You can. Promised. - tq-embedded.com · products are provided on time and economically using a com- ... (PCNs) and Product Discontinuance ... systems benefits clients because of the

You can.Promised.

TQ-EmbeddedProduct Catalogue 2018

Content

TQ – Who? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2Technology in Quality 2

TQ – What? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3E2MS and Obsolescence Management 3

TQ – Where? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4Overview of Industries 4

TQ – Why? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5We offer everything from one source 5

Processor architectures . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 6ARM® | Power Architecture® | x86 6

Overview . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 8ARM® Modules 8ARM®/Power Architecture® Modules 9x86 Modules 10ARM® Hardwarekits 11Power Architecture® Hardwarekits 12x86 Hardwarekits 13ODM Platform Concepts 14

ARM® Modules . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 17TQMLS1012AL – The module based on ARM® 64-bit and QorIQ® technology opens new frontiers 17TQMLS10xxA – The module based on ARM® and QorIQ® technology opens new frontiers 18TQMLS102xA – For the networks of tomorrow 19TQMa8Xx – The module based on ARM® Cortex® A35 technology for general embedded applications 20TQMa8XxS (SMARC) – The SMARC module based on ARM® Cortex® A35 technology for smart designs 21TQMa57xx – The module based on ARM® Cortex® A15 technology for the design of tomorrow 22TQMa6ULx(L) – Energy efficient for future designs (plug-in connector + directly soldered) 23TQMa7x – Energy efficient and optimized for secure applications 24TQMa6x – Scalable performance and multimedia module 25TQMa53 – The Multimedia module 26TQMa335x(L) – Multifunctional talent for universal applications (plug-in connector + directly soldered) 27TQMa28(L) – Functional talent for various applications (plug-in connector + directly soldered) 28

Power Architecture® Modules . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 31TQMT2081 – High Performance Power Architecture® Module with 128-bit AltiVec Vector Processor 31TQMT1042/T1040 – Higher Performance and Less Power Consumption with the new 64-bit Multicore Processors 32TQMP1020/P2020 – The move-in of Multicore 33

Content

x86 Modules . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 35TQMx70EB – COM Express® Basic Module (Type 6) with 7th Generation Intel® Core™ i3/i5/i7 7000E and Xeon® E3 – 1500 v6 35TQMx60EB – COM Express® Basic Module (Type 6) with 6th Generation Intel® Core™ i3/i5/i7 6000E and Xeon® E3–1500 v5 36TQMx50UC – COM Express® Compact Module (Type 6) with 5th Generation Intel® Core™ i3/i5/i7 5000U 37TQMxE39C1 – COM Express® Compact Module with Intel Atom® x5/x7 E3900 and soldered DDR3L with ECC 38TQMxE39C2 – COM Express® Compact Module with Intel Atom® x5/x7 E3900 and SO-DIMM memory 39TQMxE38C – COM Express® Compact Module (Type 6) with Intel Atom® E3800 40TQMxE39M – COM Express® Mini Module with Intel Atom® x5/x7 E3900 41TQMxE38M – COM Express® Mini Module with Intel Atom® E3800 42TQMxE39S – SMARC Module with Intel Atom® x5/x7 E3900 43

ARM® ODM Platforms . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 44ABox6ULx – An Ideal Platform for IOT and Industry 4 0 Gateways 44LBoxLS1012A – An ideal Platform for Gateways, Routers and NAS-Servers 45TinyBox – Modular datalogger and gateway for fast system solutions 46

x86 ODM Platforms . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 47MBox-R – Robust BoxPC platform for embedded PC applications and IoT edge gateways 47MBox-V(H) – Ultra compact BoxPC platform for embedded PC applications and IoT edge gateways 48MBox-Advanced (MBox-ADV) – Industrial Firewall platform 49COMBox-V – Fanless Industrial BoxPC 50

2

TQ-EMBEDDED

TQ – Who?Technology in Quality

TQ stands for technology with highest quality standards. For us this name represents a challenge which we do our best to meet at every single step of the process – from the original idea right through to the finished product. We see ourselves in this context as partners for our cus-tomers and support them in the pursuit of their strategic objectives. As a corporate group we cover the whole bandwidth of this comprehensive product and service spectrum and we can thus meet the special wishes of all our customers with great flexibility. TQ – your reliable partner for the whole world of electronics.

As an electronics service provider (E²MS supplier and CEM) TQ offers the complete range of services from development, through production and service right up to product life cycle management. The services cover assemblies, equipment and systems including hardware, software and mechanics. Custom-ers can obtain all services from TQ on a modular basis as indi-vidual services and also as a complete package according to their individual requirements. We offer standard products such as microcontroller modules (minimodules) and drive motors. Through the combination of electronics services and finished system components, TQ offers customer-specific products as ODM products and thereby addresses customers who would like to receive finished products and at the same time benefit from the advantages of a customer-specific solution. ODM products are provided on time and economically using a com-prehensive solution kit. The set includes finished electronic, mechanical and software components including certification and licenses.

Succesful together

We are the leading solution providerfor innovative technologies.

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Our motto “Successful together“ is visible throughout all our activities.

Highlights

▶ TQ offers the complete range of services – from concept to finished product.

▶ All services are available on a modular basis or as a complete package – highly customized.

▶ Our product range covers various areas such as drive motors as well as minimodules.

▶ Embedded modules enable cost-efficient and time- saving solutions to keep up with today’s rapidly developing high technology market.

TQ-Embedded Modules

TQ-Embedded offers a comprehensive and wide-ranging ser-vice covering the whole spectrum of components for embed-ded systems. We guarantee our customers a reliable supply at ideal economic conditions.

To remain competitive in today’s rapidly evolving high-tech markets, companies must keep on presenting new and more powerful products at ever shorter intervals. This often leaves no room for completely new developments. To improve our customers’ situation, we have developed our modular con-cepts. Designing a device on a modular basis will, for its further development, bring substantial savings in time and cost. In virtually all applications nowadays microprocessors take up a central position. And the processor environment is usually organized along similar lines, with its memory structure and a corresponding number of interfaces. One very sensible step is to use a microprocessor module. For the customer this brings not only the benefits of saving time and cost but also other key advantages, e.g. flexibility, continuity, and a saving on space requirements.

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PRODUCT CATALOGUE | 2018

TQ – What?E2MS and Obsolescence Management

From the initial product idea right through to readiness for series production: TQ, a competent partner for a wide variety of industrial concerns, develops and produces electronic modules and devices exactly to customer spec-ifications. An active Obsolescence Management rounds out the spectrum of services and makes TQ a lifelong partner for you – at least for your product lifecycle.

From Concept to Finished Product

DEVELOPMENT – Using the newest technologies, we provide sophisticated hardware and software solutions – from the initial concept right through to readiness for series production – for virtually all areas of electronics (e.g. automation technology, medical engineering, and measuring systems).

PRODUCTION – Using state-of the-art production equipment – from high-speed automatic placement – by way of nitrogen soldering – right through to automatic bonding – we produce electronic PCB assemblies with both conventional and the latest innovative technologies.

TESTING – Our products are tested using up-to-date measur-ing and testing procedures – from in-circuit tests – by way of flying-probe tests, boundary-scan tests and burn-in tests, right through to end-to-end functional tests – individually and exactly to customer specifications. The hardware and software needed is put together by our in-house test resources devel-opment and construction department.

ASSEMBLY – In our assembly works we manufacture complex electro-mechanical, optical modules and devices – on request also in our clean-room environment.

LOGISTICS – Our experienced purchasing department ensures, through its policy of continuously monitoring market develop-ments, stockpiling all critical parts, and procuring parts on a worldwide, manufacturer-independent basis, that all parts are available for our customers at any time – and that it is thus able to meet demands exactly and at optimal conditions.

SERVICE –Our service department offers rapid and competent routine maintenance, calibration, repair, and retooling– from individual board level right through to the complete device.

Obsolescence Management

Obsolescence is the lack of delivery by the original supply source and the consequent lack of availability due to various in-fluences. The result of obsolescence is that the required prod-uct availability, which can exceed 50 years in many business sectors, can no longer be achieved. In addition, an efficient strategy for handling Product Change Notifications (PCNs) and Product Discontinuance Notifications (PDNs) is absolutely necessary.

TQ is operating an active Obsolescence Management. Particu-larly in new developments, it is a great advantage to incorpo-rate the current lifecycle status of the components. Monitoring current assemblies allows clients to be proactive rather than reactive. All in all, the long-term availability of assemblies and systems benefits clients because of the considerable added value. Their products are protected against obsolete com-ponents, costly redesigns, uncertain sources and high cost brokerware. Information from the supply chain is absolutely necessary to be proactive in Obsolescence Management. For this reason, TQ yet again relies on the support of vendors and manufacturers.

Advantages of an active Obsolescence Management at TQ

▶ Combination of the services offered in any manner ▶ Early identification of at-risk components ▶ Avoid unexpected redesigns and re-qualifications ▶ Dispense with high-cost brokerware ▶ Overview of the total product lifecycle cost ▶ Flexible operating times ▶ Above-average on-time delivery performance ▶ Highest data quality via active integration into the supply chain

▶ A direct contact in our OM corporate department ▶ Consistency due to clearly defined, stable processes

Service Development

Product-Lifecycle-Management

Traceability

ProductionLog

istic

From Concept

to Finished Product

Obsolescen

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Assembly Testing

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TQ-EMBEDDED

TQ – Where?Overview of Industries

TQ offers electronic manufacturing and engineering services as well as embedded systems for the following industry fields (among others). For all services and products, the high and specific requirements in terms of quality, reliability, service life and long-term availability are taken into account. We are aware of and consider the applicable standards as well as the diverse customer and product-specific requirements. Regardless your industry – your particular require-ments are handled with experience, care and thoroughness.

