ANZER has over three (3) decades of experience providing industry-leading OEMs with embedded controls, aerospace electronics, and complicated electromechanical assembly solutions. You can be confident that your design will deliver the expected performance and reliability.
Hardware and Value-Added Design Services
- Schematic Capture and PCB Layout
- Design for Manufacturability (DFM)
- Electromechanical Assembly Designs
- Compliance Testing for EMC, UL, and Other Regulatory Standards
- Value Redesigns/Sustaining Engineering
- Aerospace Electronics Systems
- Custom Mechanical Packaging
- Rapid Electronic Prototype Development
ANZER collaborates with its customers to design and develop custom electromechanical assemblies in industrial automation, aerospace, and medical electronics. We also help with sustaining engineering, manufacturing, and support services. Over the years, ANZER has built several OEM products for clients as the sole supplier of electromechanical assemblies. Another advantage is holding ISO 9001:2015 Quality, ISO 13485:2016 Medical, and AS9100:2016 Aerospace Electronics certifications.
Software and Firmware Design Services
- Embedded Application Development:
- BSP (Board Support Package – U-Boot, Kernel, Root(s) Customization
- Buildroot Migration
- Yocto Project Migration
- Android BSP Customization
- OpenWrt Router OS Customization
- C/C++ Application Development
- Middleware/Infrastructure Development & Customization
- Android Application Framework Customization
- Python Application Development
- Unit Tests & White Box Development
- Bash/Shell Script Development
- Open-source Framework Customization:
- GStreamer
- FFMPEG
- Live555
- OBE
- Ultra Grid
- Upgrade/Downgrade Linux OS
- MCU Firmware Development
- Hardware PCB Board Bring-up
- Wireless Connectivity (Wi-Fi, 4G LTE and 5G Modem)
- Performance Tuning – Latency, Boot-time, Throughput Optimization
- Mobile Application Development:
- Flutter-based Application Development
- Custom iOS Native Application Development
- Custom Android Native Application Development
- Web & Cloud Development:
- Web CMS Development
- Web Portal Development
- eCommerce Website Development
- Multi-vendor Store Development
- Custom eCommerce Development
- Shopping Cart Development
There are distinct requirements when designing and documenting aerospace electronics subassemblies. For example, we have consistently produced several identical aerospace electronics units for over 20 years and have the same technician hand solder and test these modules. Consistency is an asset we aspire to in maintaining our high-quality standards in designing and fabricating our customers’ products.
Design Capabilities Blog
Flying Probe vs. Bed of Nails (ICT): Which Test Method is Best?
No single method wins every time – Flying Probe excels for prototypes, low-volume runs, and quick-turn projects with zero fixture costs and high flexibility, while Bed of Nails ICT dominates high-volume production with blazing speed (seconds per board), lower per-unit costs after setup, and broader...
Automated Optical Inspection (AOI): Why It’s Non-Negotiable
Automated Optical Inspection (AOI) catches surface-level defects like missing components, misalignment, solder bridges, and insufficient solder in PCB assembly – making it non-negotiable for achieving high yield, reliability, and compliance in regulated industries like aerospace, medical, and automotive. Key Takeaways What Is Automated Optical Inspection...
Ceramic vs. FR4 Substrates: Choosing the Right Material
Key Takeaways Understanding PCB Substrates: The Foundation of Every Circuit The substrate is the physical foundation of your PCB – the insulating material that holds copper traces and components. Most engineers default to FR4 (Flame Retardant 4) because it’s cheap, widely available, and meets general...