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Unitronic_Electronics-Vorlage-nur Footer auf erster und letzter Seite
YOUR STRATEGIC PARTNER
FOR EMBEDDED SOLUTIONS
ELECTRONICS
UNITRONIC GmbH
Mündelheimer Weg 9
40472 Düsseldorf
Telefon 0211 / 95 110
Telefax 0211 / 95 11 111
info@unitronic.de
PART OF
LAGERCRANTZ GROUP
e best in class specification. The registered trademarks are proprietary of respective
owners. For the latest in formation please check the website: www.iwavesystems.com
Phone
, 26786245
iW-Product-Catalog-BR-R1.8
INDEX
Content
1
Page No.
1. About Us
2
2. Engineering Design Services
3
3. FPGA IP Cores
4
4. Microcontroller Expertise
5
5. Linux Expertise
6
6. Windows Embedded Compact 7 Expertise
7
7. Vx Works Expertise
8
8. Comparison of SODIMM SOM Modules
9
9. RZ/G1E SODIMM System On Module
10
10. RZ/G1E SODIMM Development Kit
12
11. i.MX6 SODIMM System On Module
14
12. i.MX6 SODIMM Development Kit
16
13. i.MX6UL SODIMM System On Module
18
14. i.MX6UL SODIMM Development Kit
20
15. Comparison chart for Q7 SOM’s
22
16. RZ/G1M,G1N Q7 System On Module
24
17. RZ/G1M Q7 Development Kit
26
18. i.MX6 Q7 System On Module
28
19. i.MX6 Q7 Development Kit
30
20. Cyclone V SOC Q7 System On Module
32
21. Cyclone V SOC Q7 Development Kit
34
22. DM8168 Q7 System On Module
36
23. DM8168 Q7 Development Kit
38
24. i.MX6 MXM System On Module
40
25. i.MX6 MXM Development Kit
42
26. RZ/G1E Pico ITX Single Board Computer
44
27. i.MX6 Pico ITX Single Board Computer
46
28. Arria 10 SoC System On Module
48
ABOUT US
iWave looks back with pride at a decade and half of technological experience absorbing and resolving
technical complexities that enables large corporations to focus on its core competencies and succeed by
shortening their product development life cycle. iWave is a midsized, well-co-ordinated company located
in Bangalore with 180 passionate staff. The company renders its expertise in diverse yet focused domains
which include industrial, automotive and medical.
iWave boasts of numerous IP's few of which can be licensed. Hardware IP's include System on Module
(SOM) and Single Board Computer (SBC). Software IP's include Board Support Package (BSP) and NDIS
drivers. Processor Cores, Peripheral Cores, Interface Cores, Storage Cores and Video Interface Cores are
some of the FPGA IP core categories including legacy cores like x86 IP core.
iWave's business model is flexible and strives to adapt to customer requirements. iWave recognized the
opportunity in embedded industry to have a proven set of well-tested electronic sub-systems that could be
reused across multiple products and industry segments. This realization led to the design of System on
Modules (SOM). These well tested and proven industry standard modules helped our clients reduce the
development cycle by almost 50% and cut down on the time to market.
In terms of hardware design all the intricate electronics are integrated on to the SOM, which helps
customers to focus only on application specific hardware design. Unlike our competitors, iWave provides
customized BSP's (Board support packages) for Linux, Android and Windows Embedded Compact 7
platforms, which are developed in-house. This enables iWave to support its clients with the BSP's for
various OS platforms in unison with the hardware. iWave is proud to be one of the few companies to pioneer
solutions on the Qseven form factor.
In a nutshell, iWave has the right set of experience, hardware, software, FGPA skills and business strategy
to be a dependable technology partner. In addition to these compelling factors, iWave pursues on the path
of continual quality improvement which constitutes to successful business.
Domain Focus
2
Engineering Design Services
Design Services Offered
Hardware: Board Design services based on
PRODUCT
CUSTOMER
Embedded Controllers/Processors/DSP that
includes Low and High Speed Design, inhouse
Multilayer PCB Design, Signal integrity & other
required analysis and Testing.
MARKET
CONCEPT
Our Strengths: With Very minimal / Zero Cuts and
Straps in prototyping incorporating Design for
Manufacturing (DFM) and Design for Testability
(DFT).
PRODUCTION
DESIGN
QUALITY
ENGINEERING
SAMPLES
CERTIFICATION
Processors: Wide experiencing in providing
solutions using SOC’s like NXP, Renesas, TI, ARM,
Altera, Xilinx, Microsemi and Windows Embedded.
Concept to Market
· i.MX6x, i.MX6UL, i.MX6 POP, Vybrid, MPC864x, i.MX27, i.MX257, i.MX258, i.MX233,
i.MX50, i.MX51,i.MX53, PowerPC 860, 8260, 750/755 from Freescale/NXP
· Keystone II, DM355/64xx, DSP TMS320C6455, OMAP 3530, AM4377x, DM8168, Cc2541,
OMAP 850 from TI
· ARMDA/PXA610, MC200, PXA255, PXA270 from Marvell, Atom Z5xx from Intel, AT91RM9200 from Atmel
and RZ/G1M, SH4 from Renesas
Software and Wi-Fi :
Application
Streaming
TCP/IP
GUI Frame
Wi-Fi Stack
Protocol
Security Features
Wi-Fi Features
Open
WEP 64/128Bit
Wi-Fi station
SoftAP (Hotspot)
Wi-Fi Direct
APIs
WPA2 AES/TKIP
WPA AES/TKIP
Drivers
Displays
Video
Camera
Storage
Bootloader
3
Wi-Fi
Others
FPGA IP Cores
FPGA IP Cores:
Processor Cores:
80186XL Processor
80188XL Processor
80188EB Processor
80186EC Processor
Peripheral Cores:
8237 DMA Controller
8259A Interrupt Controller
8254 Programmable Timer
8251 Serial Controller
8530 Multi-Protocol Controller
Storage Cores:
SATA Host Controller
SDXC Host Controller
SD / SDIO / MMC Host Controller
SD Memory Slave Controller
SDIO Slave Controller
NAND Flash Controller
ATAPI Host Controller
Interface Cores:
PCIe-ISA Bridge
iWave Systems is a leading FPGA design house with a
wide range of FPGA IPs. iWave has catered to multiple
customers across the globe by customizing and
integrating the IPs, thereby reducing the effort, time to
market and cost factors. iWave has a bundle of well
tested and proven FPGA IP cores, which include Intel
80186 compatible Processor & peripheral cores, bus
interfaces cores, video/multimedia cores and storage
cores. All the FPGA IP cores provide standard and simple
user interface for ease of use.
Our FPGA services include Design/Development,
Testing/Verification, Test suite development and RTL
coding. We provide turnkey development services in
FPGA for High Speed Bus interfaces, protocols and
transceivers, Integration of modules, Multi-million gates
PCIe to UART Bridge
PCI Controller
Serial FPDP (sFPDP)
FPGA Design Service Case Studies:
DMA Core for PCIe Hard IP
PCIe to SD-MMC Bridge
High resolution display controller
SDIO to UART Controller
Health care terminal
Video Interface Cores:
ARINC 818-2
Signalling control system
Color Space Conversion
Camera/HDMI Video Input Interface
LCD/HDMI Video Output Interface
Alpha Blender
Video Encoder Interface
Video Decoder Interface
Video DeInterlacer
Video Scaler
Chroma Resampler
Radio board development
I-chart application
Rear view camera
Router Platform
OC 48 Reference platform
4
Microcontroller Expertise
5
--------------------------------
-------------------------------CC 2541 based BLE
sensor module
--
---
---------
BLE 4.0 support
50Mb RAM
256Mb Flash
SP02 sensor via SPI
------------------
----------------------------------
------------------
----------
ARM7 TDMI based
Reference platform
LCD / Touch screen
FPGA based logic
Mp3 decoding, ADPCM
CF and SD memory I/F
c Linux with microwindows /PIM support
------------------
Synergy SK-S7G2
Healthcare Sensors
MQTT, IoT protocol for cloud
Ethernet Wi-Fi connectivity
--------------------------------
------------------
Renesas Synergy based
Healthcare IoT
------------------
------------------
----------------------------------
ARM Cortex M4 + ARM
Cortex A5 MCU
MQX RTOS & Linux
USB 2.0, LCD, ADC, DAC
256 Mb DDR3 RAM
256 Mb NAND Flash
-----------------------------
-----
---------------------
----------------------------------
------------
------
------ -----
---------------------
ARM Cortex M3
512 KB SRAM
512 KB EPROM
Flash up to 1 Mb
------------------
------------------
----------------------------------
------ -----
-------------------------------88MC200 based M2M
Communication Device
------
------
-----------------------
Vybrid VF5xx/VF6xx SOM
-----------
LED, GPIO, ADC, I2C, Reset
In-Style Programming
Flash Programming
Custom protocol between
PlC & i.MX6
-------------------
-------------------
PlC18F85J11 based project
-----------------------
-----------------------------
--------------------------------
--------------------------------
Linux Expertise
Linux Application
Streaming
Protocol
TCP/IP
GUI Frame
APIs
Linux Kernel Versions
Linux 2.6.19/3.0.35/3.10.14/3.10.53/3.10.61
Linux Drivers
Audio
eMMC
RTC
DDR3
Touch
DPRAM
LVDS/
LCD
QSPI
NOR
I2C
SPI
CAN
SATA
HDD
SD
Ethernet
UART
CSI/
MIPI
Power Management
Character
LCD
Wi-Fi
USB Full speed/
High speed
GPIO
NAND
Flash
Bootloader
Boot Medias
MiniSD, MicroSD, Ethernet, QSPI NOR, NAND, USB and eMMC
Processor Based Hardware Platform
Developed
Ported
6
Windows Embedded Compact Expertise
WEC Application
Win32/MFC
Applicaton
Silverlight GUI
Apps
Test Application
WEC Device Drivers
Audio
eMMC
RTC
DDR3
Touch
DPRAM
LVDS/
LCD
QSPI
NOR
I2C
SPI
GPIO
SATA
HDD
CSI/
MIPI
SD
Ethernet
UART
Power Management
Character
LCD
Wi-Fi
USB Full speed/
High speed
NAND
Flash
CAN
E-Boot / U-Boot Loader
Boot Medias
SD,MicroSD,Ethernet,QSPI NOR,NAND and eMMC
Windows Embedded Compact Versions
WEC5.0/6.0/6.0R3/7.0/2013
Processor Based Hardware Platform
NXP
i.MX27
NXP
i.MX51
Developed
7
NXP
i.MX53
NXP
i.MX6x
Ported
Altera
Cyclone
V SoC
VxWorks Expertise
VxWorks Application
Test Application
Windml
RTP
VxWorks OS
Audio Out
Compact
Flash(CF)
EEPROM
Touch
SRAM
LVDS LCD
I2C
SPI
GPIO
GPMC
QSPI NOR
LED
SWITCH
SD
Ethernet
UART
Seven
Segment LED
PRUICSS
Ethernet
VME Shared Memory
Network Driver
RTC
HDLC Frame
Protocol
USB Full Speed/High
Speed
VxWorks Boot Loader
Boot from QSPI
NOR Flash
Ethernet
Boot from SD
VxWorks Version
VxWorks 6.6
VxWorks 6.9
VxWorks 5.51
Hardware
Ti’s
AM4337
NXP’s
i.MX272
Developed
Motorola’s
5110
Motorola’s
MPC740
Ported
8
Comparison of SODIMM SOM Modules
Features/SODIMM SOM
CPU
PMIC
Graphics Core
Hardware Codecs
RAM
i.MX6 Quad /Dual
SODIMM SOM
i.MX6 DL/Solo
SODIMM SOM
RZ/GIE SODIMM
SOM
i.MX6 Quad/Dual core Cortex
A9 CPU @up to 1GHz
i.MX6 Dual Lite/Solo core Cortex
A9 CPU @up to 1GHz
Renesas RZ/G1E Dual core
Cortex A7 CPU @1GHz
i.MX6 Ultra Lite Cortex
A7 CPU @528MHz
NXP PF0100
Discrete power regulators
NXP PF3001
OpenGL ES2.0,OpenVG1.1
Power VR SGX540@260MHz
-
NXP PF0100
OpenGL ES3.0,OpenVG1.1
H.264 1080p encode and decode
H.264 1080p encode and decode
H.264 1080p encode and decode
1GB DDR3 RAM (expandable)
1GB DDR3 for DL CPU &512MB
for solo CPU (expandable)
512MB DDR3 RAM (expandable)
Flash Storage
4GB eMMC Flash(Expandable)
4GB eMMC Flash(Expandable)
NOR Flash
2MB SPI NOR (expandable)
2MB SPI NOR (expandable)
Micro SD*
-
-
4GB eMMC Flash(Expandable)
i.MX6UL SODIMM
SOM
256MB DDR3 (expandable)
256MB NAND flash(expandable)
Optional eMMC Flash
2MB SPI NOR (expandable)
QSPI Flash (Optional)
On-Module Micro SD Slot
On-Module Micro SD Slot*
SODIMM edge connector Interfaces
PCIe Ports
PCIe Gen2.0 x 1 Port
SATA Ports
1 Port
Ethernet
10/100/1000 Mbps-1 Port
PCIe Gen2.0 x 1 Port
-
-
10/100/1000 Mbps-1 Port
10/100/1000 Mbps-1 Port
10/100 Mbps-1 Port
-
10/100 Mbps-2 Port
USB 2.0 Host
1 Port
1 Port
1 Port
-
USB 2.0 OTG
CSI 8-bit Camera
Port
24 Bit RGB LCD IF
12S Audio
1 Port
1 Port
1 Port
2 Ports
1 Port
1 Port
1 Port
1 Port
1 Port
SD
1 Port
HDMI 1.4
1 Port
1 Port
LVDS
1 Port
1 Port
1 Port (Optional)
1 Port
1 Port
1 Port
1 Port
1 Port
1 Port
1 Port
1 Port
1 Port
Debug UART
Data UART
3 Ports
3 Ports
Up to 6 Ports
3 Ports
CAN
2 Ports
2 Ports
2 Ports
2 Ports
SPI
I2C
2 Ports
2 Ports
2 Ports
1 Port
PWM
4 Ports
4 Ports
3 Ports
2 Ports
3.3V, 2A Typical
3.3V, 2A Typical
GPIOs
JTAG
Power Input
3.3V, 2.5A Typical
Operating
Temperature
-40 C to +85 C Indstrial
0 C to +70 C Commercial
Form Factor
OS Support
-40 C to +85 C Indstrial
-40 C to +85 C Indstrial
0 C to +70 C Commercial
67.6mmx37mm SODIMM
67.6mmx37mm SODIMM
67.6mmx37mm SODIMM
67.6mmx29mm
Linux 3.14.38, WEC7*,
Android Lollipop 5.0.0
Linux 3.14.38, WEC7*,
Android Lollipop 5.0.0
Linux 3.10.31,
Android Kitkat 4.4.2*
Linux 3.14.38
Note: * Optional features are not supported by default
9
3.3V, 1A Typical
-40 C to +85 C Indstrial
0 C to +70 C Commercial
System On Module iW-RainboW-G22M-SM
RZ/G1E SODIMM Module
iWave’s RZ/G1E based SODIMM system on module
integrates power efficient ARM Cortex A7 Dual core
operating @ 1GHz speed. The SOM packed with rich set of
features and IO peripherals. It integrates HD hardware
codecs, 3D graphics acceleration, DDR3 RAM, eMMC flash,
Micro SD slot, Gigabit and 10/100 Ethernet PHY. The SOM is
ideally suitable for low power cost effective general
embedded, industrial and video intensive applications.
