SERVICES
What we can do for you.
Electronics Design Services for Avionics and Drones
- Elix has highly skilled and experienced staff in electronics & FPGA design, experienced with DO-254 Design Assurance Guidance for Airborne Electronic and DO-178 Software Considerations in Airborne Systems.
- Elix core team of experts is complemented by a nearshore design, test, qualification & production site based in Novi Sad, Serbia, which provides cost competitive & scalable services.
- Elix provides consulting to guide the customer in the creation of Airborne Electronics systems specification.
- Based on specification, Elix designs and develops the schematics, PCB Layout, FPGA & software code of each board and the corresponding mechanical components.
- Elix manufactures prototypes, performs the bring-up and validation.
- Elix manufactures in-house prototypes & small-scale production & can manage larger scale manufacturing through a qualified network of suppliers.
Elix
Examples of realizations
pictures are provided for illustration and may not correspond to the description
DAL-A I/O Avionics Board
- DO-178C/DO-254 Certifiable I/O for Avionic Mission Computers
- This project delivered a safety-certifiable 3U OpenVPX™ interface board featuring a rich set of I/O optimized for avionic mission computers. Driven through the VPX PCIe® bus and featuring MIL-STD-1553, ARINC-429, RS232/422/485 and GPIOs, it provides the standard interfaces used to communicate with avionic electronic sensors and other subsystems.
Features
- Designed to DO-254/178C up to DAL-A certification
- Comprehensive I/O optimized for C4ISR avionic mission computing
- XMC site
- Safety-optimized board management
DAL-A I/O Avionics Board
- DO-178C/DO-254 Certifiable I/O for Avionic Mission Computers
- This project delivered a safety-certifiable 3U OpenVPX™ interface board featuring a rich set of I/O optimized for avionic mission computers. Driven through the VPX PCIe® bus and featuring MIL-STD-1553, ARINC-429, RS232/422/485 and GPIOs, it provides the standard interfaces used to communicate with avionic electronic sensors and other subsystems.
Features
- Designed to DO-254/178C up to DAL-A certification
- Comprehensive I/O optimized for C4ISR avionic mission computing
- XMC site
- Safety-optimized board management
Avionics Media Center
System Design of a high throughput Video Switching Avionics Media Center
System Features
- N x DVI input
- N x ARINC 818 Copper
- N x ARINC 818 Fibre
- N x Display Port
- N x Core Tiger Lake CPU with 16GB DDR4, 164GB Flash
Core Design Capabilities
- Mechanical design to DO-160G environmental requirements, thermal simulation and testing
- HW design including Xilinx KU60 FPGA, COMe CPU board, power supply, MIL-38999 connector board
- FPGA IP design for retiming and cropping and multi-lane ARINC 818
- Software driver implementation (A429, i2c, switching matrix configuration)
- DO-254/178C DAL-E safety level with safety FMEA/FMES analysis
Prototyping Capabilities
- Small volume prototype production, testing and assembly
- Test Bench design and production and assembly
- Test Cabling design and production
Test Tools for Avionics Qualification and Manufacturing
Front panel with several interfaces:
- AVIONIC bus
- MIL-STD-1553
- ARINC 429
- RS422/485
- Discrete input/output
- Video interface
- DVI
- Ethernet
- AFDX
Rack 19”
Modules from the market for internal connection
- Ethernet switch
PCB includes:
- Loopback of interfaces
- Connection from front panel to the internal modules
- ESD and lightening protection
- Power supply generation for the onboard circuitry and internal modules
Electronics Systems for Custom Industrial Applications
Design, Industrialization and Production
Elix defines the specifications, develops and produces custom electronics/mechanical systems:
- Understanding of customers’ requirements and definition of a solution
- Development and rapid prototyping to validate the solution
- Industrialisation of product through our qualified suppliers
- In house electronics and mechanical engineers and production tools
- System integration practice: integrating 3rd parties technologies and products