Renesas | Single-Chip Microcomputer SH7203 | SuperH Microprocessor Solutions

SuperH Microprocessor Solutions
Technology Update
Applicatiion
Optimized
SH-Navi
SH-Mobile
Signal Processing and
Control for Industrial &
Networking applications
Multi-Core
Multi-Core
SH-3
SH-2
SH-1
1993 1995
2000
2008
• General-purpose and
application-optimized
solutions deliver excellent
performance and many
features, including
power-efficient operation,
at competitive price points
• Portable devices, personal navigation devices
• DVCs, DSCs, image processing equipment, etc.
왘
Human Machine Interfaces (HMI)
• Home appliances, medical equipment
• Printers, fax machines, copiers
• Platform solution strategy
saves time and resources
by encompassing hardware,
operating systems, drivers,
development tools,
middleware, and
SDK-level support
• Factory automation equipment, machine tools
• POS terminals, handheld devices
왘
Automotive and transportation systems
• Car navigation systems, CIS telematics
products, multimedia equipment
왘
Among others
SH-7265*
(Dual-core)
SH7203/SH7263
SH7262/SH7264
SH7670
SH-2A
왘
• Networking/Internet equipment
SH-7786*
(Dual-core)
SH-4
SuperH Advantages
• Digital audio and media players, electronic
picture frames
SH-7722
SH-7723
SH-7763
SH-4A
Key Applications
Entertainment and communication
SH-7775*
Navigation Products
Multimedia Mobile Devices
Embedded Control Systems
for Digital Audio, Automotive,
Industrial, Consumer applications
Operating System focus
(Linux, WinCE, QNX*, etc.)
MULTIMEDIA + CONTROL TASKS
Recommended
for New Designs
REAL-TIME CONTROL
Devices in the superscalar SH-2A CPU
family with floating point unit and many
peripheral functions are ideal for digital
audio, display and control applications.
Products in the superscalar SH-4A CPU
family with floating point unit, MMU and
on-chip media processing blocks are ideal for
multimedia and portable applications. These
advanced RISC processors are supported by
a comprehensive range of upgraded Renesas
HW/SW system development tools and
reference design platform examples, as well
as products and services from a global
network of third-party suppliers.
Technology Roadmap
Micro-kernel and RTOS focus
(ThreadX, proprietary, etc.)
Renesas Technology, the #1 global supplier
of microcontrollers, created and continues to
expand and enhance the popular top-end
SuperH® family of microcontrollers (MCUs)
and microprocessors (MPUs) for embedded
RISC applications. This product brief
highlights just the latest devices in the
SuperH MPU product line, recommending
SoC solutions for new designs (see
Technology Roadmap, right).
• Superscalar architecture
with FPU in single-scalar
cost range provides faster
application execution
(more MIPS/MHz) so
end systems can offer
better performance
* Automotive applications only
• Global investment in Linux
ecosystem for SuperH devices
supports this operating system
with a unified kernel, tools, and
driver structure
• Renesas, an industry leader,
boasts a superb reputation
worldwide for high quality
and has tremendous resource
depth in manufacturing
facilities, LSI design,
platform design, RF technology,
communication protocols, etc.
• The broad span of
technologies in which
Renesas makes ongoing
investments includes
audio/video processing,
graphics, GPS, WLAN, SiP
packaging, etc.
SuperH Solutions Technology Update: SH-2A CPU
Processors
with SH-2A
Superscalar
CPU
The SH-2A CPU core
is a 32-bit superscalar
design, upward
compatible from the
SH-2 CPU, which
executes two instructions
in parallel for twice the
throughput. Thus, MPUs
in the SH-2A series
provide more MIPS at
lower clock frequencies —
for example, 480
Dhrystone MIPS at
200MHz — so they
consume less power
and generate less noise.
They provide an on-chip
hardware Floating Point
Unit (FPU) that
accelerates math
operations and signal
processing algorithms,
providing up to
2MFLOPS/MHz
performance. The devices
have fast interrupt
response and make
single-cycle context
switches. Moreover,
the SH-2A devices are
members of a scalable
product family, ensuring
a long product life.
