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EMBEDDED COMPUTING MADE EASY
GLOBAL PRESENCE
Seattle - USA
São Paulo - Brasil
Lucerne - Switzerland
New Delhi - India
Bangalore - India
Pune - IndiaHCMC - Vietnam
Shanghai - ChinaOsaka - Japan
Yokohama - Japan
Diverse geographical Sales and Engineering teams, addressing speci�c local needs, technology requirements, and markets.
Product OfferingsToradex specializes in designing and delivering standardized, high performance ARM-based System on Modules (SOMs)* and Customized
Single Board Computers (SBCs)* for the embedded market. Our hardware and software offer unmatched con�gurability and enable you
to quickly and cost-effectively transform concepts into successful products.
We offer two complementary product families of ARM-based System on Modules (SOMs):
OUR STORY
In the 12 years of our presence in the embedded market, we have become one of the leading providers
of ARM®-based embedded computers for industrial applications. We are committed to serve our fast
growing customer base across 3500 companies, in over 70 countries, who are using our embedded
solutions in their end-products. Our customers bene�t from Toradex's close partnership with leading
companies in the embedded market including NXP®/ Freescale, NVIDIA®, ARM®, and Microsoft®.
Our Value Proposition• 10+ years product availability
• Free lifetime product maintenance
• Free premium support by developers
• Scalability of the platform
• In-house HW and SW development
• Competitive and transparent pricing
• Free tools, libraries, carrier board reference designs
• Partner network for services and hardware
* Refer to Glossary on Page 10
Colibri Family: The small form-factor Colibri
SOMs family is ideal for low to medium-end
applications. Popular end user applications are
in the �eld of medical devices and laboratory
equipment, PoS devices and
home-automation, as well as handheld test
equipment or battery powered environmental
monitoring devices. The Colibri family offers an
extensive series of SOMs based on
NXP/Freescale i.MX 6, i.MX 7, Vybrid, and
NVIDIA Tegra 2 or 3 processors. The
pin-compatibility among these SOMs makes
technology upgrades as easy as plug-and-play.
Apalis Family: The Apalis family is designed
for high-end applications that need advanced
performance and superior graphics capability,
along with support for high-speed I/Os such as
GbE, PCIe, SATA, USB 3.0, MIPI CSI, etc. It can
be used in digital signage, �ight cabin systems,
unmanned vehicles, industrial automation and
other demanding embedded applications. The
SOMs are based on NXP/Freescale i.MX 6 and
NVIDIA Tegra 3 or K1 processors. Apalis
modules are standardized and pin-compatible
to allow seamless upgrades for future SoC
generations.
SoC / CPU
MemoryRAM
Flash
Connectivity
USB
Ethernet
PCIe
Serial ATA
CAN
SD/MMC/SDIO
I2C
SPI
UART
PWM
One-Wire
GPIOs
ADC
MultimediaDisplay Controller
Video Decoder
2D / 3D Acceleration /
HDMI
VGA
RGB
Display Serial Interface
LVDS
Digital Audio
S/PDIF In / Out
Analog Audio
Resistive Touch
Camera Serial Interface
Camera Parallel Interface
Software
Operating Systems
Runtime License
PhysicalSize
Temperature
Power Dissipation
Minimum Availability
Apalis SOMs are ideal for high-end
embedded applications which require
advanced performance and
accelerated graphics along with
high-speed connectivity. Supported
Apalis interfaces are HDMI, GbE,
SATA, USB3.0, PCIe, CSI, CAN and
Digital Audio to name a few. Example
applications of Apalis SOMs are digital
signage, automotive dashboards,
�ight cabin systems, unmanned
vehicles, test equipment, industrial
automation and robotics.
