TetraFlex release 7.70 Feature List

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Damm Cellular Systems A/S, Denmark

TetraFlex release 7.70 Feature List

TetraFlex release 7.70 Feature List

The information contained in this document is the property of Damm Cellular Systems A/S. This document is subject to copyright and shall not be published or reproduced, in whole or in part, without the written permission of Damm Cellular Systems A/S.

© 2014 Damm Cellular Systems A/S. All rights reserved. Møllegade 68, DK-6400 Sønderborg, Denmark Phone: +45 74 42 35 00, Fax: +45 74 42 30 31, E-Mail: [email protected], http://www.damm.dk

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TetraFlex release 7.70 Feature List

Revision Record Version 01

Author JS

Date 2014-05-12

Pages Affected 4 16 18

19

Brief Description of Change SwMI initiated location updating without group reporting not is supported. IOP 001-18 test cases added to Circuit mode data features. Bitrates removed from table. Dispatcher: French and Portuguese removed from the supported language list. Support for Unified SSI added. SIP: µ-law added. Bridge via RTP connection for Analog systems

added. 20

21

Group Bridge: Tested Tetra Radio Devices added. MJPEG video server in the client Windows Client added System size of Terminal GW added. “Enhanced version” renamed to “big version”.

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TetraFlex release 7.70 Feature List

Table of Contents 1.

CORE ......................................................................................................................................................................... 4

2.

SDS ............................................................................................................................................................................. 7

3.

DGNA ........................................................................................................................................................................ 8

4.

AUTHENTICATION ............................................................................................................................................... 9

5.

PACKET DATA ....................................................................................................................................................... 9

6.

AIR INTERFACE MIGRATION ......................................................................................................................... 11

7.

FLEET SPECIFIC SHORT NUMBERING......................................................................................................... 11

8.

TESTING REQUIREMENTS ............................................................................................................................... 11

9.

AMBIENCE LISTENING ..................................................................................................................................... 11

10.

END-TO-END ENCRYPTION ............................................................................................................................. 12

11.

AIR INTERFACE ENCRYPTION ....................................................................................................................... 12

12.

SERVICE INTERACTION ................................................................................................................................... 13

13.

ENABLE/DISABLE ............................................................................................................................................... 14

14.

TETRA KEY DISTRIBUTION............................................................................................................................. 15

15.

CALL AUTHORIZED BY DISPATCHER ......................................................................................................... 15

16.

AIR TO GROUND ................................................................................................................................................. 15

17.

RADIO USER ASSIGNMENT .............................................................................................................................. 15

18.

CIRCUIT MODE DATA CALL ........................................................................................................................... 16

19.

LOCATION INFORMATION PROTOCOL ...................................................................................................... 16

20.

CALL FORWARDING .......................................................................................................................................... 16

21.

CALLOUT .............................................................................................................................................................. 17

A. B. C. D. E. F. G. H. I. J. K.

MULTI-ORGANIZATION ...........................................................................................................................................17 DISPATCHER .............................................................................................................................................................17 SIP ............................................................................................................................................................................18 LOG SERVER ............................................................................................................................................................19 APPLICATION SERVER .............................................................................................................................................19 SNMP .......................................................................................................................................................................19 GROUP BRIDGE ........................................................................................................................................................19 TETRAFLEX ANDROID CLIENT................................................................................................................................20 TETRAFLEX WINDOWS CLIENT ..............................................................................................................................20 SYSTEM SIZE ............................................................................................................................................................21 ETSI REFERENCES ..................................................................................................................................................22

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TetraFlex release 7.70 Feature List

1. Core SwMI supports the following core features: (Reference: IOP 001-01 v 3.0.0) Registration ITSI attach ITSI attach including group attachment SwMI initiated location updating without group reporting SwMI initiated location updating with group reporting De-registration SwMI can be configured to support multiple cells per LA SwMI assigns LA timer in location updating Group Management Single group attachment Attachment Null group attachment Change of selected group Background group attachment Multiple group attachment MS initiated group detachment SwMI initiated group management SwMI initiated Temporary group management Group call Normal group call Late entry Group call setup, resource queuing Pre-emptive speech item request, non pre-emptive transmission request queuing. If more then N Mobiles are PTT queued, the N+1 Mobile will be rejected. The current value of N is 2. Pre-emptive speech item request, non pre-emptive transmission request rejection Group call disconnection by call owner MS (Group calls can be disconnected by the Dispatcher) Group call – SwMI changes requested call priority Group Scanning Group scanning, receiving group call to group which is scanned but not selected Priority group scanning, MS moves to selected group call Priority group scanning, MS moves to higher scanned group call Group Call, pre-emptive priority, resource pre-emption Pre-emption of busy user in an individual call, accepted Pre-emption of busy user in group call, accepted Pre-emption on busy user, rejected (MS feature)