Drive technologyOur platform solutions for Embedded Drives exceeds existing standards due to high torque combined with very compact design.

AutomotiveBased on our ISO/TS 16949 certification, we develop and pro-duce customer-specific products using automotive processes while obeying the pertinent standards and regulations.

Energy | Smart GridBased on our know-how of power electronics and control tech-nology, we are creating regulations for transformers to secure the network against sudden power surges, for example.

Building automationOur smart products in distributed building control point the way to added efficiency in building automation. This renders complex building automation tasks easy to handle.

Industry | AutomationOur solutions are used for various industrial applications, e.g. as mechanical engineering, automation, measurement, control and regulation-, process-, and monitoring technology.

AerospaceAs an aviation customer you benefit from our expertise which has already been incorporated into a wide variety of different development and production projects.

MedicalWe offer a wide spectrum of electronic modules and complete devices for medical-technology companies – ranging from pocket-format end-user devices up to large equipment for clinics.

Maritime TrafficWe manufacture control and guidance systems for maritime applications. Displays and operating units (HMIs) complement our customers applications. Additionally we manufacture switchgears from individual terminal boxes to high-tech con-trols.

TelecommunicationIn telecommunications fast and efficient networking is crucial. Large quantities of data must be processed in a short time. Our solutions additionally imply long-term availability, industrial capability and use in an expanded temperature range.

TransportationOur products and solutions in this area are widely used from ticket printers over forklifts to locomotive controls. We design and manufacture controls and display units which fulfill chal-lenging requirements set, in particular those relating to the temperature range.

IoTIntelligent objects, secure data communication, worldwide management as well as centralized and, to some extent, de-centralized storage and data processing require reliable and secure systems on all levels.

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TQ – Why?We offer everything from one source

TQ-Systems, your competent partner for a wide variety of industrial concerns, develops and produces electronic modules and devices exactly to customer specifications. Many years of experience, comprehensive know-how, and a highly efficient organization together form the right foundations for customer satisfaction and on-going part-nership and cooperation.

Choosing a modular solution has wide-ranging consequences, so it is therefore very important to make the right decision. During the decision process, you have to think about module and technologies as well as potential suppliers. In any case, the goal is to find a long-term, reliable solution, as the one-off investment to purchase a modular design should have lasting positive effects. TQ is optimally positioned as your solution provider and long-term partner to grow with you. We offer software support as well as hardware development support. Our support does not only cover the module itself but we also offer assistance for your individual application board. We have comprehensive experience in various industries and application environments. Our design support, like schematic review, speeds up the modular design and improves safety and security. This helps you prevent any mistakes. Beside the development and layout phase, we provide production services, which enables us to react more quickly and more flexibly to your requests. Our proven record with respect to longevity show that your choice for TQ covers all aspects for a positive and value oriented long-term cooperation.

Highlights

▶ Application kit (starterkit) ▶ BSP Support ▶ Schematic mainboard review ▶ Mainboard layout and production ▶ Customer specific mainboard design ▶ Complete system design, well-founded application design knowledge

▶ Own production ISO 13485, EN 9100 & ISO 16949 certified

Partnerships

Due to increasing complexity and decreasing product life cycle times it is essential to concentrate on core competencies. TQ-Embedded modules have been developed therefore with the objective of offering exactly the right solution in as many applications as possible. As hardware specialist for embedded systems we have sought to close ranks with leading specialists in the development tools and software sector. We are working in close partnership with all leading semiconductors and oper-ating system vendors.

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TQ-EMBEDDED

POWER ARCHITECTURE® KEY FEATURESThe Power Architecture® based modules are a perfect fit for all applications requiring high computing and I/O performance combined with robustness, reliability and long-term availability. The latest generation supports 64-bit QorIQ® T-series processors from NXP offering unique scalability within the product portfo-lio and multiple I/O connectivity at low power consumption. The integrated multicore technology and optional encryption engines, combined with dedicated operating systems, enable also the realization of safety and security critical applications. The longevity of supply period covers at least 10–15 years, which makes it easy to support durable solutions and industrial goods in a wide area of markets.

▶ High computing performance ▶ Outstanding I/O performance ▶ 64-bit single- and multicore processors ▶ Robust and reliable ▶ Linux operating system ▶ Longevity of supply

X86 KEY FEATURES The TQMx86 product portfolio is based on latest Intel® 64-bit embedded CPUs in the mid to high range performance class. To support scalability and interchangeability, all CPU mod-ules are based on industrial standards like COM Express® and SMARC. This enables future proof platform concepts with most flexibility in CPU, graphics and interface performance. The x86 architecture which is a CISC (complex instruction set comput-ing) architecture with full backward compatibility guarantees easiest software implementation and cost efficient usage of existing functions and ready-made software applications. There are additional innovations such as separated video encode/decode engines, security and advanced management, hyper threading (HT), TurboBoost and virtualization.

▶ Wide range scalability with full software compatibility ▶ Most flexible in software/operating systems ▶ Plug-and-Play for hardware and software ▶ Up to high end integrated graphics ▶ Up to 32 GB Dual-Channel DDR4–2400 high speed memory (> 30 Gb/s)

▶ Performance-per-Watt optimized by intelligent power management and Intel®’s leading fabrication processes

Processor architecturesARM® | Power Architecture® | x86

TQ is one of very few suppliers worldwide, offering solutions on all common processor architectures – from ARM®, Power Architecture® up to x86, we cover the whole product range with our wide embedded module spectrum.

ARM® KEY FEATURESARM® based minimodules represent a very high integration of functionalities and CPU-interfaces, which enable cost-optimized systems. Using the latest processor technology from NXP or Texas Instruments. ARM® minimodules are not only state-of-the-art, but already ahead of today’s industry’s world. Additionally ARM® based systems operate at low power consumption and optimized processing power. The high availability of interfaces enables most system requirements to be implemented with minimal time effort. This interface variety, a free choice of the operating system and the optimal application support for various industries makes ARM® based modules universally applicable. We offer a long-term availability of 10–15 years for our ARM® modules.

▶ High integration ▶ Cost-optimized systems ▶ Low power loss with optimized processing power ▶ Versatility of interfaces ▶ Free choice of operating system ▶ Long-term availability

ARM®

Power Architecture®

x86

7


POWER ARCHITECTURE® KEY FEATURESThe Power Architecture® based modules are a perfect fit for all applications requiring high computing and I/O performance combined with robustness, reliability and long-term availability. The latest generation supports 64-bit QorIQ® T-series processors from NXP offering unique scalability within the product portfo-lio and multiple I/O connectivity at low power consumption. The integrated multicore technology and optional encryption engines, combined with dedicated operating systems, enable also the realization of safety and security critical applications. The longevity of supply period covers at least 10–15 years, which makes it easy to support durable solutions and industrial goods in a wide area of markets.

▶ High computing performance ▶ Outstanding I/O performance ▶ 64-bit single- and multicore processors ▶ Robust and reliable ▶ Linux operating system ▶ Longevity of supply

X86 KEY FEATURES The TQMx86 product portfolio is based on latest Intel® 64-bit embedded CPUs in the mid to high range performance class. To support scalability and interchangeability, all CPU mod-ules are based on industrial standards like COM Express® and SMARC. This enables future proof platform concepts with most flexibility in CPU, graphics and interface performance. The x86 architecture which is a CISC (complex instruction set comput-ing) architecture with full backward compatibility guarantees easiest software implementation and cost efficient usage of existing functions and ready-made software applications. There are additional innovations such as separated video encode/decode engines, security and advanced management, hyper threading (HT), TurboBoost and virtualization.

▶ Wide range scalability with full software compatibility ▶ Most flexible in software/operating systems ▶ Plug-and-Play for hardware and software ▶ Up to high end integrated graphics ▶ Up to 32 GB Dual-Channel DDR4–2400 high speed memory (> 30 Gb/s)

▶ Performance-per-Watt optimized by intelligent power management and Intel®’s leading fabrication processes

ARM® KEY FEATURESARM® based minimodules represent a very high integration of functionalities and CPU-interfaces, which enable cost-optimized systems. Using the latest processor technology from NXP or Texas Instruments. ARM® minimodules are not only state-of-the-art, but already ahead of today’s industry’s world. Additionally ARM® based systems operate at low power consumption and optimized processing power. The high availability of interfaces enables most system requirements to be implemented with minimal time effort. This interface variety, a free choice of the operating system and the optimal application support for various industries makes ARM® based modules universally applicable. We offer a long-term availability of 10–15 years for our ARM® modules.

