ARDE
Embedded System Solutions

ARDE is a technology company that produces and develops advanced computer technologies and high-tech electronic systems. It is based on quality, customer-oriented approach, always accessibility and always domestic design. ARDE always acts according to these principles in its decisions.

Detail

Elektronik Kart, Cihaz ve Platform Tasarımı

ARDE

Electronic Board, Device and Platform Design

ARDE offers its experience in Electronic Card, Device and Platform design to the companies. Using 8-16 or 32-64 bit architecture processors in its designs, ARDE can develop embedded systems on any processor specified by the customer. In this context, it offers its customers the unique ability to make processor independent designs.

ARDE has the capability of designing hardware that can run Windows and Linux operating systems on it. INTEL and AMD are processors that we use in x86_64 architecture. X86_64 architecture hardware target designs are designed by considering End-user, Server, Corporate and Military standards.

x86_64 architectural designs are generally hardware on which high performance operating systems run. Examples of these operating systems include Windows, Windows Server and Linux distributions. In x86_64 architectural systems, the core support can go up to 88 Core, starting with 2 Cores.

ARDE is also able to develop in SoC and FPGA based embedded systems.

System on Chip (SOC) is a platform that can contain the parts in a computer and dominate all the components on a single chip. A SoC platform; It contains gigabit Ethernet, image processing, Sata interface, USB, DRam, SDRam, XOR Nand and Flash Nand technologies.

Generally, SoC systems have 2 to 4 processor cores, with 1.2 to 2.2Ghz processor clock frequency speeds. Thanks to these speeds and the peripheral interfaces it offers, it is no different from a computer. According to SoC systems architectures, there are Android, Windows, Linux, Unix, VxWorks, Integrity RTOS operating systems.

SoC solutions are often used in applications such as multimedia, image processing, networking and server. I.MX series Soc systems are application processors manufactured by NXP. It contains 1 cortex A series multi-core processor and one Arm Cortex M series conventional processor.

I.MX series systems have processor frequency between 900MHZ and 1.2GHZ and are frequently preferred in automotive, industry and end-user sectors.

ARDE develops I.MX6 solo core platform in cooperation with NXP. Thanks to the core platform, desired peripheral units can be integrated into the core platform in a scalable way. In this way, project times are shortened, costs are reduced, and processor design errors that may occur are prevented.

ARDE determines its main purpose as providing sustainable, efficient and simple embedded designs, always being different with its approach that does not compromise on quality, user-friendly solutions and competitive pricing.

As ARDE, we offer our embedded system design capability to our customers, and we make them product owners.

ARDE

Embedded Software Development

ARDE develops efficient software solutions in close collaboration with its customers. It is indispensable for ARDE to produce products that fully meet customer requirements by engineering and analyzing requirements in accordance with processes and standards. With its innovative design approaches, it aims to develop embedded software on these requirements.

Embedded System and Software Design accepts no errors. With the awareness of this, quality assurance activities in ARDE projects begin on the first day of our project and end with the successful completion of the acceptance phase. In addition, ARDE sets itself the main goals of providing sustainable, efficient and lean solutions, being different constantly with its approach that does not compromise on quality, user-friendly solutions and competitive price understanding.

ARDE ensures the sustainability of the embedded software products that it designs and develops, by providing maintenance and development support after final acceptance. It is vital for sustainability to be able to produce up-to-date and innovative approaches by following the technology constantly.

ARDE aims to develop efficient projects that are customer-oriented, that will not lose their life cycle, and that are compatible with agile methods. As a result of this approach, it brings customer satisfaction to the highest level.

We ensure that the costs of the product we have developed are at the previously planned levels by keeping them under control from the first phases of the design. In this sense, it is essential for us to produce an f/p product.

With its modular and flexible structure, ARDE embedded software solutions can be continuously developed. Our products serve as supportable under ARDE guarantee throughout their lifecy.

Embedded Yazılım Geliştirme

ARDE

Safety Critical Software Development

Many industries require safety critical embedded software applications. ARDE has Safety Critical Software development experience and DO-178C compatible embedded software development qualification.

In this context, we develop safety-critical industrial software that is compatible with customer requirements in their enterprises.

Safety Kritik Yazılım Geliştirme

ARDE

IOT Based Design

As ARDE, we improve the efficiency of our plants and businesses with our IOT-based design solutions, and prepare them for Industry 4.0 and digital transformation.

With the widespread use of mobile internet and the developing concept of M2M technologies, each device started to receive an IP address and to be controlled/monitored in the internet environment. With these devices communicating with each other over industrial communication protocols and creating a smart network between them, the concept of the "Internet of Things" in the industry has entered our lives in industry as well as social life.