1.1 1.2 1.3.1 1.3.2 1.4 1.5-6

Yes Yes Yes No Yes Yes No Yes Yes

2.1.2,4 2.1.5 2.1.6 2.1.7-8 2.2.1-3 2.2.5 2.3.1-2 2.4.1 2.4.2-3

Yes Yes Yes Yes Yes Yes Yes Yes

3.1 3.2 3.3 3.4

Yes Yes Yes Yes Yes

3.5 3.6

No No

3.7

Yes

3.8.1 3.8.2 3.8.3

Yes Yes Yes

3.9 3.10 3.11 3.12

Yes Yes Yes Yes Page 4 of 24

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TetraFlex release 7.70 Feature List

Usage of temporary address for group area extension Usage of temporary address for call to multiple groups (Group Includes) Group call set-up, resource queuing in priority order; queued calls of different priority Group call set-up, resource queuing in priority order; SwMI assigns priority for the queued calls Broadcast group call to group address (MS requesting a Broadcast Call). (SwMI call request modifying from P2MP to Broadcast is not supported) Manual keyed in group number (P2P to P2MP modification) SwMI supports Call Ownership Assignment Individual call Semi-duplex individual call Individual hook call setup Individual direct call setup Individual call setup, resource queuing Pre-emptive speech item request, non pre-emptive transmission request Queuing Pre-emptive speech item request, non pre-emptive transmission request rejection Pre-emptive priority individual call, resource pre-emption Pre-emptive priority individual call to user in individual call – accepted by MS Individual call set-up, resource queuing in priority-time order; queued calls of equal requested priority Individual call set-up, resource queuing in priority-time order; SwMI assigns equal priority to queued calls Individual call set-up, resource queuing in priority-time order; queued calls of different priority Individual call set-up, resource queuing in priority-time order; queued calls of different priority, SwMI assigns priority for the queued calls Pre-emptive priority individual call to user in group call – accepted by MS Indication of imminent individual call disconnection Duplex individual call Call setup modifications Status messages Individual addressed Status transfer Group addressed Status transfer Emergency Call Emergency group call Emergency all setup to busy group, speech item interruption Emergency group call, resource pre-emption Emergency call setup, P2MP to P2P call modification Emergency individual call Emergency individual call, resource pre-emption Emergency call setup, P2P to P2MP call modification

3.13 3.14 3.15

No Yes Yes

3.16

Yes

3.17

Yes Yes No Yes

4.1.1 4.1.2 4.1.3 4.1.4 4.1.5 4.1.6 4.1.7 4.1.8

Yes Yes Yes Yes No Yes Yes Yes

4.1.9

Yes

4.1.10

Yes

4.1.11

Yes

4.1.12 4.1.13 4.2.1-2 4.3.1-2

Yes No Yes Yes

5.1 5.2.1-3

Yes Yes Yes Yes

6.1.1 6.1.2 6.1.3

Yes Yes No

6.2.1 6.2.2

Yes Yes

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TetraFlex release 7.70 Feature List

Emergency telephone call (Refer to CR193) Telephone call to emergency number (and automatic change of call priority) Emergency call to non-emergency number, resource pre-emption for emergency telephone call. Cell re-selection SwMI supports Forward Registration SwMI supports Seamless Handover SwMI can be configured to deny handover to cell if no available channel SwMI can be configured to queue in new cell if no available channel SwMI supports synchronized neighbour cells Support for multi band cells, e.g. mixed 380/410MHz dual-band Mixed band Seamless Handover Inter-cell Mixed Band operation Intra-cell Mixed Band operation Undeclared Cell Re-selection Cell Re-selection, Group call Announced and unannounced cell re-selection during group call. Seamless handover during group call with forward registration Semi-duplex Individual call Announced and unannounced cell re-selection during semi-duplex call Seamless Handover, with Forward Registration, Transmitting Forward registration, followed by call restoration Duplex call Announced cell re-selection during duplex call Seamless handover during duplex call with forward registration Expedited cell re-selection PSTN interconnect TETRA-originated call setup to PSTN subscriber TETRA originated call setup queuing to PSTN subscriber Call setup to PSTN is started before resources are available Call setup to PSTN is delayed until resources are available PSTN originated individual call TETRA-originated successful DTMF over-dial TETRA-originated unsuccessful DTMF over-dial PSTN participation in group call