SH7203/7263: Embedded Digital Audio Processors
with LCDC and USB 2.0 High-speed Host
Combining connectivity, LCD display controller, and digital audio
processing with a 200MHz SH-2A CPU that can handle both control
and human-machine interface (HMI) tasks
The microcontrollers in the SH7203/7263 series are single-chip solutions for car audio, home audio, and
similar digital audio and media systems, as well as HMI applications requiring an LCD GUI. Operating
at speeds up to 200MHz, they deliver enough performance to handle both signal processing for playing
encrypted digital audio files and displaying digital pictures, and embedded control tasks like motor
control. They include a high-speed USB 2.0 host interface for portable-audio-player connectivity, an LCD
controller for WVGA-size color screens, and a CD-ROM decoder (SH7263 only) and additional audio
peripherals, among many other on-chip functions.
These MPUs are supported by a comprehensive suite of system development tools and evaluation boards
from Renesas and partners. This support includes the Renesas SH7263 Evaluation Board with VGA TFT
LCD, which comes with Express Logic’s ThreadX® RTOS and USBX™ and FileX® products, as well as
Swell Software’s Peg™ GUI library product. The result is a ready-to-go solution that’s robust and saves
man-months of development time.
SH7203/SH7263 Benefits:
SH7263 Block Diagram
왘 Provides enough computing power to handle
both control and signal-processing tasks
왘 Allows MP3, WMA, AAC, and similar voice and
music data compression and expansion processing
to be executed by a single chip at a slower frequency
with a smaller program
왘 Enables implementation of multi-CODEC compatibility
by software alone for greater design flexibility
왘 Offers high ROM code efficiency, allowing reductions
in memory size and power consumption
왘 Connects via USB 2.0 to portable audio players
and other devices and peripherals
왘 Incorporates many functions required for audio systems,
SH-2A
200MHz
BSC
ROM, SRAM,
SDRAM, PCMCIA
FPU
Instr.
Cache
8KB
Data
Cache
8KB
URAM
64KB
16KB
DMAC
8 ch
INTC
PIO
SRC
RTC
NAND
Flash
I/F
I2C
4 ch
16-bit
CMT
2 ch
MTU2
5 ch
WDT
Hi-speed
SSI
4 ch
CAN
2 ch
SSU
2 ch
DAC
8-bit
2 ch
CDR
DEC
LCDC
SCIF
4 ch
ADC
10-bit
8 ch
USB 2.0
Host/Function HS
1 ch
IE Bus
SD
Card
IF
making possible system cost-reductions
왘 Has CAN controller that implements robust networking
option
왘 Includes timer functions that can produce a 3-phase
output for controlling AC motors
왘 Power management modes optimized for tasks being performed, helping to maximize battery life
왘 Provides comprehensive support tools that help shorten system development cycles so products get to market in less time
For new system
designs, the
SuperH products
recommended in
the SH-2A series
are the following:
왘
SH7203/SH7263
왘
SH7670
왘
SH7262/SH7264
SH7265 Dual-core Processor for High-performance Automotive Control
Asynchronous dual-core architecture for embedded systems uses two 200MHz
SH-2A CPU cores to deliver up to 960 MIPS while keeping power consumption low
The 32-bit SH7265 dual-core processors achieve up to 960-MIPS/800-MFLOPS performance
(at 200MHz) — performance that, when combined with the on-chip peripheral functions, addresses the
design requirements of many high-end automotive engine, body control and safety system applications.
They save power while delivering the fast real-time control and processing performance that previously
required a DSP chip. Each of the chip’s SH2A-FPU cores has an 8KB cache, and there are 64Kbytes of
URAM on CPU0 (the primary CPU) and 32Kbytes on CPU1 (the secondary CPU). In a typical application,
CPU0 might provide system control, while CPU1 handles tasks such as motor control or communication
control. The SH7265’s many built-in peripherals include a USB v2.0 High-Speed (480-Mbps) interface,
ATAPI interface, and 2D graphics engine WQVGA/QVGA-size RGB outputs for image/video output
processing. Four separate clocks and six power-down modes allow tight control over power consumption.