▶ High integration ▶ Cost-optimized systems ▶ Low power loss with optimized processing power ▶ Versatility of interfaces ▶ Free choice of operating system ▶ Long-term availability

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TQ-EMBEDDED

OverviewARM® Modules

ARM® Modules CPU

Memory (RAM/Flash)

Operating System

Power Supply

NOR Flash Dimensions

Q2/2018

TQMLS1012AL

ARM® Cortex® A53 LS1012A

DDR3L-SDRAM: Up to 1 GB

Linux

On request: QNX, INTEGRITY

3,3 V Up to 256 MB 31 x 31 mm

Q2/2018

TQMLS10xxA

ARM® Cortex® A53/A72 LS1046A, LS1026A, LS1043A, LS1023A, LS1088A

DDR3L-SDRAM: Up to 2 GB,

eMMC Flash: Up to 32 GB

Linux, On request: VxWorks, other TBD

5 V Up to 512 MB 80 x 60 mm

TQMLS102xA

ARM® Dual Cortex® A7 LS1020A, LS1021A, LS1022A


eMMC Flash:Up to 16 GB

Linux, QNX

On request: VxWorks, PikeOS, Integrity

3,3 V Voltage monitoring (optional)

Up to 512 MB Quad SPI NOR

55 x 44 mm

Q2/2018

TQMa8Xx

ARM® Cortex® A35 i.MX8 DualX, i.MX8 DualX Plusi.MX8 QuadX Plus

DDR3L-SDRAM: Up to 2 GB, eMMC Flash: Up to 64 MB

Linux, On request: Windows 10, QNX

3,3 V (TBD) Up to 512 MB (TBD)

55 x 44 mm

Q2/2018

TQMa8XxS (SMARC)

ARM® Cortex® A35 i.MX8 DualX, i.MX8 DualX Plusi.MX8 QuadX Plus

DDR3L-SDRAM: Up to 2 GB, eMMC Flash: Up to 64 MB

Linux, On request: Windows 10, QNX

3,3 V (TBD) Up to 512 MB (TBD)

82 x 50 mm

Q1/2018

TQMa57xx

ARM® Cortex® A15 AM571x, AM572x, AM574x

DDR3L-SDRAM: Up to 4 GB, eMMC Flash: Up to 32 GB

Linux, On request: VxWorks, QNX

5 V Up to 256 MB 75 x 55 mm

TQMa6ULx(L)

ARM® Cortex® A7 i.MX6UL (G1, G2, G3) I.MX6ULL (Y0, Y1, Y2)



Linux

On request:QNX

TQMa6ULx: v5 V

TQMa6ULxL: 3,3 V

Up to 256 MB 38 x 38 mm

TQMa7x

Single-/Dual-Core ARM® Cortex® A7 core i.MX7 (Solo, Dual)



Linux

On request: QNX

5 V Up to 256 MB 54 x 44 mm

TQMa6x

ARM® Cortex® A9 i.MX6 (Solo, Dual, Quad, Dual Plus, Quad Plus, Dual Lite)

DDR3L-SDRAM: Up to 2 GB eMMC Flash:Up to 16 GB

Linux, VxWorks, QNX, IntegrityOn request: Windows Embed-ded 7, Android

5 V Up to 128 MB 70 x 46 mm

9


OverviewARM®/Power Architecture® Modules

ARM® Modules CPU

Memory (RAM/Flash)

Operating System

Power Supply


TQMa53

ARM® Cortex® A8 i.MX537

DDR3-SDRAM:Up to 1 GB eMMC Flash:Up to 16 GB

Linux, QNX On request: Android, WEC 7

5 V - 55 x 44 mm

TQMa335x(L)

ARM® Cortex® A8 AM3352, AM3354, AM3357, AM3359

DDR3L-SDRAM: Up to 512 MB eMMC Flash:Up to 16 GB

Linux, QNX, Win-dows Embedded Compact 2013 On request: VxWorks, Android

3,3 V Voltage monitoring (optional)

TQMa335xUp to 128 MB

TQMa335x54 x 38 mm

TQMa335xL38 x 38 mm

TQMa28(L)

i.MX28 with an ARM® 926 core i.MX287, i.MX283

DDR2-SDRAM: Up to 256 MBeMMC Flash:Up to 16 GB

Linux, WinCE 6.0, QNX On request: VxWorks

5 V - TQMa28 26 x 40 mm TQMa28L30 x 30 mm

PowerPC Modules CPU

Memory (RAM/Flash)

Operating System

Power Supply


TQMT2081

T2081 dual-threaded Quad-Core, with AltiVec Vector Processor

DDR3L-SDRAM:Up to 8 GB w.ECCeMMC Flash:Up to 8 GB (optional)

Linux On request:PikeOS, VxWorks,Wind River Linux

5 V Up to 256 MB 74 x 54 mm

TQMT1042/T1040

TQMT1042:T1042 Quad-CoreTQMT1040:T1040 Quad-Core with 8-Port Switch

DDR3L-SDRAM:Up to 8 GB w.ECCeMMC Flash:Up to 8 GB (optional)

Linux On request:PikeOS, VxWorks, Wind River Linux

5 V Up to 256 MB 74 x 54 mm

TQMP1020/P2020

TQMP1020:P1020 Dual-Core TQMP2020:P2020 Dual-Core

DDR3-SDRAM:Up to 4 GB w.ECC DDR3-SDRAM:Up to 8 GB w.ECC

Linux, QNX On request:VxWorks

3,3 V 128 MB 74 x 54 mm

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TQ-EMBEDDED

x86 Modules CPU

Memory (RAM/Flash)

Operating System

Power Supply Temperature

Form factor/ Dimensions

TQMx70EB

Intel® Core™ 7000E seriesIntel® Xeon® E3–1500 v6 series(Kaby Lake-H)

DDR4-SDRAM:Up to 32 GB,dual-channel(w.ECC)(2 SO-DIMMs)

Windows, Linux 8,5 – 20 V 0°C...+60°C-40°C...+85°C (opt.)

COM Express® Basic Type 695 x 125 mm

TQMx60EB

Intel® Core™ 6000E seriesIntel® Xeon® E3–1500 v5 series(Skylake-H)

DDR4-SDRAM:Up to 32 GB,dual-channel(w.ECC)(2 SO-DIMMs)

Windows, Linux On request: VxWorks, QNX

8,5 – 20 V 0°C...+60°C-40°C...+85°C (opt.)

COM Express® Basic Type 695 x 125 mm

TQMx50UC

Intel® Core™ 5000U series(Broadwell-U)

DDR3L-SDRAM:4 – 16 GB,dual-channel soldered


8,5 – 20 V 0°C...+60°C-40°C...+85°C (opt.)

COM Express® Compact Type 695 x 95 mm

TQMxE39C1

Intel Atom®E3900 series(Apollo Lake)

DDR3L-SDRAM:4/8 GB, w.ECC dual-channel soldered4 – 64 GB eMMC


4,75 – 20 V 0°C...+60°C-40°C...+85°C


TQMxE39C2


DDR3L-SDRAM:Up to 8 GB, dual-channel (2 SO-DIMMs)4 – 64 GB eMMC


4,75 – 20 V 0°C...+60°C-40°C...+85°C (opt.)


TQMxE38C

Intel Atom® E3800 series(Bay Trail-I)

DDR3L-SDRAM:2/4/(8) GB, w.ECC soldered4 – 64 GB eMMC


4,75 – 20 V 0°C...+60°C-40°C...+85°C


TQMxE39M

Intel Atom®x5/x7 E3900 series(Apollo Lake-I)

DDR3L-SDRAM:2/4/(8) GB, dual-channel soldered4 – 64 GB eMMC


4,75 – 20 V 0°C...+60°C-40°C...+85°C

COM Express® Mini Type 1055 x 84 mm

TQMxE38M

Intel Atom® E3800 series(Bay Trail-I)

DDR3L-SDRAM:2/4/(8) GB, w.ECC soldered


4,75 – 20 V 0°C...+60°C-40°C...+85°C

COM Express® Mini Type 1055 x 84 mm

TQMxE39S


LPDDR4-SDRAM:2/4/8 GB, dual-channel soldered4 – 64 GB eMMC


4,75 – 5,25 V 0°C...+60°C-40°C...+85°C

SMARC 2.082 x 50 mm

Overviewx86 Modules

11


OverviewARM® Hardwarekits

ARM® Hardwarekits

Performance Class/Scalability

Suitable CPU Module standard

Form factor/ dimensions

Integration Levels

Q2/2018

MBLS1012AL


– 160 x 100 mm Hardware Kit

Q2/2018

MBLS10xxA

ARM® Cortex® A53/A72 LS1046A, LS1043A, LS1026A, LS1023A, LS1088A


Q1/2018

MBa57xx

ARM® Cortex® A15 AM571x, AM572x, AM574x


Q2/2018

MBa8Xx

ARM® Cortex® A35 i.MX8XD, i.MX8XDP, i.MX8XQP


MBa6ULxL

ARM® Cortex® A7 i.MX6UL(G1, G2, G3)I.MX6ULL(Y0, Y1, Y2)


MBa6ULx

ARM® Cortex® A7 i.MX6UL (G1, G2, G3) I.MX6ULL (Y0, Y1, Y2)


MBa7x

Single-/ Dual-Core ARM® Cortex® A7 core i.MX7 (Solo, Dual)


MBa6x

ARM® Cortex® A9 (i.MX6 Dual Plus/ i.MX6 Quad Plus)


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TQ-EMBEDDED

OverviewPower Architecture® Hardwarekits

PowerPC Hardwarekits

Performance Class/Scalability

Suitable CPU Module standard


Integration Levels

STKT2081

TQMT2081: T2081 Dual-threaded Quad-Core, withAltiVec VectorProcessor


STKT104x

TQMT1042:T1042 Quad-CoreTQMT1040:T1040 Quad-Core with 8-Port Switch


STKP2020

TQMP1020:P1020 Dual-Core TQMP2020:P2020 Dual-Core


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Overviewx86 Hardwarekits

x86 HardwarekitsPerformance Class/Scalability

Suitable Module standard


Integration Levels

STKx70EB set

Intel® Core™ KabyLake-H

COM Express® Basic Type 6

Mini-ITX 170 x 170 mm

Mainboard, Starterkit

STKx60EB set

Intel® Core™ SkyLake-H

COM Express® Basic Type 6



STKx50UC set

Intel® Core™ Broadwell-U

COM Express® Compact Type 6



STKxE39C1 set

Intel Atom® Apollo Lake




STKxE39C2 set





STKxE38C set

Intel Atom® Bay Trail




STKxE39M set


Com Express® Mini Type 10



STKxE38M set

Intel Atom® Bay Trail

Com Express® Mini Type 10



STKxE39S set


SMARC 2.0 Mini-ITX 170 x 170 mm


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ARM® ODM Platforms

Performance Class/Scalability Focus Markets Box PC Size/Dimensions

ABox6ULx

ARM® Cortex® A7 i.MX6UL(G1, G2, G3)I.MX6ULL(Y0, Y1, Y2)