So, by sharing the data they receive from the external environment on the machines used in the industry, they both learn faster and perform many functions easily. As they are software control, the capabilities of IOT systems can be updated remotely.

On the other hand, IOT solutions that include high performance, safety and reliability, together with Cloud computing and Big Data analysis, will be the product of advanced embedded system technologies.
As ARDE, we offer our IOT-based digital transformation solutions to our customers, and we make them product owners.

ARDE solutions offer the following advantages:

Scalable processors for efficient performance,
Rugged solutions resistant to adverse environmental conditions,
Real-time analysis of sensor and equipment data,
Continuous improvement and development with its modular structure,
Cloud connectivity for optimizing IP powered products and technologies for Big Data analysis
Continuous technical support throughout the lifecycle,

Within the framework of customer requirements, ARDE's original or ready-made embedded computers, gateways, sensors, actuators form the backbone for the cloud, and with embedded software running on this architecture, you will experience the profitability, efficiency, durability, security and comfort brought by IOT technology.

IOT Bazlı Tasarım

ARDE

Industry 4.0 Based Solutions

As ARDE, we support the adaptation of production-based industries to the Industry 4.0 concept, with our existing competencies. In this context, we offer solutions to our companies, especially on industrial robot development, predictive maintenance automation and big data analysis.

Now, by connecting to the internet on machines used in industry and sharing the data they receive from the outside world with each other, they both learn faster and perform many functions more easily. We offer solutions that connect systems to each other and the internet using Wi-Fi, Bluetooth, GSM, GPS and RFID technologies, KNX, ZWave and Zigbee protocols.

We are developing performance and cost-effective systems with remote control and monitoring via computer, tablet or mobile phone.

Today, as ARDE, we offer our customers, especially our wired and wireless smart building/home automation and smart factory design and development competencies, and make them the owners of products.

Endüstri 4.0 Bazlı Çözümler

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ARDE

Design of Electric Vehicle Battery Management Systems

Lithium-Ion (Li-ion)Battery Management System (BMS), a very important component of batteries;

Protecting battery cells, modules and packages,
It enables the battery to be operated in the appropriate voltage and temperature range,
Extending the life of the battery, increasing its efficiency,
They are electronic hardware and software.

Lithium Batteries have important features that should be considered for safe and efficient use. As a result of misuse of these batteries, situations such as burning, explosion or shortening of the life of the batteries occur. Therefore, the voltage, temperature and current values of the battery cells should be kept under control. Here BMS performs a vital function for the safe operation and long life of the battery.

After we launched our first BMS product in 2003, we developed BMS products with different power values by making continuous R&D investments. We serve as a leading company producing original BMS solutions.

Common features of our products:

Serial configurable package battery level monitor and control from 1 cell to 16 cell,
Supporting Li-ion CoO2, Li-ion Mn2O4 and Li-ion FePO4 cells,
Microprocessor-based or stand-alone control,
Power support up to 160Ah,
Pack and cell level automatic balancing,
Packet and cell level automatic safety, deactivation and recovery,
Protection against overvoltage, undervoltage, overcurrent and short circuit situations,
Open circuit protection,
Package level high temperature and low temperature protection,
Programmable and configurable control and protection functions,
LED/LCD Display ,

Elektrikli Araç Batarya Yönetim Sistemleri Tasarımı

ARDE

Electric Vehicle Charge Systems Design

As ARDE, we prevent our country's dependence on foreign countries in this sector by designing and developing charging systems, which are an important requirement for electric vehicles.

We have started using our Electric Vehicle Battery Management System capability in low-power lithium-ion battery charging systems since 2018. The feedback we have received from both the industry and our customers recently has led us to develop products in the field of electric vehicle charging systems. This sector is very compatible with our current achievements and it is within our vision to minimize our country's dependence on foreign countries in this area.

Within the scope of this vision, we design and develop certified AC and DC charging stations based on Mobile (IOS/ANDROID) application and payment system, in compliance with the TS EN/IEC 61851 standard.

We also carry out the PCB designs of the charging station cards, which are designed and developed within the framework of quality assurance and control principles throughout the project life cycle, within our own structure. We use ARM Architecture products that are accepted worldwide in our designs.

Our core approach is to provide sustainable, cost-effective charging systems solutions that comply with requirements and meet performance requirements.

Elektrikli Araç Şarj Sistemleri Tasarımı

ARDE

Precision Farming Technologies

ARDE offers its embedded system electronic board design and software development capabilities in the Precision Agriculture sector as well. We produce solutions for our own designed processor cards, interface cards and/or ready-made hardware by developing software that suits your needs.