The multi-core debugger connects using the same E10A H-UDI port connector that has been used in the past.
www.america.renesas.com
SH7670: Embedded Processors with Ethernet MAC and High-speed USB 2.0 Host
Delivering the performance, integration and connectivity needed for
home networking, office automation and industrial networking applications
The MPUs in the SH7670 series have a 200MHz SH-2A 32-bit CPU core with FPU and integrate an Ethernet MAC, USB high-speed host/function
controller and many other peripheral functions. They deliver the high-speed instruction execution, low-power operation, and built-in functionality needed for creating advanced designs for applications such as network hubs and gateways, security and DRM license-management functions,
NAS equipment, digital A/V products and multi-node industrial control systems, among many others. One standout feature of these devices is the
fast Host Interface (HIF) that enables another system CPU to offload I/O and connectivity functions to the powerful SH7670.
These microprocessors are supported by a comprehensive suite of
system development tools and evaluation boards from Renesas
and partners. For example, the Renesas M3A-HS71G50 board
with Express Logic’s ThreadX® RTOS and networking products
implements a thoroughly proven solution that saves system
development time and cost.
Simple NAS example
SH7670 Board
SDRAM
SDRAM
Flash
Software
SH7670 Benefits:
NAS/Application/Webserver
왘 Provides HIGH computing power (1.8MIPS/MHz) for handling control
plus signal-processing tasks
SH-2A
200MHz
FILEX
왘 Offers high ROM code efficiency so less external memory is needed
INTC
USBX
왘 Interfaces seamlessly with the main CPU in embedded systems,
offloading it to make more computing bandwidth available for control
and communication functions
ThreadX
BSC
ROM, SRAM
RAM
32KB
Host I/F
2KB x 2
DMAC
8 ch
Ethernet
Switch
NetX
왘 Delivers high-throughput connectivity via Ethernet and USB 2.0 ports
for efficient interfacing to systems, subsystems and other chips
Cache
Inst. 8KB
Data 8KB
Device
Drivers
Renesas
Reference Design
JTAG
CPG
WDT
CMT
E-DMAC
10/100
Ethernet
MAC
SDIO
(opt)
SSI
2 ch
I2C
SCIT
3 ch
USB 2.0
Host/Function
480 Mbps
왘 Integrates a rich peripheral set that maximizes system performance,
reduces the system BOM, achieves a smaller footprint on the circuit board
왘 Operates with relatively low power consumption and offers power-down modes for optimizing power dissipation according to the tasks being performed, thus
helping to maximize battery life and enabling “green” system designs
왘 Provides comprehensive support tools and products that help shorten system development cycles so products can be moved to market quicker
SH7262/7264: Microcontrollers with 1Mbyte On-Chip SRAM
for Digital Audio and Graphical Dashboard Applications
Supporting a VGA-size TFT-LCD panel without external SDRAM and implementing
most of the electronics of mid-range and low-end systems in a single chip
The highly integrated 144MHz MPUs in the SH7262 and SH7264 series target mid-range
and low-end consumer, automotive and industrial such as digital audio systems and graphical
dashboards for automobiles. Containing many hardware functions and 1MB of SRAM, they
make it possible to design — mainly with a single chip —products that provide powerful
graphics capabilities or TV display functions. The chips can handle timing, communication,
interface, decompression, display drive, motor control, data conversion, and other tasks.
For system development, an on-chip debugging function and the E10A-USB emulator can be
used. Other support products include the soon to be available Renesas SH7264 Evaluation
Board with VGA TFT-LCD and Express Logic’s ThreadX® RTOS and USBX, FileX
products, as well as Swell Software’s Peg GUI library. Middleware supports compression
standards such as MP3, WMA, and AAC.