APALIS SYSTEM ON MODULES Apalis TK1
NVIDIA® Tegra K14x ARM® Cortex-A15
up to 2.2GHz
2GB DDR3L (64 Bit)
16GB eMMC NAND (8 Bit)
2x Host / 1x OTG(2x Super Speed / 1x High Speed)
10/100/1000 Mbit IEEE1588
1 x2 (Gen 2)
1x (SATA-II)
2x
2x 4 Bit (2x UHS-I)
7x
5x
10x
16x
1x
up to 92
21x
Dual, Independent
Full HD (V1.4b, 2160p)
-
-
1x Quad + 1x Dual Lane
1x 1920 x 1200 x 24bpp Single
1x I2S
1x / 1x
Line-In, Line-Out, Mic-In
4-wire
2x Quad + 1x Single Lane
-
Linux
-
82.0 x 45.0 x 6.0 mm
0° to 70°C
3 - ~15 W
2025
Windows Embedded Compact 2013
/
Linux / Windows Embedded Compact 7 / 2013
0° to 70°C / IT: -40° to 85°C
Apalis iMX6 (IT)
NXP®/Freescale i.MX 6D/Q2x / 4x ARM® Cortex-A9
up to 1GHz
512MB / 1GB / 2GB DDR3 (64 Bit)
4GB eMMC NAND (8 Bit)
4x Host / 1x OTG (High Speed)
10/100/1000 Mbit IEEE1588
1 x1 (Gen 2)
1x (SATA-II)
2x
3x 8 Bit
3x
4x
5x
4x
–
up to 135
4x
Dual, Independent
Full HD (V1.4a, 1080p)
1280 x 1024
1920 x 1200 x 24bpp
1x Dual Lane
2x 1366 x 768 x 24bpp Single /1x 1920 x 1200 x 24bpp Dual
3x AC97 or 3x I2S, 1x ESAI
1x / 1x
Line-In, Line-Out, Mic-In
4-wire
1x Quad Lane
2x 8 Bit / 16 Bit / 20 Bit
82.0 x 45.0 x 6.0 mm
1.9 - ~7 W
2028
1GB / 2GB DDR3L (32 Bit)
4GB / 8GB eMMC NAND (8 Bit)
0° to 70°C / IT: -40° to 85°C
1x 1280 x 1024 x 24bpp Single /
2x Host / 1x OTG (High Speed)
10/100/1000 Mbit IEEE1588
1 x1, 1 x4 (Gen 1)
1x (SATA-II)
2x
2x 8 Bit, 1x 4 Bit (1x UHS-I)
4x
4x
5x
4x
1x
up to 127
4x
Dual, Independent
/
Full HD (V1.4a, 1080p)
–
2048 x 1536 x 24bpp
2x Dual Lane
1x 2048 x 1536 x 24bpp Dual
1x HDA or 1x I2S
1x / 1x
Line-In, Line-Out, Mic-In
4-wire
1x Quad or 2x Dual Lane
1x 8 Bit / 10 Bit
Linux / Windows Embedded Compact 7 / 2013
Windows Embedded Compact 2013
82.0 x 45.0 x 6.0 mm
1.4 - ~6 W
2025
Apalis T30 (IT)
NVIDIA® Tegra 34x ARM® Cortex-A9
up to 1.4GHz
NEW
Apalis Carrier Boards
Apalis Evaluation Board The Apalis Evaluation Board offers a �exible
development environment to explore and evaluate all functionality
and performance of the Apalis product family. The SOM peripheral
interfaces can be easily accessed by means of physical connectors
and common pin headers. The breakout area allows for convenient
probing of the large number of Apalis I/Os as well as easy breakout
and jumpering of signals.
Ixora Carrier Board This compact carrier board has been
designed to provide access to the most important features
supported by the Apalis family. It is ideal for both, development
and mass production of end-products. The majority of the
standard interfaces are exposed on the board through a
combination of real-world connector interfaces, card slot and
pin headers. The real world connectors, LEDs, push buttons are
all placed on the board edge in a way that easily allows having a
boxed version of the Ixora carrier board.
ConnectivityUSB 3.0
USB 2.0
PCIe Slot
Mini PCIe
Serial ATA / mSATA
SD/MMC/SDIO
GPIOs
Ethernet
RS232 / IrDA
RS422/485
CAN
Camera Parallel Interface
PWM
ADC
I2C
SPI
Connector
USB-to-RS232 Transceiver
RTC on Board
Multimedia
Video Out
LCD Interface
Resistive Touch
Digital Audio
S/PDIF In / Out
Analog Audio
PhysicalSupply Voltage
On-Board Power Supplies
Size
Altium CAE Data Freely Available
Apalis Evaluation Board
1x Host / 1x OTG
