C2000

™

Concerto

™

microcontrollers

Engineering is full of compromises. It’s a balance between numerous

aspects – cost, power consumption, reliability, feature set, flexibility and

the list goes on. With every generation, engineers push the envelope of

efficiency and functionality in their designs. Digital control is bringing new

possibilities in driving smarter and more efficient systems. Connectivity is

becoming pervasive in applications that previously didn’t require commu-

nication. Today, in many real-time control applications, such as automa-

tion or energy conversion, one of the biggest compromises is finding a

balance between robust loop control and adding communications or host

functionality. But what if you could eliminate some of those compromises?

With the C2000 Concerto family of microcontrollers, the need to compro-

mise is eliminated. By combining an industry-leading host core along with

an industry-leading control core, Concerto MCUs provide the best of both

worlds in one device, simplifying both hardware and software aspects, all

while reducing cost. (www.ti.com/concerto)

• No need to compromise between communication and control

• Enable safety certifications

• Lower system cost with integration

• Scalable performance, selectable math and control enhancements

• Single IDE built-in functionality with dual-subsystem debugging and

programming

• Multi OS support

• controlSUITE™ application software libraries and device drivers to

reduce development time. Simple, quick and secure communication

between subsystems.

Why Concerto microcontrollers?

Control Subsystem

C28x™ 32-bit CPU

Up to 150 MHz

Floating-point

unit

VCU

• Viterbi

• CRC

• Complex MPY

• FFT

Comms

• McBSP/SPI/

I S

• UART

Shared

12 bit, 10 ch, 2 SH, 3 MSPS

3-ch analog comparator

12 bit, 10 ch, 2 SH, 3 MSPS

3-ch analog comparator

Analog

Temp sense

System

6-ch DMA

256–512 KB

ECC Flash

20-KB ECC RAM

Memory

Control Modules

2-KB message

Parity RAM

Up to 64 KB

64-KB ROM

128-bit security

16-KB parity RAM

Pwr & Clocking

• 10 MHz / 30 KHz INT OSC

• 4–20 MHz EXT

• Clock fail detect

• 3.3-V VREG

• POR/BOR

9× ePWM modules:

18× Outputs / 16× HR

Fault trip zones

3× 32-bit eQEP

6× 32-bit eCAP

Host Subsystem

ARM Cortex -M3

® ™

32-bit CPU

Up to 100 MHz

System & Clocking

32-ch DMA

4 Timers

Communications

USB OTG FS PHY

10/100 Ethernet MAC

1588 w/ MII

256–512 KB

ECC Flash

16 KB ECC RAM

Memory

2× 128-bit security

2 Watchdogs

2× I C

5× UART

2× CAN

64-KB ROM

16-KB parity RAM

External interface

4× SSI

Key features

• C28x (up to 150 MHz) optimized for:

• Real-time control (DSP heritage)

• Sensing and DSP filtering and processing

• Firmware programmable PLM solutions (VCU)

• Digital power independent multi-loop control

• Motor control and power monitoring

• Industry-leading control peripherals

• ARM Cortex-M3 (up to 100 MHz) optimized for:

• Host communications: Ethernet, USB, CAN, UART, SPI, I

• Scheduling

• O/S

Key peripherals

• Flexible high-resolution PWMs to support complex waveforms

and timings

• High-speed precision analog including dual 2.9 MSPS

12-bit ADCs, analog comparators

• Ethernet with on-chip MAC

• USB On-the-Go with on-chip MAC and PHY

• Dual CAN

www.ti.com/concerto

C2000 Concerto development tools

Name Tool part number Tool type Price

Concerto H52C1

Experimenter Kit

TMDXDOCKH52C1 Experimenter Kit $139

Concerto

controlCARD

TMDXCNCDH52C1 controlCARD $99

Getting started – kits and software

Concerto tools will continue the C2000 controlCARD tools methodology.

By detaching the C2000 processor and all necessary support circuitry and

putting them on controlCARDs, a designer can test multiple processors on

one application board. These controlCARDs require only one 5-V supply

and plug into a simple motherboard connector that gives access to every

pin on the device. All C2000 application kits are also based on controlCARDs.