Industrial/various ü 110 x 103 x 40 mm

LBoxLS1012A


Industrial/various ü 170 x 103 x 42 mm

Tiny Box

ARM® Cortex® A8(i.MX53)

Industrial ü 120 x 130 x 60 mm

OverviewODM Platform Concepts

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x86 ODM Platforms

Performance Class/Scalability Focus Markets Box PC Size/Dimensions

MBox-R

Intel Atom® Industrial/various ü 130 x 103 x 57 mm

MBox-V/MBox-VH

Intel Atom® Industrial/IoT ü 110 x 103 x 40/55 mm

MBox-ADV

Intel Atom® IoT/Security ü 170 x 103 x 43 mm

COMBox-V

Intel Atom® up toIntel® Core™ i7

Industrial computing ü 190 x 172 x 68 mm

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Smallest Size

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Security

ARM®

TQ Technology inside

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The Minimodule TQMLS1012AL, based on the processor LS1012A from NXP, combines the 64-bit ARM® Core architecture with the QorIQ® high speed communication technology. This module is for various applications such as networking, indus-trial automation, gateways and controls with requirements for

trusted, fast and secure data processing. The 800MHz ARM® Cortex® A53 core integrated with high-speed peripherals and hardware acceleration provide the TQMLS1012AL a balance of high performance and low power.

ARM® ModulesTQMLS1012AL – The module based on ARM® 64-bit and QorIQ® technology opens new frontiers

STKLS1012AL-SET

The core of the STKLS1012AL set is the TQMLS1012AL module with ARM® Cortex® A53 CPU. The components contained in the starter kit constitute a modular system enabling you to develop your own product ideas. To develop your own hardware you can use the certified and qualified circuit components of the starter kit in your own designs.

THE HIGHLIGHTS:

▶ Extended temperature range ▶ High-Speed communication via 2x Gigabit Ethernet, 1x PCle, 1x USB 3.0 and 1x SATA 3.0 interface

▶ Low power consumption (typ. 1 – 2 W) ▶ QorIQ® Trust Architecture and ARM® TrustZone® ▶ Packet Acceleration Engine

Q2 2018

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The Minimodule TQMLS10xxA, based on the processor LS10xxA from NXP, combines the ARM® Core Architecture with the QorIQ® high speed communication technology. For various applications such as networking, industrial automation and controls with requirements for fast and secure data processing,

there are optimized CPU variants available. With a Dual/Quad-Core ARM® Cortex® A72/A53 core and a Octal Corex A53 clock rate up to 1,8 GHz the TQMLS10xxA provides a optimizedratio between high performance and power dissipation.

ARM® ModulesTQMLS10xxA – The module based on ARM® and QorIQ® technology opens new frontiers

STARTERKIT STKLS10XXA SET

The core of the STKLS10xxA set is the TQMLS10xxA modulewith a Dual/Quad ARM® Cortex® A72 and A53 CPU from NXP The components contained in the starter kit constitute a modular system enabling you to develop your own product ideas. To develop your own hardware you can use the certified and qualified circuit components of the starter kit in your own designs.

THE HIGHLIGHTS:

▶ 2x 10 Gigabit Ethernet ▶ DDR4 + ECC protection ▶ High speed communication via 8x Gigabit Ethernet, 3x PCle and 3x USB 3.0 interface

▶ Extended temperature range ▶ Up to 8 ARM® Cortex® A53 Cores ▶ QorIQ® Trust Architecture and ARM® TrustZone® ▶ Security functions

Q2 2018

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ARM® ModulesTQMLS102xA – For the networks of tomorrow

The minimodule TQMLS102xA, based on the processor LS102xA from NXP, combines the ARM® Core architecture with the QorIQ® high speed communication technology. The integrat-ed graphics controller supports applications with display and touch. For various applications such as networking, industrial automation and controls with requirements for fast and secure

data processing, there are three CPU variants available. The Dual-Core ARM® Cortex® A7 Core provides a cache coherent interconnect bus system and a clock rate up to 2x 1,0 GHz. Thus the embedded module TQMLS102xA provides a balanced ratio between high performance and power dissipation.

THE HIGHLIGHTS:

▶ Graphic ▶ QorIQ® QUICC Engine ▶ High speed communication via 3x Gigabit Ethernet, 2x PCle and one USB 3.0 interface

▶ Low power consumption (typ. 3 W) ▶ ECC protection ▶ Cache Coherent Interconnect bus system ▶ IEEE 1588 hardware support ▶ Security functions

STARTERKIT STKLS102XA

The core of the STKLS102xA set is the TQMLS102xA module with a Dual Arm® Cortex® A7 CPU from NXP. The components contained in the starterkit constitute a modular system en-abling you to develop your own product ideas. Development of graphic interfaces can be started immediately using the prepared combination of closed display unit and starterkit that are matched to each other. To develop your own hardware you can use the certified and qualified circuit components of the starterkit in your own designs.

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The Minimodule TQMa8Xx is based on the processor ARM® Cortex® A35 core technology. The integrated high perfor-mance graphics supports applications with high display requirements. Full access to all signal pins guarantees a very flexible usage and a cost-efficient project development. For

various requirements three CPU variants with a different per-formance and features are available. With a Dual/Quad-Core ARM® Cortex® A35 core and a clock rate up to 4x 1,2 GHz the Module provides a balanced ratio between high performance and power dissipation.

ARM® ModulesTQMa8Xx – The module based on ARM® Cortex® A35 technology for general embedded applications

STARTERKIT STK8XX SET

The core of the STKa8Xx set is the TQMa8Xx module with ai.MX8Xx ARM® Cortex® A35 CPU. The components contained in the starter kit constitute a modular system enabling you to de-velop your own product ideas. Development of graphic inter-faces can be started immediately using a TQ display kit which is adjusted for a starter kit. To develop your own hardware you can use the certified and qualified circuit components of the starter kit in your own designs.

THE HIGHLIGHTS:

▶ Graphic with 4K Support ▶ DSP for audio processing ▶ High-speed communication via 2x Gigabit Ethernet, 1x PCle and 1x USB 3.0

▶ Low power consumption (typ. 4 W) ▶ Integrated 1x ARM® Cortex® M4 CPU (Real Time/Security)

▶ 3x CAN FD ▶ Integrated security functions

Q2 2018

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The Minimodule TQMa8XxS is based on the processor ARM® Cortex® A35 core technology. The integrated high performance graphics supports applications with high display requirements. For various applications such as medical, gaming, industrial automation and controls with requirements for fast and secure

data processing, there are three CPU variants available. With a Dual/Quad-Core ARM® Cortex® A35 core and a clock rate up to 4x 1,2 GHz the module provides a balanced ratio between high performance and power dissipation.

ARM® ModulesTQMa8XxS (SMARC) – The SMARC module based on ARM® Cortex® A35 technology for smart designs

STARTERKIT STK8XXSM SET

The core of the STKa8Xx set is the TQMa8XxS module with a i.MX8Xx ARM® Cortex® A35 CPU. The components contained in the starter kit constitute a modular system enabling you to develop your own product ideas. Development of graphic interfaces can be started immediately using the prepared com-bination of closed display unit and starter kit that are matched to each other. To develop your own hardware you can use the certified and qualified circuit components of the starter kit in your own designs.

THE HIGHLIGHTS:

▶ Graphic with 4K support ▶ DSP for audio processing ▶ High-speed communication via 2x Gigabit Ethernet, 1x PCle and 2x USB 3.0 interface

▶ Low power consumption (typ. 4 W) ▶ Integrated 1x ARM® Cortex® M4 CPU (Real-time/security)

▶ Integrated security functions

Q2 2018

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TQ-EMBEDDED

The Minimodule TQMa57xx is based on the ARM® Cortex® A15 core technology. The integrated high performance graph-ics controller supports applications with display and touch screen requirements. For various applications such as network-ing, industrial automation and controls with requirements for

fast and secure data processing, there are two CPU variants available. With a Single-/Dual-Core ARM® Cortex® A15 core and a clock rate up to 2x 1,5 GHz the module provides a balanced ratio between high performance and power dissipation.

ARM® ModulesTQMa57xx – The module based on ARM® Cortex® A15 technology for the design of tomorrow

STARTERKIT STKA57XX SET

The core of the STKa57xx set is the TQMa57xx module with a Single/Dual ARM® Cortex® A15 CPU. The components con-tained in the starter kit constitute a modular system enabling you to develop your own product ideas. Development of graphic interfaces can be started immediately using a TQ display kit which is adjusted for a starter kit. To develop your own hardware you can use the certified and qualified circuit components of the starter kit in your own designs.

