Next Generation HMI Solutions
RZ Embedded Microprocessors
www.renesas.eu
2013.11
The RZ Family
Embedded Microprocessors
The RZ is a new family of embedded microprocessors that retains the ease-of-use of Renesas microprocessors
(MPUs) while combining Renesas’ proprietary technologies with the ARM® ecosystem, fusing control and information
technology (IT) to provide the solutions necessary for the smart society of the future.
RZ Family Roadmap
RZ/N Series
Connectivity
RZ/A Series
Human Machine Interface
All aspects of everyday life, such as home appliances, industrial equipment, building management, power grid, and
transportation, are becoming more technologically advanced, and the emergence of a smart society interconnected
through the cloud is nigh. To meet the demands of this smart society, microprocessors are required to have IT
networking capability, human machine interface display capability, faster data processing capability, and so on in
addition to providing high performance and power saving control for devices. It was in this environment that the
RZ Family was developed as a new lineup of high-end embedded microprocessors that employ an ARM® core.
2
www.renesas.eu
The RZ/A Series
Introduction
The RZ/A family extends the SuperH (SH726x) based family including the peripheral functions for driving a display and
providing a scalable solution from the lowest performance SH2A based devices up to the 400 MHz ARM® Cortex-A9
solutions.
RZ/A Roadmap
RZ/A1-H
@400 MHz
10 MB SRAM
USB, Ether, LCDC
RZ/A1-M
@400 MHz
Performance MHz
RZ/A1-L
@400 MHz
5 MB SRAM
USB, Ether, LCDC
3 MB SRAM
USB, Ether, LCDC
>266 MHz Cortex A9® Core
<266 MHz SH2A Core
7268/9
@266 MHz
2.5 MB SRAM
USB, LCDC
726A/B
@216 MHz
1.25 MB SRAM
USB
7262/4
@144 MHz
7266/7
@144 MHz
1 MB SRAM
USB, LCDC
1.5 MB SRAM
USB, LCDC
Key Features of the RZ/A Family
Up to 10 MB on-chip large-capacity RAM for low system
cost and higher performance
Up to WXGA screen size supported with OpenVG
hardware acceleration
>> The 10 MB on-chip RAM enables image data for two
screens of WXGA size image display to be saved as a
frame buffer. It also makes this the device with the
largest SRAM in the world.
>> The 10 MB of SRAM allows designers to build a system
without any external SDRAM, and offers a significantly
decreased system cost.
>> The device features a dedicated LCD controller able to
support 4 layer overlay and drive up to two WXGA
screens concurrently.
>> An OpenVG 2D graphics engine is also included in
order to support vector graphics operations.
400 MHz MCU core with advanced Bus structure to
increase performance
>> RAM block is split into 5 separate blocks with a multilayer bus to ensure the CPU can fetch code and write
data as well as the LCD controller accessing the RAM
