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Object Oriented Scanning Described


  • Object oriented memory management. Talkgroups can be associated with a single system. Systems can be defined as multi-site for statewide and networked systems. Talkgroups can be members of multiple scan lists. There are "Scan Lists" where you group the objects you wish for scanning. You do not need to enter frequency or talkgroup info more than once as you can just use those "objects" in the scan lists as you desire.
  • The V-Scanners work like the Radio Shack PRO-96 in that they store the radio's working memory (settings, frequencies etc.) to a separate area of internal memory. The radio's main memory is no longer banks/channels, but "objects". The Scan lists are now how you group the objects for scanning and you toggle them on/off with the traditional method of pressing the number keys during scanning. The arrow keys do not page through the V-Scanners. The V-Scanner function is in a separate menu much like the Radio Shack PRO-96.
  • The trunking "object" includes a "VHF/UHF" selection, and you can put in all of the offset/base etc. It also has a full trunking table capability for each trunking object (with plenty of entry slots!). As far as can be determined, there is no freq limitation on trunking like the Pro-96 had. Enter the data in the trunking object, and it will tune to any freq (except cellular of course).
  • When creating a talk-group object, you associate the talkgroup-object with the system object. The system-object has all the control channel information and is only entered once. Scan lists can have pointers to talkgroup-objects such as Fire, EMS, Police. As you create the talkgroup-objects you can assign them to any number of scanlists while you create them. You can also edit the scanlists later. You only create a system-object once, and associate multiple talkgroup-objects with it. Then the talkgroup-objects can be pointed to any number of scanlists (including none if you want to temporarily just set aside the talkgroup, but not delete it). If a talkgroup-object points to a system-object the paused talkgroup will stay synced up with the entire system over multiple control channels.

Which Scanners are Considered Object Oriented?

These scanners from GRE (out of the scanner market), RS and Whistler are considered Object Oriented in nature. Note that the Uniden models use a different schema known as DMA and is not considered an object oriented application

GRE Model Older RS Model Newest RS Model Whistler Model
PSR-3101
PSR-4101
PSR-500 Pro-106 Pro-651 WS1040
PSR-600 Pro-197 Pro-652 WS1065
  1. Trunking w/ Analog Voice Only scanners, others shown in table can handle up-to Digital P25 Phase I


GRE Radio Shack Whistler
PSR-7007 Pro-1077
Pro-181,5,8
PSR-8002,5,8 Pro-6682,5,8 WS10802,3,8
WS10882,3,6
TRX-12,3,4
PSR-9009 WS10952,3
WS10982,3,6
TRX-22,3,4
  1. Released around the time the PSR-800 was, but lacking additional/advanced features SEE #5.
  2. Project 25(P25) Phase I and II decoding.
  3. Capable of DMR decoding, with a free Upgrade to the latest Firmware via Whistler's EZ-Scan software.
  4. Capable of NXDN decoding, with a free Upgrade to the latest Firmware via Whistler's EZ-Scan software
  5. Ability to be Upgraded for DMR (and add P25 Phase II to Pro-18) decode with a Paid Upgrade with User paid shipment to Whistler, returned by them. Once, returned, continued forward support is possible via Whistler Repair and EZ-Scan Software, with all the newer additions and features of a WS1080.
  6. Variant with Keypad
  7. Trunking w Analog Voice Only
  8. ALL THE SAME after UPGRADE except silk screening
  9. Never released publicly, subsequently became WS1095


Return to the GRE/RS Object Oriented Scanners FAQ

Return to the GRE/RS PC Object Oriented FAQ


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