4x Host
2 x1
1x (incl. SIM Card holder)
1x / 1x (shared)
1x 8 Bit, 1x 4 Bit
up to 135
10/100/1000 Mbit
2x / 1x
1x
2x
1x 8 Bit / 10 Bit / 12 Bit(Including Patch Panel)
4x
4x
3x
2x
VGA, DVI-D
RGB, LVDS (Dual Channel)
4/5-wire
7.1 Channel HD Audio Codec (incl. analogue connectors)
1x (Out also on TOSLink)
Line-In, Line-Out, Mic-In
7 - 27V DC
3.3V 5A / 5V 5A
250 x 250 mm
3x / –
IxoraCarrier Board
2x Host
1x Host / 1x OTG
–
1x (incl. SIM Card holder)
– / 1x
1x 4 Bit (Micro SD)
up to 40
10/100/1000 Mbit
–
2x
1x 10 Bit
4x
4x
2x
1x
–
–
Digital (TDMS) interface on HDMI connector
RGB, LVDS (Dual Channel)
4/5-wire
–
1x
Line-In, Line-Out, Mic-In
7 - 27V DC
3.3V 5A / 5V 5A
125 x 90 mm
SoC / CPU
Memory
RAM
Flash
ConnectivityExternal Bus
USB Host / Device
I2C
SPI
One-Wire
SD/MMC
UART / IrDA
PWM
GPIOs
Analogue Input
Ethernet
CAN
MultimediaDisplay Controller
Video Decoder
2D / 3D Acceleration
HDMI
VGA
RGB
Resistive Touch
Analog Audio
Camera Parallel Interface
Software
Operating Systems
Runtime License
PhysicalSize
Temperature
Power Dissipation
Minimum Availability
/
Colibri T20 (IT)
NVIDIA® Tegra 22x ARM® Cortex-A9
1GHz
256MB / 512MB DDR2 (32 Bit)
512MB / 1GB SLC NAND (8 Bit)
32 Bit
1x Host / 1x OTG (High Speed)
2x + DDC
6x
1x
4x
5x / 1x
4x
up to 153
4x
10/100 Mbit
–
Dual, Independent
V1.3 1080p (1920 x 1080)
1600 x 1200
1920 x 1200 x 24bpp
4/5-wire
Line-In, Line-Out, Mic-In
1x
Windows Embedded Compact 7 / CE 6.0 & Linux
Windows Embedded Compact 7
67.6 x 36.7 x 6.2 mm
0° to 70°C / IT: -40° to 85°C
1.1 - 2.8 W
2025
Colibri iMX6 (IT)
NXP®/Freescale i.MX 6S/DL1x / 2x ARM® Cortex-A9
up to 1GHz
256MB DDR3 (32 Bit) / 512MB DDR3 (64 Bit)
4GB eMMC (8 Bit)
32 Bit
1x Host / 1x OTG (High Speed)
3x
4x
–
3x
5x / 1x
4x
up to 154
4x
10/100 Mbit IEEE1588
2x
Single
/
V1.4a 1080p (1920 x 1080)
–
1920 x 1200 x 24bpp
4-wire
Line-In, Line-Out, Mic-In
2x
Windows Embedded Compact 7 / 2013 & Linux
Windows EmbeddedCompact 2013
67.6 x 36.7 x 6.2 mm
0° to 70°C / IT: -40° to 85°C
0.6 - 1.8 / 2.3 W
2028
COLIBRI SYSTEM ON MODULES
Colibri SOMs offer cost-performance optimized
platforms. These are ideal for low to medium-end
applications such as portable handheld and
medical devices, plant monitoring systems, home
automation, test and laboratory equipment, etc.
This family offers a series of pin-compatible SOMs
with a variety of industrial interfaces.
2048 x 1536 x 24bpp
Colibri T30 (IT)
NVIDIA® Tegra 34x ARM® Cortex-A9
up to 1.4GHz
1GB DDR3L (32 Bit)
4GB eMMC (8 Bit)
16 Bit
1x Host / 1x OTG (High Speed)
3x + DDC
6x
1x
3x
5x / 1x
4x
up to 158
4x
10/100 Mbit
–
Dual, Independent
/
V1.4a 1080p (1920 x 1080)
1920 x 1200
4-wire
Line-In, Line-Out, Mic-In
1x
Windows Embedded Compact 7 / 2013 & Linux
Windows EmbeddedCompact 2013
67.6 x 36.7 x 6.2 mm
0° to 70°C / IT: -40° to 85°C
1.2 - 5.1 W
2025
Colibri VF61 IT2
SoC / CPU
NXP®/Freescale Vybrid VF6xx 1x Cortex-A5, 500MHz 1x Cortex-M4, 167MHz
Memory
RAM 256MB DDR3 (16 Bit) (or 128MB with ECC)
Flash 512MB SLC NAND (8 Bit)
ConnectivityExternal Bus – –
USB Host / Device 1x Host / 1x OTG (High Speed)
I2C 4x
SPI 4x + 2x QSPI
One-Wire –
SD/MMC 2x
UART / IrDA 5x / 1x
PWM 17x
GPIOs up to 99
Analogue Input 12x
Ethernet10/100 Mbit IEEE1588
(+2nd RMII)
CAN 2x