APPLICATIONS: HMI & Access Control, Digital Signage,
Industrial Control, IOT gateway, Healthcare devices, Point of
sale, Network & high vision camera, Home & Office
automation and White goods & applicances.
iW-RainboW-G22M-SM
HIGHLIGHTS
Dual Core ARM Cortex-A7 @ 1GHz
Dual channel HD encode & decode
Built in SGX540 3D Graphic
acceleration
Dual On-SOM Ethernet PHY
SPECIFICATIONS
CPU
Renesas’s RZ/G1E CPU @ 1GHz
Dual Core ARM Cortex A7
SGX540 Graphic Core @ 260MHz
Memory
1
512MB DDR3 (Expandable to 2GB )
4GB eMMC Flash (Expandable )1
2MB SPI NOR Flash (boot code)
Micro SD slot (Optional)
Communication
Gigabit Ethernet PHY - 1 Port
Industrial temperature support
available
Compact SODIMM form factor
Quick time to market
Technical & Quick customization
support
Long term support: 10+ years
10/100 Ethernet PHY - 1 Port
SODIMM Edge Interfaces
Debug USRT - 1 Port
10/100/1000 Ethernet - 1 Port
2
10/100 Ethernet - 1 Port
24bpp RGB display - 1 Port
8-bit CMOS Camera - 1 Port
2
2
SD(4-bit) - 1 Port
USB2.0 host - 1 Port
USB2.0 device - 1 Port
DATA UART - up to 6 Ports
CAN - 2 Ports
I2S audio - 1 Port
PWM - 2 Nos
I2C - 2 Ports
SPI - up to 2 Ports
PWM & GPIOs
JTAG Port
Temperature
-40°C to +85°C Industrial
Form Factor
67.6mm x 37mm SODIMM
Power Input
3.3V @ 2A through SODIMM Edge
Operating Systems : Linux 3.10.31
Note1: By default 512MB DDR3 and 4GB eMMC only supported. Contact iWave systems for memory expansion support.
Note2: 10/100 Ethernet RMII and 8-bit camera interface is multiplexed in the CPU. At a time anyone can be used. By
default 8-bit camera interface is supported in the SOM.
10
RZ/G1E SODIMM SOM BLOCK DIAGRAM
DDR3 (32bit)
DDR3 - 512MB
(Upgradable)
GMII x 1
EtherAVB
DBSC
100/1000Mbps
100/1000Mbps Ethernet
Ethernet PHY
1,2
VI1
MMC
eMMC - 4GB
(Upgradable)
EtherMAC/
VI1
MMC
100Mbps
Ethernet PHY
(Optional)
RMII x 1
USB OTG x 1
USB0
QSPI
SPI Flash - 2MB
(Upgradable)
100Mbps
1
Ethernet
USB Host x 1
QSPI
USB1
SD (4bit) x 1
SDHI0
SODIMM
PCB Edge
Connector
(200 Pin)
RGB LCD (24bpp) x 1
Micro SD
Connector
SD (4bit)
SDHI1
DU0
CPU
RZ/G1E
I2S x 1
SSI3/SSI4
CAN x 2
CAN0, CAN1
I2C3
RTC Controller
VRTC
HSCIF1,
HSCIF2
SCIF1, SCIF2
SCIF3, SCIF5
UART (with CTS & RTS) x 2
UART x 4
Debug UART
SCIF4
MSIOF1,
MSIOF2
SPI x 2
I2C x 2
I2C3, I2C5
PWM x 3
TPU0, TPU2,
TPU3
GPIOs
GPIOs
JTAG
2
JTAG
Voltage Level
Translator
Power to
Peripherals
On - Board
Regulators
VRTC
3.3V
1 Since EtherMAC and VI1 multiplexed in CPU, either one only can be used at a time. By default VI1is supported.
2 Since VI1 and MSIOF1 are shared the same SODIMM Edge pins, either one only can be used at a time. By default VI1is supported.
11
OS SUPPORT
DELIVERABLES
OPTIONAL /MODULES
CUSTOM DEVELOPMENT
Linux 3.10.31
RZ/G1E SODIMM Module
Board Support Packages
User Manual
RZ/G1E Development Kit
Camera Module
BSP Development/OS Porting
Custom SOM/Carrier Development
Custom Application/GUI Development
Design Review and Support
Development platform iW-RainboW-G22D-SODIMM
RZ/G1E SODIMM platform
iWave’s RZ/G1E SODIMM development kit incorporates RZ/G1E
SODIMM SOM which is based on Renesas power efficient Dual
core ARM Cortex A7 CPU cores operating @1GHz speed. The
development board can be used for quick prototyping of various
applications targeted by the RZ/G1E processor. With the 100mm
x 72 mm Pico ITX size, the kit is highly packed with all the
necessary on-board connectors to validate the RZ/G1E CPU
features.
APPLICATIONS: HMI & Access Control, Digital Signage,
Industrial Control, IOT gateway, Healthcare devices, Point of
sale, Network & high vision camera, Home & Office automation
and White goods & appliances.
iW-RainboW-G22D-SODIMM
HIGHLIGHTS
SPECIFICATIONS
Dual Core ARM Cortex-A7 @
1GHz
RZ/G1E SODIMM SOM:
Renesas’s RZ/G1E CPU @ 1GHz
SGX540 Graphics core @ 260MHz
RGB display - 1 Port
Resistive touch controller
Hardware HD encode & decode
512 MB DDR3
4GB eMMC Flash
CAN PHY - 1 Port
Serial console on USB Port
Built in SGX540 3D Graphic
acceleration
10/100/1000 Ethernet PHY
Micro SD Slot
IO expansion headers
JTAG header
SODIMM Carrier board:
Gigabit Ethernet - 1 Port
Power Supply:
5V@2A DC Input
USB 2.0 host - 2 Ports
Operating Temperature:
4.3” display kit with resistive
touch screen
Ultra-compact form size
100mm x 72mm
Data UART - 1 Port
USB2.0 device - 1 Port
0 C to 60 C
SD Slot - 1 Port
OS Support:
8-bit CSI Camera - 1 Port
Audio Codec, In/Out Jack
Linux 3.10.31
Form Factor: 100mm x 72mm
12
RZ/G1E SODIMM Development Board Block Diagram
SODIMM
PCB Edge Connector
(200pin)
RTC Battery
To On-Board Power
Circuit & Peripherals
3.3V
Power IN
RTC
SCIF4
Control
Switches
JTAG Header
Micro SD
Connector
6Pin CAN Header
UART
UART to USB
Bridge
Debug
USB Micro AB
Connector
I2S
I2S Audio
Codec
Audio In/Out
Connector
I2C5
Resistive Touch
Controller
RESET
SSI3/SSI4
JTAG
JTAG
SDHI x 4bit
CAN
Transceiver
CAN0
SDHI0
I2C5
CAN0
DU0
UART x 1
I2C5
100/1000Mbps
USB TypeA
Connector1
RJ 45 Mag Jack2
2 Port
USB HUB
1
VI1
2
EtherAVB
VI1/MSIOF1
USB1
HSCIF2,
SCIF1,SCIF5
8bit Camera
Connector
(OV7725/OV5640)
MSIOF1
USB1
UART x 3
CAN X 1
10/100Mbps
1
EtherMAC
USB TypeA
Connector2
USB Micro AB
Connector
4.3” RGB
LCD Connector
PWM
HSCIF1
RJ45 Mag Jack1
Resistive TP
Connector
18bpp RGB
TPUTO3
UART Header
Power Jack
(5V)
3.3V Power
Regulator
CAN1
TPUTO0
USB Device
USB0
GPIO’s
MSIOF2
20Pin
Expansion
Header
PWM
GPIOs
20Pin
GPIO Header
1 Since EtherMAC and VI1 are multiplexed in RZ/G1E CPU, either one interface only can be supported in the RZ/G1E SOM.
2 Since VI1 and MSIOF1 are shared the same SODIMM Edge pins, either one interface only can be connected to the SODIMM Edge in the RZ/G1E SOM.
OS SUPPORT
Linux 3.10.31
13
DELIVERABLES
OPTIONAL KITS/MODULES
CUSTOM DEVELOPMENT
RZ/G1E SODIMM Development kit
Board Support Package
User Manual
4.3” RGB display Kit
Camera Module
BSP Development/OS Porting
Custom SOM/Carrier Development
Custom Application/GUI Development
System On Module iW-RainboW-G15M-SODIMM
i.MX6 SODIMM Module
iWave's new i.MX6 Quad/Dual/Dual Lite/Solo ARM Cortex A9
cpu based SODIMM module integrates all standard interfaces
into a single board with ultra compact yet highly integrated
platform that can be utilized across multiple embedded PC,
system and industrial designs. It has got all the necessary
functions that the embedded world demands.
APPLICATIONS : Intelligent Industrial Control Systems,
Industrial Human-Machine interface, Ultra Portable Devices,
Home Energy Management Systems, Portable Medical
Devices.
iW-RainboW-G15M-SODIMM
HIGHLIGHTS
ARM Cortex A9 @ 1GHz/800MHz
Quad/Dual/Dual Lite/Solo core
Modular & Compact SODIMM form
factor- 67.6mm X 37mm
HD 1080p encode and decode
2D/3D Hardware Graphics Acceleration
Technical and quick customization
support
10+ years, long term support
CPU:
i.MX6 Q/D/DL/S @1GHz/800MHz ARM-Cortex-A9
PMIC:
MMPF0100
RAM:
1GB DDR3 for Q/D/DL (Expandable)
512MB DDR3 for Solo (Expandable)
2MB SPI NOR Flash (Expandable)
4GB eMMC Flash (Expandable)
Communication:
10/100/1000 Ethernet PHY
Power Input:
3.3V , 3.5A input through SODIMM edge
Operating Temperature:
-40°C to +85°C Industrial
0°C to +70°C Commerical
Form Factor:
67.6mm X 37mm SODIMM Form Factor
SODIMM Edge Connector Interfaces:
PCIe x 1
UART x 3
10/100/1000Mbps Ethernet
HDMI x 1
SATA x 1 *
USB Host 2.0 x 1
USB OTG 2.0 x 1
SD (4bit) x 1
I2S Audio x 1
LVDS Display x 1
24bpp RGB Display x 1
8bit Camera x 1
I2C X 2
GPIOs
PWM x 4
Debug UART Port
JTAG Port
Operating Systems:
Linux 3.14.38, Android Lollipop5.0, WEC 7*
Note: SATA support not available in i.MX6 DL/S
Note: * Denotes Optional Features.
mktg@iwavesystems.com
14
i.MX6 SODIMM Module BLOCK DIAGRAM
DDR3 RAM
(512MB/1GB)
DDR3(64 bit)
SPI Flash
(2 MB)
SPI
eMMC
(4GB)
MMC (8 bit)
Gigabit
Ethernet PHY
eSDHC4
UART1
UART4
UART5
UART x 3
RGB LCD (24bpp)
DISP0
LVDS
LVDS
CPU
i.MX6Q
Camera (8bit)
CSI0
SD (4bit)
eSDHC3
I2S x 1
AUDMUX4
I2C x 2
I2C1, I2C2
PCIe x 1
PCIe Bus
SATA x 1
SATA II
PWM x 4
PWM 1-4
Debug
UART2
JTAG
SJC
Status & Control Signals
Power to
Peripherals
15
SODIMM
PCB Edge
Connector
(200Pin)
HDMI
HDMI1.4
GPIOs
10/100/1000
Ethernet
On-board
PMIC
3.3V
OS SUPPORT
DELIVERABLES
OPTIONAL /MODULES
CUSTOM DEVELOPMENT
Linux 3.14.38
Android Lollipop 5.0
WEC 7*
i.MX6 SODIMM Module
Board Support Packages
User Manual
i.MX6 Development Kit
4.3” LCD Display Kit
Heat Spreader
Camera Module
BSP Development/OS Porting
Custom SOM/Carrier Development
Custom Application/GUI Development
Design Review and Support
www.iwavesystems.com
Development Platform iW-RainboW-G15D-SODIMM
i.MX6 SODIMM Development Kit
iWave's i.MX6 SODIMM development board incorporates i.MX6
SODIMM SOM Which is based on NXP's high performance i.MX6
Quad ARM Cortex A9 processor and the carrier board with optional
4.3” resistive display kit. The development board can be used for
quick prototyping of various applications targeted by the i.MX6
processors. With the 100mm x72 mm Pico ITX size, the kit is highly
packed with all the necessary on-board connectors to validate the
i.MX6 CPU features.