6.3.1

Yes

6.3.2

Yes

7.1.1

Yes Yes Yes No Yes Yes Yes Yes Yes No Yes

7.2.1-5 7.2.8

Yes Yes

7.3.1-6 7.3.7.1 7.3.7.3

Yes Yes Yes

7.4.1-2 7.4.4

Yes Yes No Yes Yes

8.1 8.2.1 8.2.2 8.3 8.4 8.5

No Yes Yes Yes No Yes

MS-ISDN numbering Individual call Group call Individual Status message Group Status message

9.1 9.2 9.3 9.4

Yes Yes Yes Yes Yes

Use of FACCH and SACCH

10.1-8

Yes

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TetraFlex release 7.70 Feature List

Subscriber Class Procedures SwMI can be configured to accept MS registration if MS subscriber class is not valid on the cell SwMI can be configured to reject MS registration if MS subscriber class is not valid on the cell SwMI can be configured to change the subscriber class of an MS when the MS attaches SwMI can be configured to change the subscriber class of an MS when the MS roams SwMI can be configured to allow emergency call from MS without a subscriber class match Common Secondary Control Channels SwMI supporting one to three C-SCCH BS Fallback Operation BS switches from Normal mode to Fallback mode of operation Temporary registration on BS in Fallback mode operation and re-registration when BS returns to Normal mode MS registration to BS operating in Normal mode when serving cell goes into Fallback mode offering some services MS camped in cell operating in Normal mode avoids roaming to BS operating in Fallback mode offering some services BS Services in Fallback Possibility for adding spare transceivers which automatically replace defective transceivers Main Control Channel Fallback (The main control channel is moved to an active channel in case of a fault on the present main control channel). Fallback indication can be disabled

11.1.1 11.4.1-3 11.2.2

Yes Yes

11.2.1

Yes

11.3.1

Yes

11.3.2

No

11.2.2

Yes

12.1-7

Yes Yes

13.1.1

Yes Yes

13.1.2

Yes

13.2.2

Yes

13.3.1

Yes Yes Yes

13.4.1-9

Yes Yes

Energy Economy

14

No

Transmit Inhibit (MS feature)

15

Yes

2. SDS SwMI supports the following SDS features: (Reference: IOP 001-02 v 2.0.0) SDS Type 1, 2 or 3. SDS Type 1. Individual addressed SDS type 1 message transfer (16 bit). SDS Type 2. Individual addressed SDS type 2 message transfer (32 bit).

Yes 1.1.1

Yes

1.2.1

Yes

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SDS Type 3. Individual addressed SDS type 3 message transfer (64 bit). SDS TL Individual addressed SDS-TL. Individual addressed text messaging transfer using SDS-TL with delivery report (acknowledgement). Standard and short report are supported. Group addressed SDS-TL. Group addressed text messaging transfer using SDS-TL without delivery report. Group addressed SDS-TL message to scanned, but not selected group (without acknowledgement). MS-ISDN numbering. MS-ISDN addressed individual SDS-TL message with MS-ISDN as CPI. (individual SDS-TL message transfer when using MS-ISDN numbering. Either 7-bit or 8-bit text coding scheme can be used). Group addressed SDS-TL message with MS-ISDN as CPI. (Group SDS-TL message transfer when using MS-ISDN numbering. Either 7-bit or 8-bit text coding scheme can be used). UCS2 coding scheme (16-bit text coding scheme). Individual addressed text message with UCS2 coding uding SDS-TL with delivery report (acknowledgement). Standard and short report are supported. Group addressed message with UCS2 coding uding SDS-TL without delivery report.

