IEI Technology-IEI Introduces Embedded System with 2nd Generation Intel® Core™ i7/i5/i3 Desktop Processor

IEI Introduces Embedded System with 2nd Generation Intel® Core™ i7/i5/i3 Desktop Processor

IEI Technology Corp. (IEI), the global industrial computing innovator, introduced an embedded system with 2nd Generation Intel® Core™ i7/i5/i3 desktop processor and Intel® H61 Express Chipset,. Designed for scalability and cost optimization, the ECN-680A-H61 allows one DIMM per channel of DDR3 1333 MHz.  The ECN-680A-H61 comes integrated with Intel® HD Graphics technology to deliver high-performance graphics and media processing without a discrete graphics card.  Some key features include USB 3.0 supporting super speed data transmission, TPM V1.2 hardware security support provided by the TPM module and dual-channel 1333 MHz DDR3 SDRAM DIMM supporting up to 8 GB memory.

The ECN-680A-H61 has a high-performance graphics engine with H.264, full AVC, VC-1 and MPEG-2 decoding acceleration.  The dual display feature is achieved by the dual DVI interface.  The ECN-680A-H61 has DVI-I, DVI-D and HDMI display interfaces which support dual display and high resolution with audio output for digital signage applications.  The ECN-680A-H61 also encompasses an easy-to-install SATA hard drive and wide range DC power input support (9 V to 36 V) for industrial applications.

The ECN-680A-H61 includes IEI’s exclusive One Key Recovery software solution which eliminates the frustration of system recovery after unexpected system failure. One Key Recovery is an easy way to create full system backup on demand and system restoration to a previously made backup with a single click.

The ECN-680A-H61 featuring a high-performance 2nd Generation Intel® Core™ i7/i5/i3 desktop processor is suitable for digital signage applications requiring remote control management, system backup and recovery.

Please visit www.ieiworld.com or contact a sales representative via sales@ieiworld.com for more information

   

About IEI Technology Corp. 

IEI Technology Corp. is a leading industrial computer provider. IEI provides products for computer-based applications such as factory automation, computer telephony integration, networking, security, IT systems, communication base stations, medical devices and kiosks，Panel pc , Embedded pc . IEI serves industries such as national defense, police administration and transportation. IEI continues to promote its own brand of products in addition to serving ODM vertical markets with complete and professional service.

IEI Technology-IEI Announces SBC and CPU Module with 3rd Generation Intel® Core Processor Family and Mobile Intel® QM77 Express Chipset for Enhanced Performance

IEI Announces SBC and CPU Module with 3rd Generation Intel® Core Processor Family and Mobile Intel® QM77 Express Chipset for Enhanced Performance

IEI Technology Corp. (IEI), the global industrial computing innovator, announced the launch of the KINO-QM770, a Mini-ITX SBC, the NANO-QM770, an EPIC SBC, and the ICE-QM770, a COM Express Basic Type 6 module. These boards support the 22nm LGA1155 3rd generation Intel® Core™ processor family and Mobile Intel® QM77 Express Chipset. 3D micro-architecture enhancement supported by the Intel® HD Graphics engine allows the KINO-QM770, NANO-QM770, and ICE-QM770 to deliver enhanced graphics performance. The KINO-QM770, NANO-QM770, and ICE-QM770 are the ideal platforms for high performance surveillance systems, energy control systems, gaming machines, the hospitality industry, fitness equipment, and high-resolution digital signage applications.

The KINO-QM770 is a Mini-ITX SBC with Socket G2 for the 3rd generation Intel® Core™ processor family. It supports dual-channel DDR3 1600/1333/1066 MHz up to 16GB. The KINO-QM770 supports three independent displays via DVI-I (DVI and VGA) integrated in the Mobile Intel® QM77 Express chipset, as well as HDMI 1.4 compliance. The KINO-QM770 has a high-speed I/O interface for a PCIe Gen 3.0 add-on card, USB 3.0 ports and SATA 6Gb/s port. 