THE HIGHLIGHTS:

▶ Graphic with HD support ▶ Extended temperature range ▶ High-speed communication via with up to: 2x GbE, 2x PCIe, 1x USB 3.0

▶ 4x Real-Time Ethernet 10/100-Base ▶ Low power consumption (typ. 4 W)

▶ Integrated 2x ARM® Cortex® M4 ▶ IEEE 1588 hardware support ▶ Security functions

Q1 2018

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The minimodule TQMa6ULx, based on the i.MX6UL and i.MX6ULL, combines the ARM® Cortex® A7 Core technology with a variety of interfaces. The TQMa6ULxL is the TQMa6ULx variant without connector and is directly soldered with the baseboard. The LGA module has been developed especially for the use in high volume projects. The integrated graph-ics controller supports applications with display and touch

screen requirements. For various applications such as industrial automation and controls with requirements for low power and secure data processing, there are three CPU variants available. With a Single ARM® Cortex® A7 Core and a clock rate up to 528 MHz the TQMa6ULx provides a balanced ratio between ap-plications for visualization and control performance and power dissipation.

THE HIGHLIGHTS:

▶ Graphic ▶ Extended temperature range ▶ 2x Ethernet with IEE1588 ▶ Low power consumption (typ. 1 W) ▶ Camera Sensor Interface ▶ Security functions ▶ Long term availability

ARM® ModulesTQMa6ULx(L) – Energy efficient for future designs (plug-in connector + directly soldered)

STARTERKIT STKA6ULX

The core of the STKa6ULx set is the TQMa6ULx module with a ARM® Cortex® A7 CPU. The components contained in the starterkit constitute a modular system enabling you to develop your own product ideas. Development of graphic interfaces can be started immediately using the prepared combination of closed display unit and starterkit that are matched to each other. To develop your own hardware you can use the certified and qualified circuit components of the starterkit in your own designs.

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The minimodule TQMa7x, based on the i.MX7 from NXP, com-bines an ARM® Dual Cortex® A7 Core technology with a variety of interfaces. The integrated graphics controller supports ap-plications with display and touch screen requirements. For vari-ous applications such as networking, industrial automation and

controls with requirements for fast and secure data processing, there are two CPU variants available. With a Single- Dual-Core ARM® Cortex® A7 Core and a clock rate up to 2x 1,0 GHz the TQMa7x provides a balanced ratio between high performance and power dissipation.

ARM® ModulesTQMa7x – Energy efficient and optimized for secure applications

THE HIGHLIGHTS:

▶ Graphic with full HD support ▶ Q-SPI NOR Flash on Board ▶ High-Speed communication via 2x Gigabit Ethernet and 1x PCle interface

▶ Low power consumption (typ. 2 W) ▶ Integrated ARM® Cortex® M4 ▶ Smart Card Interface ▶ Security functions

STARTERKIT STKA7X

The core of the STKa7x set is the TQMa7x module with a Dual ARM® Cortex® A7 CPU. The components contained in the starterkit constitute a modular system enabling you to develop your own product ideas. Development of graphic interfaces can be started immediately using the prepared combination of closed display unit and starterkit that are matched to each other. To develop your own hardware you can use the certified and qualified circuit components of the starterkit in your own designs.

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The minimodule TQMa6x, based on the processor i.MX6 from NXP, combines industry and multimedia. The integrated graphic controller supports displays with a resolution up to Full HD. Therefore the module is best suited for HMI and animated display screen- and accordingly multitouch applications. With an ARM® Cortex® A9 Core and a clock rate up to 4x 1,2 GHz the

TQMa6x provides a balanced ratio between performance and power dissipation. The TQMa6x supports also the CPU variants of the i.MX6 Plus. The i.MX Dual and Quad Plus CPUs enable enhanced performance both in terms of the memory interface and graphics.

ARM® ModulesTQMa6x – Scalable performance and multimedia module

STARTERKIT STKA6X-SET

The core of the STKa6x-Set is the TQMa6x module with a Dual ARM® Cortex® A9 CPU from NXP. The components con-tained in the starterkit constitute a modular system enabling you to develop your own product ideas. Development of graphic interfaces can be started immediately using the pre-pared combination of closed display unit and starterkit that are matched to each other. To develop your own hardware you can use the certified and qualified circuit components of the starterkit in your own designs.

THE HIGHLIGHTS:

▶ Graphic ▶ Extended temperature range ▶ eMMC Flash ▶ NOR Flash ▶ Low power consumption (typ. 4 W) ▶ Long-term availability ▶ IEEE 1588 support ▶ Security functions

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TQ-EMBEDDED

The minimodule TQMa53, based on the processor i.MX537 from NXP, combines industry and multimedia. The integrated graphic controller supports displays with a resolution up to UXGA. Therefore the module is best suited for HMI and animated

display screen- and accordingly multitouch applications. With an ARM® Cortex® A8 Core and a clock rate up to 1,2 GHz the TQMa53 provides a balanced ratio between performance and power dissipation.

ARM® ModulesTQMa53 – The Multimedia module

THE HIGHLIGHTS:

▶ Graphic ▶ Extended temperature range ▶ eMMC flash ▶ Low power consumption (typ. 3 W) ▶ Long-term availability ▶ IEEE 1588 support ▶ Security functions

STARTERKIT STKA53

The core of the STKa53 set is the TQMa53 with the i.MX53CPU from NXP. With the preconfigured starterkit you canstart immediately with the development of your applicationin order to achieve a fast time-to-market. To develop your own hardware you can use the certified and qualified circuit components of the starterkit in your own designs. A large accessory kit enables the connection of commercial monitors. Different display solutions for a direct connection to LVDS/TTL are available upon request.

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The minimodule TQMa335x, based on the AM335x proces-sor, offers a balanced ratio between computing and graphic performance. The minimodule TQMa335xL is the TQMa335x variant without connector and is directly soldered with the baseboard. The LGA module has been developed especially for the use in high volume projects. The basis for this is a ARM® Cortex® A8 Core with up to 1 GHz. The realised memory on

the module provides best system support. The module is best suited for visualization and control applications with real time demands. A large number of interfaces and module functions are implemented in the CPU due to the high level of interface and function integration. This allows the basic board to be developed easily and at low-cost. All the processor’s functional pins are on the module plug-in connector.

ARM® ModulesTQMa335x(L) – Multifunctional talent for universal applications (plug-in connector + directly soldered)

STARTERKIT STKA335X

The core of the STKa335x is the TQMa3359 with an ARM® Cortex® A8 CPU. The components contained in the starterkit constitute a modular system enabling you to develop your own product ideas. Development of graphic interfaces can be started immediately using the prepared combination of closed display unit and starterkit that are matched to each other. Please note, that for evaluation purposes we provide you with the starterkit STKa335x with the module TQMa335x (not TQMa335xL!). The module mainly differs in the plug-system.

THE HIGHLIGHTS:

▶ Real time communications subsystem ▶ LGA-variant recommended for high quantity use ▶ Low-cost due to highest level of integration ▶ Extended temperature range ▶ 2x IEEE1588 Ethernet (int. Switch) ▶ Low power consumption (2 W) ▶ Long-term availability ▶ IEC61850 stack

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TQ-EMBEDDED

The minimodule TQMa28, based on the i.MX28 processor, offers a balanced ratio between computing and graphic performance. The basis for this is an ARM® 926 core with up to 450 MHz. The realised memory on the module provides best system support.

The minimodule TQMa28L is the TQMa28 variant without con-nector and is directly soldered with the baseboard. The BGA module has been developed especially for the use in high vol-ume projects. Due to the high level of integration it is extremely space- and cost-saving. All the processor’s functional pins are on the module plug-in connector.

ARM® ModulesTQMa28(L) – Functional talent for various applications (plug-in connector + directly soldered)

THE HIGHLIGHTS:

▶ Smallest ARM® 9 module ▶ LGA-variant recommended for high quantity use ▶ Low-cost due to highest level of integration ▶ Extended temperature range ▶ 2x IEEE1588 Ethernet (L2 Switch) ▶ Low power consumption (typ. 1 W) ▶ Long-term availability ▶ Power management, Battery charge functionality ▶ IEC 61850 stack, IEC62439–3 PRP

STARTERKIT STKA28

The core of the STKa28 is the TQMa28 with an ARM® 9 CPU. The components contained in the starterkit constitute a mod-ular system enabling you to develop your own product ideas. Development of graphic interfaces can be started immediately using the prepared combination of closed display unit and starterkit that are matched to each other. Please note, that for evaluation purposes we provide you with the starterkit STKa28 with the module TQMa28 (not TQMa28L!). The module mainly differs in the plug system.

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Ready for IoT


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The TQMT2081 embedded modules embody the high-end variants of pin-compatible modules using NXP’s QorIQ® T-se-ries processors. With four highly efficient dual-threaded e6500 cores and a clock rate of up to 4x 1800 MHz plus the AltiVec technology-based SIMD (single instruction multiple data)

engine, these TQ modules offer an extremely powerful platform and also an upgrade path for applications using the TQMT1042 module. The TQMT2081 processor modules are a perfect choice for mid-range control plane applications or mixed con-trol and data plane applications.

Power Architecture® ModulesTQMT2081 – High Performance Power Architecture® Module with 128-bit AltiVec Vector Processor

THE HIGHLIGHTS:

▶ Dual-threaded quad e6500 cores up to 1800 MHz ▶ 128-bit AltiVec vector processor ▶ Ultra high-speed communication with up to 2x 10 Gigabit Ethernet

▶ 1x PCIe Gen3 plus, 3x PCIe Gen2 and two USB 2.0 High Speed Interfaces

▶ Easy function extensions via PCle, eSPI, I²C and IFC (Local Bus)

▶ IEEE 1588 time synchronization in hardware ▶ Extremely compact module dimensions

BASEBOARD STKT2081

The baseboard STKT2081 supports all variants of the TQMT2081 modules and represents an universal platform for evaluation and development of customer specific platforms for those modules.