MultimediaDisplay Controller Single
Video Decoder –
2D / 3D Acceleration / –
HDMI –
VGA –
RGB 1024 x 768 x 24bpp
Resistive Touch 4-wire
Analog Audio Line-In, Line-Out, Mic-In
Camera Parallel Interface 1x
Software
Operating Systems Windows Embedded Compact 7 /2013 / CE 6.0, Linux & eCos
Runtime License Windows Embedded CE 6.0
PhysicalSize 67.6 x 36.7 x 6.2 mm
Temperature -40° to 85°C
Power Dissipation 0.6 - 0.9 W
Minimum Availability 2028
Windows Embedded Compact 7
Colibri VF50 (IT)2
NXP®/Freescale Vybrid VF5xx1x ARM® Cortex-A5
400MHz
128MB DDR3 (16 Bit)(or 64MB with ECC)
128MB SLC NAND (8 Bit)
1x Host / 1x OTG (High Speed)
4x
4x + 2x QSPI
–
2x
5x / 1x
18x
up to 103
16x
10/100 Mbit IEEE1588(+2nd RMII)
2x
Single
–
/ –
–
–
1024 x 768 x 24bpp
4-wire
–
1x
/ 2013 / CE 6.0 & Linux
Windows Embedded CE 6.0
67.6 x 36.7 x 6.2 mm
0° to 70°C / IT: -40° to 85°C
0.5 - 0.8 W
2028
/ –
Colibri iMX7 (IT)
NXP®/Freescale i.MX 7S/D1x / 2x Cortex-A7, up to 1GHz
1x Cortex-M4, 200MHz
256MB / 512MB DDR3L (32 Bit)
512MB SLC NAND (8 Bit)
16 Bit1
1x Host3 / 1x OTG (High Speed)
3x
4x
–
2x
7x / 1x
20x
up to 126
4x
10/100 Mbit IEEE1588(+2nd RGMII/RMII/MII)3
2x
Single
–
–
–
1920 x 1080 x 24bpp
4-wire
Line-In, Line-Out, Mic-In
1x
–
67.6 x 36.7 x 6.2 mm
-20°C to 85°C
0.6 - ~0.9 / 1.1 W
2027
Windows EmbeddedCompact (Q4 2016), Linux
Note 1: 16-Bit bus multiplexed and not compatible with other SOMs.Note 2: Security and encryption features available on request for Colibri VF61 and Colibri VF50 SOMs. Note 3: Not available on Colibri iMX7S.
NEW
ColibriEvaluation Board
Iris Carrier Board
Viola (Plus)Carrier Board
AsterCarrier Board
Connectivity
Memory Card Sockets SD/MMC Micro SD Micro SD
USB Host / Device / OTG 4x / 1x / 1x 1x / – / 1x
IrDA – –
GPIOs up to 158 up to 26 up to 35
Ethernet 10/100 Mbit 10/100 Mbit 10/100 Mbit
Camera Parallel Interface 1x – 1x (On header)*
UART 2x RS232, 1x RS422/485 3x RS232 3x TTL
CAN 1x –1x (Available with
Colibri VFxx and iMX)
Switches / LEDs 6x / 4x – –
RTC on Board
Compatability – – – Arduino UNO and Raspberry Pi B+
Multimedia
Video Out VGA / DVI-I DVI-I –
LCD Interface RGB / LVDS RGB / LVDS RGB
Resistive Touch 4/5-wire 4/5-wire 4-wire
Audio Line-In, Line-Out, Mic-In Line-In, Line-Out, Mic-In
Physical
Supply Voltage Range 7 - 27V DC 6 - 27V DC 5V DC +/- 5%
Size 200 x 200 mm 100 x 72 mm (Pico ITX) 74 x 74 mm
Altium CAE Data Freely Available
Colibri Carrier Boards
Colibri Evaluation Board is a
full-blown board that offers
the best environment for
evaluation and development
on Colibri SOMs.
Iris Carrier Board is ideal
for both evaluation and
mass production of
end-products on Colibri
SOMs. It has a small
form factor and exposes
most of the interfaces
supported by Colibri
SOMs.
Viola Carrier Board is the
smallest form-factor and
lowest cost carrier board that
is intended for volume
production of end-products
based on Colibri SOMs. It
offers basic multimedia and
connectivity interfaces.
Aster Carrier Board is
a small form factor carrier
board. It has headers
compatible with Arduino®
UNO and Raspberry Pi® (RPi)
B+ maker boards, thus
enabling users to use a
variety of third-party
modules/add-on boards like
Arduino Shields and
Raspberry Pi adapter boards.