1.3.1

Yes Yes

1.4.1

Yes

1.4.2

Yes

1.4.3

Yes

1.4.4

Yes

1.4.5

Yes

1.4.6

Yes

1.4.7

Yes

1.2.1

Yes Yes

1.3.1-2 1.7.1

Yes Yes

1.4.1 1.4.2 1.5.1 1.6.1

No Yes Yes Yes

1.2.2-3 1.7.2-3 1.4.3

Yes Yes Yes

3. DGNA SwMI supports the following DGNA features accessible via the API: (Reference: IOP 001-03 v 2.0.1) Support for individually addressed DGNA Support for individually addressed DGNA assignment without attachment Support for individually addressed DGNA assignment with attachment as selected group DGNA assign with attachment as selected group Removing radio subscriber from selected DGNA group Support for individually addressed DGNA assignment with attachment as scanned group DGNA assign with attachment, attachment not allowed at next ITSI attach DGNA assign with attachment, attachment required at next ITSI attach DGNA assign with attachment as a scanned group, MS has selected group Support for individually addressed DGNA assignment with rejected attachment Support for individually addressed DGNA assignment for preprogrammed group DGNA assign without attachment, pre-programmed group De-assignment of MS from pre-programmed DGNA assign with attachment, pre-programmed group Support for group addressed DGNA

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TetraFlex release 7.70 Feature List

Support for group addressed DGNA assignment Management of ‘group assignment lifetime’ Support for group addressed DGNA deassignment Tolerance of unsupported DGNA functions Tolerance of unsupported individually addressed DGNA signalling (MS) Tolerance of unsupported group addressed DGNA signalling (MS)

2.1 2.2-5 2.6

No No No

1.1.1 2.7

Yes Yes No

1.1 1.2 1.3

Yes Yes Yes No

2.1 2.2-3

Yes Yes No

2.4

No

3.1-2

Yes No

Authentication 4. SwMI supports the following Authentication features: (Reference: IOP 001-04 v 2.0.0) SwMI Initiated (non-mutual) Authentication Attach with authentication SwMI rejects MS during authentication Roaming with authentication SwMI Initiated Authentication made Mutual by MS Attach with authentication Mutual authentication request, ignored or rejected by SwMI (Not relevant, if the MS demands a mutual request it is accepted by the SwMI) Roaming with authentication TEI Query TEI Query Operation (Not relevant with the TetraFlex structure, as the SwMI already knows the TEI ) 5. Packet Data SwMI supports the following Packet Data features: (Reference: IOP 001-05 v 3.0.5) Context Management Activation Packet Data context activation with static IP address. Restricted by subscriber register. Packet Data context activation with dynamic IP address Packet Data context activation when MS requests other than default APN (Access Point Name) in PDP context activation demand Packet Data context activation, activation rejected Packet Data context activation rejected, invalid APN index selected (APN index which is not configured in SwMI)

Yes

1.1.1 1.1.2

Yes Yes

1.1.5 1.1.6

No Yes

1.1.9

No

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TetraFlex release 7.70 Feature List

Deactivation Packet Data context deactivation, SwMI initiated, AL not established Packet Data context deactivation, SwMI initiated, AL established Packet Data context deactivation, MS initiated, AL not established Packet Data context deactivation, MS initiated, AL established Authentication Packet Data context activation with PAP (Password Authentication Protocol) user authentication Packet Data context activation with CHAP (Challenge Handshake Authentication Protocol) user authentication Packet Data context activation rejected, PAP user authentication. (due to incorrect authentication information) Packet Data context activation rejected, CHAP user authentication . (due to incorrect authentication information) Single Slot Packet Data Data transmission MS initiated PDCH access, AL not established, no AL QoS re-negotiation MS initiated PDCH access, AL not established, AL QoS re-negotiation MS initiated PDCH access, AL established SwMI initiated PDCH access, AL not established, no AL QoS re-negotiation SwMI initiated PDCH access, AL established MS initiated PDCH access, SwMI reject SwMI initiated PDCH access, MS reject Cell re-selection Cell re-selection during data transmission from MS Cell re-selection during data transmission from BS side Cell re-selection without data transmission, STANDBY state Multi Slot Packet Data Data transmission SwMI accepts number of slots N.264 proposed by MS Multislot PDCH size increased or decreased (Multislot PDCH size can be changed by new channel allocation, e.g. when a call with higher priority has used part of the PDCH time slots) MS type supported Non-Fast-Switching MS Fast-Switching MS or Frequency-Duplex MS (working in a non optimized way) Packet Data Gateway Data transmission from MS to MS without a gateway