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The embedded modules TQMT1042, TQMT1040 and relat-ed variants embody the next generation of the well-known TQMP1020/2020 QorIQ® product family based on Power Architecture®. The QorIQ® T1 processor family inaugurates new applications in industry and communications. With four e5500 (64-bit) cores and a clock rate of up to 4x 1400 MHz, the TQ modules using QorIQ® processors provide the best ratio be-tween processing speed and power loss. The 28 nm technol-

ogy significantly reduces the power consumption compared to a QorIQ® module of the former generation. This feature, together with the expanded temperature range and intelli-gent power management, enables the use in fanless systems. The TQMT1042 and TQMT1040 are best suited for industrial or telecommunication application that demand high availability, outdoor ambient temperatures and small overall size.

Power Architecture® ModulesTQMT1042/T1040 – Higher Performance and Less Power Consumption with the new 64-bit Multicore Processors

STARTERKIT STKT104X

The baseboard STKT104X supports all modules of the type series TQMT104X and represents an universal platform for evaluation and development of customer specific platforms for those modules.

THE HIGHLIGHTS:

▶ Quad core up to 1400 MHz in 28 nm SOI for the best Performance/Watt ratio

▶ High-speed communication via various Gigabit Ether-net interfaces, 4x PCle and two USB 2.0 High Speed interfaces

▶ Up to two SATA interfaces for data storage ▶ Easy function extensions via PCle, eSPI, I²C and IFC (local bus)

▶ IEEE 1588 time synchronization in hardware ▶ Extremely compact module dimensions ▶ Display Interface Unit

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The embedded modules TQMP2020 and TQMP1020 open up the possibility of new applications in industry and communica-tions. With two e500 cores and a clock speed ranging up to 2x 1200 MHz, the TQ modules with its QorIQ® processor offer an optimal balance between data processing speed and power dissipation. Thanks to the 45 nm technology employed, power

consumption is markedly lower than in comparable Power- QUICC® III modules. This along with the extended temperature range means that it can be fitted to fanless systems. The TQ minimodules TQMP2020 and TQMP1020 are ideally suited to industrial applications where long-term availability, outdoor ambient temperatures and small sizes are important factors.

Power Architecture® ModulesTQMP1020/P2020 – The move-in of Multicore

THE HIGHLIGHTS:

▶ Easiest migration of PowerQUICC® III on QorlQ® by approved e500v2 Core

▶ Dual-core processors with up to 1200 MHz in 45 nm SOI for excellent Performance/Watt ratio

▶ High-Speed communication via 3x Gigabit Ethernet, 3x PCle and one USB 2.0 interface

▶ Simple function extension via PCle, SPI, I²C and flexible Local Bus

▶ IEEE 1588 synchronization on time in hardware ▶ Extremely compact with only 74 x 54 mm

STARTERKIT STKP2020

The baseboard STKP2020 supports all modules of the type series TQMP20xx and TQMP10xx and represents an universal platform for evaluation and development of customer specific platforms for those modules.

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Data security

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The TQ module TQMx70EB is designed for high end comput-ing and graphics capabilities. With Dual-Channel DDR4–2400 support, high bandwidth PCIe 3.0, 4x SATA (6 Gb/s) and 4x USB 3.0 the TQMx70EB guarantees best in class system perfor-mance. The module can be equipped with 7th Generation Intel® Core™ and Intel® Xeon® E3 – 15xx v6 processors (Codename Kaby Lake-H). Therefore the performance and price level can be optimized for each application. The integrated Intel® GT2 graphics controller supports up to three independent display

outputs with up to 4K 2K resolution @ 60 Hz and excellent 3D/ rendering performance. 10-bit graphics encoding/decoding deliver high color fidelity premium content. Latest power and performance optimizing functions like Intel® Turbo Boost Technology 2.0 and Enhanced Intel® SpeedStep Technology enable perfect user experience with moderate power con-sumption. This high end COM Express® Basic Type 6 module is best suited for high demand medical, gaming and industrial applications.

x86 ModulesTQMx70EB – COM Express® Basic Module (Type 6) with 7th Generation Intel® Core™ i3/i5/i7 7000E and Xeon® E3 – 1500 v6

THE HIGHLIGHTS:

▶ High end performance up to Quad-Core 3.7 GHz/ 8 MB cache

▶ Based on Intel® Core™ 7000E and Intel® Xeon® E3 v6 processors

▶ Impressive graphics performance (Intel® Iris® Pro 630) with hardwarebased 10-bit HEVC and VP9 en-/decoding

▶ Intel® Optane™ 3D XPoint SSD support ▶ Up to 32 GB DDR4–2400 (2 SO-DIMMs), optional with ECC support

STARTERKIT STKX70EB SET

The COM Express® mainboard MB-COME6–2 included in the starterkit is a carrier board for COM Express® Basic modules with Type 6 pinout. It can be used as an evaluation platform and as well as a production ready embedded PC solution. The many extension options and storage media that can be added offer a high level of flexibility which allows quick and easy testing.

▶ High bandwidth with up to 24 PCIe lanes (incl. PEG port)

▶ TQMx86 board controller with flexible customization options (flexiCFG)

▶ Security with TPM 1.2/2.0 ▶ “Green ECO-Off” (minimum of standby power) ▶ Watchdog and thermal management ▶ Highest reliability, 24/7 certified

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x86 ModulesTQMx60EB – COM Express® Basic Module (Type 6) with 6th Generation Intel® Core™ i3/i5/i7 6000E and Xeon® E3–1500 v5

The TQ module TQMx60EB is designed for high end computing and graphics capabilities. With Dual-Channel DDR4–2133 sup-port, high bandwidth PCIe 3.0, 4x SATA (6 Gb/s) and 4x USB 3.0 the TQMx60EB guarantees best in class system performance. The module can be equipped with 6th Generation Intel® Core™ and Intel® Xeon® E3–15xx v5 processors (Codename Skylake-H). Therefore the performance and price level can be optimized for each application. The integrated Intel® GT1/GT2/

GT4e graphics controller supports up to three independent display outputs with up to 4K 2K resolution @ 60 Hz and excel-lent 3D/rendering performance. Latest power and performance optimizing functions like Intel® Turbo Boost Technology 2.0 and Enhanced Intel® SpeedStep Technology enable perfect user experience with moderate power consumption. This high end COM Express® Basic Type 6 module is best suited for high demand medical, gaming and industrial applications.

STARTERKIT STKX60EB SET

The COM Express® mainboard MB-COME6–2 included in the starterkit is a carrier board for COM Express® Basic modules with Type 6 pinout. It can be used as an evaluation platform and as well as a production ready embedded PC solution. The many extension options and storage media that can be added offer a high level of flexibility which allows quick and easy testing.

THE HIGHLIGHTS:

▶ High end performance up to Quad-Core 3.6 GHz/ 8 MB cache

▶ Based on Intel® Core™ 6000E and Intel® Xeon® E3 v5 processors

▶ Best in class power optimization ▶ Up to 32 GB DDR4–2133 (2 SO-DIMMs), optional with ECC support

▶ High bandwidth with up to 24 PCIe lanes (incl. PEG port)


▶ Security with TPM 1.2/2.0 ▶ “Green ECO-Off” (minimum of standby power) ▶ Watchdog and thermal management ▶ Highest reliability, 24/7 certified

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The TQ module TQMx50UC convinces with its outstanding CPU and graphics performance at moderate power disipation. The Intel® Core™ i3, Intel® Core™ i5 and Intel® Core™ i7 proces-sors enable a new wave of innovation with features such as 3D scanning, gesture control, and voice com mands. The integrat-ed Intel® graphics core HD5500/HD6000 guarantees best graphics experience and supports up to three independent display interfaces with up to 4K resolution. With Multistream

Transport (MST) according to DisplayPort 1.2 standard it is possible, to drive multiple external Ultra HD displays from one single output. The overall performance benefits from the ultra fast DDR3L-1600 onboard memory and up to 4 MB cache. For industrial applications the module delivers also high bandwidth interconnection with PCI Express, SATA Gen3, USB 3.0 and Gigabit Ethernet.

x86 ModulesTQMx50UC – COM Express® Compact Module (Type 6) with 5th Generation Intel® Core™ i3/i5/i7 5000U

STARTERKIT STKX50UC SET

The COM Express® mainboard MB-COME6–1 included in the starterkit is a carrier board for COM Express® Compact modules with Type 6 pinout. It can be used as an evaluation platform and as well as a production ready embedded PC solution. The many extension options and storage media that can be added offer a high level of flexibility which allows quick and easy testing. The design is pre-validated for mass produc-tion, therefore customers can adopt parts of the schematics to realize their own designs.