concurrently.
>> This removes the significant bottleneck of current day
HMI systems
Boot and Execute from QSPI
>> No need for NOR flash, which can be replaced by
cheaper QSPI flash
>> Execute in place supports running code directly from
the external serial flash.
3
RZ/A System Diagram
SPI-Multi
IO
RZ/A
ARM Cortex A9®
400 MHz
USB 2.0
USB
Memory
HDD
NO Flash
SDRAM
2D Graphic
Accelerator
Various
Interfaces
Video
Out
Ethernet
Reduce
external
memory
Reduce
display
controller
Display
Video
In
PHY
LAN
External
Bus
Large-capacity RAM 10 MB
SD/MMC
I/F
Serial Flash
(Store F/W)
Camera
RZ/A Product Table
Industrial
R7S721001VLBG
–
1ch 1ch/5ch/2ch
– 21ch + 16ch
–
–
8ch x
–
12-bit / –
16ch 3.3 V + 1.18 V BGA324 Automotive
R7S721001VCBG
–
BGA324 5ch/8ch/4ch
1ch/5ch/2ch
– 21ch + 16ch
–
–
8ch x
–
12-bit / –
16ch 3.3 V + 1.18 V BGA324
R7S721000VCBG
–
BGA256 5ch/8ch/4ch
1ch/5ch/2ch
– 21ch + 16ch
–
–
8ch x
–
12-bit / –
16ch 3.3 V + 1.18 V BGA256
R7S721010VLFP
–
QFP256 5ch/8ch/4ch
1ch/5ch/2ch
– 21ch + 16ch
–
–
8ch x
–
12-bit / –
16ch 3.3 V + 1.18 V
QFP256
R7S721010VCFP
–
QFP256 5ch/8ch/4ch
1ch/5ch/2ch
– 21ch + 16ch
–
–
8ch x
–
12-bit / –
16ch 3.3 V + 1.18 V
QFP256
RZ/A-M R7S721011VLBG
–
1ch 1ch/5ch/2ch
– 21ch + 16ch
–
–
8ch x
–
12-bit / –
16ch 3.3 V + 1.18 V BGA324 Automotive
R7S721011VCBG
–
BGA324 5ch/8ch/4ch
1ch/5ch/2ch
– 21ch + 16ch
–
–
8ch x
–
12-bit / –
16ch 3.3 V + 1.18 V BGA324
Industrial
R7S721010VCBG
–
BGA256 5ch/8ch/4ch
1ch/5ch/2ch
– 21ch + 16ch
–
–
8ch x
–
12-bit / –
16ch 3.3 V + 1.18 V BGA256
Industrial
R7S721020VLFP#YB0
–
QFP176 4ch/5ch/4ch
1ch/5ch/2ch
–
21ch
–
–
8ch x
–
12-bit / –
16ch 3.3 V + 1.18 V
QFP176
Automotive
R7S721020VCFP#YB0
–
QFP176 4ch/5ch/4ch
1ch/5ch/2ch
–
21ch
–
–
8ch x
–
12-bit / –
16ch 3.3 V + 1.18 V
QFP176
Industrial
R7S721021VLFP#YB0
–
1ch 1ch/5ch/2ch
–
21ch
–
–
8ch x
–
12-bit / –
16ch 3.3 V + 1.18 V
QFP208
Automotive
R7S721021VCFP#YB0
–
QFP208 4ch/5ch/4ch
1ch/5ch/2ch
–
21ch
–
–
8ch x
–
12-bit / –
16ch 3.3 V + 1.18 V
QFP208
Industrial
R7S721020VCBG#YB0
–
BGA176 4ch/5ch/4ch
1ch/5ch/2ch
–
21ch
–
–
8ch x
–
12-bit / –
16ch 3.3 V + 1.18 V BGA176
Industrial
RZ/A-L
QFP208 4ch/5ch/4ch 2ch
2ch
2ch
up to XGA (1024 x 768)
BGA324 5ch/8ch/4ch 5ch
2ch
400 MHz
10 MB SRAM
5 MB SRAM
BGA324 5ch/8ch/4ch 5ch
Starter Kit
Qualification
QFP256
Others Features*
Packages
16ch 3.3 V + 1.18 V
Supply Voltage [V]
8ch x
–
12-bit / –
DMA
–
Analog Features
–
A/D / D/A-Converter
– 21ch + 16ch
TFT Control
1ch/5ch/2ch
Clock Speed [MHz]
QFP256 5ch/8ch/4ch
PWMs
–
Special Timers
R7S721000VCFP
Timer Channels
(8-bit/16-bit/32bit)
Automotive
Ethernet
QFP256
USB
16ch 3.3 V + 1.18 V
CAN
8ch x
–
12-bit / –
SPI/UARTs / I2C
–
Pins
–
RAM [Byte]
– 21ch + 16ch
Size [KB]
1ch/5ch/2ch
Part Number
Subclock 32.768 kHz
Miscellaneous Information
Int. Osc.