APPLICATIONS: Industrial HMI and Access Control, Industrial
Control and Automation, Medical and Healthcare Equipment,
Infotainment and Digital Signage, Portable Embedded Devices,
White Goods and Smart Appliances.
iW-RainboW-G15D-SODIMM
HIGHLIGHTS
High Performance Quad Cortex A9 CPU @ 1GHz
Gigabit Ethernet, PCIe, SATA,
LVDS, HDMI High Speed Interface
Support
4.3" Display Kit with Resistive
touch screen
Ultra Compact form size
100mm X 72mm
i.MX6Q SODIMM SOM:
i.MX6Q Cortex A9 CPU @ 1GHz
PF0100 PMIC
1GB DDR3
4GB eMMC Flash
10/100/1000 Ethernet PHY
SODIMM Carrier Board:
HDMI - 1 Port
SATA - 1 Port
Gigabit Ethernet - 1 Port
Half Mini PCIe - 1 Port
LVDS Display - 1 Port
USB 2.0 Host - 2 Ports1
USB 2.0 OTG - 1 Port 1
Micro SD Slot - 1 Port
4.3" RGB LCD Display2
Resistive Touch Controller
Audio Codec, In / Out Jack
8 - Bit CSI Camera Port
Serial Console on USB Port
Data UART - 1 Port
CAN PHY - 1 Port
IO Expansion Headers
JTAG Header
OS Support:
Linux 3.14.38
Android Lollipop 5.0.0
Power Input:
5V @ 2A DC Input
Operating Temperature:
0°C to +60°C
Form Factor: Pico ITX : 100mm x 72mm
nd
Compatible with Cortex A7
i.MX6UL SODIMM SOM
mktg@iwavesystems.com
Note1: 2 USB Host Port and USB OTG Port is Multiplexed. Anyone can be used at a time.
Note2: 4.3" Display Kit is Optional Feature.
16
i.MX6 SODIMM Development Board Block Diagram
To On -Board Power
Circuits &Peripherals
I2C1
RTC Controller*
RTC Battery*
RTC
Control
Switches
Boot Mode,
USB Select,
ONOFF, RST
JTAG
JTAG Header
JTAG
3.3V Power IN
UART
Debug UART
I2S
I2S
SDHC
Camera
UART0
RJ45 Mag
Jack1
10/100/1000 Mbps
2 Port
USB HUB
Mini PCle
Connector
18bpp RGB
USB Host /
USB OTG2
USB Host /
USB OTG2
I2C2
HDMI
HDMI
UART1,
UART2
PCle x 1
CAN2
Ethernet2
SPI
USB OTG1
HDMI
Connector
Data UART1,Data UART2
PWM2
USB OTG1
CAN2
SPI
Expansion
Header
PWM2
GPIO’S
GPIO’S
USB Micro AB
Connector
Capacitive TP
Connector*
I2C2
10/100/1000 Mbps
USB Switch
Generic RGB
LCD Connector
PWM3
I2C1
PCle x 1
USB Type A
Connector2
Resistive TP
Connector
Resistive Touch
Controller
18bpp RGB
UART0
OV7725 Camera
Connector
LVDS LCD
Connector
and BKLT Conn
PWM1
CAN1
Ethernet1
USB Type A
Connector1
Audio IN/OUT
Connector
LVDS
PWM1
I2C1
UART
Header
I2S Audio
Codec
I2C1
I2C1
CAN1
CAN
Transceiver
CAN Header
Power Jack
(5V)
Debug USB Micro
AB Connector
LVDS
SATA
SDHC x 4 bit
Micro SD
Connector
3.3V Power
Regulator
UART to USB
Bridge
Camera x 8 bit
SATA
22 Pin SATA
Connector
RJ45 Mag
Jack2
SODIMM
PCB Edge Connector
(200 Pin)
GPIO Header
Note: * Denotes Optional Features.
OS SUPPORT
DELIVERABLES
OPTIONAL KITS/MODULES
CUSTOM DEVELOPMENT
Linux 3.14.38
Android Lollipop 5.0.0
WEC 7 *
i.MX 6Q SODIMM Development Kit
Support Board Package
Hardware & Software User Manuels
4.3" RGB LCD Display Kit
Camera Modules
BSP Development/OS Porting
Custom SOM /Carrier development
Custom application /GUI development
Design review and support
17
www.iwavesystems.com
System On Module iW-RainboW-G18M-SM
i.MX6UL SODIMM Module
iWave's i.MX6UL based SODIMM CPU module integrates
power efficient high performance ARM Cortex A7 CPU core
operating up to 528MHz speed. The SOM is ultra-compact in
size and integrated with on-board PMIC, Flash, DDR3 and
dual Ethernet PHY. The SOM is ideally suitable for the cost &
power optimized general embedded and industrial
applications.
APPLICATIONS: Industrial HMI, Access Control,
Mobile POS, Secure e-commerce, Energy Management,
IOT gateway, Industrial control & automation, Medical &
Healthcare equipment, White goods and Smart appliances
iW-RainboW-G18M-SM
HIGHLIGHTS
Power efficient Cortex-A7 @
528MHz
Compatible with Cortex A9
i.MX6Q/D/S SODIMM SOM
Ultra Compact form factor
67.6mm X 29mm
CPU:
i.MX6UL1/2/3 @ 528MHz
ARM Cortex A7 Core
PMIC:
PF3001
RAM:
256MB DDR3 (Expandable)
256MB NAND Flash (Expandable)
Micro SD Slot (Optional)
eMMC Flash (Optional)
QSPI Flash (Optional)
Power Input:
3.3V @ 1A through SODIMM Edge
Operating Temperature:
0°C to +70°C Commercial
-40°C to +85°C Industrial
Form Factor: 67.6mm x 29mm
1
1
1
Advanced hardware enabled
security
PMIC with DVFS support
Industrial temperature support
available
SODIMM Edge Interfaces:
Debug UART
Data UART - 2 Ports
CAN - 2 Ports
SD(4-Bit) - 1 Port
2
10/100 Ethernet - Up to 2 Ports
USB OTG - 2 Ports
24bpp RGB display port
8Bit Parallel Camera Port
I2S Audio or JTAG
I2C Port
PWM - 2 Ports
GPIOs
Boot mode signals
Operating System:
Linux 3.14.38
Note1: At a time either NAND Flash or eMMC & QSPI flash or µSD & QSPI flash can be used in the SOM. By default NAND Flash is supported.
Note2: Applicable only to UL2, UL3 SOMs.If 2nd Ethernet (ENET2) not used, it can be used as additional 3 UARTs or Key pad 4x4 or RMII interface.
Technical and quick customization
support
10+ years, long term support
mktg@iwavesystems.com
18
i.MX6UL SODIMM Module BLOCK DIAGRAM
DDR3 RAM
(256MB)
DDR3 (16bit)
NAND Flash 1
(256MB)
NAND (8bit)
QSPI 1
(Optional)
QSPI (4bit)
eMMC 1
(Optional)
MMC (8bit)
µSD Connector 1
(Optional)
RMII
ENET1
MMDC
RAWNAND/
µSDHC2/
QSPI_A
RMII
ENET2
CPU
i.MX6UL
10/100Mbps
Ethernet
2
2
USB OTG1
USB OTG1
HS PHY
USB OTG2
HS PHY
SAI2/
JTAG
USB OTG2
I2S
SODIMM
PCB Edge
Connector
(200Pin)
JTAG
RGB LCD (24bpp)
LCDIF
Camera (8bit)/eCSPI x 2
CSIO
SD (4bit)
µSDHC1
CAN x 2
FLEXCAN1,
FLEXCAN2
Debug UART
UART1
2 Applicable only to UL2, UL3 SOMs.If 2nd Ethernet (ENET2) not used,
it can be used as additional 3 UARTs or Key pad 4x4 or RMII interface.
10/100Mbps
Ethernet PHY
10/100Mbps
Ethernet
RMII/DATA UART x 3/Keypad (4x4)
SD (4bit)
1 At a time either NAND Flash or eMMC & QSPI flash or µSD &
QSPI flash can be used in the SOM.By default NAND Flash is supported.
10/100Mbps
Ethernet PHY
DATA UART x 3 (with CTS & RTS)
UART2, 3, 5
I2C x 1
I2C1
PWM x 2
PWM4,
PWM5
Tamper/
GPIOs
Tamper/GPIOs
Power to
Peripherals
On-board
PMIC
3.3V
OPTIONAL /MODULES
Linux 3.14.38
19
i.MX6UL SODIMM Module
Board Support Packages
User Manual
i.MX6UL Development Kit
4.3" LCD Display Kit
Camera Module
BSP Development/OS Porting
Custom SOM/Carrier Development
Custom Application/GUI Development
Design Review and Support
Development Platform iW-RainboW-G18D
i.MX6UL SODIMM Development Board
iWave's i.MX6UL development board incorporates i.MX6UL SODIMM SOM
which is based on power efficient i.MX6UL ARM Cortex A7 processor and
the carrier board with optional 4.3" resistive display kit. The development
board can be used for quick prototyping of various applications targeted by
the i.MX6UL processor. With the 100mm x 72mm Pico ITX size, and the kit
is highly packed with all the necessary on-board connectors to validate the
iMX6UL CPU features..
APPLICATIONS: Industrial HMI & Access Control, Mobile POS &
Secure e-commerce, Energy Management & IOT gateway, Industrial
control & automation, Medical & Healthcare equipment and White
goods and Smart appliances.
iW-RainboW-G18D-SODIMM
HIGHLIGHTS
Power efficient Cortex-A7 @ 528MHz
Advanced hardware enabled security
PMIC with DVFS support
CPU:
NXP’s i.MX6UL2/3 @ 528MHz
ARM Cortex A7 Core
PMIC:
PF3001
Memory:
256MB DDR3
256MB NAND Flash
Power Input:
5V @ 1A DC Input
Operating Temperature:
0°C to +60°C
Form Factor:
100mm x 72mm
IO Ports Support:
USB 2.0 Host - 2 Ports
USB 2.0 device - 1 Port
10/100 Ethernet - 2 Ports
4.3" LCD with resistive touch1
Resistive touch controller
Micro SD Slot
Audio Codec, In/Out Jack
8Bit CSI Camera Port3
Serial Console on USB Port
CAN PHY - 1 Port
2
JTAG Header
RTC Coin Cell
Boot mode Switch
ON/OFF, Reset Switch
Expansion Header:
3
UART x 2, CAN2, SPI
Operating System: Linux 3.14.38
Note1: 4.3" Display kit is optional feature.
Note2: JTAG is multiplexed with Audio. By default audio is supported.
Note3: Since CSI and SPI are multiplexed in CPU, either one interface only can be used at a time.
20
i.MX6UL SODIMM DEVELOPMENT BOARD BLOCK DIAGRAM
RTC Controller
(Optional)
I2C1
RTC Battery
Holder
SDHC x 4bit
CAN Header
CAN
Transceiver
Debug
USB Micro AB
Connector
UART to USB
Bridge
CAN1
Debug
UART
UART Header
Data UART
CAN2
SPI
20Pin GPIO
Header
SAI2/JTAG
I2S
3.3V Power
Regulator
Power Jack
(5V)
I2S Audio
Codec
Audio In/Out
Connector
JTAG
µSDHC1
Data UART
20Pin
Expansion
Header
To On-Board Power
Circuit & Peripherals
Power IN
Boot Mode,
ONOFF,RST
Control
Switches
Micro SD
Connector
i.MX6UL SODIMM
PCB Edge Connector
(200Pin)
3.3V
RTC
GPIOs
1
JTAG Header
(Optional)
Camera x 8Bit
Camera
OV7725 Camera
Connector
CAN1
Capacitive TP
Connector(Optional)
UART1
I2C1
I2C1
18bpp RGB
UART5
PWM4
Ethernet1
Resistive Touch
Controller
18bpp RGB
10/100Mbps
RJ45 MagJack1
UART2
CAN2
USB_HUBP1
USB OTG2
2 Port
USB HUB
USB Type A
Connector1
USB_HUBP2
USB Type A
Connector2
SPI
GPIO’S
RGB
LCD Connector
DISP_BL
Ethernet2
10/100Mbps
USB Device
USB OTG1
RJ45 MagJack2
USB Micro AB
Connector
Note1: JTAG is multiplexed with Audio. By default audio is supported.