THE HIGHLIGHTS:

▶ Scalable performance up to Dual-Core 3.2 GHz/ 4 MB cache

▶ Up to 16 GB DDR3L on board memory ▶ Best performance-per-watt ratio (15 W TDP/ 10 W cTDP)


▶ Security with TPM 1.2/2.0 ▶ “Green ECO-Off” (minimum of standby power) ▶ Watchdog and thermal management ▶ Highest reliability, 24/7 certified ▶ Very robust design, conformal coating available

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TQ-EMBEDDED

The TQ module TQMxE39C1 is based on the latest genera-tion of Intel Atom®, Pentium® and Celeron® processors (code named “Apollo Lake”). It achieves a new level of compute performance, security and media processing performance in a very compact form factor to empower real-time computing, in-dustrial automation, digital surveillance, aviation, medical, retail and more. The module corresponds to the international estab-lished PICMGR standard COM Express® Compact (COM.0 R2.1) with type 6 pinout. 8 USB ports – including 2x USB 3.0 – and up to 4 PCIe lanes natively supported by the processor enable high bandwidth communication with peripherals and addition-al interfaces on the carrierboard. With the latest Intel® graphics processor integrated the module delivers 4K high resolution

graphics output, immersive 3D processing and also greatly increased video encode and playback performance. Time coordinated computing capabilities enable time synchronized processes within IoT networks and industrial control applica-tions. Onboard eMMC up to 64 GB and the option for LVDS or native eDP enable flexibility and reduce overall BOM cost. The integrated TQMx86 board controller enables high flexibility through “flexiCFG” and supports thermal management, watch-dog and “Green ECO-Off” with a minimum of standby power. Combined with options like conformal coating and optimized cooling solutions the TQMxE39C1 fits also perfectly into rugge-dized applications.

x86 ModulesTQMxE39C1 – COM Express® Compact Module with Intel Atom® x5/x7 E3900 and soldered DDR3L with ECC

STARTERKIT STKXE39C1 SET

The COM Express® mainboard MB-COME6–1 included in the starterkit is a carrier board for COM Express® Mini modules with Type 6 pinout. It can be used as an evaluation platform and as well as a production ready embedded PC solution. The many extension options and storage media that can be added offer a high level of flexibility which allows quick and easy testing. The design is pre-validated for mass production, therefore customers can adopt parts of the schematics to realize their own designs.

THE HIGHLIGHTS:

▶ Supports Intel Atom® x5/x7 E3900 series, Pentium® N4200 and Celeron® N3350 processors

▶ Dual/Quad core computing power with up to 2.5 GHz

▶ 4/8 GB DDR3L (dual channel, ECC), soldered

▶ High-speed interconnected with Gigabit Ethernet, 8x USB (3.0/2.0) and up to 4 PCIe lanes

▶ Triple Display support with DP/HDMI (up to 4K UHD) and eDP/LVDS

▶ Up to 64 GB eMMC flash, soldered ▶ Extended temperature support

39


The TQ module TQMxE39C2 is based on the latest genera-tion of Intel Atom®, Pentium® and Celeron® processors (code named “Apollo Lake”). It achieves a new level of compute performance, security and media processing performance in a very compact form factor to empower real-time computing, industrial automation, digital surveillance, aviation, medical, retail and more. The module corresponds to the international established PICMGR standard COM Express® Compact (COM.0 R2.1) with type 6 pinout. 8 USB ports – including 2x USB 3.0 – and up to 4 PCIe lanes natively supported by the processor enable high bandwidth communication with peripherals and

additional interfaces on the carrierboard. With the latest Intel® graphics processor integrated, the module delivers 4K high resolution graphics output, immersive 3D processing and also greatly increased video encode and playback performance. Equipped with 2 SO-DIMM sockets the user is very flexible in system configuration. Onboard eMMC up to 64 GB and the option for LVDS or native eDP enable flexibility and reduce overall BOM cost. The integrated TQMx86 board controller en-ables high flexibility through “flexiCFG” and supports thermal management, watchdog and “Green ECO-Off” with a minimum of standby power.

x86 ModulesTQMxE39C2 – COM Express® Compact Module with Intel Atom® x5/x7 E3900 and SO-DIMM memory

THE HIGHLIGHTS:


▶ Dual/Quad core computing power with up to 2.5 GHz ▶ Up to 8 GB DDR3L (2 SO-DIMMs) ▶ High-speed interconnected with Gigabit Ethernet, 8x USB (3.0/2.0) and up to 4 PCIe lanes

STARTERKIT STKXE39C2 SET

The COM Express® mainboard MB-COME6–1 included in the starterkit is a carrier board for COM Express® Mini modules with Type 6 pinout. It can be used as an evaluation platform as well as a production ready embedded PC solution. The many extension options and storage media that can be added offer a high level of flexibility which allows quick and easy testing. The design is pre-validated for mass production, therefore custom-ers can adopt parts of the schematics.

▶ Triple Display support with DP/HDMI (up to 4K UHD) and eDP/LVDS

▶ Up to 64 GB eMMC flash, soldered

40

TQ-EMBEDDED

The TQ module TQMxE38C enables the implementation of powerful but also economical x86 based systems based on the international established PICMG® standard COM Express® Compact (COM.0 R2.1). At the Type 6 compliant pinout the user has access to all fundamental interfaces of the CPU. For that all features of the Intel Atom® processor can be used. Additional

USB ports and LVDS are available. The compact and robust design as well as the option of conformal coating extends the use cases to applications within rugged industry, railway and aviation environments. Based on the very low power consump-tion and the extended temperature support it is also possible to realize outdoor applications in an easy and reliable way.

x86 ModulesTQMxE38C – COM Express® Compact Module (Type 6) with Intel Atom® E3800

STARTERKIT STKXE38C SET

The COM Express® mainboard MB-COME6–1 included in the starterkit is a carrier board for COM Express® Compact modules with Type 6 pinout. It can be used as an evaluation platform and as well as a production ready embedded PC solution. The many extension options and storage media that can be added offer a high level of flexibility which allows quick and easy testing. The design is pre-validated for mass produc-tion, therefore customers can adopt parts of the schematics to realize their own designs.

THE HIGHLIGHTS:

▶ Powerful entry level for scalable x86 platforms ▶ Up to 8 GB DDR3L with ECC support ▶ Onboard eMMC ▶ TQMx86 board controller with flexible customization options (flexiCFG)

▶ Security with TPM 1.2/2.0 (opt.)

▶ “Green ECO-Off” (minimum of standby power) ▶ Watchdog and thermal management ▶ Extended temperature support ▶ Highest reliability, 24/7 certified ▶ Very robust design, conformal coating available

41


The TQ module TQMxE39M is based on the latest generation of Intel Atom®, Pentium® and Celeron® processors (code named “Apollo Lake”). It achieves a new level of compute performance, security and media processing performance in a very compact form factor to empower real-time computing, industrial automation, digital surveillance, aviation, medical, retail and more. The module corresponds to the international established PICMG® standard COM Express® Mini (COM.0 R2.1) with type 10 pinout. 8 USB ports – including 2x USB 3.0 – and up to 4 PCIe lanes natively supported by the processor enable high bandwidth communication with peripherals and addition-al interfaces on the carrierboard. With the latest Intel® graphics processor integrated the module delivers 4K high resolution

graphics output, immersive 3D processing and also greatly increased video encode and playback performance. Time coordinated computing capabilities enable time synchronized processes within IoT networks and industrial control applica-tions. Onboard eMMC up to 64 GB and the option for LVDS or native eDP enable flexibility and reduce overall BOM cost. The integrated TQMx86 board controller enables high flexibility through “flexiCFG” and supports thermal management, watch-dog and “Green ECO-Off” with a minimum of standby power. Combined with options like conformal coating and optimized cooling solutions the TQMxE39M fits also perfectly into rugge-dized applications.

x86 ModulesTQMxE39M – COM Express® Mini Module with Intel Atom® x5/x7 E3900

STARTERKIT STKXE39M SET


THE HIGHLIGHTS:


▶ Dual/Quad core computing power with up to 2.5 GHz ▶ 2/4/8 GB DDR3L (dual channel, non-ECC), soldered ▶ High-speed interconnected with Gigabit Ethernet, 8x USB (3.0/2.0) and up to 4 PCIe lanes

▶ Dual Display support with DP/HDMI (up to 4K UHD) and eDP/LVDS

▶ Up to 64 GB eMMC flash, soldered ▶ Extended temperature support

42

TQ-EMBEDDED

The TQ module TQMxE38M enables the implementation of powerful but also economical x86 based systems based on the international established PICMG® standard COM Express® Mini (COM.0 R2.1). At the Type 10 compliant pinout the user has ac-cess to all fundamental interfaces of the CPU. For that all capa-bilities of the Intel Atom® processor could be used. The direct access to the interfaces like digital display interface (DDI)/ embedded DisplayPort (DP) and the USB device interface

gives the user the unlimited freedom to use the features of the CPU in the most suitable way for his application. The compact and robust design as well as the option of conformal coating extends the use cases to applications within rugged indus-try, railway and aviation environments. Based on the very low power consumption and the extended temperature support it is also possible to realize outdoor applications in an easy and reliable way.

x86 ModulesTQMxE38M – COM Express® Mini Module with Intel Atom® E3800

THE HIGHLIGHTS:

▶ For ultra compact x86 designs ▶ Up to 8 GB DDR3L with ECC support ▶ Flexibility with direct eDP/second DDI interface ▶ TQMx86 board controller with flexible customization options (flexiCFG)

▶ Security with TPM 1.2/2.0 (opt.) ▶ “Green ECO-Off” (minimum of standby power) ▶ Watchdog and thermal management ▶ Extended temperature support ▶ Highest reliability, 24/7 certified ▶ Very robust design, conformal coating capability

STARTERKIT STKXE38M SET


43


The TQ module TQMxE39S is based on the latest generation of Intel Atom®, Pentium® and Celeron® processors (code named “Apollo Lake”). It achieves a new level of compute perfor-mance, security and media processing performance in an extremely compact form factor. The module complies to the modern SGET Standard SMARC 2.0 (“Smart Mobility Architec-ture”). The TQMxE39S targets small, low power and low cost applications with preferences in the embedded mobile market. Three 4K display outputs powered by the integrated Intel®

graphics processor enable applications with impressive user experience. Immersive 3D processing and greatly increased video encode and playback performance improves high resolu-tion multimedia content. High speed interfaces like Gigabit Ethernet, PCIe, USB 3.0 and 6 Gbps SATA ensure high commu-nication bandwidth. SPI, SDIO and serial interfaces extend the communication path to the carrierboard. Onboard eMMC up to 64 GB and the option for Dual-Channel LVDS or native eDP enable flexibility and reduce overall BOM cost.

x86 ModulesTQMxE39S – SMARC Module with Intel Atom® x5/x7 E3900

STARTERKIT STKXE39S SET

The mainboard MB-SMARC-1 included in the starterkit is a carrier board for SMARC 2.0 modules. It is designed for mobile applications supporting features like Smart Battery, mobile connectivity and extended security options.