With ARDE precision agriculture technologies, the following benefits are achieved:

Providing high amount and quality products,
Reducing the inputs and losses for the product, increasing the productivity,
Increasing working efficiency, providing time and fuel savings,
Reducing chemical costs such as fertilizers and drugs,
Reducing environmental pollution,
Providing a more effective information flow for business and breeding decisions,
Establishment of the registration system in agriculture.

Hassas Tarım Teknolojileri

ARDE

Process & Instrumentation Software

Today's competitive conditions and increasing requirements for industrial applications, productivity needs have made process-oriented follow-up and analysis processes indispensable. Control processes have spread to every stage of production and it has become as important as production to monitor efficiency, energy and workforce.

Classical systems; While examining the ratio of inputs and outputs or the energy used, the produced values, the modern industrial systems developed, the time lost in the workforce, the control of energy efficiency, the variables caused by environmental factors, the minimum cost and maximum benefit principles, instrumentation and accordingly the process control concepts have become important.

Instrumentation provides the necessary data for process control, so that the variable nature of production costs and the effects of these inputs on each other can be examined. In this way, standardization in production can be achieved.

The larger the transactions, the more values to be controlled, the more inputs will be needed.

Instrumentation will be needed at this point. Precise measuring devices and methods enable more accurate decisions to be made, lower cost and more efficient production.

Inputs can be examined in real time as well as in certain periods. By monitoring the electrical power used by the production machines, the balance of power needed and the power used, and the current efficiency of the operator, these inputs can be transferred to the control device, forwarded to the main center from there, and presented to the decision-making mechanism. In this way, while the cycle time can be controlled very fast, this information can also be evaluated in hourly, daily, weekly or monthly reports.

In summary, Process Control and Quality Management operate simultaneously and provide continuity throughout the product life cycle.

ARDE develops custom instrumentation based process and control software for companies. These softwares support Android, Windows and IOS operating systems and are location independent and offer completely mobile monitoring and control.

Proses & Enstrümantasyon Yazılımları

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ARDE

Automotive Systems Design

Radar Transceivers

An important component of ADAS (Advanced Driver Assistance Systems) are radar systems that constantly detect the distance between vehicles in real time, increasing driving efficiency and safety.

Our 77GHz radar transceiver technologies provide our customers with scalable system solutions that address ultra-short range, short range, medium range and long range radar. They provide greater accuracy and safety for the following applications:

autonomous emergency braking,
adaptive cruise control, Collision detection,
warning and mitigation, collision avoidance,
Blind spot monitoring / blind spot detection,
Lane change assist and lane departure warning system
Rear traffic alerts
Precise road user detection,
Radar tracking with 360° perception

i.MX Applications Processors
Multimedia systems and imaging technologies Cortex®-A7/A8/A9, Arm9™, Arm11™ cores

S32V Vision Processor Quad Cortex-A53 based cores

The S32V234 processor is designed for ADAS, NCAP front camera, object detection and recognition, surround view, machine learning and sensor fusion applications.

Otomotiv Sistemleri Tasarımı

OUR PRODUCTS

ARDE

Servers

Servers are computer systems that are used to process and store data used in almost all businesses today, aiming to work 24/7. Servers that only a few companies in the world can produce have begun to be manufactured by ARDE in our country. ARDE servers have technologies that can compete with their competitors as well as technologies that can be one step ahead of their competitors.

ARDE servers have 3 different models. These models are physically in 1U, 2U or Tower Nas case types. It has very wide product compatibility as configuration.

ARDE server models

1U servers,
2U servers,
2U storage systems,
4 disk and 8 disk NAS server,
1U Nat firewall server,

General features

Intel and AMD processor architecture compatibility,
2.5″ and 3.5″ Disc support,
SMPS 80 Gold + Power supply ranging from 250W to 1000W,
2 Power Supply real-time Redundand,
Front enclosure backplane starting from 4 discs and expandable up to 20 discs,
Rail kits suitable for cabinet mounting, Remote manageability (KVM),
Windows and Linux operating system compatibility,

Innovative technologies that make ARDE servers different from their competitors are

Being able to work directly with renewable energy systems (wind roses, solar energy systems),
Seamless transition between renewable energy systems and the city grid,
Having 2.5″ and 3.5″ disk systems on the same case system at the same time,
Transmitting the spent power to the central system with the Canbus protocol,
Protection with EMI armor against EMC and EMI electromagnetic attacks,

ARDE servers are used in many data centers and enterprises in our country. Among the first customers of ARDE servers are the Turkish Armed Forces. In abroad, it has been preferred and continues to be preferred in many European countries, especially in the Middle East Countries.