OPTIONAL KITS/MODULES
Linux 3.14.38
21
i.MX6UL SODIMM Development Kit
Board Support Packages
User Manual
4.3" RGB LCD Display Kit
Camera Module
BSP Development/OS Porting
Custom SOM/Carrier Development
Custom Application/GUI Development
Design Review and Support
Comparison of Q7 SOM Modules
Feature/Q7 SOM
CPU
Graphics Core
Hardware Codecs
RAM
Flash Storage
RZ/G1M
Renesas’s RZ/G1M CPU @1.5
GHz, Dual Core ARM Cortex A15
SGX544MP2 Graphic
Core @ 520MHz
H.264 1080p@ 60 decode,
H.264 1080p 60 encode
1GB DDR3 RAM
(Expandable to 4GB *)
4GB eMMC
(Expandable *)
NOR Flash
2MB SPI Flash
(For Boot Code)
Micro SD*
On-Module Micro SD Slot
RZ/G1N
i.MX6 QP/DP
i.MX6 Quad/Dual
Renesas’s RZ/G1N CPU @1.5
GHz, Dual Core ARM Cortex A15
NXP i.MX6 Quad Plus/Dual
Plus ARM Cortex A9 @1GHz
NXP i.MX6 Quad/Dual
ARM Cortex A9 @1GHz
SGX544MP2 Graphic
Core @ 312MHz
OpenGL ES3.0,
OpenVG1.1
OpenGL ES3.0,
OpenVG1.1
H.264 1080p@ 60 decode,
H.264 1080p 60 encode
512GB DDR3 RAM
(Expandable to 2GB *)
H.264 1080p@ 60 decode,
H.264 1080p 30 BP encode
1GB DDR3 RAM
(Expandable to 4GB *)
H.264 1080p@ 60 decode,
H.264 1080p 30 BP encode
1GB DDR3 RAM
(Expandable to 4GB *)
4GB eMMC
(Expandable *)
4GB eMMC
(Expandable *)
4GB eMMC
(Expandable *)
2MB SPI Flash
(For Boot Code)
2MB SPI Flash
(For Boot Code)
2MB SPI Flash
(For Boot Code)
On-Module Micro SD Slot
On-Module Micro SD Slot
On-Module Micro SD Slot
Muxed with USB3.0 Port
PCIe 2.0 x 1 Lane
Muxed with USB3.0 Port
SATA 2.0 x 1 Port
Qseven Edge Connector Interfaces
PCIe Ports
PCIe 2.0 x 1 Lane
SATA Ports
Muxed with PCIe Port
10/100/1000 Ethernet
Ethernet
No
HDMI
1 Port
LVDS
1 Port
USB 3.0 Host
2 Ports
USB 2.0 Host
1 Port
USB 2.0 OTG
I2S Audio
Audio
1 Port
SD/MMC
2 Ports
PWM
Debug UART
Data UART
CAN
SPI
2 Ports
I2C
GPIOs X 8
Expansion Connector Interfaces *
CSI Camera Port
MIPI CSI
MIPI DSI
24 Bit RGB LCD IF
Gigabit Ethernet
UART
16 Bit Memory Bus
Key Matrix
SSI/I2/SPDIF
ESAI
MLB
SPI
I2C
CAN
PWM
GPIO
Power Input
Operating Temperature
Form Factor
OS Support
Up to 3 Ports
10/100/1000 Ethernet
No
1 Port
1 Port
2 Ports
1 Port
I2S Audio
1 Port
2 Ports
2 Ports
Up to 3 Ports
No
No
No
No
No
2 Ports
No
2 Ports
No
I2Sx1 Port
No
No
I2Sx1 Port
No
1 Port
No
1 Port
2 Ports
10/100/1000 Ethernet
SATA 2.0 x 1 Port
10/100/1000 Ethernet
1 Port
1 Port
2 Ports
No
4 Ports
1 Port
2 Ports
AC97/I2S Audio
1 Port
2 Ports
2 Ports
2 Ports
No
4 Ports
1 Port
AC97/I2S Audio
1 Port
2 Ports
2 Ports
2 Ports
No
No
3 Ports
3 Ports
3x3 Matrix
3x3 Matrix
SPDIFx1 Port
SPDIFx1 Port
No
No
1 Port
No
No
No
1 Port
2 Ports
1 Port
No
1 Port
1 Port
No
1 Port
5V, 2A Typical
5V, 2.5A Typical
-40 C to +85 C
-40 C to +85 C
-40 C to +85 C
70mmx70mm Qseven
R2.0 Compatible
Linux 3.10.31,
Android KitKat 4.4.2 *
70mmx70mm Qseven
R2.0 Compatible
Linux 3.10.31,
Android KitKat 4.4.2 *
5V, 2.5A Typical
PCIe 2.0 x 1 Lane
70mmx70mm Qseven
R2.0 Compatible
Linux 3.14.28,Android
5.0 Lollipop, WEC7*
5V, 2A Typical
-40 C to +85 C & 0 C to + 70 C
70mmx70mm Qseven
R2.0 Compatible
Linux 3.14.28,Android
5.0 Lollipop, WEC7
22
i.MX6 Dual Lite
i.MX6 Solo
NXP i.MX6 Dual Lite ARM
Cortex A9 @ 1GHz
NXP i.MX6 Solo ARM
Cortex A9 @1GHz
OpenGL ES2.0, OpenVG1.1
OpenGL ES2.0, OpenVG1.1
Cyclone V SOC
Cyclone V SoC, Dual ARM CortexA9 HPS + FPGA up to 110K LEs
No
OpenGL ES2.0, OpenVG1.1
OpenGL ES2.0, OpenVG1.1
No
H.264 1080p@ 60
decode & encode
H.264 720p@ 30 decode
& H.264 D1 @ 30 encode
1GB DDR3 SDRAM
128MB DDR2 RAM
(Expandable up to 512 MB *)
128MB +NAND Flash
Expandable up to 2GB
H.264 1080p@ 30 + D1
decode,H.264 1080p
30 BP encode
512GB DDR3 RAM
(Expandable to 2GB *)
4GB eMMC (Expandable *)
4GB eMMC (Expandable *)
16MB QSPI Flash* (Expandable)
2MB SPI Flash (For Boot Code)
2MB SPI Flash (For Boot Code)
EPCQ/QSPI Flash * for FPGA
On-Module Micro SD Slot
i.MX51
Freescale i.MX51 ARM
Cortex A8 @800MHz
H.264 1080p@ 30 + D1
decode,H.264 1080p
30 BP encode
1GB DDR3 RAM
(Expandable to 4GB *)
On-Module Micro SD Slot
DM 8168
TI DM8168 ARM Cortex-A8 CPU
@1.2 GHz + C674x DSP @1GHz
512GB DDR3 with ECC HPS,
256MB DDR3 for FPGA
On-Module Micro SD Slot
(default boot)
128MB NAND Flash (Expandable*)
No
No
On-Module Micro SD Slot
(default boot)
On-Module Micro SD Slot
Qseven Edge Connector Interfaces
PCIe 2.0 x 1 Lane
No
PCIe 2.0 x 1 Lane
No
PCIe Gen1 x 4 Lane
PCIe 2.0 x 2 Lane
No
SATA2.0 X 1 Port
SATA 2.0 x 2 Port
No
10/100/1000 Ethernet
10/100/1000 Ethernet
10/100/1000 Ethernet
1 Port
1 Port
No
1 Port
2 Ports
2 Ports
2 Ports
No
4 Ports
1 Port
No
4 Ports
1 Port
No
4 Ports
No
AC97/I2S Audio
1 Port
1 Port
No
4 Ports
1 Port
AC97/I2S Audio
1 Port
2 Ports
AC97/I2S Audio
1 Port
2 Ports
2 Ports
10/100/1000 Ethernet
No
1 Port
2 Ports
No
10/100 Ethernet
No
1 Port
No
4 Ports
1 Port
AC 97 Audio
1 Port
2 Ports
No
No
2 Ports
2 Ports
2 Ports
2 Ports
2 Ports
Expansion Connector Interfaces *
2 Ports
2 Ports
No
No
3 Ports
3 Ports
3x3 Matrix
3x3 Matrix
SPDIFx1 Port
SPDIFx1 Port
No
2 Ports
1 Port
No
No
No
No
No
No
No
No
1 Port
No
No
No
No
No
No
No
No
No
1 Port
No
1 Port
1 Port
No
1 Port
2 Ports
No
4x4 Matrix
2 Ports
4x4 Matrix
I2Sx2 Ports
I2Sx2 Ports
No
No
No
No
No
No
No
No
No
No
No
No
5V, 1A Typical
5V, 1A Typical
5V, 2A Typical
5V, 2A Typical
5V, 1A Typical
-40 C to +85 C & 0 C to + 70 C
-40 C to +85 C & 0 C to + 70 C
-40 C to +85 C
0 C to +70 C
-40 C to +85 C
70mmx70mm Qseven
70mmx70mm Qseven
R2.0 Compatible
R2.0 Compatible
Linux 3.14.28,Android
Linux 3.14.28,Android
5.0 Lollipop, WEC7
5.0 Lollipop, WEC7
Note: * Optional features are not supported by default
23
No
No
1 Port
No
No
LVDS &SE IOs
No
70mmx70mm Qseven
R2.0 Compatible
Linux 3.10
70mmx70mm Qseven
R2.0 Compatible
Linux 2.6.37
70mmx70mm Qseven
R2.0 Compatible
Linux 2.6.31, WinCE 6.0
System On Module iW-RainboW-G20M-Q7
RZ/G1M,G1N Qseven Module
iWave’s RZ/G1M,G1N based Qseven CPU module integrates high
performance ARM Cortex A15 Dual CPU core operating up to 1.5 GHz
speed. The SOM is packed with rich set of features and IO peripherals. It
integrates HD Hardware codecs, graphic acceleration, on-board PMIC,
eMMC flash, DDR3 RAM, Micro SD slot, USB Hub and Gigabit Ethernet
PHY. The SOM is ideally suitable for high performance general
embedded, industrial and video intensive applications.
APPLICATIONS: HMI & Access Control, Video Surveillance, Digital
Signage, Entertainment, Industrial control, Point of sale & ATM, Vehicle
infotainment & Navigation, Real time image recognition, Network & high
vision camera, Home & office automation, White goods and Smart
appliances.
iW-RainboW-G20M-Qseven
HIGHLIGHTS
Dual core ARM Cortex A15 @ 1.5GHz
Qseven R2.0 Compatible
Dual channel HD encode & decode
Built in HW Graphic acceleration
Three channel video input
USB3.0 support
Industrial temperature support available
Technical and quick customization
support
10+ years, long term support
CPU:
Renesas’s RZ/G1M,G1N CPU @ 1.5GHz
Dual core ARM Cortex A15
SGX544MP2 Graphic core @ 520MHz
M emory:
1GB DDR3 (Expandable) 2
2MB SPI NOR Flash (For boot code)
4GB eMMC Flash (Expandable) 2
Micro SD Slot (Optional)
Qseven Edge Interfaces:
1
PCIe - 1 Port
USB3.0 host - 1 Port
USB2.0 host - 2 Ports
USB2.0 device - 1 Port
LVDS Display - 1 Port
Gigabit Ethernet - 1 Port
SDHC - 1 Port
I2S Audio - 1 Port
I2C-2 Ports, SPI, CAN
UART, PWM-2 Ports, GPIOs
JTAG or UART console
1
Expansion Connector Interfaces:
24bpp RGB LCD or 16bit camera I/F
24bit camera or dual 8bit camera IF
8bit camera interface
UART - 2 Ports
Memory bus interface
SPI/UART & CAN
SSI/I2S Audio
PWM-2 Ports, GPIOs
Communication:
Gigabit Ethernet PHY - 1 Port
2 Port USB HUB
OS Support :
Linux 3.10.31, Android KitKat 4.4.2*
Power Input:
5V @ 2A through Qseven Edge
Operating Temperature:
-40°C to +85°C Industrial
Form Factor:
70mm x 70mm, Qseven R2.0 compatible
Note1: For RZ/G1N module configuration, Graphic core speed is 312MHz and PCIe support is not available by default.
Note 2: By default 1GB DDR3 and 4GB eMMC only supported. Contact iWave for memory expansion support.
24
RZ/G1M,G1N Qseven SOM BLOCK DIAGRAM
DDR3 (32bit)
DDR3L - 1GB
(Upgradable)
SPI
Programming
Header
(Op onal)
DDR3 (32bit)
SPI Flash - 2MB
(Upgradable)
SPI
eMMC - 4GB
(Upgradable)
MMC (8bit)
SD (4bit)
Camera(16/24bit) x 1 (or)
Camera (8bit) x 2
UART x 1
Memory Bus (16bit Sync/Async)
CAN x 1
SSI/I2S x 1
Expansion
Connector2
(80Pin header)
DBSC3-CH1
USB3.0/SATA0
QSPI
MMC/SDHI3
MMC/SDHI3
PWM x 1
USB0
I2S x 1
GMII x 1
EtherAVB
3
CPU
RZ/G1M,
RZ/G1N
I2C2,I2C5
MSIOF2
SPI x 1 (2 Chip selects)
CAN x 1
CAN0
MSIOF1
SCIFB1
SCIF1/4
HSCIF1
GPIOs
25
(230Pin)
I2C x 2
UART (with CTS & RTS) x 1
8 GPIOs, Status & Control Signals
PWM1
UART x 1
•
Dual SPDT
Switch IC
(Op onal)
Debug
VRTC
JTAG
JTAG
Power to
Peripherals
/MODULES
RZ/G1M,G1N Qseven Module
Board Support Packages
User Manual
QSEVEN
Connector
Note: Green Font blocks are not supported in RZ/G1N CPU
Linux 3.10.31
Android KitKat 4.4.2*
Gigabit
Ethernet
SDHC (4bit) x 1
SDHI2
LBSC
4
Gigabit
Ethernet PHY
PCB Edge
CAN1
SSI3/SSI4
USB Host x 2
PWM x 2
SDHIO
SCIF4
2
USB3.0 x 1
LVDS x 1
SSI0/SSI1
VI0,VI2
1
(2 Ports)
PWM3,PWM5
DU1,VI1
PCIe x 11
SATA x 1
USB2.0 OTG x 1
SCIF0
1 PCIe is supported by default. SATA1 is not supported by default.
2 USB3.0 is supported by default. SATA0 is not supported by default.
3 SCIF4 cannot be supported if VI1 16bit camera is used.
4 HSCIF1’s ow control signals and MSIOF1 are multiplexed and either one
only can be used at a time.
•
•
•
•USB2.0 HUB
LVDS-DU0
SPI x 1
UART x 2
USB OTG
USB1
VRTC
LCD(24bpp) x 1 & Camera(8bit) x 1
(or) Camera (16bit) x 1
Expansion
Connector1
(80Pin header)
PCIe/SATA1
I2C2
RTC Controller
Micro SD Connector
DBSC3-CH0
RZ/G1M,G1N Qseven Development Kit
JTAG (Op onal)
(20 Pin Header)
On-Board
Regulators
5V
2Pin Power In
(Op onal)
Development Platform iW-RainboW-G20D-QSeven
RZ/G1M Q7 Development Kit
iWave's RZ/G1M development board incorporates RZ/G1M QSeven SOM
which is based on Renesas high performance RZ/G1M Dual ARM Cortex
A15 MPU and the carrier board with optional 7" capacitive Display Kit.
The development board can be used for quick prototyping of various
applications targeted by the RZ/G1M processor. With the 120mm x
120mm Nano ITX size, the kit is highly packed with all the necessary onboard connectors to validate the RZ/G1M MPU features.
APPLICATIONS: Industrial HMI and Access Control , Industrial Control
and Automation, Infotainment & Digital Signage, Video Surveillance &
Security, Real Time Image Recognition, Home & Office Automation, White
Goods and Smart Appliances.
iW-RainboW-G20D-QSeven
HIGHLIGHTS
High Performance Dual Cortex A15 MPU @ 1.5 GHz
SGX544MP2 3D Graphic Core @
520MHz
Multi - Channel Video input, HD
Encode & Decode
USB3.0, Gigabit Ethernet, PCIe,
SATA, LVDS IOs
7" Display Kit with Capacitive
Touch Screen
RZ/G1M QSeven SOM:
RZ/G1M Cortex A15 MPU @ 1.5GHz
1GB DDR3 RAM
2MB SPI NOR Flash
4GB eMMC Flash
10/100/1000 Ethernet PHY
QSeven Carrier Board:
SATA - 1 Port 1
PCIe - 1 Port 1
Gigabit Ethernet - 1 Port
LVDS Display - 1 Port
USB 3.0 Host - 1 Port
USB 2.0 Host - 2 Ports
USB 2.0 OTG - 1 Port
SD Slot - 1 Port
7" Display with CAP Touch 2
Audio Codec, In / Out Jack
Serial Console on USB Port
Data UART - 1 Port
CAN PHY - 1 Port
IO Expansion Connectors
12V, 2A DC Input
Nano ITX Size: 120mm x120mm
Camera Daughter Board 3 :
16-Bit Camera - 1 Port
4
8-Bit Camera - 1 Port
Analog Video Input - 1 Port
HDMI Display - 1 Port 4
OS Support:
Linux 3.10.31, Android KitKat 4.4.2 *
Operating Temperature:
0°C to +60°C
Note1: SATA and PCIe are Multiplexed in the RZ/G1M MPU. Only one be supported at a time. PCIe is supported in default configuration.
