glosat card splitter
 

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V3- Wireless Card Splitter 64 way  5in1 - Support up 64 wireless slaves.

( 400 USD with 4 wireless cards ) Currency Converter  ,  Long Range ( from 100 M to 2 KM ) ( for LR model only ).  the wireless support until 64 wireless cards, extra cards is 62.5 USD

OR ( 325 USD with 4 wireless cards ) Currency Converter  , Short Range ( from 30 to 100 Meters ). the wireless support until 64 wireless cards, extra cards is 50 USD

 
 

 

 V3 - master

 V3 - slave

Standard Features

  • 100% Plug & Play
  • 64 ports arbitration (1 master <=> up to 64 slaves)
  • Long range
      100m - 500m urban area
      2 Km direct sight
  • Wireless operation 2.4 GHz ISM band
  • RF module and antenna dependent range: short, medium and long range
  • Very fast master <-> slave communication
  • Host device clock range: 0 - 20 MHz
  • Automatic restart after power failure
  • Automatic ATR and RF setup on slave unit
  • Smart filtering and caching
  • Firmware update & changes
  • Support of 5 systems
  • Ping-Pong test mode for range test and easy antenna alignment


Antenna Connection

  • Reverse SMA male connector on module
  • Reverse SMA rubber duck 1/2 wave whip antenna recommended

Setup the wireless V3 ( firmware 30 ):-

Corrected easy setup method for all slaves A/B/C:
Step 1) Insert card in master unit, then remove it (1 to 10 sec depending on used card).
Step 2) Insert a slave unit in master to add to this set; observe LED activity.
    a) If slow LED flashing occurs, remove this slave unit and continue with next slave unit from step 2.
    b) If fast LED flashing occured (means ATR is erased and ping pong mode is active), then re-insert slave unit to see slow LED flashing.
Step 3) Insert back card into master unit (observe slow LED flashing on master) and re-insert power plug to terminate the set. LED flashing stops. Now the set is ready for usage.

 

 
External Power Supply
  • For master:
    6V - 12V DC from AC-DC adaptor, center plus (+)


     
  • For slave C:
    6V - 12V DC from AC-DC adaptor, center minus (-)
    Slave C does not always need AC-DC adaptor and may work without it, which depends on host's power supply specification.
    Longer PCB type has reversed polarity center plus (+)


Notes on using Ping-Pong-Tester (PPT):

Remove power plug from slave C, then insert into PPT. Else PPT will not function at all.
Use PPT to erase ATR and divorce a slave (A, B, or C type) before re-using that slave unit.
PPT first erases ATR of slave, after this Ping-Pong test mode is started if master unit was powered on.
 

Setup wireless V3 ( Firmware 30 ) :-

Corrected easy setup method for all slaves A/B/C:
Step 1) Insert card in master unit, then remove it (1 to 10 sec depending on used card).
Step 2) Insert a slave unit in master to add to this set; observe LED activity.
    a) If slow LED flashing occurs, remove this slave unit and continue with next slave unit from step 2.
    b) If fast LED flashing occured (means ATR is erased and ping pong mode is active), then re-insert slave unit to see slow LED flashing.
Step 3) Insert back card into master unit (observe slow LED flashing on master) and re-insert power plug to terminate the set. LED flashing stops. Now the set is ready for usage.

Setup wireless V3 ( older Firmware ) :-
 

      "Insert smart card into master unit and slave units in their hosts. 100% Plug & Play."

      For those who are interested, here are detailed technical explanations:

      Building a new set starts by re-insertion of smart card into master unit, while master unit is powered on. The first used smart card's serial number is read by master unit and used to define a unique RF channel (currently out of 64 channels, 2.400 - 2.463 GHz) and a unique 2 byte serial for the set. The master unit also counts port numbers from 0 up to 63 for each slave unit that is added to this set.

      All this data is sent to slave unit while inserting slave unit to it's host. This procedure is repeated for every new added slave. So far this set is open ended and in installation mode and fully functional. Which means, more slaves can still be added.

      Power loss of master unit will terminate an open ended set. No new slaves will be accepted to this set anymore. To add more slaves, re-insert card into master unit and add new (erased) slave units. It is recommended to terminate a set always after finished installing slaves. A set should be open ended only for the period of installing the slaves. Terminated sets are required to operate multiple sets nearby and for cascading of sets.

      Power loss of master unit or slave units will not affect the status of the set.

      Used slaves will be sticky. This will prevent any unwanted deallocation of the slave from it's set, unless slave ATR is erased on purpose using PPT or by inserting to master unit, if master is in installation mode. Re-using a slave unit with a new smart card is normal, and such slave unit will be accepted by the host immediately.

    Cascading

     

      Two or more CSPRO-64 sets need to be built individually in sequence and then added together for cascading.

      As example:
      Power on master unit "1" (red LED is on) and insert a smart card to it. Re-insert card many times to master unit to ensure having different RF channel for each set. Add as many needed slave units to this set by inserting the slave units in their hosts. Terminate this set by re-inserting power plug to master unit. Prepare as many needed sets in same way.

      Verify one slave from each set and make sure that none does function with other master units. In case run the master in ping-pong test mode in order to reset master unit to get a different RF channel assigned.

      Take a slave unit from set "1" and insert into master unit "2".
      If needed, proceed in same way with set "3", ... etc.

      For serial cascading, always use a slave unit from last set to insert to master unit of next set.
      For parallel cascading, always use slave units from first set to insert to master unit of other sets.
      Both cascading styles can be combined.

 


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