Transcript SH726x Series for HMI

SH726x Series for HMI
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© 2010 Renesas Electronics Europe. All rights reserved.
SH726x - Key Target Markets and Applications
Key Selling Points
• Huge internal SRAM upto 2.5 MByte
• CMOS Camera Interface + PAL/NTSC decoder
• Excellent Performance&Integration to BOM cost ratio
 Surveillance
 Rear Camera
 Video Doorbell
 Human Machine Interface
 Digital Audio/Video Devices
 Handheld Devices
 Vending Machines
 Lowest Cost Linux Systems
 Lowest Cost OpenVG HMI
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© 2010 Renesas Electronics Europe. All rights reserved.
SH7262 and SH7264 in Detail
High Efficient 32-Bit CPU Core
144 MHz CPU Clock Frequency
2 Execution Units delivering 356 Dhrystone MIPS
Single and Double Floating Point Unit compliant with IEEE754
Accelerates e.g. trigonometric operations like rotation
SH7264/2 block diagram
High-Density up to 1 MByte internal RAM
1 Bus cycle access time
64kB URAM
Support for Booting from SPI Flash Memory and NAND Flash Memory
External SPI serial flash is extremly cheap compared to onChip Flash
Very flexible: 128Kbit - 512Mbit serial Flash
16kB cache
LCD Controller VGA and 16 bit interface
2 Layers available for overlaying image over image
alpha blending
CMOS Camera Sensor Interface
Bus Interface Controller for glue less connection of
SRAM, SDRAM, NOR Flash Memory
16KB cache
SH-2A
CPU+FPU
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© 2010 Renesas Electronics Europe. All rights reserved.
16ch DMA
MTU2 + 16ch PWM
USB
2ch RSPI
CMT
2ch CAN
8ch SCIF
Watchdog
Video Display
controller with Camera
Interface
3ch I2C
SD
Card Interface
RTC
UBC AUD
H-UDI
Up to 2 CAN channels
Package
176-pin QFP (SH7262)
208-pin QFP (SH7264)
16-Bit 72MHz
BSC
8ch 10-Bit
ADC
USB 2.0 Host and Function Controller with integrated USB Transceiver
Low Current Consumption
Normal operation: Typ 100 mA
Sleep mode: typ. 60 mA
Standby mode: typ. 0.5 mA
Deep standby mode: typ 0.5 uA
1M or 640k SRAM
89-115 I/O pins
SH7266 and SH7267 in Detail
High Efficient 32-Bit CPU Core
144 MHz CPU Clock Frequency
2 Execution Units delivering 356 Dhrystone MIPS
Single and Double Floating Point Unit compliant with IEEE754
Accelerates e.g. trigonometric operations like rotation
High-Density up to 1.5 MByte internal RAM
1 Bus cycle access time
Support for Booting from SPI Flash Memory and NAND Flash Memory
New Approach. lot of SRAM instead of FLASH
External SPI serial flash is extremly cheap compared to onChip Flash
Very flexible: 128Kbit - 512Mbit serial Flash
LCD Controller VGA and 16 bit interface
2 Layers available for overlaying image over image
alpha blending
CMOS Camera Sensor Interface
8-bit @ 27 MHz
ITU.BT 601/650 (PAL/NTSC)
Bus Interface Controller for glue less connection of
SRAM, SDRAM, NOR Flash Memory
16KB cache
USB 2.0 Host and Function Controller with integrated USB Transceiver
Up to 2 CAN channels
Low Current Consumption
Normal operation: Typ 60 mA
Sleep mode: typ. 35 mA
Standby mode: typ. 1 mA
Deep standby mode: typ 3 uA
Memory
SRAM
1.5MB
URAM
64kB
cache
8kB + 8kB
System
System
Timers
Communication
Data Management
MTU2
16-Bit x 6ch
USB2.0
HS 1ch
Interrupt Cont.
WDT
8-bit 1 ch
CAN
2ch
Clock Generation
PLL IRC
CMT
16-bit 2 ch
External Bus 16bit
ROM, SRAM,
SDRAM, PCMCIA
UBC / H-UDI
PWM Timer.
16 ch
RSPI
2ch
DMAC 16ch
Real-Time CLK
8ch SCIF
Analogue
Package
144-pin QFP (SH7266)
176-pin QFP (SH7267)
ADC
10bit 6ch
Graphics
I2C
3ch
IEBus
1ch
Video Display
Controller
w./ camera i/f
SIOF
1ch
SSI(I2S)
4ch
SDHI
1ch
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© 2010 Renesas Electronics Europe. All rights reserved.