The NANO-QM770 is an EPIC SBC with Socket G2 for the 3rd generation Intel® Core™ processor family. It supports dual-channel DDR3 1600/1333/1066 MHz up to 8GB. The KINO-QM770 supports advanced three independent displays with combination of dual HDMI port and DVI port. The NANO-QM770 features dual PCIe GbE, three COM ports, four USB 3.0 ports, two SATA 6Gb/s ports, and a Realtek ALC662 HD codec audio connector.

The ICE-QM770 is a COM Express Basic Type 6 Module.  It has Socket G2 to support a 3rd generation Intel® Core™ i7/i5 processor manufactured on 22nm process technology.  The ICE-QM770 supports 1.35V DDR3L and dual-channel DDR3 1600/1333/1066 MHz up to 16GB.  It features SATA 6Gb/s and USB 3.0 for high speed data transmission.  With 18/24-bit dual-channel LVDS, analog CRT, and HDTV support, the ICE-QM770 provides multiple display options.

The Mobile Intel® QM77 Express chipset on these boards supports state-of-the-art Intel® Active Management Technology (AMT) 8.0. IT managers can remotely diagnose and repair problems using Intel® 82579 PHY for Intel® AMT 8.0 support. Based on the Intel® QM77 Express chipset with Intel® AMT 8.0 support, IEI developed iEZman and One Key Recovery to combine the power of remote KVM control with simplified system recovery and backup management. All IEI products can be remotely controlled using IEI's iEZman and One Key Recovery.

What is iEZman?
The IEI iEZman application provides an out-of-band KVM function which allows full control of keyboard, mouse and video output viewing on a remote system through hardware-based Intel® Active Management Technology 8.0. Video output on a remote system is always visible even when there is a BSoD (blue screen of death) or missing disk.

iEZman allows a remote user, such as a support person, to remotely control and perform administrative tasks through a graphical user interface in Windows. All functions can be managed through this single interface after password verification. iEZman provides IT departments with remote client management, OOB (out-of-band) diagnostics and asset tracking regardless of system power or OS state to help reduce TCO and improve productivity.

iEZman Functions:
• Power Management - To power the remote system on, off or reset
• Schedule Power Management - To schedule the systems to wake from a sleep state or shut down at a particular time.
• Remote Access - To boot remote PCs from a local CD-ROM, floppy drive or ISO image, or boot into the BIOS.
• Group Management - To sort remote PCs into groups for easy monitoring and control.
• Patch Management - To apply patches to remote PCs.
• Alert and Events - To issue an alert when system problems occur.

IEI One Key Recovery Solution
The unique IEI One Key Recovery solution includes exclusive technology to recover and backup the operating system with the simple press of a key. A recovery image CD with IEI official
license sticker ships with every IEI single board computer, embedded system, or panel PC. It includes system recovery software developed by IEI with Windows PE 2.0. The recovery image can be used to create a full system backup and restore in the event of system failure. There is no need to buy additional backup and recovery tools.

All migration tasks can be performed remotely from a central management console reducing the costs associated with a physical visit. Neither specialized IT staff, nor consultants are required to implement the system imaging and data migration procedure. Thus, IEI One Key Recovery simplifies the backup and recovery process and saves time and money. Please note that IEI One Key Recovery works on IEI products only. A “You are an illegal user” warning message appears when attempting to run the software on a non-IEI product.

The iEZman and One Key Recovery solution bundled with IEI products and Intel® AMT 8.0 is your smart choice for remote control management, system backup and recovery.

For more information, please visit www.ieiworld.com or contact sales@ieiworld.com for further information. For the press release, please contact yalingwang@iei.com.tw.

About IEI Technology Corp. 

