Difference between revisions of "GPS"

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(Added a suggestion that a Garmin Geko 301 could be used with the raspberry pi.)
 
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[[Category:RaspberryTortoise]] [[Category:RaspberryPi]]
 
== Candidates ==
 
== Candidates ==
 
=== Garmin Geko 301 ===
 
=== Garmin Geko 301 ===
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#Will potentially calculate additional information such as speed or distance away from a route.
 
#Will potentially calculate additional information such as speed or distance away from a route.
 
#Software available to manage data on GPS.
 
#Software available to manage data on GPS.
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#Obsolete and can be found for sale second hand. (not colour or USB so considered outdated)
  
 
==== Disadvantages ====
 
==== Disadvantages ====
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#RS232 level outputs require level shifter for Raspberry Pi input.
 
#RS232 level outputs require level shifter for Raspberry Pi input.
 
#Discontinued.
 
#Discontinued.
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#Only 1Hz sample rate. Some GPS modules are 10Hz
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#Relatively difficult to mount, while sill in case and when removed from case.

Latest revision as of 18:21, 12 October 2012

Candidates

Garmin Geko 301

The Garmin Geko 301 is a candidate GPS for use with the Raspberry Pi on projects such as RaspberryTortoise. It is an obsolete hand held GPS system designed for Hiking and GPS games.

Advantages

  1. Small and low power for a hand held GPS.
  2. Differential GPS that gives added accuracy, this works in the UK using free european satellites designed to provide this additional differential GPS service.
  3. Electronic compass to provide orientation.
  4. Supports standard NMEA messages
  5. RS232 serial is simple to use
  6. Barometer for altitude. (For when RaspberryTortoise gets its rocket pack)
  7. Acts as a GPS data logger
  8. Has potential to contain preloaded tracks or waypoints for navigation.
  9. Will potentially calculate additional information such as speed or distance away from a route.
  10. Software available to manage data on GPS.
  11. Obsolete and can be found for sale second hand. (not colour or USB so considered outdated)

Disadvantages

  1. Bigger than a GPS module
  2. Requires two AAA batteries or a 3.0v supply. (3.3v is NOT close enough)
  3. Connector is not standard.
  4. RS232 level outputs require level shifter for Raspberry Pi input.
  5. Discontinued.
  6. Only 1Hz sample rate. Some GPS modules are 10Hz
  7. Relatively difficult to mount, while sill in case and when removed from case.