SH7262/7264 Benefits:
왘 No external SDRAM needed for a
WQVGA-size TFT-LCD panel display
왘 Extensive peripheral integration for
compact, low-cost system designs
왘 Motor-control PWM timer can control
the display of up to four gauges
SH7264 Block Diagram
SH2A-FPU
144MHz
Inst
cache
8KB
Data
cache
8KB
URAM
64KB
(VRAM)
BSC
DMAC
16ch
INTC
PIO
SRC
2ch
SRAM, NOR,
SDRAM
SRAM
1MB
I2C
3ch
CMT
2ch
MTU2
5ch
WDT
RTC
NAND
Flash
I/F
SCIF
8ch
SSI (I2S)
4ch
SPDIF
1ch
RCAN
2ch
SIOF
1ch
USB
HOST
SDHI
RSPI
2ch
CDROM
DEC
Video In (BT.656)
Display Control
IEBus
1ch
ADC
(10-bit)
8ch
(Digital RGB)
왘 Optional SDIO, CAN or IEBus interfaces
facilitate networked applications
option
SuperH Solutions Technology Update: SH-4A CPU
For new system
designs, the
SuperH products
recommended in
the SH-4A series
are the following:
왘
SH7763
왘
SH7722/7723
Offering the performance, peripherals and support needed for
network-connected, industrial, and office applications, among many others
The high-performance SH7763 has high peripheral integration, provides standards-based network
connectivity, and includes an MMU for advanced RTOS support. It’s an excellent choice for a wide range
of industrial, commercial and consumer products and systems that require Ethernet and USB connectivity. Its superscalar SH-4A 32-bit RISC CPU with FPU offers 480 MIPS and 1862 MFLOPs performance
at 266MHz, more than sufficient for use with advanced operating systems. The extensive set of peripherals includes a DDR1/2 memory interface, SD I/F, LCD panel control, IP-Sec accelerator, PCI bus I/F, and
more. The internal SuperHyway bus improves application performance by allowing simultaneous
transfers of data between memory and peripherals at high speeds. The easy-to-use HEW integrated development environment includes support for the E10A JTAG debugger. Designs are accelerated using the
SH7763RDP reference design platform, with BSPs for Windows®CE and Linux®.
SH7763 Benefits:
embedded environments
왘 Saves power by providing fast application
execution throughput with a low clock
frequency (achieves 1.8MIPS/MHz)
FPU
Adv
Debug
MMU
D-Cache
32KB
RAM
16KB
왘 Supports Linux, WinCE, and other RTOSs
with graphics libraries for driving highresolution displays
왘 Has high-bandwidth internal bus that
supports fast peripheral functions
왘 Connects to external DDR SDRAM for high
PCI
External bus
Local
Bus
External bus
DDR I/F
External bus
JTAG
LCDC
Peripheral 1
왘 Readily handles compute-intensive tasks in
I-Cache
32KB
Bus
Bridge
DMAC
6 ch.
Timers
Security
GbitEth
2 ch.
USBH or
USBF
system-memory bandwidth
왘 Allows network routing applications that
Peripheral 0
SH-4A
266MHz
SuperHyway
response in feature-rich, high-level
operating systems
SH7763 Block Diagram
Internal Cache/RAM
왘 Achieves high performance for quick
SuperHyway bridge
The SH-4A 32-bit
superscalar CPU core is
upward compatible from
the SH-4 CPU and
executes two instructions
in parallel for twice the
throughput, like the SH-2A
CPU. Thus, MCUs in the
SH-4A series provide
more MIPS at lower clock
frequencies — up to
720 Dhrystone MIPS
at 400MHz — so they
consume less power and
generate less noise. The
on-chip hardware Floating
Point Unit (FPU) provides
up to 7 MFLOPS/MHz
performance for
accelerating math
operations and signal
processing algorithms.
A DDR1/DDR2 interface to
external memory enables
higher system throughput
and allows the use of
mainstream DRAM chips
for good availability and
low system cost.
The devices have fast
interrupt response and
make single-cycle context
switches. Finally, Renesas
has many automotive and
industrial customers for
the SH-4A devices and
maintains long product
life cycles for the chips.
SH7763: Highly Integrated Embedded Processor
with MMU, Ethernet, USB and More
Instruction/Operand
Processors
with SH-4A
Superscalar
CPU
MMC I/F
RTC
Serial
6 ch.