SH7268 and SH7269 in Detail
High Efficient 32-Bit CPU Core
266 MHz CPU Clock Frequency
2 Execution Units delivering 640 Dhrystone MIPS
Single and Double Floating Point Unit compliant with IEEE754
Accelerates e.g. trigonometric operations like rotation
High-Density up to 2.5 MByte internal RAM
1 Bus cycle access time
Parallel bus structure dedicated to SRAM
2D-Graphics Engine(RGPVG): OpenVG 1.1
Full support for Khronos OpnVG1.1 API
Reendering, Animation and Acceleration OpenVG w/o CPU
Support for Booting from QSPI Flash Memory and NAND Flash Memory
New Approach. lot of SRAM instead of FLASH
External SPI serial flash is extremly cheap compared to onChip Flash
Very flexible: 128Kbit - 512Mbit serial Flash
Memory
SRAM
2.5MB
URAM
64kB
cache
8kB + 8kB
System
System
Timers
Communication
Data Management
MTU2
16-Bit x 6ch
USB2.0
HS 1ch
Interrupt Cont.
WDT
8-bit 1 ch
CAN
3ch
Clock Generation
PLL IRC
CMT
16-bit 2 ch
External Bus 32bit
ROM, SRAM,
SDRAM, PCMCIA
UBC / H-UDI
PWM Timer.
16 ch
RQSPI SPImulti
2ch
1ch
DMAC 16ch
LCD Controller SVGA with 24 bit interface
3 layer overlay
Dot and window Alpha Blending
Chroma Keying
CMOS Camera Sensor Interface
8-bit @ 27 MHz
ITU.BT 601/650 (PAL/NTSC)
Bus Interface Controller for glue less connection of
SRAM, SDRAM, NOR, NAND, eMMC Flash Memory
16KB cache
USB 2.0 Host and Function Controller with integrated USB Transceiver
Up to 3 CAN channels
Package
SH7268 208pin QFP(0.5mm)
SH7269 272pinBGA(0.8mm) / 256pin QFP(0.4mm)
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© 2010 Renesas Electronics Europe. All rights reserved.
Real-Time CLK
Analogue
ADC
10bit 6/8ch
Graphics
Video Display
Controller
w./ camera i/f
RGPVG
OpenVG 1.1
PAL/NTSC
decoder
SCIF RSPI
5-8ch
2ch
I2C
2-4ch
SIOF
1ch
IEBus
1ch
SSI(I2S)
4ch
SDHI
1ch
SH726x Family
– Lowest BOM cost HMI solution from Renesas
SPI Flash
NOR
Flash
SuperH
MCU
Standard
MCU
Graphics
Driver IC
RAM
Multilayer
2
layer lowPCB
costfor
PCB
BGA package
SH726x incorporates LCD driver capability
=> save up to €2
SH726x incorporates up to 2.5MB of SRAM
=> save up to €1.5
SH726x boots from SPI flash (no need for NOR)
=> save up to €0.5
SH726x in a QFP package for lower cost PCB
=> save up to €1
Could you save up to 4.5€ on your HMI application?
* Prices are approximations and could vary depending your application
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© 2010 Renesas Electronics Europe. All rights reserved.
Large Internal SRAM – The Advantage
Standard FLASH MCU
boot
CPU
FLASH
CPU is booting from internal FLASH
CPU is operating from internal FLASH and SRAM
Everything in one package but inflexible in terms of memory size
operation
SRAM
Standard Romless MCU
boot
CPU
FLASH
NAND
NOR
CPU is booting from external FLASH
CPU is operating from external FLASH and SRAM
operation
Very flexible but high BOM cost and complicated PCB design
SDRA
M
Renesas SH726x
boot
SPI
FLASH
0.5M
0.5Mbit
bit
1Mbit
2Mbit
4Mbit
8Mbit
16Mbit
32Mbit
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CPU
4
CPU is booting from external serial SPI FLASH
SRAM
CPU is operating from internal SRAM only
operation
Most flexible , very low cost BOM, easiest PCB design due to low pin count SPI memory
and QFP Package of the micon
© 2010 Renesas Electronics Europe. All rights reserved.
On-chip large-capacity RAM
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© 2010 Renesas Electronics Europe. All rights reserved.
Key arguments
Internal SRAM with 2.5Mbyte capacity
Due to big SRAM - same easy usage as a FLASH device
Booting from a real low cost serial SPI Flash < 0.20€
After boot forget the serial Flash –> work from internal SRAM
After boot a it’s a real one Chip Solution – no external RAM, no NOR, no NAND
Lower BOM and PCB costs
QFP package allows 2 layer PCBs
smaller PCBs due to reduced external components
Smaller failure rates due to reduced external components
Enhanced Graphics performance
enough SRAM for double frame buffers, video buffer and program code
OpenVG 1.1 Vector Graphics Accelelerator – fully compliant to Khronos API
SVGA LCD controller with 3 layers for alpha blending and chroma keying blending
CMOS camera interface for video recording
Others
Good connectivity with USB, CAN and IEBUS
Good family concept w & w/o CAN & IEbus and 2 different memory configurations
Its a lot of SRAM onCHIP BUT its cheaper than expected
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© 2010 Renesas Electronics Europe. All rights reserved.
Tools
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© 2010 Renesas Electronics Europe. All rights reserved.
Renesas Starter Kit2+ for SH7264
Partnumber:
11
R0K572643S000BE
© 2010 Renesas Electronics Europe. All rights reserved.
