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fg microtec is a Member of the Open Mobile Alliance
OMA

fg microtec supports:

Standards compliant


TTPCom selects fgPoC:

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What's PoC?
Push to Talk over Cellular (PoC) is basically much like having a walkie-talkie built into your mobile phone. Choose a contact from your address book, see if he or she is online and send them an instant voice message by pressing just one button. Voice messages can be sent to both individuals (one-to-one) and groups (one-to-many).
Push to talk over Cellular has gained substantial interest. Only recently new specifications and technical innovations based on Internet Protocols and utilising standard cellular packet data bearers have been introduced.
This approach not only makes Push to Talk spread from a dedicated system to a standard service on any cellular network, it also provides a way forward to make future IP based Multimedia services to inter-work globally, regardless of the air interface standard.
fgPoC history
fgPoC is based on the Open Mobile Alliance specifications, fulfilling the operator requirement to provide end-to-end interoperability. OMA standard for PoC is being widely adopted by major manufacturers and operators as the common industry standard. Since OMA PoC specifications were not available before 2004, fg microtec's PoC solution was firstly developed based on the PoC Consortium (also known as NAMES - Nokia, AT&T, Motorola, Ericsson, Siemens) standard, PoC phase I, for early market introduction. Later on, this implementation was upgraded to NAMES phase II in order to extend the functionality and to ensure a smooth migration towards an OMA compliant PoC service.
The first OMA PoC release specifications were published on March 2005. As an OMA member, fg microtec has monitored these standardization efforts to provide its first OMA PoC compliant product release for fgPOC. This release has been already successfully tested during the first OMA PoC test fest event in Helsinki between the 16th and 20th of May 2005.
Why fgPoC?
In line with fg microtec's policy of supporting open interfaces and offering modular designs, fg's embedded POC client fully complies with the OMA 1.0 specifications and will run independently on any hardware or software platform. The solution is currently available on native OS, Symbian OS, PocketPC operating systems and supports GPRS, EDGE and UMTS networks.
fg's PoC solution builds on the extensive 3GPP IMS (IP multimedia subsystem) architecture - leveraging IP protocols for signalling and voice transport while using SIP (Session Initiation Protocol) as a general purpose signalling mechanism.
Rather than providing a PoC application, fg microtec provides a flexible IMS client and adds the missing PoC functionality. Advantage: IMPS and other IMS based applications can be added with very short time to market.
fg microtec has successfully participated in all major OMA TestFest events and is proud to have achieved best possible results in terms of interoperability and standards compliancy.
Core features
POC User Requirements
  • Instant personal/Group talk
  • Request to talk
  • Chat group talk
  • Ad-hoc instant group talk.
  • Instant personal alert
Contact List Management
  • Create, delete, modify lists
  • Get a list of identities
  • Add/delete an identity to/from a list
  • Modify identity attributes
Access List Management
  • Get the accept/reject list
  • Reject or accept List
  • Add/delete an identity to/from the accept list
  • Add/delete identity to/from the reject list
  • Modify attributes of and identity
Group Management
  • Group creation
  • Add/rem. member(s) to the group
  • Fetch the member list of the group
  • Modification of group attributes
  • Group members/reject list
Presence
  • Presence Accept/Reject list
  • Subscription to presence information
  • Subscription for watcher information
  • Publishing presence information
Looking for a turn-key solution?
Well, you just found it. Concentrate on your core business and let fg's seasoned team of engineers and experts take care of all porting, integration and testing procedures including IOT/IWT testing.
 
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