INTC
AC97
GPIO
I2C
2 ch.
I2S
4 ch.
A/D, D/A
simplify cabling
왘 Provides integrated connectivity to
additional peripherals and other host systems
왘 Protects network data without degrading applications that run simultaneously
SH7775: SH-Navi Series Processor for
Automotive Navigation and Information Systems
Enables superior car information systems at lower prices by
delivering 1-GIPS/4.2-GFLOPS throughput capabilities, a
3D-graphics engine, GPS baseband module, and more
The SH7775 is optimized for automotive applications — specifically navigation systems and other
in-vehicle car information system products. The device achieves 1 GIPS/4.2 GFLOPS performance at
600MHz and incorporates a GPS baseband processing function and an enhanced 2D/3D graphics engine
with PowerVR® MBX from Imagination Technologies, Ltd., for generating maps and 3-D images.
Capabilities of this engine include triangle 3D drawing and texture mapping.
This SoC processor also provides many additional peripherals essential for next-generation in-vehicle
safety and convenience systems that work better, offer more features, and cost less. The on-chip
peripherals encompass the functions essential for target applications to save cost and space. The Renesas
E10A-USB emulator aids system development environment and the SH7775’s on-chip debugging function
allows real-time debugging at 600MHz. A reference platform with appropriate functions accommodates
custom user functions. It can be used as a verification environment and a software development tool.
www.america.renesas.com
SH7722/7723: SH-MobileR Series Processors for Multimedia Mobile Products
Enabling multimedia devices that require both high performance and low power consumption
The SH7722 and SH7723, application processors in the SH-MobileR series, deliver the high level of audio, video and communication
performance essential for leading-edge portable multimedia products, as well as the power efficiency necessary for long battery life.
The SH7723 can operate up to 400MHz for up to 720MIPS and 2.8GFLOPS processing.
X/Y bus
Bus
Bridge
XY
RAM
16KB
DSP
JTAG
Serial
Timers
INTC
왘 Provides most or all of the necessary multimedia peripheral
functions, thus enabling compact, low-cost designs
MMU
I2C
Video
2DG
JPEG
I-Cache
32KB
Adv
Debug
NAND I/F
Sound
USB
DMAC
왘 Supports the latest audio and video technologies,
including 2-way H.264 video at 30fps
Peripheral
SH-4A
333 MHz
SuperHyway Bus
D-Cache
32KB
Cache/RAM
SH7722 Benefits:
SH7722 Block Diagram
Instruction/Operand
The SH7722 has a low-power video processing unit that allows
the display of smooth moving images equivalent to that of
standard TV when decoding a compressed signal at bit rates up
to 12Mbps. The SH7723 has a L2 cache and provides among
its many peripheral functions MPEG4, H.264 and JPEG
accelerators. The Migo-R Linux® reference design supports the
SH7722, and the DiamondHead platform for the SH7723 will be
available soon, offering support for Linux and Windows®CE.
SD I/F
RAM
16/128KB
LCDC
I/O Port
왘 Interfaces seamlessly with and offloads the main CPU
(PFC)
S/BSC
so it has more computing bandwidth for performing
control and communication functions
External
왘 Saves power by providing fast application execution throughput
with a relatively low clock frequency (achieves 1.8MIPS/MHz)
왘 Is supported by the Linux-based Migo-R reference design
왘 Enables shorter system development cycles
SH7723 Block Diagram
왘 Needs fewer external functions, saving cost and board space
SH-4A
400MHz
왘 Connects to external SDRAM, NOR and NAND flash memory
왘 Drives high-resolution WVGA displays that deliver a rich GUI experience
SH7723 Benefits:
왘 Can be used as a media coprocessor, freeing up the host controller
BSC
NOR Flash
(Async
Memory I/F)
DDR1 I/F
DDR1
NAND
왘 Drives high-resolution displays that can deliver a rich GUI experience
2DG
2D Graphic
Accelerator
L2-Cache
256KB
I2 C
VIO5
5M-Pixel Camera I/F,
Image & Blend
Function
VIO5
Camera
Module
(Max
5M-Pixel)
MeRAM
128KB
LCD
Controller
PAL/NTSC
Encoder
CMT
1 ch
SIO
1 ch
DMAC
6 ch
TMU
TPU
4 ch
HUDI/
AUD
INTC
SCIF
6 ch
SIOF
2 ch
RWDT
UBC
2 ch
SIU2
Sound Accelerator,
DSP Function,
Equalizer, Filter
VOU
Touch-Panel I/F
ADC
4 ch
RTC
1 ch
USB 2.0
Host & Func.