HEW Development Environment and Sample Code
Inside the Renesas Starter Kit2+ for SH7264
• Renesas High Performance Embedded Workshop
Graphical IDE
• Renesas C/C++ Compiler
• Sample Code Projects to test all available peripherals
• New API like peripheral driver library that allows easily
test and access all the peripherals of SH7264 without
writing own code for it from scratch and reduces
datasheet look-ups by 80 percent.
• Free TCP uIP Stack with all the required protocols and
a lightweight web server
• Free USB stack
• Free FAT File System
• Linux BSP
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© 2010 Renesas Electronics Europe. All rights reserved.
Renesas SH2A optimized Audio library
AAC, MP3 and WMA highly optimzed library
SH7264 is clocked with 144Mhz.
AAC encode/decode CPU load for 2 channel audio: 30-50Mhz
MP3 encode/decode CPU load for 2 channel audio: 40-50Mhz
WMA decode CPU load for 2 channel audio:
40-50Mhz
CPU load for decode or encode is below 30 percent
Compact Size
MP3 Decoder: RAM about 103KB
AAC Decoder: RAM about 124KB
WMA Decoder: RAM about 186KB
Library utilizing SH2A Floating Point Unit
Improved Audio Quality
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© 2010 Renesas Electronics Europe. All rights reserved.
Segger emWIN
emWin is an efficient graphical user interface (GUI) for any application that operates
with a graphical LCD.
It is compatible with single-task and multitask environments
Proprietary operating system (emBOS)
Any commercial RTOS (ucOS-II)
emWin is shipped as "C" source code.
Graphing Widget
Window & Widgets
Alpha Blending
Drop-Down Widget
& Line Drawing
A complete ready to use EmWin+EmbOS BSP for SH7264 RSK is available under:
http://www.segger.com/cms/downloads.html
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© 2010 Renesas Electronics Europe. All rights reserved.
HMI solution providers for SH726x family
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© 2010 Renesas Electronics Europe. All rights reserved.
Renesas SH2A optimized JPEG library
Very useful for MotionJPEG (MJPEG) animations
MJPEG is commonly known on picture cameras for video recording
JPEG Compression by Base-line Method
Compress & Expand Full Color Data (24-bit/pixel) by about 1/10 to 1/20
Conversion Speed
Compression: About 0.37 Second (SH7261@80MHz)
Expansion:
About 0.28 Second (SH7261@80MHz)
Sampling Ratio: Y : Cb : Cr = 4:1:1
VGA(640dots x 480dots x 3): About 460,000 Pixels
Compact Size
Encode: ROM about 4.4KB / RAM about 1.2KB
Decode: ROM about 4.4KB / RAM about 4.7KB
SH2A CPU could be used for MJPEG en- and decoding
compress video stream from external camera to allow proper storage
playback of MJPEG video from other sources
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© 2010 Renesas Electronics Europe. All rights reserved.
Input Data
（RGB Format）
QCIF（160 * 144 * RGB）
About 50K Bytes
JPEG Data
Customers program
(RGB To YCbCr) *
Decode
Library
Customers program
(YCbCr To RGB) *
Encode
Library
About 5K Bytes
OpenVG Layer Hierarchy
Authoring tools like Adobe
CS or Electrobit can be used
to create SVG files for
conversion to OpenVG
OpenVG image is written in C
language
Application
Appli.
API
OpenVG Lib
OS
OS / Non OS
Rendering
Physical
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OpenVG Engine
© 2010 Renesas Electronics Europe. All rights reserved.
Parser/Converter
This Library coming from
Renesas. This library provide
standart OpenVG API for
applications which make use of
the SH7268/9 OpenVG Accelerator.
Display Control
Display Output
Memory Management
RAM
SuperH Visualisation Eco System
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© 2010 Renesas Electronics Europe. All rights reserved.
Processor Platinum Partners
emtrion GmbH
MPC Data Ltd.
System Integrator Services
Official Partner of MS, QNX
Offers starter kits.
System Integrator Services
Official Partner for MS, MV, etc
Runs shlinux.com
emtrion GmbH
Greschbachstr.12, 76229 Karlsruhe
Phone: +49 721 62725-20 GERMANY
E-mail: [email protected]
MPC Data Limited
County Gate, County Way
Trowbridge, BA14 7FJ, Wiltshire UK
E-mail: [email protected]
Phone: +44 (0) 1225 710600
Emtrion HiCO.SH3
Emtrion HiCO.SH7760/80
www.emtrion.com
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© 2010 Renesas Electronics Europe. All rights reserved.
MPC SH7712
MPC EDOSK7760/80
www.shlinux.com
Processor Platinum Partners
Ivrea Sistemi Srl
System Integrator Services
Excellent Renesas MCU/MPU experience.
Contact: [email protected]
www.ivreasistemi.it
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© 2010 Renesas Electronics Europe. All rights reserved.
Processor Software Partners
Applied Informatics
TES
Excellent SuperH experience
GUI Design House
Embedded&Enterprise Linux Experts
High Class GUI Guilliani
Founder
and maintainer of the POCO application
framwork
Located in Austria, Carinthia
www.appinf.com
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www.tesbv.com
Renesas Electronics Europe
© 2010 Renesas Electronics Europe. All rights reserved.