We Create High-speed IT Infrastructure Modules from Start to Finish
Our modules achieve a data throughput of 400 Gbps.
Our modules achieve a data throughput of 400 Gbps.
Our system architects specialize in designing system architecture for the IT infrastructure product.
Digital engineers select the most suitable critical components of IT infrastructure and sketch a circuit diagram.
PCB layout engineers transform the circuit diagram into real PCB prototype data in the form of a production data package.
A team of test engineers designs test procedures and performs the tests.
Our FPGA engineers create designs of individual function blocks and integrate them into FPGA firmware.
We also have expertise in thermal management systems, cooling, and mechanical design.
We develop bare metal applications focusing on low-cost BOM, low-power dissipation, and real-time code execution.
Testing is an important and necessary part of software development. We provide software testing as a specific service too.
Our team has been making advanced FPGA designs for more than 20 years. We implement designs for the chips produced by the top FPGA manufacturer brands, like Intel, AMD, and Lattice.
This is a crucial activity we do in the complete product creation or as an on-demand service. We can support you with our considerable experience and technical background, including circuit design know-how, manufacturing services, and a professional PCB layout team.
The primary function of IT infrastructure modules is to provide packet filtering and network protection while achieving a data throughput of several hundred Gb per second.
As the main core of a module, a high-class FPGA is often used. It is usually equipped with high-speed signal processing blocks.
We work with Altera FPGA components (part of Intel today) and Xilinx (part of AMD today) for the FPGA used in the high-speed design.
Consilia has a team of engineers who can develop IT infrastructure modules for you from the concept to the production phase. We can offer you initial analysis and concepts, including performance simulations.
Our digital engineers have high expertise in the selection of the right components. They are experienced in using them in circuit diagrams according to their datasheet specification and application notes.
Our PCB layout engineers have experience in creating complex PCB designs for more than 15 years.
Consilia can also arrange the PCBs' production, assembly, and testing—for both prototype series and higher quantity production.
Our team of engineers has developed several IT infrastructure modules, where the fastest ones achieve a data throughput of 400 Gbps.
Our PCB layout engineers have created a PCB layout for these products based on the circuit diagram provided by the customer.
We also conducted a thermal analysis and designed an appropriate cooling block. We have arranged the production of the PCB series and customized mechanical parts.
IT Infrastructure
We Create High-speed IT Infrastructure Modules from Start to Finish
The company has been in the market for development services since 2004. We have successfully finished tens of projects for different industries and application areas.
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Business Development
Consilia participated in the development of building blocks and IP cores for the design of the FPGA.
For our valuable partner in the networking segment, we have created a layout and designed a passive heat sink for a server-based PCIe card.
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We can offer you our competence in designing automation systems based on our long-term expertise.
We have participated in various projects – developing a new generation PLCs or developing industrial test cards. We are a regional distributor of automation products made by GÖPEL electronic GmbH.
We have participated in the development of dozens of projects to support production.
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We can assist our customers from the military segment in developing modern and customized solutions.
We follow all the security standards based on internal customer rules or confidential military standards.
Consilia participates in the development of various high-speed modules for IT infrastructure.
Such parts can play an important role in cyber security and internet immunity against cyber-attacks.
We have extensive experience implementing smart technologies from the IoT world to develop wearable accessories.
We have participated in developing smart clothes, shoes, helmets, and headphones.
Our company provides custom-made medical software development services as well as hardware design.
We offer and have experience with functional software tests of medical devices. Our hardware and software design for medical instruments supports the doctor in making their job a bit easier and safer for the client.
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We have been designing products in this market segment for 20 years.
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We develop modern PCBs (Printed Circuit Boards) for the automotive segment. Nowadays, we focus on electronics for headlights and taillights, electronic control units, and car entertainment units.