Sound
CODEC
32-bit
x3 ch
I2C
1 ch
ATAPI I/F
VOU
TV-Out
NTSC/PAL
왘 Diamond Head Reference Design Platform exemplifies fewer
KEY
Scan
CPG
PLL/DLL
IrDA
왘 Draws faster, better-quality maps and produces clear TV pictures
왘 Power-saving architecture and modes
VPU5F
MPEG4/H.264
VC1
Processing Unit
D-Cache
32KB
(NAND Flash I/F)
decoding at 30fps up to 8Mbps
than comparable systems
I-Cache
32KB
MMU
FLCTL
왘 Enables bi-directional video H.264/MPEG4 VGA-size encoding and
왘 Compact 16-bit-wide instruction set requires 30-40% less memory
FPU
SD Card SD Card
I/F
I/F
TS-IF
DVD I/F
ISDB-T or
DVB-H
DMB Tuner
Module
I/O Port
Audio
Player
SD
Card
WiFi
external functions being required and supports Linux,
Windows CE and other RTOSs
SH7786 Dual-core Processors for High-performance Multimedia Systems in Automobiles
The advanced devices for automotive applications achieve 1920 MIPS
performance and have an 800MB/s PCI Express bus interface
The 32-bit SH7786 processors harness the processing power of dual SH-4A CPU cores to deliver performance levels up to 1920 MIPS, using
a 533MHz clock. They incorporate an internal PCI Express bus interface capable of high-speed data transfers at up to 800Mbytes/second.
This makes it possible to reduce system power consumption and implement complex processing tasks such as image recognition and
sophisticated graphics by connecting the microcomputers to external high-performance devices via PCI Express bus links. To aid software
development, the chips also provide H-UDI (User Debug Interface) and AUD (Advanced User Debugger) on-chip debug functions for
performing real-time debugging and trace collection, even at the processors’ 533MHz maximum operating frequency.
SuperH Solutions Technology Update: Support Products
Tools for
Evaluation, Design
and Debugging
Renesas and third-party suppliers
provide a wide range of hardware
and software tools and other
support services. The products
Renesas offers cover all stages
of the development of embedded
systems that use SuperH MCUs
and MPUs.
왘
Evaluation
Low-cost or no-cost
Renesas tools make it easy
to discover the capabilities of
SuperH MCUs and test the
problem-solving power of
popular support tools. Those
tools include the following:
HEW 4 Integrated Development Environment
Project Build System
Project
Generators
Analysis
Tools
Project Manager
– Graphical control of compiler/linker options
– Function browser
– Drag and drop code templates
– Built-in (or external) project make
Project
Navigation
Output Window
– Shows messages
from build and
find-in-files
– Linked to source
in editor
– Version-control log
C/C++
Variable
Watch
Built-in Editor
Manual
Navigator
– Syntax-sensitive
coloring
– Multiple files
open at once
– Source-level
debugging
Stack
Trace
Integrated
Debugging
Complex
Break
Conditions
Full Bus Trace
Virtual Desktop
• HEW IDE with complete
SW toolchain (optimized
C compiler and more)
• Evaluation boards (EDKs)
for testing code on known
working hardware
• Renesas Interactive
(www.renesasinteractive.com),
a website with tutorials and
free PC-controlled lab setups
for experimenting with chips
and tools
왘
System Design
Proven/tested products
are available that combine
processors, external peripheral
functions, and SW to help
jump-start new system
designs. Examples include:
• Renesas Starter Kits (RSKs)
with basic functionalities
• Reference platforms that
implement the key functions
of specific types of
applications and allow
customization.