Note2: 7" Capacitive Display Kit is optional feature.
Note3: Camera Daughter board is optional feature.
Note4: 16-Bit Camera and RGB interfaces are Multiplexed. HDMI Port is supported by default.
26
RZ/G1M Qseven Carrier Board - BLOCK DIAGRAM
To On Board
Peripherals
RZ/G1M SOM Carrier
Qseven MXM Connector
Debug MicroAB
Conn.
JTAG Header
USB to UART
Converter
SCIF0/JTAG
VCC-5V
GP0_I2C
MFG
LVDS0
+5V
EtherAVB
Ethernet(Top)
RJ45 & USB Stack
USB 2.0
(Bottom)
UART0
I2S/HDA
100/1000
ENET
VCC-RTC
USB_P0
USB0
SPI
USB_P1
Control
Signals
LCD Backlight
Controller
I2S
USB3.0_RX
USB3.0_TX
Audio OUT Jack
I2S CODEC
Audio IN Jack
+3V
RTC Battery Holder
MSIOF2(CS0#)
SPI Flash
Push Button
Output Control Signals (SUS_STAT#,SUS_S3#,SUS_S5#,THRMTRIP#)
USB_P2
USB_P6
USB_P7
FAN
Control
PWM5 x 1
LED’s
FAN Header
To connect
Add On Module
PCIe Clock
Buffer
PCIe
RSVD
PCIe
Switch
Reserved Pins
MSIOF2 (CS1#)
I2C5
PCIe x 4 Slot
7” RGB Capacitive
LCD Conn.
7”LCD Backlight Conn.
USB1_HUB_2
Port1(Bottom)
I2C2
SMBUS/GP1_I2C
SDHI2
22-Pin Conn.
RGB -24bit
Input Control Signals (RST_BTN#)
port2(Top)
Dual USB 3.0 Port
SD/MMC Conn.
CAN Header
(6Pin)
LVDS Receiver
I2C2
USB1_HUB_1
OTG µUSB
Port
Mini PCIe
Conn.
Capacitive TP Conn.
LVDS-DU0
LVDS_BLEN
SCIFB1
Input Power Jack
To Other Peripherals
I2C2
2
UART Header
(6Pin)
ON/OFF 12V DC
Switch
On Board
Regulators
CAN1
CAN Transceiver
SATA0/SATA1
SDIO
I2C5
CAN0
RST_BTN#
1
SATA
80 Pin Carrier
Expansion
Connector - 3
Q7_GPIOs
Control Signals
80 Pin SOM Expansion
Connector - 1
80 Pin SOM Expansion
Connector - 2
VIN0(8bit/16bit/24bit), VIN1(8bit/16bit)/
DU1(24bpp), VIN2(8bit), SCIF4
CAN1, SSI3 & SSI4, MSIOF1, HSCIF1,
SCIF1, PWM1, LBSC/GPIOs
80 Pin Carrier
Expansion
Connector - 1
80 Pin Carrier
Expansion
Connector - 2
1 SATA connector is supported in carrier board but RZ/G1M/G1N SOM doesn’t support SATA in edge connector by default.
2 JTAG connector is supported in carrier board but RZ/G1M/G1N SOM doesn’t support JTAG in edge connector by default.
Note: Green Font blocks are not supported in RZ/G1N CPU
OPTIONAL KITS/MODULES
Linux 3.10.31
Android KitKat 4.4.2 *
27
RZ/G1M QSeven Development Kit
Board Support Package
Hardware & Software User Manuals
7"LCD Display Kit with
Cap Touch Screen
Camera Daughter Board
BSP Development/OS Porting
Custom SOM/Carrier Development
Custom Application/GUI Development
Design Review and Support
System On Module iW-RainboW-G15M-Q7
i.MX6 Qseven Module
iWave Systems offers high performance Qseven SOM module based on NXP's
i.MX6 ARM Cortex-A9 processor for faster and multimedia focused
applications. With extreme peripheral integration, the CPU supports industry
latest high-performance interfaces, such as PCIe Gen2, Gigabit Ethernet,
SATA 3.0, HDMI 1.4, SDXC, MIPI CSI/DSI and 64-Bit DDR3 interfaces.
The module is compatible to Qseven R2.0 ARM specification and features
1GHz ARM Cortex A9 Quad Plus/Dual Plus/Quad/Dual/Dual Lite/Solo core CPU,
on-board 1GB DDR3 RAM, eMMC Flash, Micro SD slot and JTAG headers.
APPLICATIONS : Industrial HMI, Automotive IVI, Video & Navigation,
Graphical Instrument Clusters, Portable Medical Devices, Intelligent Industrial
Control Systems and Home Energy Management Systems
SPECIFICATIONS
iW-RainboW-G15M-Q7
HIGHLIGHTS
ARM Cortex A9 @1GHz/800MHz
Quad Plus/Dual Plus/Quad/Dual/
Dual Lite/Solo core
64-bit DDR3-1066 support
OpenGL® ES 2.0 3D, OpenVG™ 1.1
graphics accelerators
Multi format HD1080p HW decode
and encode
Four simultaneous display support
Technical and quick customization
support
10+ years, long term support
CPU
Data UART x 1
i.MX6 1GHz/800MHz ARM Cortex A9 QP/DP/Q/D/DL/S
PWM
GPIOs
PMIC
NXP PF0100 PMIC
Expansion Connector
RAM
Camera CSIx2 (8-bit)
MIPI CSI, DSI
24-Bit RGB LCD IF
Dual UART
3x3 Key, Memory Bus
ESAI, SPDIF
MLB
I2C3, PWM, GPIO
1GB DDR3 for Q/D/DL (Expandable up to 4GB1 )
1
512MB DDR3 for Solo (Expandable up to 2GB )
Storage
4GB eMMC Flash (Expandable 1)
2MB SPI Flash (Expandable1 )
On-board Micro SD Slot
Qseven Edge Connector
PCIe v2.0 x 1 lane
HDMI 1.4
3
SATA 3.0 x 1
Gigabit Ethernet
Dual LVDS
USB2.0 Host x4
USB2.0 OTG
AC97 Audio
8-bit SD/MMC
CAN1
SPI, I2C
Debug UART x1
2
Temperature
-40°C to 85°C
Board Form Factor
Qseven R2.0 Compatible
Power Input
5V, 1A Typical
Operating Systems
Linux 3.14.38
Android 5.0 Lollipop
Windows Embedded Compact7
Debug Support
Onboard JTAG Header
1
1 Contact iWave for memory expansion support.
2 Not populated in mass production SOM.
3 Support available only for i.MX6 Quad and Dual SOMs.
www.iwavesystems.com
Note: device drivers provided are for specific interface chipsets
which are used in iWave's carrier board.
28
i.MX6 Qseven MODULE BLOCK DIAGRAM
DDR3(64 bit)
DDR3 RAM
PMIC
SPI
SPI NOR Flash
MMC (8 bit)
eMMC
PMIC
Micro SD
Connector
SD (4 bit)
LCD(24 bpp) x 1, MIPI-DSI x 1
Expansion
Connector1
(80Pin header)
Camera1 (8bit) x 1
UART (with CTS & RTS) x 2
ESAI x 1, SPDIF x 1
Memory Bus (Address/Data Muxed)
Camera2 (8bit) x 1
MIPI-CSI x 1
Expansion
Expansion
Connector2
Connectors
(80Pin
header)
UART x 1
Keypad 3x3
MLB x 1
I2C3 x1
SATA II
3.0 Gbps
USB OTG
HS PHY
eCSPI1
USB HOST1
HS PHY
eSDHC4
CSI 1
(4 Port)
LVDS x 2, PWM x 1
HDMI x 1
Audio x 1
AUDMUX4
10/100/1000
ENET
CSIO
EIM
USBHost x 1 USB 2.0 Hub USBHost x 4
HDMI 1.4
DISPO,
MIPI DSI
UART1,
UART3
SATA x 1
USBOTG x 1
LVDSO,
LVDS1,PWM
eSDHC3
ESAI, SPDIF
PCIex1
PCIe Bus
MMDC
RGMII x 1
Nand Flash*
CPU
i.MX6
QP/DP
Q/D/DL/S
RTC Controller*
I2C1, I2C2
WDOG
8 GPIOs, Status & Control Singles
UART4
JTAG
KPP
I2C3
I2C x 2
CAN x 1 , Data UART x 1
CAN1/UART5
GPIOs
Dual SPDT
Switch IC*
Debug
SJC
UART2
QSEVEN
PCB Edge
Connector
(230 Pin)
SPI x 1 (Chip selects)
eCSPI2
MIPI CSI
Ethernet
SD/MMC(8bit) x 1
eSDHC1
WDOG1
MLB
Gigabit
Ethernet PHY
JTAG (20Pin Header)*
UART x 1
Power to
Peripherals
RS232
Transceiver*
PMIC
3Pin Header*
5V
2Pin Power In*
Note: MLB is supported only in automotive part
*Optional items not included in the standard deliverables.
OS SUPPORT
DELIVERABLES
OPTIONAL /MODULES
CUSTOM DEVELOPMENT
Linux 3.14.38
Android 5.0 Lollipop
WEC7
i.MX6 Qseven SOM Module
Board Support Packages
User Manual
iW-RainboW-G15D-Q7
(i.MX6 Development Kit)
iW-RainboW-G15D-Q7 Heat Spreader
BSP Development/OS Porting
Custom SOM/Carrier Development
Custom Application/GUI Development
Design Review and Support
29
Development Platform iW-RainboW-G15D-Q7
i.MX6 Qseven Development Kit
The Development Platform incorporates Qseven compatible i.MX6
SOM which is based on NXP's i.MX6 Series multimedia focused
processor and Generic Qseven compatible Development Board. This
platform can be used for quick prototyping of any high end
applications in verticals like Automotive, Industrial & Medical. Being a
nano ITX form factor with 120mmx120mm size, the board is highly
packed with all necessary onboard connectors to validate complete
i.MX6 CPU features.
APPLICATIONS: Industrial HMI, Automotive IVI, Video &
Navigation, Graphical Instrument Clusters, Portable Medical Devices,
Intelligent Industrial Control Systems and Home Energy Management
Systems.
SPECIFICATIONS
iW-RainboW-G15D-Q7
HIGHLIGHTS
Ideal for Quick Proof of concept
(POC) development.
Shortens 60% of the new
product development life cycle
i.MX6 QP/DP/Q/D/DL/S support
Quick customization services
in a very shorter period
i.MX6 CPU Module:
i.MX6 Quad Plus/Dual Plus/Quad/Dual/Dual Lite/Solo
ARM®Cortex™-A9 core @1GHz/800MHz
RAM
1GB DDR3 for QP/DP/Q/D/DL (Expandable up to 4GB*)
512MB DDR3 for Solo (Expandable up to 2GB*)
Storage
4GB eMMC Flash (Expandable*)
2MB SPI Flash (Expandable*)
On-board Micro SD Slot
Carrier Board:
Storage
SATA 3.0 - 1Port
Standard SD/MMC
Communication Interfaces
Gigabit Ethernet - 1 Port
USB 2.0 Host - 2 Ports
USB 2.0 OTG - 1 Port
USB Debug Port (Serial to USB conversion)
UART - 2 Ports
4 Wire Resistive Touch Connector*
CAN - 2 Ports
PCIe x 1 Slot
Mini PCIe Slot*
- PCIe Interface
- USB Host Interface
- SIM Interface
- SMB Interface
Power Input:12V @2A DC Input
Sensors
3-Axis Accelerometer
Digital e-Compass
Ambient Light Sensor
Altimeter/Barometer
Audio and Video
AC’97 codec- Audio IN/OUT Jacks
TV-IN RCA Jack (NTSC/PAL Input)*
Parallel Camera ZIF Connector- CSI1 (8Bit)
MIPI Camera Connector
LVDS1 - 7" 800x480 Display with Cap Touch
Backlight PWM Control
HDMI v1.4 - Port
LVDS 2 Connector
On-Board Headers
10 Pin JTAG Header*
SPI Header
4x4 Keypad Interface Header
RTC Coin Cell Holder
120 Pin Expansion Connector Interface
24bpp RGB LCDIF
ESAI
MIPI-DSI
MIPI-CSI
CSI2 (8 Bit)
Memory Interface (Address/Data Muxed)
MLB (Supported only in Automotive CPU)
O
Operating Temperature: 0 to 50 C
Form Factor: Nano ITX 120mmx120mm
*Optional items are not included in the standard deliverables
30
i.MX6 Qseven DEVELOPMENT BOARD BLOCK DIAGRAM
i.MX6_Q7_MXM Connector
(230 pin Connector)
22-Pin Conn
1
LVDS0
Reset Button
LVDS1
Ac’97 CODEC
eSDHC1
Header
eCSPI2
Resistive TP*
Capacitive TP
HDMI Conn
PCIe Bus
PCIe x 1
PCIe x1 Slot
AUDMUX4
SD Conn (8 bit)
Touch
Controller*
RTC Battery
VDD_SNVS_IN
LVDS
Receiver
7" EDT LCD Conn
20-Pin LVDS
AudioIN/OUT
+12V DC Input MAIN
+5V Standby Input
SATA-II
20-Pin Conn
RGB LCD Conn
Power Jack
+5V Input
Mini PCIe Slot
USB 2.0
Hub
Dual USB2.0 Slot
USB OTG PHY
USB OTG Slot
I2C1
Gigabit Ethernet
RJ45 MagJack
HDMI 1.4
JTAG/UART-2
JTAG Header
I2C2
Serial to USB
Debug Port
(Micro USB)
UART-5
RS232 Transciever
DB9 Conn
CAN1
CAN Transciever
DB9 Conn
Digital e-Compass
Altimeter
Light Sensor
Accelerometer
i.MX6_Expansion Connector-1
120 pin
Expansion
Connector
MIPI.DSI
CAN2
CAN Transciever
CAN Header
DISP0
UART-3
RS232 Transciever
UART Header
ESAI
CSI0
i.MX6_Expansion Connector-2
KPP
MLB
MIPICSI
EMI
CSI1
Video Decoder*
TV - IN*
4x4 Keypad
Header
Camera (8 bit)
Conn
1. Support available only for i.MX6 Quad and Dual CPUs
*Optional items not included in the standard deliverables.