Start exploring what Concerto MCUs have to offer, right out of the box!

Key applications

• Industrial automation

• Solar inverters/Micro-inverters

• Server and telecom power

• Power monitoring

• Automotive

• Integrated power line

communication

TMS320DM8148

Fixed-/

floating-

point DSP

C674x

DSP

core

750 MHz

ARM

Cortex™-

1 GHz

HD video

coprocessor

(×1)

Switched central resource (SCR)

Peripherals

Memory interfaces

Display

Video I/O

On-screen display

SD DAC (×2)

PCIe

DDR3

×2

SATA2

Async

EMIF/

NAND

SDIO/

×3

McASP

×6

SPDIF

McBSP

GMAC

switch

GPIO

USB

2.0

×2

DCAN

×2

UART

×6

I C/

SPI

×4

HDMI PHY

HD video I/O (×2)

Resizer

graphics

engine

ARM

micro-

processor

DM8148 processor block diagram

Why DaVinci digital video processors?

Optimized for digital video systems, DaVinci digital video processor solu-

tions are tailored for digital audio, video, imaging, and vision applications.

The DaVinci platform includes a general-purpose processor, video acceler-

ators, an optional DSP, and related peripherals. With over 200+ devices,

offerings include a wide range of performance, power and price points.

Optimized for video encode and decode applications, the scalable DaVinci

platform of solutions also includes free multimedia codecs and easy-to-use

development tools and software. TI’s integrated DSP+ARM

system-on-chip

(SoC) architecture is suited for products requiring intensive signal process-

ing, comprehensive system control, a responsive graphical user interface

and the ability to run applications under advanced operating systems.

(www.ti.com/davinci)

• Robust offerings that include multiple operating frequencies, 3D graphics

acceleration, multiple packaging options and temperature ranges

• Integrated high-bandwidth connectivity peripherals including: HD video

coprocessor, 3D graphics core, CAN, DDR2/DDR3 interfaces, Gigabit

Ethernet, PCI Express, SATA 2.0 and USB 2.0

• Demo in 10 minutes and develop in less than an hour with robust

Linux™ and Android™ software development kits

• Accelerate both software and hardware development with low-cost

development tools and free software base ports

Everything you need to get to market faster

TI has launched free software development tools to enable developers to

easily leverage the real-time, intensive signal processing power of the

C6x DSP for DaVinci’s digital video processors.

• GStreamer DMAI Plug-In – Pipeline-based multimedia framework that

allows you to create a variety of media-handling software components,

including simple audio playback, audio and video playback, recording,

streaming, and editing

• C6EZAccel – Bundles TI’s extensive set of C6x DSP kernels and source

libraries for many common processing functions

• C6EZRun – User uses ARM APIs to access the DSP and partitions

code

between ARM and DSP for user without writing any DSP code

For more information about TI’s GStreamer DMAI Plug-In for OMAP™ and

DaVinci processors, please visit: www.ti.com/tool/gstreamer

For more information about TI’s free C6EZ Tools, please visit:

www.ti.com/c6eztoolswiki

DaVinci

™

digital video processors

www.ti.com/davinci

Peripherals

EDMA

Keyscan/ADC

DMA Data & Configuration Bus

Timer

System

PWM

×4

Timer

×4

64b

Connectivity

TMS320DM368

USB

2.0

OTG

EMAC

10/100

Program/Data Storage

NAND/

ECC

EMIF

MMC/

SDIO

×2

mDDR2/

DDR2

EMIF

Image Sensor

Interface

Image

Signal

Processing

(ISP)

Histogram/3A

Resizer

Enhanced

On-Screen

Display

(OSD)

Video

Enc

(VENC)

Video Processing Subsystem

Back End

Front End

10b HD/SD DAC

Serial Interfaces

SPI

×5

UART

×2

HPI

Voice

Codec

RTC

I C

McBSP

×1

ARM

Subsystem

ARM9™

CPU

432

MHz

HMJCP

Co-Processors

H.264

VC1

MPEG-2

MPEG-4

JPEG

Key features

• ARM Cortex-A8 and ARM9

processors

• Fixed-/floating-point DSP

• Key peripheral integration

• HD video capture and display

• HD video accelerators (up to

1080p60)