왘
Debugging
Code can be developed using
the compiler and SW tools in
the HEW environment. Bugs
can be tracked down using
on-chip emulators or full
in-circuit emulators.
Test
Environment
Local
Variable
Watch
– Allows multiple screen
layouts to be recalled
at the click of a button
Memory View
– Highlights
changed values
Autoupdater
Utility
Flexible and FREE
Licensing
Target Server
Powerful, versatile and easy to use,
HEW facilitates code optimization.
It includes an optimized C compiler, linker, debugger and RTOS kernel awareness.
A free version can be downloaded from america.renesas.com/hew.
Examples of Available Hardware
UART
RJ-45
USB
Host
E-10A
Audio Out
Expansion
Slot
The
SH7722
Migo-R
platform facilitates the development of WiFi Video VoIP
products, surveillance
cameras, digital media/TV player
devices, portable navigation units, and
dual-mode (WiFi and GSM) mobile phones.
The Renesas E10A emulator uses an OCD
host-target connection for download, run
control and trace operations.
Panel
Board I/F
RGB
Monitor Out
SH7763
MMC
Card Slot
Power In
The SH7763RDP Reference Design Platform and WVGA
panel facilitates development of industrial HMI and
networked and control applications using Linux or
Windows CE OS.
The SH7263 Media Player reference
development system plays MP3,
AAC, WMA, or WAV format music
while displaying
JPEG photos.
This system
uses Express
Logic’s
ThreadX,
USBX, NetX,
FileX and
PegX, saving
man-months
of development time.
www.america.renesas.com
SuperH Support from Express Logic:
ThreadX® RTOS and More
왘
SuperH Support from
SWELL Software:
PEG® Family of GUI
Development Tools
왘
ThreadX® — Real-time operating system
Peg Pro™
• For complex, high color GUI
• Optimized — small, fast and easy to use
• Multiple graphics layers
• Royalty-free
• Transitions, switches, sliders
왘
NetX™ — TCP/IP Stack
왘
• Optimized for speed and small size
Peg+™
• For controllers, panels
• Royalty-free with source code
• Full Widget library
왘
FileX® — MS DOS FAT File management system
• Fast, small footprint, event driven
• Royalty-free with source code
• Supports a variety of physical media: RAM disk,
Flash (CompactFlash, MemoryStick, and DiskOnChip)
왘
C/Peg™
• For QVGA and smaller displays
• Small footprint
왘
USBX™ — Universal Serial Bus (USB) protocol stack
• Limited widget library
• Supports Host and function
• Royalty-free with source code
SH-2A
SH-4A
SH-Mobile
Samples
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SuperH Solutions Technology Update
SuperH MPU Selector Guide
64KB,
16KB
SH7262
SH7264
SH7670
Y
Y
2
N
5
4
8
200
8
8
Y
Y
2
N
5
R5S72620W144FPU
144
8
8
Y
Y
N
N
10 3
R5S72621W144FPU
144
8
8
Y
Y
2
N
10 3
R5S72620P144FPU
144
8
8
R5S72621P144FPU
144
8
R5S72640W144FPU
144
R5S72641W144FPU
144
64KB,
1MB,
32KB
Y
Y,
SPI
SRAM,
SDRAM
4
16
Y
Y
N
N
10 3
8
Y
Y
2
N
10 3
8
8
Y
Y
N
N
10 3
8
8
Y
Y
2
N
10 3
R5S72640P144FPU
144
8
8
R5S72641P144FPU
144
8
R5S76700B200BG
200
R5S76700D133BG
133
64KB,
1MB,
32KB
Y
Y,
SPI
SRAM,
SDRAM
16
MTU2,
CMT,
RTC
1 17 8
2
4 82
LCD Controller
N
MTU2,
CMT,
RTC
GPIO
4
Power Down Modes
5
8-bit DAC (ch)
N
10-bit ADC (ch)
2
Interrupt Controller (ext.)