OS SUPPORT
DELIVERABLES
OPTIONAL KITS/MODULES
CUSTOM DEVELOPMENT
Linux 3.14.38
Android 5.0 Lollipop
WEC7
iW-RainboW-G15D-Q7 Platform
Board Support Packages
Power Adapter
User Manual
Camera Add On Module
24BPP LCD Add On Module
Wi-Fi Module
3G and GPS Module
Custom SOM/ Carrier Card Development
BSP Development/ OS Porting
Design Review & Support
31
System On Module iW-RainboW-G17M-Q7
Cyclone V SoC Qseven Module
iWave Systems launched world’s first Altera Cyclone V SX SoC FPGA based
Qseven compatible module for the increased system performance
requirements. The dual ARM Cortex A9 core with the FPGA allows greater
flexibility for the system designers and helps to lower the system cost and
power consumption. The improved logic integration with integrated high
speed transceivers and hard memory controllers provides increased
bandwidth capacity which is ideal for cost-sensitive high end applications.
APPLICATIONS: Industrial Automation, Smart Energy Systems, Video
Surveillance, Defense & Aerospace.
iW-RainboW-G17M-Q7
HIGHLIGHTS
ARM Cortex A9 Dual core CPU
integrated with FPGA with up to
110K Les
Enhanced with integrated
transceivers and hard memory
controller
Readily available FPGA IP Cores
for integration
R2.0 Qseven Compatible
module
SPECIFICATIONS
CPU:
Qseven PCB Edge Connector Interfaces:
Altera’s Cyclone V SX SoC FPGA
• Integrated Dual core ARM Cortex-A9
Hard Processor System(HPS)
From HPS:
Gigabit Ethernet - 1 Port (On-SOM PHY)
USB 2.0 Host - 4 Ports (On-SOM HUB)
CAN - 1 Port
2
SD/MMC (8 bit)
WDOG - 1 Port
I2C - 2 Ports
SPI - 1 Port
Debug UART - 1 Port
2nd UART - 1 Port
Other Control IOs - Through HPS
3
From FPGA:
LVDS LCD - 2 Ports (FPGA Soft IP)/23 SE IOs
AC97/I2S Audio (FPGA Soft IP)/5 SE IOs
PWM
FPGA IOs - 8 SE IOs
From FPGA High Speed Transceivers: 3
PCIe Gen1 x 4 Lane
•
FPGA with upto 110K LEs
Memory:
16MB QSPI Flash 1
2
On-SOM Micro SD Connector
256MB DDR3 for FPGA
EPCQ Flash/QSPI Flash for FPGA1
EEPROM
On Board Peripherals Support:
JTAG Header for FPGA
JTAG Header for HPS
1
80 Pin Expansion Connector:
FPGA IOs (Up to 45 Single Ended IOs - SE IOs):
9 TX LVDS Pairs/18 SE IOs
11 RX LVDS Pairs/22 SE IOs
5 Single Ended IOs
FPGA Dedicated Clock IOs:
General Purpose Clock Inputs (2 LVDS/2 SE)
General Purpose Clock Outputs (1 LVDS/2 SE)
Others:
SMBUS/2 SE IOs
FPGA JTAG
SATA (FPGA Soft IP)
Form Factor:
70mm x 70mm Qseven Specification 2.0
Power Input:
5V DC
Operating Temperature:
o
o
-40 C to +85 C Industrial
Operating System:
Linux 3.10, WEC7
1 Optional featured. Not supported by default.
2 On-SOM Micro SD Connector and Qseven Edge SD/MMC are sharing the same interface
3 If the FPGA interfaces available in the Qseven edge are not used for Qseven compliance requirement, same interface
pins can be used for custom Industrial/networking interface requirements.
32
CYCLONE V SoC Qseven SOM BLOCK DIAGRAM
Hard Processor System
(Dual-core
ARM® Cortex™-A9
MP Core processor)
DDR3 RAM (512MB)
DDR3 for ECC (256MB)
DDR3 ECC (8 bit)
I2C
QSPI
I2C0, I2C1
Micro SD Connector
SD/MMC (8bit)1
UART0
I2C0
I2C
RTC Controller
SD/MMC
SPIM0
QSPI Flash (16MB)
EEPROM*
SDRAM
Controller
5V
1
UART1
I2C0
CAN
WDOG
CAN1
GPIO
EMAC1
JTAG
HPS JTAG*
USB1
EPCQ Flash*
Cyclone V SX
SoC FPGA
QSPI Flash (64MB)*
AS Interface
FPGA
FPGA JTAG
JTAG
General Purpose Clock I/Ps (2 LVDS/2 SE)
General Purpose Clock O/Ps (1 LVDS/2 SE)
80 Pin
Expansion
Connector
9 TX LVDS Pairs/18 DE IOs
11 RX LVDS Pairs/22 SE IOs
5 Single Ended IOs
SMBUS/2 SE IOs
DDR3 Controller DDR3 (16bit)
(Soft IP)
Active Serial
FPGA Dedicated
Clock IOs
(2.5V Differential /
2.5V Single Ended)
FPGA IOs
(2.5V Differential /
2.5V Single Ended)
SMBUS (Soft IP)
3.3V Single Ended
High Speed
Transceiver
FPGA AS Header*
CH0
PCIe
CH1
HardIP
CH2
CH3
CH5 SATA
CH6 Soft IP
DDR3 RAM
(256MB)
PCIe x 4 Port
SATA x 1 Port
AC97/I2S(Soft IP)
3.3V Single Ended
AC97/I2S x 1 Port
FPGA IOs
(3.3V Single
Ended)
8 Single Ended IOs/LPC Interface
LCD (Soft IP)
2.5V Differential
LVDS LCD (24bpp) x 2 Port
PWM
* Optional featured. Not supported by default.
1 On-SOM Micro SD Connector and Qseven Edge SD/MMC are sharing the same interface
33
OS SUPPORT
DELIVERABLES
OPTIONAL /MODULES
CUSTOM DEVELOPMENT
Linux 3.10
WEC7
Cyclone V SoC Qseven Module
Board Support Package
User Manual
Cyclone V SOC Qseven Development Kit
Heat Spreader
BSP Development/OS Porting
Custom RTL Logic Development
Custom SOM/Carrier Development
Custom Application/GUI Development
Design Review and Support
Development Platform iW-RainboW-G17D-Q7
Cyclone V SoC Qseven Development Board
iWave Systems launched Cyclone V SoC Development Kit – iW-RainboWG17D equipped with Cyclone V SoC based Qseven SOM and generic Qseven
carrier card for the increased system performance requirements. The Dual
ARM Cortex A9 core with the FPGA allows greater flexibility for the system
designers and helps to lower the system cost and power consumption. The
improved logic integration with integrated high speed transceivers and hard
memory controllers provides increased bandwidth capacity which is ideal
for cost-sensitive high end applications.
APPLICATIONS : Industrial Automation, Smart Energy Systems,
Video Surveillance, Defence & Aerospace, Mobile, Ultra Mobile, Automotive
- Telematics, Medical Instrumentation.
iW-RainboW-G17D-Q7
HIGHLIGHTS
ARM Cortex A9 Dual core CPU
integrated with FPGA with up to
110K LEs
Enhanced with integrated
transceivers and hard memory
controller
Readily available FPGA IP cores
for integration
Ideal for Quick Proof of concept
(POC) development
Shortens 60% of the new
product development life cycle
SPECIFICATIONS
Cyclone V SoC Qseven SOM
Cyclone V SoC 5CSXFC6
512MB HPS DDR3 RAM
256MB FPGA DDR3 RAM
10/100/1000 Ethernet PHY
4 Port USB2.0 HUB
On SOM µSD Slot 1
JTAG Header for FPGA
RTC Controller
OS: Linux 3.10 ,WEC 7
Qseven Carrier Board
Standard SD/MMC - 1 Port (Boot & OS Storage)
2
SATA 3.0 - 1 Port
Debug Console through Micro USB
Data UART - 1 Port
CAN – 1 Port
USB 2.0 Host - 3 Ports
10/100/1000 Ethernet - 1 Port
PCIe x1 Slot
2
AC'97 codec- Audio IN/OUT Jacks
LVDS – 2 Ports
7" TFT Display (800x480) with Capacitive Touch
2nd LVDS Connector
PWM
JTAG Header 1
o
Operating Temperature: 0 to 55 C
Form Factor: Nano-ITX (120mmx120mm)
Power Input: 12V
1 Optional items are not supported by default
2 Only Hardware support is provided by default
Quick customization services
34
Cyclone V SoC Qseven DEVELOPMENT BOARD BLOCK DIAGRAM
Cyclone V SoC SOM
Qseven MXM Connector
(230 pin Connector)
22-Pin Conn
SATA 0*
7-Pin Conn
SATA 1*
20-Pin LVDS
LVDSO
7" RGB LCD Conn
LVDS
Receiver
Power to
SOM and
Power Regulators
Reset Button
PCIe
PCIe x1 Slot
Mini PCIe Slot
20-Pin LVDS
LVDS1
AC’97 CODEC
SSI/AC’97*
SD Conn (8 bit)
Four Port
USB HUB
Dual USB2.0 Slot
SD/MMC
Header
Resistive TP
+12V IN
RTC Battery
RTC Controller
7" EDT LCD Conn
AudioIN/OUT
Power Jack
Peripherals
SPI
Touch
Controller
Gigabit
Ethernet
I2C1
Capacitive TP
Digital e-Compass
RJ45 MagJack
UART0
Serial to USB
Debug Port
(Micro USB)
I2C2
Altimeter
UART1
RS232 Transciever
DB9 Conn
Light Sensor
CAN1
CAN Transciever
DB9 Conn
Accelerometer
CAN1
Header
Cyclone V SoC SOM
Expansion Connector (80 Pin)
FPGA
Dedicated
FPGA
Dedicated
Clock
Inputs
Clock
Inputs
(2DE/2SE)
(2DE/2SE)
FPGA Dedicated
Clock Inputs
(1DE/2SE)
FPGA TX LVDS Pairs
(9DE/18SE)
120 pin
Expansion
Connector
FPGA RX LVDS Pairs
(4DE/8SE)
OS SUPPORT
Linux 3.10
WEC 7
35
DELIVERABLES
iW-RainboW-G17D-Q7 Platform
Board Support Packages
Power Adapter
User Manual
OPTIONAL KITS/MODULES
CUSTOM DEVELOPMENT
iW-RainboW-G17M-Q7
(Cyclone V SoC Qseven SOM)
Custom SOM/ Carrier Card Development
BSP Development/ OS Porting
Design Review & Support
System On Module iW-RainboW-G12M-Q7
DM816x Qseven SOM
iWave's DM816x SOM is based on TI's DaVinci DM8168x ARM
Cortex-A8+C674x DSP Microprocessor for faster and more robust
applications. With extreme system and peripheral integration, the
DSP+ARM MPUs provide multiple high-performance interfaces,
such as PCIe Gen2, HDMI 1.3, SATA2.0, Gigabit Ethernet and
DDR3 interfaces.
The module is compatible to Qseven R1.20 ARM specification and
features 1.2 GHz CPU, on-board DDR3 RAM, Nand Flash, Micro SD
slot and JTAG header.
APPLICATIONS : Industrial Automation, Medical, HMI,
Interactive POS, Single Board Computing, Network &
Communication Processing, Video Surveillance Systems.
iW-RainboW-G12M-Q7
HIGHLIGHTS
C674x 1 GHz DSP+ARM Cortex A8
@ 1.2 GHz
Integrated high bandwidth
connectivity peripherals
SPECIFICATIONS
Processor
Debug UART
TI DM816x ARM Cortex A8 @ 1.2 GHz
C674x DSP @ 1 GHz
Expansion Connectors
Memory
1GB DDR3 SDRAM
128MB Nand Flash (expandable*)
On-board Micro SD Slot (default boot)
Qseven Edge Connector
SGX530 3D Graphics Engine for
rich user interfaces
Dual simultaneous 1080p display
engine
More complex Graphical User
Interfaces (GUIs)
PCIe 2.0 x 2 Lanes
HDMI 1.3
SATA 2.0 x 2
LVDS, I2S Port
USB2.0 Host x 4
USB2.0 Device
SD/SDIO
SPI, I2C
Audio McASP Port
Gigabit Ethernet GMII x 1
HD Video IN x 2 Ports
Analog HD & SD Video OUT
Audio McASP x 2 Ports
UART x 2 Ports
GPIOs
JTAG Header
Temperature
Operating 0°C to +70°C
Board Form factor
Qseven R1.20 Compatible (70mm x 70mm)
Power Input
5V, 2A
Operating Systems
Linux 2.6.37
* Optional items are not supported by default
Technical & Quick customization
support
36
DM816x Qseven SOM BLOCK DIAGRAM
Micro SD
SDIO x 1
128MB
NAND FLASH
SATA2.0 x 2
Audio Port x 1
1GB DDR3
Qseven Edge Connector
I2C x 1
JTAG
Header
HDMI 1.3 x 1
PCIe2.0 x 2
Audio Ports x 2
Giga Ethernet MAC x 1
TI DM816x CPU
USB2.0 Device
SPI x 1
Video IN x 2
Expansion
Connectors
Debug UART
Video OUT
UART x 2
USB2.0 Host
USB2.0 Hostx4
USBHUB
GPIOs
RGB IF
RGB-LVDS
LVDS
* Optional featured. Not supported by default
37
OS SUPPORT
DELIVERABLES
OPTIONAL /MODULES
CUSTOM DEVELOPMENT
Linux 2.6.37
DM816x Qseven SOM module
Board Support Packages
User manual
iW-RainboW-G7D
(ARM Qseven generic carrier board)
Heat Spreader
BSP Development/OS Porting
Custom SOM/Carrier card development
Custom application/GUI development
Design review and support
Development Platform iW-RainboW-G12D-Q7
DM 816x Qseven Development Kit
The Development Platform incorporates Qseven compatible DM816x
SOM which is based on TI's DSP+ARM Cortex-A8 based DaVinci
Processor operating up to 1.2GHz and Generic Qseven compatible Carrier
Board. This platform can be used for quick prototyping of any high end
applications in verticals like Industrial, Medical and Networking. Being a
nano ITX form factor with 120mmx120mm size, the board is highly
packed with all necessary onboard connectors to validate complete
DM8168 CPU features.
