCI, SSI/SPI, up to 1MB Flash and 136KB RAM,

ﬂoating-point C28x core, dual 12-bit ADC, enh. PWM for digital power, motor ctrl

tellaris

LM3Sx00s

ARM Cortex-M3 20 – 50 Various embedded RTOS

(MCU) ADC, SSI/SPI, UART, I

C, motion control

Stellaris LM3S1000s ARM Cortex-M3 25 – 80 Various embedded RTOS (MCU) ADC, SSI/SPI, UART, I

C, motion control, Hibernate

Stellaris LM3S2000s ARM Cortex-M3 25 – 80 Various embedded RTOS (MCU) CAN, ADC, SSI/SPI, UART, I

C, motion control, Hibernate

Stellaris LM3S3000s ARM Cortex-M3 50 Various embedded RTOS

(MCU) USB 2.0 FS D/H/OTG, ADC, SSI/SPI, UART, I

C, motion control, Hibernate,

StellarisWare

in ROM

Stellaris LM3S5000s ARM Cortex-M3 50 – 80 Various embedded RTOS

(MCU) USB 2.0 FS D/H/OTG, CAN, ADC, SSI/SPI, UART, I

C, motion control, Hibernate,

StellarisWare in ROM

Stellaris LM3S6000s ARM Cortex-M3 25 – 50 Various embedded RTOS (MCU) 10/100 EMAC+PHY, ADC, SSI/SPI, UART, I

C, motion control, Hibernate

Stellaris LM3S8000s ARM Cortex-M3 50 Various embedded RTOS (MCU) 10/100 EMAC+PHY, CAN, ADC, SSI/SPI, UART, I

C, motion control, Hibernate

Stellaris LM3S9000s ARM Cortex-M3 80 Various embedded RTOS

(MCU) 10/100 EMAC+PHY, USB 2.0 FS D/H/OTG, CAN, ADC, SSI/SPI, UART, I

motion control, Hibernate, StellarisWare in ROM

Stellaris LM4F110 ARM Cortex-M4F 80 Various embedded RTOS (MCU) UARTs, I

C, SSI/SPI, CAN, 32–256 KB Flash, 12–32 KB SRAM, EEPROM

Stellaris LM4F120 ARM Cortex-M4F 80 Various embedded RTOS

(MCU) USB device; UARTs, I

C, SSI/SPI, CAN; 32–256 KB Flash, 12–32 KB SRAM,

EEPROM

Stellaris LM4F130 ARM Cortex-M4F 80 Various embedded RTOS

(MCU) USB D/H/OTG; UARTs, I

C, SSI/SPI, CAN; 64–256 KB Flash, 24–32 KB SRAM,

EEPROM

Stellaris LM4F230 ARM Cortex-M4F 80 Various embedded RTOS

(MCU) advanced motion control block USB; USB D/H/OTG, UARTs, I

C, SSI/SPI, CAN;

128–256 KB Flash, 32 KB SRAM, EEPROM

* Additional devices available at www.ti.com/arm

Part #	MDX-4
Description	Fuse Slow Blow Acting 4A Holder Cartridge 6.35 X 31.75mm G
Category	FUSE
Availability	Out of Stock
Qty	0

MDX-4

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