IEI Technology Corp. is a leading industrial computer provider. IEI provides products for computer-based applications such as factory automation, computer telephony integration, networking, security, IT systems, communication base stations, medical devices and kiosks，Panel pC , Embedded pc . IEI serves industries such as national defense, police administration and transportation. IEI continues to promote its own brand of products in addition to serving ODM vertical markets with complete and professional service.

IEI Technology-IEI Announces New Motherboards with 3rd Generation Intel® Core Processor Family and Intel® Q77 Express Chipset for High Performance Applications

IEI Announces New Motherboards with 3rd Generation Intel® Core Processor Family and Intel® Q77 Express Chipset for High Performance Applications

 IEI Technology Corp. (IEI), the global industrial computing innovator, announced the launch of the IMBA-Q770, an ATX motherboard, and the IMB-Q770, a microATX motherboard which support the 22nm LGA1155 3rd generation Intel® Core™ processor family and Intel® Q77 Express chipset. Integrated dual HDMI and DVI-I on the Intel® Q77 Express Chipset and Intel® HD Graphics with DX11 support allow these advanced motherboards to deliver enhanced graphics performance and support three independent displays with an additional VGA connector. With USB 3.0, PCI Express generation 3.0 and a SATA 6Gb/s port, both the IMBA-Q770 and the IMB-Q770 excel in data and video transmission for remote security and manageability. The IMBA-Q770 and the IMB-Q770 are ideal platforms for high performance surveillance systems, the gaming industry, public infotainment, and high-resolution digital signage applications.

The IMBA-Q770 and the IMB-Q770 are a standard ATX and a microATX motherboard which support advanced 22nm LGA1155 3rd generation Intel® Core™ processors. Both boards support three independent displays, quad/dual core Intel® Core™ i7/i5 processors, and dual-channel DDR3 1600/1333 MHz with maximum support up to 32 GB. The IMBA-Q770 has three PCI slots for flexible expansion, while the IMB-Q770 has ten COM ports for supporting scalable serial ports for high-speed networks. The Intel® Q77 Express chipset supports state-of-the-art Intel® Active Management Technology (Intel® AMT) 8.0. IT managers can remotely diagnose and repair problems using Intel® 82579 PHY for Intel® AMT 8.0 support.

Based on the Intel® Q77 Express chipset with Intel® AMT 8.0 support, IEI developed iEZman and One Key Recovery to combine the power of remote KVM control with simplified system recovery and backup management. All IEI products can be remotely controlled using IEI's iEZman and One Key Recovery.

What is iEZman?
The IEI iEZman application provides an out-of-band KVM function which allows full control of keyboard, mouse and video output viewing on a remote system through hardware-based Intel® Active Management Technology 8.0. Video output on a remote system is always visible even when there is a BSoD (blue screen of death) or missing disk.

iEZman allows a remote user, such as a support person, to remotely control and perform administrative tasks through a graphical user interface in Windows. All functions can be managed through this single interface after password verification. iEZman provides IT departments with remote client management, OOB (out-of-band) diagnostics and asset tracking regardless of system power or OS state to help reduce TCO and improve productivity.

iEZman Functions:
• Power Management - To power the remote system on, off or reset
• Schedule Power Management - To schedule the systems to wake from a sleep state or shut down at a particular time.
• Remote Access - To boot remote PCs from a local CD-ROM, floppy drive or ISO image, or boot into the BIOS.
• Group Management - To sort remote PCs into groups for easy monitoring and control.
• Patch Management - To apply patches to remote PCs.
• Alert and Events - To issue an alert when system problems occur.

IEI One Key Recovery Solution
The unique IEI One Key Recovery solution includes exclusive technology to recover and backup the operating system with the simple press of a key. A recovery image CD with IEI official license sticker ships with every IEI single board computer, embedded system, or panel PC. It includes system recovery software developed by IEI with Windows PE 2.0. The recovery image can be used to create a full system backup and restore in the event of system failure. There is no need to buy additional backup and recovery tools.