Timers & other Peripherals
QFP256 5ch/8ch/4ch
3 MB SRAM
Cortex A9
Interfaces
–
RZ/A-H
4
Memory
R7S721000VLFP
Nickname
Core
Device
Industrial
OpenVG,
PAL/NTSC,
RTC;SDHC;
optional
Automotive
security module
Industrial
Industrial
yes
PAL/NTSC,
RTC;SDHC;
optional
security module
www.renesas.eu
The RZ/A1-H Series
RZ/A1-H in Detail
High Efficient 32-bit CPU Core (Cortex A9®)
>> 400 MHz CPU Clock Frequency
Single and Double Floating Point Unit Compliant
with IEEE754
>> Accelerates e.g. trigonometric operations like rotation
High-Density up to 10 MByte Internal RAM
>> Parallel bus structure dedicated to SRAM
2D-Graphics Engine OpenVG 1.1
>> Full support for Khronos OpenVG 1.1 API
>> Rendering, 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 extremely cheap compared
to on-chip flash
>> Very flexible: 128 Kbit – 512 Kbit serial flash
>> Execute in place
LCD Controller XGA (1024 x 768) with 24-bit interface
>> 4 layer overlay
>> 2ch video input, 2ch display out with 1ch LVDS
>> Dot and window Alpha Blending
>> Chroma Keying
Bus Interface Controller for glue less connection of
>> SRAM, SDRAM, NOR, NAND, eMMC, Flash Memory
>> 128 KB cache
10/100 EtherMAC 1ch
2ch USB 2.0 Host and Function Controller with
integrated USB Transceiver
Up to 5 CAN channels
Package
>> 256-pinBGA (0.5 mm)/256-pin GFP (0.4mm) / 324-pin
BGA (0.8 mm)
Memory
SRAM
10 MB
SRAM Cache
128 KB
Cache
32 KB + 32 KB
System
Data Management
DMAC 16ch
Interrupt Controller
Timers
Communications
16-bit x 5ch
MTU2
10/100
Ether MAC
WDT
CAN
32-bit 2ch
PWM Timer
16ch
Real-Time CLK
Clock Generation
with SSCG
JTAG Debug
Graphics
Audio
SCUX
4ch ASRC
Analog
ADC
12-bit 8ch
USB2.0
OS Timer
Sound Generator
Encryption
Engine
Customer
Unique ID
5ch
8-bit 1ch
HS 2ch h/f
NAND Flash
I/F
External Bus 32-bit
ROM, SRAM,
SDRAM, PCMCIA
SCIF
RSPI
IC
IEBus
SSI(I2S)
SPDIF
SDHI
MMC
8ch
3ch
2
Video Display
Controller w/ LVDS 2ch
OpenVG 1.1
Enhanced eng.
PAL/NTSC
dec. 2ch
CMOS Camera I/F
1ch
Fish Eye Correction
2ch
JPEG Engine
1ch
4ch
1ch
6ch
2ch
1ch
1ch
MOST50
1ch
Smart Card I/F
2ch
1x UART/CSI
Simple 12C
IrDA
1ch
LINmtr
2ch
5
The RZ/A1-M Series
RZ/A1-M in Detail
High Efficient 32-Bit CPU Core (Cortex A9®)
>> 400 MHz CPU Clock Frequency
Single and Double Floating Point Unit Compliant
with IEEE754
>> Accelerates e.g. trigonometric operations like rotation
High-Density up to 5 MByte Internal RAM
>> Parallel bus structure dedicated to SRAM
2D-Graphics Engine OpenVG 1.1
>> Full support for Khronos OpenVG 1.1 API
>> Rendering, 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 extremely cheap compared
to on-chip flash
>> Very flexible: 128 Kbit – 512 Kbit serial flash
>> Execute in place
LCD Controller XGA (1024x768) with 24bit interface
>> 4 layer overlay
>> 2ch video input, 2ch display out with 1ch LVDS
>> Dot and window Alpha Blending
>> Chroma Keying
Bus Interface Controller for glue less connection of
>> SRAM, SDRAM, NOR, NAND, eMMC, Flash Memory
>> 128 KB cache
10/100 EtherMAC 1ch
2ch USB 2.0 Host and Function Controller with
integrated USB Transceiver
Up to 5 CAN channels
Package
>> 256-pinBGA (0.5 mm)/256-pin GFP (0.4 mm) /
324-pin BGA (0.8 mm)
6
Memory
SRAM
5 MB
SRAM Cache
128 KB
Timers
Communications
16-bit x 5ch
MTU2
10/100
Ether MAC
WDT
CAN
Cache
32 KB + 32 KB
OS Timer
System
PWM Timer
Data Management
DMAC 16ch
Interrupt Controller
32-bit 2ch
16 ch
Real-Time CLK
Clock Generation
with SSCG
Sound Generator
JTAG Debug
Graphics
Encryption
Engine
Customer
Unique ID
Audio
SCUX
4ch ASRC
Analog
ADC
12-bit 8ch
5ch
8-bit 1ch
USB2.0
HS 2ch h/f
NAND Flash
I/F
External Bus 32-bit
ROM, SRAM,
SDRAM, PCMCIA
SCIF
RSPI
IC
IEBus
SSI(I2S)
SPDIF
SDHI
MMC
8ch
3ch
2
Video Display
Controller w/ LVDS 2ch
OpenVG 1.1
Enhanced eng.
