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HologramSIM1600

June 25, 2019 1600 × 964 BerryGPS-GSM – Global 3G/2G cellular modem with GPS + SIM

Hologram SIM

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  • BerryIMU
    • BerryIMU Quick Start Guide
    • Guide to interfacing a Gyro and Accelerometer with a Raspberry Pi
    • Create a Digital Compass with the Raspberry Pi – Part 1 – “The Basics”
    • Create a Digital Compass with the Raspberry Pi – Part 2 – “Tilt Compensation”
    • Create a Digital Compass with the Raspberry Pi – Part 3 – “Calibration”
    • Digital Compass with the Raspberry Pi – Part 4- “Smartphone Replica”
    • How to Create an Inclinometer using a Raspberry Pi and an IMU
    • Guide to interfacing a Gyro and Accelerometer with a Raspberry Pi – Kalman Filter
    • Converting values from an Accelerometer to Gs
    • Double tap detection with BerryIMUv3
    • Connecting BerryIMUv3 via SPI to a Raspberry Pi
  • BerryGPS-IMU
    • BerryGPS-IMU Quick Start Guide
    • BerryGPS setup Guide for Raspberry Pi
    • GPS Data logger using a BerryGPS
    • Using python with a GPS receiver on a Raspberry Pi
    • Navigating with Navit on the Raspberry Pi
    • Using u-Center to connect to the GPS on a BerryGPS-IMU
    • Accessing GPS via I2C
    • BerryGPS-IMU FAQ
  • BerryGPS-GSM
    • BerryGPS-GSM Overview
    • Using GPS and Connecting via 3G/2G using PPP
    • Connecting via 3G/2G using the Hologram CLI
    • Real-time GPS tracking with a Raspberry Pi
    • Assisted GPS
    • How to access GPS NMEA sentences through USB on the BerryGPS-GSM
    • Using u-Center to connect to the GPS on BerryGPS-GSM
    • Using a button and the GPIO to send a SMS
    • Control the GPIO using a SMS from a mobile phone
  • PiScreen
    • PiScreen Quick Start Guide
    • PiScreen Driver Install Instructions
    • Enable Console on PiScreen
    • Enable X windows on PiScreen
    • PiScreen with stroke and Gesture Recognition
    • Virtual Keyboard for PiScreen
    • PiScreen Faq
    • PiScreen Kit Assembly Instructions
  • Raspberry Pi Robots
    • PiBBOT V2 – Balancing Robot using a Raspberry Pi
    • Success with a Balancing Robot using a Raspberry Pi
    • PiBBot – Robotic Project – Phase 2 – Prototype
  • TFTs on the Raspberry Pi
    • PiScreen – 3.5″ TFT(480×320) with touch control for the Raspberry Pi – Kickstarter launched
    • Raspberry Pi with a 3.2″ TFT with Touch control (Part 2)
    • Raspberry Pi with a 1.8″ TFT shield
    • Raspberry Pi with a 2.2″ TFT
    • Raspberry Pi, 1.8″ TFT, RF Receiver and Temperature Sensor
    • Raspberry Pi and TFT Display
    • Controlling the GPIO on a Raspberry Pi with a Touchscreen
    • Programming for a Touchscreen on the Raspberry Pi

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