APPLICATIONS: Single-Board Computing, Network and
Communications Processing, Industrial Automation, Human Machine
Interface, Interactive Point-of-Service Kiosks.
iW-RainboW-G12D-Q7
HIGHLIGHTS
TI DM8168 ARM Cortex-A8 @ 1.2
GHz + C674x DSP @ 1 GHz
Ideal for Quick Proof of concept
(POC) development.
Shortens 60%
of the new
product development life cycle
Quick customization services in
a very shorter period
Suitable for Wide Range of
Applications
SPECIFICATIONS
CPU:
TI DM816x Cortex A8 CPU @1.2 GHz
C674x DSP @ 1 GHz
RAM:
1GB DDR3 RAM
Storage:
128MB NAND Flash (Expandable)
Micro SD slot (default boot device)
1
Standard SD slot-1 Port
SATA 2.0 - 2 Ports
Communication Interfaces:
Gigabit Ethernet - 1 Port
(through expansion card)
USB 2.0 Host - 1 Port/3 Ports
1
USB 2.0 device - 1 Port
PCIe 2.0 x 2 Lane - 1 Port
RS232 Debug Console - 1 Port
Video OUT:
7"LCD with 4 Resistive Touch
HDMI 1.3 - 1 Port
Connectivity:
Mini PCIe Connector
1
Expansion Connector-1 :
GMII Interface, FF UART, GPIOs,
Multichannel Audio Interface
2
Miscellaneous Headers :
UART Header
SPI Header
Analog HD & SD Video Out Headers
Temperature:
o
0 to 60 C
Form Factor:
Nano ITX 120x120mm
Power Input: 12V @ 2A DC Input
1 Optional items are not supported by default
2 Foot prints only
38
DM816x Qseven DEVELOPMENT BOARD BLOCK DIAGRAM
Qseven_MXM Connector
(230 pin Connector)
+5V Input
Power Jack
Reset Button
22-Pin Conn
7-Pin Conn
40-Pin Res TP
RGB LCD Conn
SATA Port 0
SATA II3.0Gbps
SATA Port 1
SATA II3.0Gbps
VCC_RTC
LVDS0
PCIe 2.0
port x 2
lane
RGB-24bit
Resistive TP
Conn
LVDS0
LVDS
Receiver
SD Conn (4bit)*
Header
TV IN
I2C
HDMI 1.3
USB Device
SD
SD/SDIO*
SPI
UART2
SPI
1
Video Decoder
D[7:0]
RTC Battery
PCIe x1 Slot
Connector
PCIe x1 lane
Mini PCIe
Connector
USB Port 4*
USB A-Type
Conn
USB Port 0
USB Port 2*
Dual USB
Stack Conn
USB Port 1
USB OTG
Mico/mini AB
UART2
RS232
TxRx
DB9 Conn
RS232
TxRx
UART
Header
80 pin Expansion Connector-1
Video In 0
McASP0,
PWM,
GPIOs,
UART0
McASP0, PWM,
UART0, GPIOs, Video In D[15:0]
Expansion
Connector
(120-Pin
header)
USB Host x 1/
USB 2.0
Hub
(4Port)
I2C1
HDMI
1
Push Button*
RTC
USB Port 3*
Capacitive TP*
HDMI Conn
Push Button
Power Button
Touch
Controller
+12V DC Input MAIN
+5V Standby Input
UART 2
UART 1,2
UART 1
80 pin Expansion Connector-2
McASP1
McASP1
GMII Interface
HD Video Out
SD Video Out
EMAC1
Video In1
HD Video Out
1
Header
SD Video Out
Header
Camera Interface-8bit
1
Camera Conn
1
* Optional featured. Not supported by default
1 Foot prints only
39
OS SUPPORT
DELIVERABLES
OPTIONAL KITS/MODULES
CUSTOM DEVELOPMENT
Linux 2.6.37
iW-RainboW-G12D Platform
Gigabit Ethernet Expansion Card
Board Support Packages
Power Adapter, User Manual
Wi-Fi Module
Custom SOM/Carrier Card Development
BSP Development/OS Porting
Design Review & Support
System On Module iW-RainboW-G15M-MXM
i.MX6 MXM Module
The i.MX6 MXM SOM is based on i.MX6 Series Quad/Dual/Dual
Lite/Solo core processor. A single ruggedized MXM edge connector
provides the carrier board interface to carry all the I/O signals to and
from the MXM module. With 1080p HD decoding and encoding and
2D/3D graphics an enhanced and optimized user experience is
achieved.
The MXM connector pinouts are fully compatible with iWave i.MX53
MXM SOM. The i.MX6 MXM SOM has an additional expansion
connector to bring out the special/extra features of i.MX6
Quad/Dual/Dual Lite/Solo core processor. The i.MX6 MXM SOM is
simple and low cost yet rugged.
APPLICATIONS : Automotive Infotainment, Advanced HMI,
Telematics, Digital Signage, Healthcare and Medical Equipments.
iW-RainboW-G15M-MXM
HIGHLIGHTS
i.MX6 CPU Module:
ARM Cortex A9 @1GHz/800MHz
Quad/Dual/ Dual Lite/Solo core
i.MX6 Quad/Dual/Dual Lite/Solo
ARM®Cortex™-A9 core @1GHz/800MHz
64-bit DDR3-1066 support
1GB DDR3 for Q/D/DL (Expandable up to 4GB1)
512MB DDR3 for Solo (Expandable up to 2GB1)
OpenGL® ES 2.0 3D, OpenVG™
1.1 graphics accelerators
Multi format HD1080p HW decode
and encode
RAM
SATA 3.0 X 1 Port
3
Storage
4GB eMMC Flash (Expandable 1)
2MB SPI Flash (Expandable1 )
On-board Micro SD Slot
NAND Flash*
Expansion Connector - 100 Pins
MIPI CSI & MIPI DSI
Four simultaneous display support
Targeted for rugged automotive
applications
85mmx85mm MXM3 compatible
Debug Support
Onboard JTAG header 2
Technical and quick customization
support
Temperature:
Power Input:
1 Optional features are not supported by default
2 Not populated in mass production SOM
3 Support available only for i.MX6 Quad and Dual CPUs
Note: device drivers provided are for specific interface chipsets which are used in iWave's carrier board
10+ years, long term support
40
i.MX6 MXM Module BLOCK DIAGRAM
DDR3 RAM
(1GB/512MB)
SPI Flash - 2 MB
1
MMDF (8 bit)
NAND Flash*
eMMC - 4GB
2
I2S Audio x (1/3)
SD (4 bit)
Micro SD
Connector
3
RGMII X 1
Gigabit
Ethernet PHY
10/100/1000
ENET
MXM3.0
RVS PCB Edge
Connector
(314 Pion)
2
SD/MMC (4 Bit) X 2
MLB
Expansion
Connector1
(100 Pin Header)*
MIPI-DSI x 1
HDMI Tx1-4
JTAG
(20pin Header)
2 Pin Power In*
MIPI DSI
Camera (8bit) x 2
CSIO
5V
Onboard
Regulators
UART x (3/5)
Memory Bus*
5V
1 NAND Flash is optional & these signals are also routed to MXM connector & some of the signals are shared with eMMC
2 eSDHC3 port will be share uSD and MXM connector
3 RGMII signals are shared with on board Gigabit Eth PHY & expansion connector
* Optional featured. Not supported by default
OPTIONAL /MODULES
Linux 3.14.38
Android 5.0 Lollipop
41
i.MX6 MXM Development Kit
Heat Spreader
Development Platform iW-RainboW-G15D-MXM
i.MX6 MXM Development Kit
iW-RainboW-G15D is a multipurpose platform powered by automotive
grade i.MX6 MXM SOM which is based on Freescale’s i.MX6 Series
multimedia focused processor. This platform can be used for quick
prototyping of any high end applications in verticals like Automotive,
Industrial & Medical. Being a nano ITX form factor with 120mmx120mm
size, the board is highly packed with all necessary onboard connectors
to validate complete i.MX6 CPU features.
APPLICATIONS: Automotive Infotainment, Advanced HMI,
Telematics, Digital Signage, Healthcare and Medical Equipments.
iW-RainboW-G15D-MXM
HIGHLIGHTS
Ideal for Quick Proof of concept
(POC) development
Shortens 60% of the new
product development life cycle
Quad Display Support
Quick customization services
in a very shorter period
Compact (NanoITX 120mm X
120mm) form factor
Suitable for Wide Range of
Applications
SPECIFICATIONS
i.MX6 CPU Module:
i.MX6 Quad/Dual/Dual Lite/Solo
ARM®Cortex™-A9 core @1GHz/800MHz
RAM
1GB DDR3 for Q/D/DL (Expandable up to 4GB*)
512MB DDR3 for Solo (Expandable up to 2GB*)
Storage
4GB eMMC Flash (Expandable*)
2MB SPI Flash (Expandable*)
On-board Micro SD Slot
Carrier Board:
Storage:
SATA 3.0 - 1Port
Standard SD/MMC -1 Port
Sensors*:
3-Axis Accelerometer
Digital e-Compass
Ambient Light Sensor
Audio and Video:
On-board Audio Codec
Audio IN/OUT Jacks
TV-IN RCA Jack - 1 Port*
Parallel Camera - 1 Port
800x480 - RGB 7" LCD
HDMI 1.4 - 1Port
Audio Amplifier*
Communication Interfaces:
Gigabit Ethernet - 1 Port
USB 2.0 Host - 3 Ports
USB 2.0 OTG - 1 Port
RS232 Debug Console - 1Port
CAN - 2 Ports (DB9, Header)
Mini PCIe 2.0 - 1 Port
PCIe X 1 Slot*
Wi-Fi Module (Shared with Micro SD)*
On-Board Headers:
UART Headers
ESAI Header
MLB Header
RTC Coin cell Holder
Carrier Expansion Connector-1*:
Memory Bus,UART,I2C
MLB(3 pin), SSI,GPIOs,12V
Carrier Expansion Connector-2*:
i.MX6 RGMII,ENET Interface*
MIPI CSI, MIPI CSI,MLB-6pin,12V
Operating Temperature:
O
0 to 50 C
Power Input:
12V @2A DC Input
Form Factor:
Nano ITX 120mmx120mm
*Optional features are not supported by default
Note: device drivers provided are for specific interface chipsets which are used in iWave's carrier board
42
i.MX6 MXM DEVELOPMENT BOARD BLOCK DIAGRAM
7-Pin Conn
+5V Input
SATA Port 0
22-Pin Conn*
Reset Button
Push Button
#
I2S
I2S CODEC
Audio
Amp*
Video Decoder*
SD/SDIO-1
SD/SDIO-2
SD Wi-Fi*
20-Pin LVDS
Conn x2*
Port-1
Port-3 & 4
USB Hub
4 Port
iMX6 MXM SOM
(MXM-3 RVS
314-Pin Connector)
Port-2
USB OTG
CAN 1
12C-1
Touch
Controller
CAN 0
UART 1
MLB & EASI
UART3&4&5
RGB-24bit
40-Pin Res TP
RGB LCD Conn
3-Axis
Accelerator*
I2C-1
HDMI
RGMII
MLB
MIPI CSI & DSI
100 pin CPU
Expansion
Connector - 1
+12V DC 2.5A
RFU Signals
60 pin CPU Expansion
Connector - 2*
USB A-Type
Conn
Header
CAN TxRx
RS 232 TxRx
DB9 Conn
(Dual)
RS 232 TxRx
Headers x 3*
2G Module*
RS 232 TxRx
I2C-2
USB A-Type
Conn(Dual)
CAN TxRx
UART 2
HDMI
Tx*
PCIe x 1 Slot
Connector*
Mini PCIe
Connector
USB OTG
Micro AB Conn
LVDS x2
Header x2*
Carrier
Expansion
Conn-2
120-Pin*
Header
USB
Host
CSI-1
SD Conn
HDMI Conn
I2C-1 & 2
CSI-0
Camera Conn-1*
Resistive TP
Conn
RTC Battery
PCI e0
Camera Conn-2
TV-In RCA Conn*
Push Button
RTC
Audio Jack
(In&Out)
MIC/SPKR*
Power Button
Gigabit Ethernet
RJ45 MagJack
Header
Digital
e-Compass*
Ambient Light
Sensor*
EIM,SSI,UART2,I2C-1-3,MLB,GPIOs
RFU Signals
Carrier
Expansion
Conn-1
120-Pin*
+12V DC 2.5A
On Board
Power
Regulators
Power Jack
+12V DC 2.5A
#
Support available only for i.MX6 Quad and Dual CPUs
OS SUPPORT
DELIVERABLES
OPTIONAL KITS/MODULES
CUSTOM DEVELOPMENT
Linux 3.0.35
Android Lollipop 5.0
RainboW-G15D-MXM Platform
Board Support Packages
Power Adapter
User Manual
Camera Module
7"Capacitive Touch Module
3G Module
Wi-Fi Module
Custom SOM/ Carrier Card Development
BSP Development/ OS Porting
Design Review & Support
43
Single Board Computer iW-RainboW-G22S
RZ/G1E Pico-ITX SBC
iWave’s RZ/G1E SBC which is based on Renesas power efficient
Dual core ARM Cortex A7 CPU cores operating @1GHz speed.