Y
Watchdog
N
R5S72633P200FP
WVGA,
16Bpp
1 17 8
2
Special Features
Temp. (°C)
Package
SSI
-40 to +85
240QFP
32x32,
0.5mm
SSI, CDROM
controller
-40 to +85
SSI, CDROM
controller, IEBus
-40 to +85
4 82
MTU2,
CMT,
RTC
-20 to +85
1 17 4
-
4 89
SSI,
Video
controller,
VGA TFT
MTU2,
CMT,
RTC
CDROM cont,
-40 to +85
Sample rate
conversion,
-40 to +85
Decompression
unit,
-20 to +85
IEBus,
1 17 8
-
-20 to +85
Camera input
4 89
Y
N
N
10 3
8
Y
Y
2
N
10 3
-40 to +85
8
8
N
Y
N
10/100,
EDMAC
3
1
-20 to +70
8
8
N
Y
N
10/100,
EDMAC
3
1
R5S76710B200BG
200
8
8
R5S76710D133BG
133
8
8
SH7763
R5S77631Y-266BGV
266 32
32
SH7722
R8A77220AC266BAV
266 32
32
16KB
R8A77220AC266BGV
266 32
16KB,
128KB,
4KB
32
R8A77230C400BG
400 32
32
N
N
Y
256KB,
16KB
Y
Y
SRAM,
SDRAM,
PCMCIA
Y
SRAM,
SDRAM,
DDR, PCMCIA
Y
SRAM,
SDRAM,
PCMCIA
Y
SRAM,
SDRAM,
DDR, PCMCIA
6
1
9
-
-
3 86
-
STIF, SSI, HIF
Y
Y
N
10/100,
EDMAC
3
1
-20 to +70
Y
Y
N
10/100,
EDMAC
3
1
-40 to +85
Y FS N
2ch x
10/100/
1G
6
2
Y Fn N
N
6
1
TMU, CMT,
RTC, TPU
TMU, CMT,
RTC, TPU
6
12
-40 to +85
-40 to +85
CMT
8
Y Fn N
N
6
1
Y
N
8
1
Y
N
240QFP
32x32,
0.5mm
-20 to +85
Y
32KB
SH7723
Y
SRAM,
SDRAM
8
Timers
8
I2C
8
SRAM,
SDRAM
Serial
200
Y
Ethernet
R5S72630P200FP
Y
CAN
SH7263
64KB,
16KB
USB2.0 480Mbps Host/Fn
8
SDIO
8
Peripherals
DMAC channels
200
Ext. RAM
R5S72030W200FP
Ext. NOR
Cache Operand (KB)
SH7203
Connectivity
Ext. NAND
Ordering
Part Number
Internal RAM (High speed, Data)
Group
Cache Inst. (KB)
Memory
Max Frequency
CPU
1 33 4
1
9
-
2
-
5
3
UBC, PCIC, SSI,
HAC, SIM, STIF
Y
Y
1024
x
1024
24bpp
TMU, CMT,
RTC, TPU
1
9
4
-
3
Y
176QFP
24x24mm
0.5mm
208QFP
28x28mm
0.5mm
256QFP
18x18
0.8mm
-20 to +75
499BGA
21x21
-40 to +85
417BGA
17x17
-40 to +85
449BGA
21x21
MPEG4/H.264, VPU,
Video IO, JPEG, 2D -40 to +85
Graphics, STIF, ATAPI
449BGA
21x21
DSP, H.264, VPU,
Video IO, JPEG,
2D Graphics, STIF,
Keyscan, SIM
NOTES:
ACRONYMS:
SH-2A is Superscalar with FPU,
Vcc = 1.2V, Advanced User Debug
MTU2 Motor timer
SSI
Serial Sound Interface
UBC
User Break Controller
TPU
Timer pulse unit
CMT
Compare-Match Timer
STIF
Serial Stream Interface
TMU
Timer Unit
SIM
Smart card interface
RTC
Real-Time Clock
HIF
Host Interface
HAC
Audio codec interface
VPU
Video Processing Unit
SH-4A is Superscalar with FPU,
Vcc = 1.2V, Advanced User debug
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Corp. SuperH® is a registered trademark of Renesas Technology Corporation. All other trademarks are property of their respective
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