• Reference designs available

for IPNC and DVT applications

Key peripherals

• USB 2.0 connectivity

• 10/100/1000 Ethernet MAC

• Display subsystem LCD

controller

• Video input and sensor inter-

face for camera and other

video input options

• CAN

• SATA 2.0

• HDMI

• PCI Express

• MMC/SD card interface

• SGX 3D graphics engine

• Support for multiple HD

displays

• DVR and DVS

• Digital signage

• Endoscope

• STB/DVR/Streaming media

• Video analytics server

• Video communications

system

• IP network cameras

Key applications

Software/hardware tools to simplify development

TI provides customers with standard software methods to accelerate

applications on the DSP and hardware coprocessors. DSP/BIOS™ Link

provides the foundation for the ARM to load, start and communicate with

the DSP, saving precious ARM MIPS. The Codec Engine algorithm frame-

work provides the ARM developer an additional level of abstraction, which

automates the instantiation and invocation of eXpressDSP™-compliant

codecs and algorithms. Soft ware Development Kits (SDKs), provided with

each EVM, are available for download for free and provide key software

components and documentation. Hardware development kits including

EVMs, starter kits and experimenter boards are available for purchase.

DM368 processor block diagram

OMAP-L1x processors

www.ti.com/dsparm

Why OMAP-L1x processors?

The OMAP-L1x processors include ARM9™ + DSP architectures which

offer a variety of peripherals for networking, secure boot and multi-level

encryption, and run Linux™ and the DSP/BIOS™ real-time kernel for

operating system flexibility. The product line is also pin-for-pin compatible

with various devices in the TMS320C674x DSP product line. Power con-

sumption ranges from 8 mW in standby to 400 mW total power.

(www.ti.com/dsparm)

• TI’s OMAP-L1x processor system-on-chip (SoC) architecture is suited for

products requiring intensive signal processing, comprehensive system

control, a responsive graphical user interface and the ability to run appli-

cations under advanced operating systems

• Robust offerings that include multiple operating frequencies, multiple

packaging options and temperature ranges

• Integrated connectivity peripherals including: CAN, DDR2 interfaces,

Ethernet, USB 2.0, and SATA

• Accelerate both software and hardware development with low-cost

development tools and free software base ports

• Secure boot and multi-level encryption options available

Note: Not all features in all products.

OMAP-L1x Processor

ARM9™

Subsystem

DSP

Subsystem

PRU Subsystem

2× PRU

4K+4K Prog

512+512 Data

GPIOs

LCD

Controller

128-KB

RAM

uPP

Switched Central Resource (SCR) / EDMA

Program/

Data Storage

Connectivity Serial Interface

Video I/O

UHPI

USB 2.0 HS

McBSP

mDDR/DDR2/

SDRAM 16 bit

McASP

SPI ×2

Async EMIF 16 bit

USB 1.1

Timers

MMC/SD ×2

WD Timer

PWM ×3

UART ×3

10/100 EMAC

SATA

I C ×2

C674x

DSP Core

375/456 MHz

L1P 32K

L1D 32K

L2 256K

L1P 16K

L1D 16K

128K SRAM

ARM

926EJ-S CPU

™

375/456 MHz

eCAP ×3

OMAP-L1x processor block diagram

Key features

• ARM9 processors

• Floating-/fixed-point DSP

• Key peripheral integration

• Programmable real-time unit (PRU) for flexible interfaces

• Robust display options

• Free Linux and Windows

Embedded Compact base ports

Key peripherals

• USB 2.0 connectivity

• 10/100 Ethernet MAC

• Display subsystem LCD controller

• Video I/O for camera and other video input options

• CAN

• MMC/SD card interface

Key applications

• Automation and control

• Software-defined radios

• Smart grid

• Test and measurement

• Machine vision

• Currency counter

• Medical

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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