All migration tasks can be performed remotely from a central management console reducing the costs associated with a physical visit. Neither specialized IT staff, nor consultants are required to implement the system imaging and data migration procedure. Thus, IEI One Key Recovery simplifies the backup and recovery process and saves time and money. Please note that IEI One Key Recovery works on IEI products only. A “You are an illegal user” warning message appears when attempting to run the software on a non-IEI product.

The iEZman and One Key Recovery solution bundled with IEI products and Intel® AMT 8.0 is your smart choice for remote control management, system backup and recovery.

For more information, please visit www.ieiworld.com or contact sales@ieiworld.com for further information. For the press release, please contact yalingwang@iei.com.tw.

*Intel and Intel Core are registered trademarks of Intel Corporation in the United States and other countries.*

About IEI Technology Corp. 

IEI Technology Corp. is a leading industrial computer provider. IEI provides products for computer-based applications such as factory automation, computer telephony integration, networking, security, IT systems, communication base stations, medical devices and kiosks，Panel pC , Embedded pc . IEI serves industries such as national defense, police administration and transportation. IEI continues to promote its own brand of products in addition to serving ODM vertical markets with complete and professional service.

Embedded Database Software supports ARM(TM) architecture.

Bellevue, WA — ITTIA announces the availability of its embedded database for the ARM™architecture. ITTIA provides embedded relational database software for developers of applications for mobile devices and other embedded systems. With ITTIA DB SQL's robust data management framework and ARM's hardware architecture, data is managed and accessed in a flexible and efficient way. Customers from industries such as consumer electronics, clean energy, medical devices, and robotics have already built state of art applications with ITTIA DB SQL on ARM.

ITTIA customers have reflected great interest in developing ARM-based embedded applications and, in response to this demand, ITTIA has continuously demonstrated its commitment and ability in providing a lightweight, high-performance, relational database solution on ARM.

The combination of ITTIA DB SQL data management abilities with ARM's low-power chips offers a great solution to protect data integrity, organize information, and share or distribute data across embedded development ecosystems.

ITTIA DB SQL is an ideal candidate for embedded and mobile applications developers on ARMTM cores, including StrongARM, ARM7TDMI, ARM9TDMI, ARM7EJ, ARM9E, ARM10E, XScale, ARM11, ARM Cortex-M, ARM Embedded System Cortex-A, ARM Cortex-M, and ARM Cortex-R.

For application developers looking to make a trade-off between the flexibility offered by the traditional relational data management model and a rapid time to market, ensured with low-power consumption, ITTIA DB SQL on ARM is an ideal, cost-effective solution.

A free copy of ITTIA DB SQL, for ARM is available for evaluation at:
http://www.ittia.com/products/evaluation

Free Video to Learn About ITTIA DB SQL architecture and features in few minutes:
http://www.youtube.com/watch?v=svsnXuMGxq0

About ITTIA
ITTIA offers database solutions for platforms where limited memory, storage, and processing power makes software development challenging. ITTIA develops fast, high performance database products and tools with the goal of providing excellent data management software for embedded systems and devices. ITTIA products are designed to be suitable for application development and deployment at a significantly reduced cost. ITTIA customers include GlaxoSmithKline, VNU, Boeing, Moodys, Sandia National Laboratory, Puget Sound Energy and others. You can obtain more information about ITTIA at:www.ittia.com.

 

