Renesas Single-Chip Microcomputer M34519T-MCU Especificaciones descargar pdf (Pagina 4)

PFESiP EP-1*

* PFESiP EP-1, PFESiP EP-2, and PFESiP EP-3 are custom microcontrollers that integrate a V850 microcontroller and logic LSI.

Processes

System

IP cores

Design environment

Micro-fabrication technology

Multi-layer wiring technology

Mixed-process technology

High-pin-count packages

MPU, DSP, DRAM,

SRAM, AV, communication,

BUS, high-speed I/O

Chip design environment

Synthesis/verication

Software development environment

Hardware/software coordinated design

PFESiP

Roadmap

Smooth transition to PFESiPs

•

V850 microcontrollers are also being actively used as ASIC CPU

cores, helping you transition smoothly to PFESiP development.

•

The following elements essential for PFESiPs are provided

when you need them:

<1> Leading-edge process technology

<2> High-performance CPU cores

<3> Rich lineup of IP cores

<4> Top-down design environment

<5> Flexible application design

CPU

Analog

Logic

Memory

Flash

DSP

DRAM

System LSI

Development environment

Rich development environment lineup

•

Renesas Electronics has released the CubeSuite+ integrated development platform, an easy-to-use

and convenient development environment. CubeSuite+ can be used to compile and debug programs,

manage pin layouts, generate code for microcontroller peripherals, and execute high-speed building.

•

Use CubeSuite+ in combination with an on-chip debugging emulator with a ash programming

function (such as the E1) to create an environment for fast system development.

Development environment

Product lineup

Low-end/High-end/ASSP lineups

•

Low-end lineup: General-purpose microcontrollers for the

16- to 32-bit market designed for high

cost-performance

•

High-end lineup:Designed for high performance and

include an on-chip memory controller and

DMAC

•

ASSP lineup: Field-specic product lineup, that includes

on-chip dedicated hardware

Communication

High performance

On-chip dedicated

hardware

Low noise,

low power consumption

High cost-performance

Industrial

Home

appliances

Consumer

electronics

Ofce

equipment

Automotive

Additional functions

Rich solution lineup

•

V850 microcontrollers add value to your system

because you can add functions to an existing system

by using middleware

•

By using V850 and middleware, you no longer need a

lot of peripheral ICs which reduces your development

time and system costs

Portable devices

Electronic

dictionaries

Telephones

Home

appliances

Car

infotainment

Java

H.264

Browsers*

Speech

recognition

Speech

synthesis

ADPCM

Additional functions

Product lineup

V850E1 CPU

V850E2 CPU

V850ES

CPU

V850

CPU

V850E/Mxx

V850E2/Xxx

High-end lineup

V850E/xxx

V850ES/xxx

V850/xxx

ASSP lineup

V850ES/Jxx

V850ES/Sxx

Low-end lineup (3 V)

V850ES/Hxx

Low-end lineup (5 V)

Performance (MIPS)

PC I/F

TCP/IP

File systems

IrDA*

Image processing

Networks

Gaming machines

Toys

Human interfaces

AV equipment

JPEG

DSC

Middleware

* Middleware from a partner company is used.

Next-generation

process

0.35

process

V850E/ME2

V850E/MA3

V850E2/ME3

Generation

100

300

500

1000

150

750

Under development

Under planning

In mass production

V850

PFESiP EP-2*

PFESiP EP-3*

V850E1

next-generation CPU

V850E2

V850E2M

Code generated easily

Top screen

CubeSuite automatically generates source code (a device

driver program) to control the microcontroller peripherals

(such as the timers, UART, and A/D converter).

V850E2/xxx

0.25 µm

process

0.15 µm

process

0.13

process

High performance

Performance of 20 to over 500 MIPS using a single instruction set

•

Compared to 8-bit or 16-bit microcontrollers, V850 microcontrollers

offer a MIPS performance that is at least 10 times higher for the

same frequency, and 2 to 3 times higher at the actual application

level (based on Renesas Electronics evaluation).

•

V850 microcontrollers can operate at frequencies 1/2 to

1/3 those of 8-bit or 16-bit microcontrollers, lowering

the system power consumption.

•

The V850 CPU, V850ES CPU, V850E1 CPU, V850E2 CPU, and

V850E2M CPU are compatible at

the object level.

Processors

Not compatible

Compatible at the

object level

Not compatible

Data processing

System control

Compatible with up to

middle-range class

Compatible with up to high-end class

models with MIPS performance of

10 times higher

V850ES

V850

V850E1

V850ES

V850

V850E2M

V850E2

Other

manufacturers' 16-bit

microcontrollers

Other

manufacturers' 32-bit

microcontrollers

33 MHz

20 MHz

150 MHz

≥

200 MHz

High performance

5 Keys of V850

5 reasons why you should choose a V850 microcontroller

Roadmap/Features

6 7

1 2 3 4 5 6 7 8 9 ... 50 51

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