CAGEMAN.net

 Subscribe to Posts  Subscribe to Comments
  • Home
  • Synchronisation and Communication using chaotic signals
  • Using the MCP2515 CAN bus interface with the Acme AriaG25

  • Testing software RAID performance on Raspberry Pi B+

    Posted on September 3rd, 2014, 5:02 pm by Geert

    I was doing some tests today with the Linux kernel’s software RAID support to find out if the Raspberry Pi would be powerful enough for it. I plugged in four identical USB pendrive of 4 GB each, and installed mdadm to setup the RAID volume.
    Read the rest of this entry »

    No comments Pi

Recent Posts

  • Testing software RAID performance on Raspberry Pi B+
  • C# socket broadcasts sent out on a random interface
  • How to make a redundant switching power supply
  • Atmel AVR Studio 5 and the big blue JtagICE mkII
  • No network icon in Windows 7!

Recent Comments

  • Rob says " This is exactly what I was str..."
  • Stefan Heid says " Without the "conv=fsync" optio..."

Tags

"USB driver attach timed out" JtagICE mkII AVR-Studio .NET serialport serial port datareceived delay fires slow broadcast Chua Chua-circuit chaotic signals interface network systemtray icon activity selection socket udp

  • Recent Posts
  • Recent Comments
  • Tags

  • Tags

    "USB driver attach timed out" JtagICE mkII AVR-Studio .NET serialport serial port datareceived delay fires slow broadcast Chua Chua-circuit chaotic signals interface network systemtray icon activity selection socket udp

  • Pages

    • Synchronisation and Communication using chaotic signals
    • Using the MCP2515 CAN bus interface with the Acme AriaG25

  • RSS Microchip

    • Microchip Acquires High-Level Synthesis Tool Provider LegUp to Simplify Development of PolarFire FPGA-based Edge Compute Solutions
    • Microchip Announces Microcontrollers that Solve Tough Analog System Design Challenges
    • Microchip Technology Introduces Its First Trust&GO Wi-Fi 32-bit MCU Module with Advanced Peripheral Options
    • Microchip Revs Up Motor Control Support with New Devices and an Expanded Design Ecosystem
    • Microchip Unveils First Low-Power Digital-to-Analog Converter (DAC) that Simplifies Handheld Designs by Including Nonvolatile Memory


Copyright © CAGEMAN.net. All rights reserved.