ADTRAN Adds System-Level Vectoring to Widely Deployed Broadband Platforms

Seamless ultra-high bandwidth upgrade to global installed base of market leading multi-service broadband access solution portfolio
GRIEFSWALD, Germany— (October 17, 2012)—ADTRAN®, Inc., (NASDAQ:ADTN), a leading provider of next-generation networking solutions, today announced the addition of system-level vectoring to its comprehensive global broadband portfolio. Vectoring enables service providers to maximize their network infrastructure by leveraging deep fiber deployments and VDSL2 over existing customer drop facilities to deliver ultra-broadband services delivering up to 200Mbps to the home based on two-pair bonding and enabling premium entertainment services.
ADTRAN’s embedded base of more than 100,000 multi-service access nodes (MSANs) and 100,000 small form-factor DSLAM sites affords its existing customer base tremendous upgrade potential without requiring a major overhaul to existing infrastructure in order to deliver competitive speeds and services. Additionally, ADTRAN’s top three global VDSL2 market share position and early leadership with vectoring standards and technology development offers unique experience that carriers worldwide can leverage. ADTRAN has helped the world’s leading service providers deliver business services for more than 25 years, and has been a top tier provider of residential solutions for the last decade as well. Carriers are demanding converged solutions so that consumer and business services can be delivered over the same access network and, at the same time, they must also offer speeds competitive with DOCSIS 3.0 enabled networks and contain costs to insure viable business cases. These market drivers, along with the maturity of key next generation technologies in recent years and ADTRAN’s core competency of customer partnership, create an inflection point for ADTRAN and its large embedded customer base to make the most of all the benefits that vectoring has to offer.
System-level vectoring allows service providers to realize ultra-broadband speeds, delivering up to 200Mbps to the home based on two-pair bonding and enabling premium entertainment services. With the rapid uptake of high-definition television, video on demand services and consumer voice over IP (VoIP), traditional fixed access service providers have been looking for a way to remain competitive against cable MSOs. Fiber-to-the-Home (FTTH) deployments are being utilized for a portion of their subscriber base, but a solution is still needed to serve remaining customers, including those in the “final third” service areas. VDSL2 vectoring uses crosstalk cancellation, an advanced DSL transmission technology and improves subscriber bandwidth by up to 90%.
ADTRAN was among the first to demonstrate system-level vectoring and the release of solutions within its hiX 5600 and Total Access 5000 MSANs and Total Access 1100 and 1200 small form-factor access nodes, ADTRAN is enabling carriers to achieve affordable and competitive broadband service delivery. The ADTRAN portfolio is one of the world’s most comprehensive; easily and economically addressing all environmental, powering and line-size challenges. ADTRAN’s system-level vectoring implementation connects multiple broadband units to create a domain across multi-system pairs in a single group, thus improving vectoring gains and eliminating the complex binder management required by less capable 48-port only solutions known as board-level vectoring.
“With vectoring technologies, service providers now have a complete fixed broadband access tool box that not only allows them to offer an expansive portfolio of deep fiber solutions, but also complements their next generation optical services,” said Stephen Wilson, senior analyst from Informa. “The system-level vectoring that ADTRAN is bringing to market is giving service providers the ability to deliver ultra-broadband services with better performance using field-proven outside plant technology.”
“One of the objectives in bringing vectoring technology to our fixed access broadband portfolio was to provide a flexible solution that allows service providers to economically meet their most challenging service delivery objectives,” said Dr. Eduard Scheiterer, Managing Director, ADTRAN GmbH. “Whether it is deploying a standalone, weatherproof solution that can be deployed in any environment, like the Total Access 1148V, or a modular MSAN solution that maximizes existing network assets found in the hiX5600 or Total Access 5000, ADTRAN is dramatically lowering deployment costs and improving the performance of vectored VDSL2 for service providers worldwide.”
ADTRAN’s Total Access 1148V vectored VDSL2 broadband access system provides an innovative approach to the successful deployment of fiber to the cabinet (FTTC) architectures. Key features of the product include:
Delivers ultra-low total cost of ownership (TCO) for voice and video delivery
Environmentally sealed and temperature-hardened design tailored for deployment in extreme environmental conditions
Passively cooled for completely silent deployment in sensitive residential areas
Provides high service capacity with 10 Gigabit optical Ethernet uplinks
Allows simple system scalability from Embedded System 48 to 192 ports and beyond with system-level vectoring

