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  • Embedded Systems FAQ

How to write a Linux kernel device driver for custom hardware (I2C/SPI/GPIO)?

Q: How to write a Linux kernel device driver for custom hardware (I2C/SPI/GPIO)? Answer For I2C/SPI kernel drivers: use the Linux kernel subsystem APIs. I2C: implement struct i2c_device_id table and probe()/remove() functions using i2c_master_send()/i2c_master_recv(). SPI: use struct spi_device with spi_write_then_read()…

  • InnovChip
  • June 22, 2026
  • Embedded Systems FAQ

What are the key differences between Buildroot Yocto and OpenWrt for embedded Linux?

Q: What are the key differences between Buildroot Yocto and OpenWrt for embedded Linux? Answer Buildroot: builds from scratch simple Makefile-based fast to set up produces minimal images. Best for: single-product devices quick prototype limited team. Cons: no package management…

  • InnovChip
  • June 22, 2026
  • Embedded Systems FAQ

How to reduce Linux kernel boot time from seconds to milliseconds?

Q: How to reduce Linux kernel boot time from seconds to milliseconds? Answer Standard Linux boot on embedded systems takes 3-30 seconds. Optimizations: (1) Remove unnecessary kernel drivers. (2) Use U-Boot Falcon Mode to boot directly to the application without…

  • InnovChip
  • June 22, 2026
  • PCB Design FAQ

How to design PCB for IPC-A-610 Class 3 high-reliability electronics?

Q: How to design PCB for IPC-A-610 Class 3 high-reliability electronics? Answer IPC-A-610 Class 3 (High Performance Electronic Products) requires tighter tolerances than Class 2: (1) Minimum annular ring: 0.05 mm vs 0.025 mm for Class 2. (2) Solder joint…

  • InnovChip
  • June 22, 2026
  • PCB Design FAQ

What is the correct approach for PCB schematic capture and symbol/footprint libraries?

Q: What is the correct approach for PCB schematic capture and symbol/footprint libraries? Answer Schematic best practices: hierarchical design with modular blocks. Each sheet should have a clear title block with version number and date. Use net labels instead of…

  • InnovChip
  • June 22, 2026
  • PCB Design FAQ

How to route USB 2.0/3.0 differential pairs on PCB with proper impedance control?

Q: How to route USB 2.0 differential pairs on PCB with proper impedance control? Answer USB 2.0 (480 Mbps): route D+ and D- as a differential pair with 90 Ohm +-15% differential impedance. Keep intra-pair length match 3 mm. Route…

  • InnovChip
  • June 22, 2026
  • PCB Design FAQ

What are the manufacturing design rules (DFM) that every PCB designer must follow?

Q: What are the manufacturing design rules (DFM) that every PCB designer must follow? Answer Essential DFM rules: (1) Minimum trace width/spacing: 0.1 mm (4 mil) standard; 0.15 mm (6 mil) recommended for yield. (2) Minimum drill: 0.2 mm (8…

  • InnovChip
  • June 22, 2026
  • PCB Design FAQ

How to design robust power plane splitting for mixed analog/digital PCB?

Q: How to design robust power plane splitting for mixed analog/digital PCB? Answer Split planes can isolate analog from digital grounds but improper splitting causes more problems than it solves. Rule 1: NEVER split the ground plane beneath a high-speed…

  • InnovChip
  • June 22, 2026
  • PCB Design FAQ

What are the key considerations for RF and antenna PCB layout (BLE WiFi LoRa)?

Q: What are the key considerations for RF and antenna PCB layout (BLE WiFi LoRa)? Answer For BLE/WiFi/LoRa modules on PCB: keep RF trace short (

  • InnovChip
  • June 22, 2026
  • PCB Design FAQ

How to implement ESD protection on PCB input/output connectors?

Q: How to implement ESD protection on PCB input/output connectors? Answer Place ESD protection as close to the connector as possible – ideally within 5 mm. Select TVS diodes with clamping voltage below the protected IC maximum rating. For USB:…

  • InnovChip
  • June 22, 2026
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