* Only assembled on Viola Plus
SD/MMC
2x / 1x / -
–
up to 39
10/100 Mbit
1x
2x TTL, 1x USB
1x (Available withColibri VFxx and iMX)
- / 3x
VGA
RGB
4-wire
Line-In, Line-Out, Mic-In
5V DC +/- 5%
100 x 80 mm
Line-In, Line-Out, Mic-In (On header )*
*
2x / 1x* / -
NEW
CUSTOMIZED SBC
Tailor-made for you, yet ready-to-use
We offer a variety of Customized Single Board Computers (SBC)* at different price points, performance, interfaces, and size. You can create a
Customized SBC based on your requirements by combining an off-the-shelf SOM and a compatible carrier board.
Here are a few interesting combinations of Customized SBCs that you may like:
Colibri VF61 SOM + Aster Carrier BoardColibri iMX6 SOM + Iris Carrier Board
Colibri iMX6 SOM + Viola Carrier BoardApalis T30 SOM + Ixora Carrier Board Colibri VF50 SOM + Viola Carrier Board
Low cost High performance
Balanced price/performance RPi & Arduino UNO compatible
Small form-factor
* Refer to Glossary on Page 10
A few of our partners are featured above. Find our complete list of partners at https://www.toradex.com/support/partner-network
ECOSYSTEM
Linux: The Toradex Linux offering is based on the Yocto®
compatible Ångström distribution, using the OpenEmbedded®
Build framework.
• In-house development and support
• Easily customizable
• Out-of-box support for peripherals
• Continuous up-stream contributions
FreeRTOS: Toradex provides FreeRTOS
for the ARM Cortex-M4 on our
heterogeneous multi-processing (HMP)
SOMs
• In-house development and support• Light weight and open source• Ideal for real-time and low-power
Services: Application and driver
development, carrier board design, and
manufacturing.
Hardware: Carrier Boards, Panel PCs, and
many more, that are tested with our SOMs.
Android and more:
• Supported by partners
• Demo images available
- Android™,
- QNX®,
- eCos®,
- FreeBSD®,
- Green Hills Integrity®
Windows: Toradex provides free pre-built images for WinCE 5,
WinCE 6, Windows Embedded Compact 7 (WEC7), WEC2013 and
Windows 10 IoT Core. The runtime license is included in the price
of the module. BSPs and workspaces are available for free
download at our Developer Center.
• In-house development and support
• Free libraries, tools, and utilities
• Enhanced features
• Continuous updates
• Easy con�guration
Carrier Board Design
Operating System
Partner Network
• Free Reference Design: Schematics, layout, 3D designs in Altium Designer® format
• Extensive Documentation: Including high-speed design guide and Carrier Board layout design guide
• Pinout Designer: Lets you select the interfaces and �nd the supported pin-out across multiple SOMs
• Hardware Service Partners: Proven partners that can help in design and manufacturing
TECHNICAL SUPPORT CHANNELS
Toradex Community: Social forum to discuss and
address your queries with our engineers
http://www.toradex.com/community
Email Support: You can post
your technical queries to
Developer Center: Repository of technical
articles, reference designs, and software
downloads http://developer.toradex.com/
Phone Support: Talk to our engineers in your local
language for tech support
https://www.toradex.com/support#phone
Glossary
System on Module (SOM): A System on Module, aka Computer on Module (COM), is a compact platform that consists of the application-agnostic part: hardware and software, for building any embedded product. The SOM includes the processor, memory, power circuitry, operating system, BSPs, and device drivers. Whether you are making a medical ECG machine or industrial automation device, a SOM along with the application-speci�c base-board (PCB with the real world I/Os such as USB, CAN, Ethernet, etc.) and application software, can offer the complete embedded platform.
Customized Single Board Computer (SBC): Customized SBCs offer a ready-to-use embedded platform, which is customized as per your needs. It consists of a SOM and a standard carrier board which together provide the same functionality as a traditional SBC. This platform is ideal for building industrial products that require low customization and fast time-to-market. This combination provides a desirable alternative to SBCs in developing any embedded end-products as the former offers the �exibility and scalability inherent to the SOM approach and yet, remains a complete embedded solution.
TECHNOLOGY PARTNERS
Our listed support channels are complimentary unless otherwise speci�ed.
Connect with us
All information provided is for information purposes only and no guarantees are expressed or implied. No responsibility for any errors, omissions or hyperlinked content is assumed. Names and logos in this document may be trademarks of their respective companies. © Copyright 2016, Toradex Systems (India) Pvt. Ltd.
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T: +84-08-36029188
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T: +91 20 412 55 777
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T: +81 50 5865 2813
Japan
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USA Brasil
Europe
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Montadex GmbHMontanastrasse 76052 HergiswilSwitzerland
Switzerland
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