Reduces installation cost via flexible powering options (span, AC, and DC powering)
Introduction of VDSL2 vectoring technology in the ADTRAN hiX 5600 and the Total Access 5000 product families gives operators greater ability to fully utilize their valuable network assets. The VDSL2 vectoring application provides a future-proof solution with characteristics like:
Best in class FTTB/FTTC copper solutions in all conditions in combination with advanced ADTRAN indoor and outdoor cabinet solutions
A financially feasible upgrade path for latest copper technology without the need for complete network restructuring
Fully compatible with the current installed base of hiX 5600 and Total Access 5000 nodes
A scalable solution starting from 48 port board-level vectoring up to multi-card system-level vectoring

 

How embedded virtualization can secure industrial networks

Software partitioning has a role in making industrial infrastructure secure, writes Alexander Damisch, director for industrial markets at Wind River

Security issues in industrial markets have been receiving much attention in the media. The vast majority of devices that power infrastructures offer aging technology in many cases and are not well prepared for the latest cyber security threats.

Taking the energy grid as an example: one does not have to be a scientist to find the holes when approximately 70% of the infrastructure is more than 30 years old.

Devices that were never designed for a connected world in the first place are wide open for attacks. Utility providers and the dominating players that power this market are under intense pressure; critical infrastructure is supposed to be stable, robust and often certified for functional safety requirements.

While safety systems are left untouched following certification for risk, complexity and cost reasons, a secure system is only secure if it is able to withstand the latest vulnerabilities. The contradiction between the lifecycle of safety and security is a very expensive challenge today. However, the good news is that embedded virtualization can alleviate these security challenges.

To provide a solution that can be retrofitted to an existing infrastructure, new security devices are often integrated with existing devices. Firewalls, IPS, IDS or other boxes add to the CAPEX cost, but also increase the complexity of the supply chain management for installations that have may have a lifecycle of 25 years or more.

New systems are designed with both safety and security in mind. Functions that would be in separate boxes in the existing infrastructure can be consolidated to reduce the CAPEX burden and avoid even greater costs in supply chain management.

This idea is not new: consolidating workload into more intelligent systems by leveraging improved hardware architectures that support virtualization creates a significant opportunity to meet today’s architectural challenges.

One proven approach to security is to keep devices that need to be secure away from general access: for example, physically or virtually separated from networks such as the Internet.

The implication of this approach is that physically separate devices and networks need to be built for secure versus insecure devices. In general, this is impractical because of the expense and redundancy involved. A more cost-effective solution is to leverage embedded virtualization.

Virtualization for embedded systems that operates at the processor and board level is called a hypervisor. A hypervisor allows several virtual systems to run on a single piece of hardware efficiently. Hypervisors can be used to consolidate several systems into one, saving material costs; reducing size, weight and power; and reducing supply chain costs and complexity. Virtualization with a hypervisor can also allow developers to partition a system for functional, security and safety reasons.

Virtualization technology can also provide an OS-agnostic, safe and secure partitioning layer. This addresses a key concern of the market today: ensuring that different services on a device do not impact each other for security and safety.

This ability to securely combine different partitions not only reduces the development costs, but also the operating and capital costs. Using fewer chips and boards reduces the capital cost of the product.

OPEX is also reduced with less inventory and spares and a simpler process for upgrading hardware and software. Now, any new patches or updates to parts of the system software will not affect the real-time operation of the system, nor require lengthy testing and re-certification.

The move to virtualization extends the lifecycle of embedded products. Existing code can run on its own secure partition running an RTOS while new features can be added to the non-real-time partition running an OS such as Linux or Microsoft Windows for the user interface.

To implement this efficiently, virtualization uses hardware enhancements specific to a CPU architecture, enabling all the advantages with minimal impact on performance and latency, especially for the hardware-assisted isolation between partitions.

This strategy greatly extends the life of an embedded product without the expense of having to rewrite real-time embedded code, add and re-certify drivers or redesign hardware. This is a particular issue for systems that combine real-time capability and user interface in one operating system – when there are patches or updates to the OS, the whole design has to be re-tested and possibly re-certified to ensure there is no impact on the real-time operation.

