Creating 3D-models of electronic boards and parts. SI/PI analyses ... gies in use: U-Boot, Barebox, GNU/Linux kernel, D-
+375 17 3426580
[email protected] www.edality.by
CONTRACT ELECTRONICS DEVELOPMENT
KEY FACTS
11+
years on the market
290 000
hours of experience
52
completed projects
SERVICES
Schematic & PCB design The company’s experience is made up of hundreds of completed electronic boards, including extremely complex digital, analogue and mixed-signal designs. ECAD libraries creation and maintenance We made thousands of components with varying complexity, up to 2000 pins for a single item. Each component goes through the three-step verification procedure. SI/PI analyses & design validation The quality control we deliver includes a wide range of possible actions, such as BOM optimization, electrical (SI/PI) and thermal analyses, DFM/DFA verification. Embedded software development We possess significant experience in BSP development for ARM CPUs. Main technologies in use: U-Boot, Barebox, GNU/Linux kernel, D-Bus, Gstreamer, Qt, Yocto, Buildroot. Creating 3D-models of electronic boards and parts Making a model of an electronic device is extremely helpful in terms of product promotion. It also helps in solving various mechanical tasks, such as enclosure development. Consulting and support We support our partners on every stage of a product development and production cycle. Copyright© 2018. Edality
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+375 17 3426580
[email protected] www.edality.by REFERENCE PROJECTS
PCIe frame grabbers Within the present project we developed 6 boards of the new family of high-end frame grabbers with the characteristics allowing to implement an acquisition and extended preprocessing of an image data, which eases the load on the host CPU. • FPGA Xilinx Kintex Ultrascale • Three different interface • 12-layer PCB technologies: CameraLink HS, • 8x PCI-E Gen. 3 CoaXPress, GigE Vision • 3-channel DDR4 x64, up to 12 • Built-in power supply for GB onboard cameras Scientific instrumental system Our engineers participated in the development of a high-end instrumental system with unmatched versatility and performance for analysis of samples. The prototypes of a unique device could not support the expected data exchange speed due to the inappropriate approach used during the PCB design. The design of the PCB was completely reworked and improved using the principles of Signal Integrity and Power Integrity. It allowed us to solve the partner’s issue. SMARC compliant System-on-Module The client required a SoM based on Freescale i.MX6 CPU, compliant with SMARC standard. Within this project we have gone through the full hardware development cycle, including schematics design, PCB layout design, prototyping, testing and verification. Board Support Package was a part of a delivery package, it was built on the latest version of Linux. • 12-layer PCB with blind and • 3x I2S buried vias, 85x50 mm • 5x I2C • 3x PCIe Gen.2 • 10/100/1000 Mbps Ethernet • 8x DDR3 chips • SATA • 3x USB • -40°C ... +85°C Copyright© 2018. Edality
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