PAL/NTSC
dec. 2ch
CMOS Camera I/F
1ch
Fish Eye Correction
2ch
JPEG Engine
1ch
4ch
1ch
6ch
2ch
1ch
1ch
MOST50
1ch
Smart Card I/F
2ch
1 x UART/CSI
Simple 12C
IrDA
1ch
LINmtr
2ch
www.renesas.eu
The RZ/A1-L Series
RZ/A1-L in Detail
High Efficient 32-bit CPU Core (Cortex A9®)
>> 400 MHz CPU Clock Frequency
Single and Double Floating Point Unit Compliant
with IEEE754
>> Accelerates e.g. trigonometric operations like rotation
High-Density up to 3 MByte Internal RAM
>> Parallel bus structure dedicated to SRAM
Support for Booting from QSPI Flash Memory
>> New Approach lot of SRAM instead of FLASH
>> External SPI serial flash is extremely cheap compared
to on-chip flash
>> Very flexible: 128 Kbit – 512 Kbit serial flash
>> Execute in place
LCD Controller XGA (1024 x 768) with 24-bit interface
>> 3 layer overlay
>> 1ch video input, 1ch display out
>> Dot and window Alpha Blending
>> Chroma Keying
Memory
SRAM
3 MB
SRAM Cache
128 KB
Cache
32 KB + 32 KB
Communications
System
CAN
Data Management
2ch
DMAC 16ch
Timers
Interrupt Controller
MTU2
Clock Generation
with SSCG
Bus Interface Controller for glue less connection of
>> SRAM, SDRAM, NOR, eMMC, Flash Memory
>> 128 KB cache
10/100
Ether MAC
JTAG Debug
Encryption
Engine
Customer
Unique ID
10/100 EtherMAC 1ch
2ch USB 2.0 Host and Function Controller with
integrated USB Transceiver
Package
>> 176-pin QFP (0.5 mm)/176-pin BGA (0.5 mm) /
208-pin QFP (0.5 mm)
WDT
8-bit 1ch
OS Timer
32-bit 2ch
HS 2ch h/f
External Bus 32-bit
ROM, SRAM,
SDRAM, PCMCIA
SPImulti
1ch
SCIF
RSPI
IC
IEBus
SSI(I2S)
SPDIF
SDHI
MMC
5ch
Real-Time CLK
3ch
2
4ch
Sound Generator
Audio
Up to 2 CAN channels
16-bit x 5ch
USB2.0
1ch
4ch
1ch
SCUX
4ch ASRC
Graphics
Analog
Video Display
Controller 1ch
MOST50
CMOS Camera I/F
Smart Card I/F
ADC
12-bit 8ch
1ch
2ch
1ch
1ch
2ch
RZ/A1-H/-M/-L Package Selection
RZ/A1-H
✔
✔
✔
RZ/A1-M
✔
✔
✔
256-pin BGA
0.5 mm pitch
11 mm x 11 mm
(Non Auto Grade)
256-pin QFP
0.4 mm pitch
28 mm x 28 mm
324-pin BGA
0.8 mm pitch
19 mm x 19 mm
RZ/A1-L
✔
✔
✔
176-pin BGA
0.5 mm pitch
8 mm x 8 mm
(Non Auto Grade)
176-pin QFP
0.5 mm pitch
24 mm x 24 mm
208-pin QFP
0.5 mm pitch
28 mm x 28 mm
7
RSK & Eco-System
Renesas Starter Kit (RSK)
Speed your time to market with the Renesas starter kit.
The Kit includes everything you will need to start your
development.
The kit includes:
>> WVGA touch panel for HMI development
>> Segger JTAG-lite debugger
>> Embedded IDE and compiler with evaluation licence
>> Sample code peripheral drivers
Part Number
YR0K77210S001BE
TFT Display
No
Debugger
Yes
YR0K77210S002BE
Yes
No
YR0K77210S003BE
Yes
Yes
RZ Eco-System
A wide range of operating systems, tools, IDEs and software are available for the RZ/A from both Renesas and partners.
HMI-GUI Partners
RTOS Partners
Renesas and Partners
Tools & IDE
Before purchasing or using any Renesas Electronics products listed herein, please refer to the latest product manual and/or data sheet in advance.
www.renesas.eu
© 2013 Renesas Electronics Europe.
All rights reserved. Printed in Germany.
Document No. R01CL0031ED0100