The influence of machine-to-machine (M2M) networks is growing and many devices now need additional gateways, firewalls and other communication functions. Virtualization is an excellent way of adding these to the system through the non-real time operating system without having to change and re-certify the real-time elements of the software or change the hardware.

One proposed architecture that is fast gaining ground is to provide more localized and connected processing power close to where it is needed, often as a gateway to the wider Internet. Local traffic can be processed quickly and acted on, while the data is still available to the wider systems across the Internet, whether it is a train, a manufacturing floor or a power plant. This approach provides the ability to consolidate a number of functions from communications to data processing. This is costly and complex when implemented in separate boxes. The ability to consolidate a wide range of functions reliably and securely into an intelligent single unit is more cost effective and becoming increasingly popular.

This trend has implications for security. Consolidating workloads in a single device means communications are linked to real-time operations and the flow of data. This means there is a need to keep certain functions highly separated.

Safety-critical code must be protected and unchanged to retain its certification, and yet the security that protects the system has to be updated regularly to defend against ever changing attacks. At the same time, there are communications protocols and data capture in the system that need real-time performance alongside human interfaces that can be run at slower speeds.

All of this provides a potentially highly complex environment. The traditional approach has been to have separate devices for each of these functions, such as the communications and real-time elements.

However, security needs to be deeply embedded within the system to provide maximum protection; and physical separation leads to a number of architectural challenges that can be expensive to solve.

Virtualization has already opened up a wide range of new applications in IT, but the ability to provide true real-time performance alongside a mainstream OS opens up yet more embedded opportunities in new and existing markets.

Smart-grid networks, manufacturing systems, and transportation are all set to benefit from the consolidation of workloads and the separation of communication and security functions on to a single core. This allows cost-effective development of secure, reliable and future-proof embedded systems. Running the same operating systems on both a single- and multi-core Embedded System device opens up a platform of equipment that can scale from a single core to many, all with the same software base.

Consolidation of workloads also has a significant effect on the capital and operational expenditures. Building a single unit with a single board rather than multiple units with multiple boards reduces the upfront costs. Millions of M2M devices are being rolled out, connected to hundreds of thousands of gateway units, so this is a significant saving in the upfront cost.

Decoupling the software lifecycle of different elements and still being able to use a single device can reduce expenses. All of this can provide dramatic savings in development time and equipment cost, allowing more processing performance to sit closer to where it is needed in the network and support lower cost sensors and terminals in the home or on the factory floor.

While industrial markets are undergoing a revolution, safety and security are the driving forces behind new processes and standards. Increased regulations are subjecting more embedded devices to rigorous and expensive certification processes ensuring standards compliance. Wind River’s safe and secure partitioning solutions for industrial and automotive applications, further demonstrate this shift.

Wind River’s safe and secure partitioning capability is designed and implemented for safety certification and decoupling the lifecycle of certified and non-certified applications. This provides the option for increased innovation of the non-certified applications and reduces ongoing system certification costs while enabling the benefits of consolidation.

 

Embedded Software Engineer - West Midlands - FTC - 37K

Exciting new opportunity, for an Embedded Engineer to join a very specialist company based in the West Midlands. This is a 9 month fixed term contract with the expectation you will remain permanent after this period of time.

You will be offered to chance to work with an award-winning company that design and manufactures industry leading products to global companies. They have a small and friendly R&D team that takes responsibility in designing and developing new products.

The successful Embedded Engineer Embedded System will be supporting the company's products as well as developing projects through design and development of Embedded and Windows systems.

You will be offered a 9 month fixed term contract, with all the perks of a permanent employee including pension, annual leave and such.

You will be responsible for design and development of Embedded Systems, as well as specifying and configuration from scratch. You will also offer testing resource and will have an impact on process'.

The successful Embedded Engineer will have experience with:

-Embedded Software Design and development