THE HIGHLIGHTS:

▶ Intel Atom® x5/x7 E3900 series (“Apollo Lake-I“), Pentium® N4200 and Celeron® N3350 processors

▶ Dual/Quad core computing power with up to 2.5 GHz ▶ Up to 8 GB LPDDR4 ▶ High-speed interconnected with Gigabit Ethernet, 6x USB (3.0/2.0) and up to 4 PCIe lanes

▶ Triple display support (up to 4K UHD) and eDP/LVDS ▶ Up to 64 GB eMMC Flash, soldered ▶ Small size (82 x 50 mm) ▶ Extended temperature support

44

TQ-EMBEDDED

ARM® ODM PlatformsABox6ULx – An Ideal Platform for IOT and Industry 4.0 Gateways

This Platform is based on the CPU Module TQMa6ULxL. The i.MX6ULx Processor with 528MHz is based on ARM® Cortex® A7 technology and provides a solid foundation with appealing graphics performance and low power dissipation. This platform is suitable for various applications, including IoT and Industry 4.0

gateways and controls, fulfilling requirements for trusted and secure data processing. The 2x Mini PCIe platform can be expanded to utilize wireless solutions based on UMTS/GPRS, WiFi, Bluetooth and LoRa Wan.

THE HIGHLIGHTS:

▶ Extended temperature range ▶ 2x Ethernet, 2x Mini PCle based on USB 2.0 ▶ Low power consumption (typically 2 – 3 W) ▶ 2x CAN galvanic isolated ▶ Wide voltage input range

45


ARM® ODM PlatformsLBoxLS1012A – An ideal Platform for Gateways, Routers and NAS-Servers

This Platform is based on the CPU Module TQMLS1012A. The Layerscape processor LS1012A combines the 64-bit ARM® Core Architecture with QorIQ® high speed communication technol-ogy. This platform is suitable for various applications such as networking, industrial automation, IoT gateways and controls,

fulfilling requirements for trusted, fast and secure data pro-cessing. The 2x Mini PCIe platform can be expanded to utilize wireless solutions based on UMTS/GPRS, WiFi, Bluetooth and LoRa Wan.

THE HIGHLIGHTS:

▶ Extended temperature range ▶ High-speed communication via 5x Gigabit ▶ Ethernet, 2x Mini PCle and 2x USB 3.0 interface ▶ Low power consumption (typ. 2 – 3 W) ▶ QorIQ® Trust Architecture and ARM® TrustZone® ▶ Packet Acceleration Engine ▶ Modularly expandable

46

TQ-EMBEDDED

ARM® ODM PlatformsTinyBox – Modular datalogger and gateway for fast system solutions

The TinyBox TBa53 is a modular data logger based on the minimodule TQMa53, which can also be used as a gateway. The data logger consists of a mainboard, module and housing and allows the cost-efficient and quick implementation of custom-ized system solutions. The TinyBox can be directly integrated into the control cabinet as a mounting rail device. The device provides the user with a number of interfaces (RS232, CAN,

USB, Ethernet). In addition to these standard interfaces, the board can be expanded to two expansion modules. Function-alities such as RS232, RS485, WiFi, Bluetooth, UMTS and GPRS can thereby be implemented flexibly. Typical application areas for the TBa53 are, for example: machine controllers, domestic engineering, building information, energy and measurement equipment.

THE HIGHLIGHTS:

▶ ARM® Cortex® A8 CPU ▶ Modular system, flexible extendable ▶ Numerous interfaces ▶ Fanless, passive cooling – high reliability ▶ Extended temperature range ▶ Long-term availability

47


x86 ODM PlatformsMBox-R – Robust BoxPC platform for embedded PC applications and IoT edge gateways

The MBox-R is a very compact Embedded PC based on Intel Atom® processor series E3800 (Bay Trail-I) for embedded appli-cations. The highly reliable hardware in combination with the rugged chassis design enable the application under harsh envi-ronmental conditions. The MBox-R is focused to realize individ-ual configurations depending on customers demand. Function-ality and interfaces can be added easily by internal Mini PCIe

add-in cards. Typical uses are found in embedded server and gateway applications, entry level PC systems for automation, visualization and monitoring and all applications that place high demands on quality, durability and long-term availability. The MBox-R name designates the Robust chassis covered in this datasheet. Other chassis variants are also available.

THE HIGHLIGHTS:

▶ Intel Atom® E3800 series (Bay Trail-I) ▶ Up to 8 GB DDR3L with ECC ▶ Optimized for ultra low power ▶ High-Speed IO such as 2x GB ETH, 2x USB (3.0/2.0) ▶ 2x Mini DisplayPort to connect two monitors ▶ TPM 1.2/2.0 (option) ▶ “Green ECO-Off” (minimum of standby power) ▶ Watchdog und thermal management ▶ Highest reliability, 24/7 certified ▶ Extended temperature support (option) ▶ Very robust design ▶ Individual configurations and ODM branding

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TQ-EMBEDDED

x86 ODM PlatformsMBox-V(H) – Ultra compact BoxPC platform for embedded PC applications and IoT edge gateways

The MBox-V(H) is an Embedded PC based on Intel Atom® processor series E3800 (Bay Trail-I) for embedded applications. The ultra compact integration of the hardware and the chassis enable applications within a very small footprint. The chassis design is very flexible so that the MBox can be used as desktop device or be integrated in cabinets with DIN rail mounting. ODM branding (color, logo, labels,…) is possible. The MBox-V(H) is focused to realize individual configurations depending on

customers demand. Functionality and interfaces can be added easily by internal Mini PCIe add-in cards. Typical uses are found in embedded server and gateway applications, entry level PC systems for automation, visualization and monitoring and all applications that place high demands on quality, durability and long-term availability. The MBox-V(H) name designates the Vari-able chassis covered in this datasheet. Other chassis variants are also available.

THE HIGHLIGHTS:

▶ Intel Atom® E3800 series (Bay Trail-I) ▶ Up to 8 GB DDR3L with ECC ▶ Optimized for ultra low power ▶ High-Speed IO such as 2x GB ETH, 2x USB (3.0/2.0) ▶ 2x Mini DisplayPort to connect two monitors ▶ TPM 1.2/2.0 (option) ▶ “Green ECO-Off” (minimum of standby power) ▶ Watchdog und thermal management ▶ Highest reliability, 24/7 certified ▶ Extended temperature support (option) ▶ Highly customizable sheet metal chassis ▶ Individual configurations and ODM branding

49


x86 ODM PlatformsMBox-Advanced (MBox-ADV) – Industrial Firewall platform

The MBox-Advanced can be used as industrial firewall and se-curity appliance. Based on latest Intel Atom® processor series E3900 (Apollo Lake-I) for embedded applications combined with leading Intel® i210 ethernet controllers it offers excellent performance and high data throughput within a very compact

formfactor. Advanced security features like AES-NI and TPM 1.2/2.0 (options) enable highly secure implementations. The MBox-Advanced is design for industrial use cases with high re-liability, extended temperature support and extended lifecycle of more than 10 years.

THE HIGHLIGHTS:

▶ Intel Atom® E3900 series (Apollo Lake-I) in Dual- or Quad-Core configuration

▶ Up to 8 GB DDR3L ▶ 4x Gigabit Ethernet (Intel® i210) ▶ 2x USB 3.0, 1x RS-232 ▶ AES-NI-Support, TPM 1.2/2.0 (option) ▶ Extended temperature support (option) ▶ Ultra compact design ▶ Quality Made-in-Germany ▶ Individual configurations and ODM branding

50

TQ-EMBEDDED

x86 ODM PlatformsCOMBox-V – Fanless Industrial BoxPC

The COMBox-V is a compact Embedded PC based on Intel® Core™ mobile processor series (6th and 7th Generation). The highly reliable hardware in combination with the rugged hous-ing design enables the usage in industrial and harsh environ-mental conditions. The COMBox-V focuses to meet individual configurations depending on customers demand. Functionality

and interfaces can be easily added by internal add-in cards (e.g. Mini PCIe cards or M.2 modules). Typical applications are embedded server and gateway applications, visualization and monitoring, and all applications, which place high demands on quality, durability and long-term availability.

THE HIGHLIGHTS:

▶ High End Embedded Computing ▶ Up to 32 GB DDR4–2400 with ECC-Option ▶ 3x 4K Display Outputs (DisplayPort/HDMI) ▶ Impressive video and multimedia performance ▶ 2x Gigabit Ethernet (4K V isolated) ▶ 4x USB 3.0 ▶ Audio ▶ Prepared for wireless communication ▶ Fanless design ▶ Quality Made-in-Germany ▶ Individual configurations and ODM branding

51


Notes

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TQ-EMBEDDED

Notes

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Contact

TQ-Systems GmbHGut Delling | Mühlstraße 2 | 82229 Seefeld | GermanyPhone +49 8153 9308–0 | Fax: +49 8153 [email protected] | www.tq-group.com

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