Sealevel has provided custom I/O board design for customers since 1986. Whether you need a plug-in card solution, such as PCIe or PMC, or a complex system design, our experience can be leveraged to create the design you need on time and within budget.
Our engineers use advanced electrical schematic capture, layout and routing, and modeling tools from Altium. Over the years, we have developed an extensive library of parts and reference designs that allow new product designs to be produced reliably and quickly to speed your time to market.
Field Programmable Gate Arrays (FPGAs) lend flexibility to a design. Sealevel’s electrical engineers have years of FPGA experience in high-speed logic design and bus interfacing with PCI and PCIe as well as many high-speed serial buses. We use the latest tools including Altera’s Quartus II and Nios II embedded development suite, Xilinx’s ISE design suite, Lattice’s Diamond/ispLEVER, and Microsemi’s Actel Libero IDE. In addition, we have full simulation capability with Aldec’s Active-HDL for FPGA design entry and simulation.
Areas of Expertise:
- RISC Single Board Computer Design
- COM Express Baseboard Design
- 8, 16, and 32-bit Microcontroller-based CPUs
- Serial I/O – Asynchronous or Synchronous with or without Isolation
- Ethernet to Serial or Digital
- USB to Serial or Digital
- Digital Inputs and Outputs
- CAN Bus
- Wireless Ethernet & Zigbee Connectivity
- Analog – A/D, D/A and Audio
- Embedded Ethernet Switches
Using advanced 3D modeling tools from SolidWorks, complex mechanical projects are accomplished with amazing speed and accuracy. Every aspect of the design is modeled, including board, component and connector placements. These models are used to communicate the design with you to ensure that all expectations are met before we build prototypes.
For applications that require extended temperature operation, we employ thermal modeling to predict environmental performance. These simulations help determine the best component selection and placement in the design phase, saving valuable time and money required to correct problems otherwise not found until prototype testing.
Modern electronics invariably have a software component. Sealevel’s staff includes software engineers, computer engineers, and computer scientists for a team adept in solving the most complex embedded software challenges. Our engineers use industry-standard software development processes to ensure compliance with specifications and schedule. Past projects include development of custom BSPs, microcontroller firmware, drivers, Windows and Linux APIs and utilities. Whether you are using Windows 7, Windows Embedded CE, Linux or no OS at all, we can help.
For products that require the highest reliability, Environmental Stress Screening (ESS) can accelerate defects that may otherwise not be detected until a field failure occurs. This is done by subjecting the unit under test to rapid thermal cycling and vibration testing that can precipitate latent defects such as cold solder joints, loose fasteners, or poor wire crimps. Defects found during ESS can be addressed rapidly to determine root cause and effect a corrective action to eliminate recurrence and improve the overall quality level of the product.
Once a product is released for production, Sealevel’s extensive manufacturing capabilities provide a trouble-free pipeline to meet delivery demands. Our in-house test equipment includes modern thermal chambers and vibration stations suitable for large volume production orders requiring ESS. Whether your market is military or commercial, Sealevel offers the knowledge and tools to bring the highest level of quality to your next product design.
Great products begin with great definition. Clearly defining the scope and deliverables is a key element of all successful product design efforts. Sealevel’s experienced staff works with you to understand the details of your requirements and then works to create both a Statement of Work and Project Schedule. As the project progresses, Sealevel provides frequent updates and schedules review meetings to coincide with key project milestones in each phase of the development.
Compliance & Certification
Using a “design for certification” approach, Sealevel can manage the entire process of custom product development certified to many military and commercial standards including:
- MIL-STD-810F (Environmental)
- MIL-STD-464A (EMC)
- MIL-STD-1472F (Heat Transfer)
- MIL-STD-461F (Power Supply Spec)
- MIL-STD-901D (Shock – Marine)
- MIL-STD-167-1 (Vibration – Marine)
- NEMA, IP and ATEX
- FCC, CE
- UL, CSA
- Class I, Div 1; Class I, Div 2 Hazardous Areas
- Component Derating Process per NASA GSFC Preferred Reliability Practices
Sealevel has the test equipment and knowledge to provide screening of prototypes for EMI emissions and susceptibility as well as environmental performance including temperature and rain testing prior to testing at certified labs. This pre-test screening saves the time and cost of official laboratory testing until passing results are proven likely. Sealevel maintains relationships with certified testing laboratories, including Clemson University’s International Center for Automotive Research (CU-ICAR) located near our facility, to make receiving final, official certifications simple