The board can be used for quick prototyping of various
applications targeted by the RZ/G1E processor. With the
100mm x 72 mm Pico ITX size, the kit is highly packed with all
the necessary on-board connectors to validate the RZ/G1E CPU
features.
APPLICATIONS: HMI & Access Control, Digital Signage,
Industrial Control, IOT gateway, Healthcare devices, Point of
sale, Network & high vision camera, Home & Office automation
and White goods & appliances.
iW-RainboW-G22S
HIGHLIGHTS
Dual Core ARM Cortex-A7 @ 1GHz
Hardware HD encode & decode
Built in SGX540 3D Graphic acceleration
Ultra-compact form size 100mm x 72mm
SPECIFICATIONS
CPU:
Renesas’s RZ/G1E CPU @ 1GHz
SGX540 Graphics core @ 260MHz
Data UART - 1 Port
512 MB DDR3
4GB eMMC Flash
IO expansion headers
JTAG header
100/1000 Ethernet PHY
10/100 Ethernet PHY 1
Power Supply:
5V@2A DC Input
Micro SD Slot
Operating Temperature:
SODIMM Carrier board:
Gigabit Ethernet - 1 Port
OS Support:
USB 2.0 host - 2 Ports
USB2.0 device - 1 Port
SD Slot - 1 Port
8-bit CSI Camera - 1 Port 1
Audio Codec, In/Out Jack
RGB display - 1 Port
Resistive touch controller
CAN PHY - 1 Port
Serial console on USB Port
0 C to 60 C
Linux 3.10.31
Form Factor: 100mm x 72mm
2
HDMI Daughter Board :
ADV7511 HDMI Transmitter
HDMI Output - 1 Port
nd
CAN PHY - 2 Port
RS232 - 3 Ports
nd
Note1 : 2 Ethernet and 8-bit camera interface is multiplexed in the RZ/G1E CPU. At a time anyone can be used.
By default 8-bit camera interface is supported in the board.
Note2 : HDMI Daughter Board is a optional feature.
44
RZ/G1E Pico - ITX SBC - BLOCK DIAGRAM
RTC Controller
(Optional)
Micro SD
Connector
CAN Header
Debug
USB Micro AB
Connector
I2C1
RTC Battery
Holder
RTC
Control
Switches
Boot Mode,
ONOFF,RST
SDHC x 4bit
CAN
Transceiver
UART to USB
Bridge
To On-Board Power
Circuit & Peripherals
RZ/G1E SODIMM SOM
3.3V
Power IN
SAI2/JTAG
I2S
µSDHC1
CAN1
Debug
UART
CAN1
Data UART
I2S Audio
Codec
Audio In/Out
Connector
Camera x 8Bit
Camera
JTAG Header
(Optional)
1
OV7725 Camera
Connector
RZ/G1E CPU
512MB RAM + 4GB eMMC
UART1
UART5
I2C1
PWM4
Ethernet1
Data UART
20Pin
Expansion
Header
Power Jack
(5V)
JTAG
18bpp RGB
UART Header
3.3V Power
Regulator
I2C1
Resistive Touch
Controller
RGB
LCD Connector
18bpp RGB
DISP_BL
100/1000Mbps
UART2
CAN2
CAN2
USB OTG2
SPI
2 Port
USB HUB
GPIOs
GPIO’S
USB Type A
Connector1
USB_HUBP2
USB Type A
Connector2
SPI
20Pin GPIO
Header
RJ45 MagJack1
USB_HUBP1
Ethernet2
10/100Mbps
USB Device
USB OTG1
1
RJ45 MagJack2
USB Micro AB
Connector
nd
Note1: 2 Ethernet and 8-bit camera interface is multiplexed in the RZ/G1E CPU. At a time anyone can be used.
By default 8-bit camera interface is supported in the board.
OS SUPPORT
Linux 3.10.31
45
DELIVERABLES
OPTIONAL /MODULES
CUSTOM DEVELOPMENT
RZ/G1E Pico-ITX SBC
Board Support Package
User Manual
4.3” RGB display Kit
Camera Module
HDMI Daughter Board
BSP Development/OS Porting
Custom SOM/Carrier Development
Custom Application/GUI Development
Design Review and Support
Single Board Computer iW-RainboW-G15S
i.MX6 Pico-ITX SBC
iWave's new i.MX6 Quad/Dual/Dual Lite/Solo based Pico-ITX SBC
integrates all standard interfaces into a single board with ultra
compact yet highly integrated platform that can be utilized across
multiple embedded PC, system and industrial designs. It has got all
the necessary functions that the embedded world demands on a
single board. It also provides an expansion header through which
interfaces can be used according to their applications. Measuring
just 100mm x 72mm, the Pico-ITX is currently the smallest
complete ARM Cortex A9 main board in the industry, smaller than
all existing ATX, BTX and ITX form factors.
APPLICATIONS: Intelligent Industrial Control Systems,
Industrial Human-Machine interface, Ultra Portable Devices, Home
Energy Management Systems, Portable Medical Devices.
iW-RainboW-G15S
HIGHLIGHTS
ARM Cortex A9 @ 1GHz/800MHz
Quad/Dual/Dual Lite/Solo core
100mmx72mm Pico-ITX form-factor
Single Board Computer
HD 1080p encode and decode
3D video playback in high definition
Technical and quick customization
support
10+ years, long term support
SPECIFICATIONS
CPU:
i.MX6 Q/D/DL/S @1GHz/800MHz ARM-Cortex-A9
PMIC:
Debug & Status Indication Support:
Micro USB Debug Port
JTAG Header
4 Pos User Dip Switch & Status LEDs
MMPF0100
RAM:
Expansion Header-84 Pin:
1GB DDR3 for Q/D/DL (Expandable up to 4GB*) MIPI DSI
512MB DDR3 for Solo (Expandable up to 2GB*) SPI Interface-1No
Storage:
CSI0 Camera interface
On-board Micro SD Slot
CAN2 Interface
Standard SD/SDIO Slot
UART- 3 Nos
I2C- 3 Nos
SPI Flash 16Mbit
GPIOs
4GB eMMC Flash
Optional SATA 7 Pin Connector*
LVDS1 Interface
Communication Interfaces:
Optional MLB interface*
10/100/1000 Mbps Ethernet
Miscellaneous:
Half mini PCIe card Connector
RTC Controller*
Dual USB Host Connector
Operating Temperature:
Micro USB OTG Connector
-20OC to +85OC
CAN Transceiver - 1 Port
Power Input:
Audio & Video Interfaces:
5V, 2A
AC97 Audio Codec with Audio Out Jack &
Form Factor:
Audio In Header
Pico-ITX (100mmx72mm)
HDMI Port
Operating Systems:
LVDS Connector with Backlight Support [LVDS0]
Linux 3.14.38
4 Wire Resistive Touch Controller
8 Bit CMOS Camera Connector [CSI1]
2 Lanes MIPI Camera Connector
Android 5.0 Lollipop
WEC7
*Optional features are not supported by default
46
i.MX6 PICO-ITX SBC BLOCK DIAGRAM
i.MX6 Q/D/DL/S
DDR3 RAM (1GB/512MB)
7 pin SATA
Connector*
eMMC (4GB)
SPI Flash (16MB)
eCSPI1
eCSPI1
I2C1
I2C1
Audio Out
Jack
Audio In
Header
MLB
+
84pin
Expansion
Header
LVDS1
I2C 1,2,3
User Dip
I2C x 3
5V
RTC Controller*
I2C
JTAG
47
I2C
JTAG
OS SUPPORT
DELIVERABLES
OPTIONAL/MODULES
CUSTOM DEVELOPMENT
Linux 3.14.38
Android 5.0 Lollipop
WEC 7
i.MX6 Pico-ITX SBC
Board Support Packages
5V @2A Power Adapter
User Manual
Advanced Learning Platform
Pico ITX Enclosure
Wi-Fi modules
BSP Development/OS Porting
Custom Application/GUI Development
Design Review and Support
System On Module iW-RainboW-G24M
Arria 10 SoC Module
Coming
Soon
iWave’s Arria 10 SoC System on Module is based on the Arria 10 SX
family device with F34 package. The module is equipped with 32bit DDR4 memory support for HPS with optional ECC and 64-bit
DDR4 support for FPGA. All the IOs and high speed transceiver
blocks will be available on the SOM board to board connector.
APPLICATIONS: Test and measurement equipment, Control
and intelligence equipment, Diagnostic medical imaging
equipment, Wireless infrastructure equipment, Compute and
storage equipment, Broadcast and distribution equipment.
iW-RainboW-G24M
HIGHLIGHTS
SPECIFICATIONS
Arria10 SoC & FPGA device compatibility
SX270, SX320, SX480, SX570, Sx660
Gx270, GX320, GX480, GX570, Gx660
24 high speed transceivers @ 17.4Gbps
Up to 76LVDS/152SE FPGA IOs
64 - Bit DDR4 support for FPGA
Variable IO voltage support
Industrial Grade operation
SOC:Arria10 SoC
Dual Core, Cortex-A9 CPU @ 1.5GHz
SX270 (10AS027) FPGA Fabric
35mm x 35mm F34 Package
Memory:
1GB DDR4 with optional ECC for HPS
1GB SLC NAND Flash for HPS
Optional 64-bit DDR4 for FPGA
QSPI Flash for FPGA (Optional)
Communication:
10/100/100 Ethernet PHY For HPS
USB2.0 transceiver for HPS UTMI
Power Supply:
5V through SOM B2B connectors
Temperature support:
-40°C to +85°C Industrial
Dual 240 Pin Board to Board Connector:
Arria10 SoC HPS IO interfaces:
Gigabit Ethernet x 1 Port
USB 2.0 OTG x 1 Port
SD (4bit) x 1 Port
SPI x 1 Port, I2C x 1 Port
Full Function UART x 1 Port
Console UART, GPIOs –4 Nos
Arria10 SoC FPGA IO interfaces:
24 high-speed transceivers
76LVDS/152SE FPGA IOs
8LVDS/8SE General purpose clock outputs
7LVDS/7SE General purpose clock inputs
Headers: HPS/FPGA JTAG, FPGA AS headers
OS Support: Linux 4.1.22
Form Factor: 95mm x 75mm
48
Arria 10 SoC SOM - BLOCK DIAGRAM
Hard Processor System
TM
(Dual ARM Cortex - A9)
DDR4 1GB
(Upgradable)
DDR4 (ECC)
(Op onal)
USB1
DDR4 (32bit)
DDR4 ECC (8bit)
NAND-1GB
(Upgradable)
SDRAM
Controller
(Bank 2J & 2k)
UTMI
USB2.0
PHY
Ethernet
PHY
SD (4bits)
Power IN
(Op onal)
5V
USB OTG
Gigabit
Ethernet
SPI
SPIM0
NAND
Power
Regulators
RGMII
EMAC1
SDMMC
NAND
Power to
Peripherals
Debug UART
UART0
UART (with CTS & RTS)
UART1
SOM
Expansion
High Speed
Connector2
(240pin)
I2C
I2C1
GPIO x 4nos
GPIOs
Arria 10 SX / GX
FPGA
High Speed Transceiver (6 Channels)
High Speed Transceiver (6 Channels)
Bank 1C
Bank 1D
Bank 1E
FPGA IOs(46SE)
FPGA AS
Header
(Op onal)
AS Interface
Bank 2A
Bank 3A
FPGA IOs
FPGA IOs(46SE)
Transceiver PHY
High Speed Transceiver (6 Channels)
Bank 1F
FPGA IOs(24LVDS/48SE)
Bank 3B
FPGA IOs
SOM
Expansion
High Speed
Connector1
(240pin)
Transceiver PHY
High Speed Transceiver (6 Channels)
FPGA IOs(24LVDS/48SE)
Bank 3C
Bank 3D,
3E,3F
DDR4 (64bit) DDR4 RAM
(Op onal)
FPGA/HPS
JTAG Header
JTAG
Ac ve Serial
JTAG
5V
QSPI Flash
(Op onal)
FAN Header
(Optional)
Note:
HPS (Hard Processing System) is supported only in Arria10 SX device.
All IOs in SOM Expansion connectors are 1.8V tolerant IOs. Optionally, Bank 2A and Bank 3A supports variable IO level setting (1.8V, 1.5V, 1.35V, 1.2V).
Each FPGA IO Bank (2A,3A,3B,3C) which goes to SOM Expansion connectors support two General Purpose Clock Input & two General Purpose Clock Output (LVDS/SE).
Since 3D,3E & 3F banks are available only in some version of Arria10 parts, FPGA DDR4 (64bit) can be supported only where these banks supported devices are used.
OS SUPPORT
DELIVERABLES
OPTIONAL/MODULES
CUSTOM DEVELOPMENT
Linux 4.1.22
Arria 10 SoC SOM
Board Support Package
User Manual
Arria 10 SoC Development Kit
BSP Development/OS Porting
Custom SOM/Carrier Development
Custom Application/GUI Development
Design Review and Support
49
2017
2014
2015
2016
RZ/G1E
SODIMM SOM
i.MX6UL
SODIMM SOM
2013
2012
2011
2010
2009
2008
2007
2003
ARM Cortex A5
Vybrid
SOM
i.MX27
SOM & SBC
i.MX50x
SBC
i.MX51x
SOM
intel Atom
SOM
X86
Marvell
PXA 270 SBC
i.MX53x
SOM
ARM Cortex A8
ARM Cortex A7
ARM Dual
Cortex A7
TI DM8168
Q7 SOM
-----------------
Telefon 0211
0211 // 95
95 110
110
Telefon
Telefax 0211
0211 // 95
95 11
11 111
111
Telefax
info@unitronic.de
info@unitronic.de
ARM 9
BSP support
ARM Cortex A8
i.MX6x
SOM SBC
PICO SBC
ARM Cortex A8+ DSP
Cyclone V soc
Q7 SOM
Dual Cortex
A9+FPGA
Commercial Automotive Industrial
SODIMM SOM MXM SOM Q7 SOM
---------------------Multicore ARM Cortex A9
-----------------
Contact:
------------------------------------------------------------------
--------------------------------------------------------------------------------------
Renesas RZ/G1M,
G1N Q7 SOM
i.MX8
Q7 SOM
Arria10
SoC SOM
ARM Dual
Cortex A15
APQ 8096
Q7 SOM
Feature Rich & performance
Cost & power Optimized
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UNITRONIC
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