1.2.1 1.2.2 1.2.3 1.2.4

Yes Yes Yes Yes

1.1.3

No

1.1.4

No

1.1.7

No

1.1.8

No Yes

1.3.1 1.3.2 1.3.3 1.3.4 1.3.5 1.3.6 1.3.7

Yes Yes Yes Yes Yes Yes Yes

1.4.1 1.4.2 1.4.3

Yes Yes Yes Yes

2.1.1-2 2.1.3-4

Yes No

Yes Yes Yes Yes

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6. Air Interface Migration SwMI supports the following Air Interface Migration features. (Reference: IOP 001-06 v 1.0.0) Registration Migrating Group management Local group attachment on Foreign SwMI Foreign group attachment Group call Group call to local group on foreign SwMI Group call to foreign group Individual call SSI/TSI addressed FSSN addressed MS-ISDN addressed Status/SDS message Individually addressed SDS Group addressed SDS Individually addressed Status Group addressed Status

1.1.1-3

Yes Yes

1.2.1 1.2.2-3

Yes Yes Yes

1.4.1 1.4.2-3

Yes Yes Yes

1.3.1 1.3.2 1.3.3-4

Yes Yes No Yes

1.5.2 1.5.4 1.5.1 1.5.3

Yes Yes Yes Yes Yes

7. Fleet Specific Short Numbering SwMI does NOT support Fleet Specific Short Numbering features. (Reference: IOP 001-07 v 2.0.0) 8. Testing Requirements The Testing Requirements in Reference: IOP 001-08 v 1.0.0 are specified for MS manufacturers and not relevant for this SwMI.

Ambience Listening 9. SwMI supports Ambience Listening features. (Reference: IOP 001-09 v 1.1.0) Ambience Listening Ambience Listening Call Setup MS initiated Ambience Listening disconnection No Indication to affected user Interaction with Transmit Inhibit

1.1, 1.5 1.2-1.4 1.1-1.5

Yes Yes Yes Yes Yes

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Ambience Listening can override TxI Ambience Listening cannot override TxI

1.6 1.7

Yes Yes

10. End-to-end Encryption SwMI supports End-to-end Encryption. (Reference: IOP 001-10 v 1.1.4) Individual call Acceptance E2E encrypted Individual call Rejection Rejection of E2E encrypted individual call (MS does not support encryption) Rejection of individual clear voice call (one MS requires encryption, while other MS does not support clear voice communication). Call restoration Individual E2E encrypted call restoration (encryption state remains during E2E encrypted call restoration roaming with announced type 3 cell re-selection) Group call E2E encrypted group call E2E encrypted group call, late entry Clear Voice Override E2E encrypted group call with Clear Voice Override (CVO), one of the E2E encrypted group members has incorrect encryption key and be capable of activating a clear call

Yes 1.1

Yes

1.2

Yes

1.3

Yes

1.7-1.8

Yes

1.4 1.5

Yes Yes Yes Yes

1.6

Yes

Air Interface Encryption 11. SwMI supports Air Interface Encryption. (Reference: IOP 001-11 v 3.0.2) Air Interface Encryption Security Class 2 Security Class 3

Yes No Yes

Supported algorithm TEA1 TEA2 TEA3 TEA4

Yes Yes Yes No

Security Class 3 Air Interface Encryption Support of DCK forwarding Always provide current and future CCK in DCK forwarding response Use of D-CK CHANGE DEMAND to announce new CCK

Yes Yes Yes Yes Page 12 of 24

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TetraFlex release 7.70 Feature List Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes

DCK retrieval during initial cell selection DCK retrieval during cell re-selection Different CCK on different LAs Class 3 MS communication with Class 1 MS Class 3 MS communication with Class 1 Group Authentication of Class 3 MS during encrypted ITSI Attach registration Authentication of Class 3 MS during clear undeclared cell re-selection Authentication of Class 3 MS during encrypted undeclared cell re-selection Authentication of Class 3 MS during clear call restoration roaming Authentication of Class 3 MS during encrypted call restoration roaming Send CCK to MS using U-OTAR CCK DEMAND, piggy-backed on the UPREPARE during Announced cell re-selection with preferred neighbour selected and with call restoration. Packet Data with Class 3 Air Interface Encryption

Yes Yes

12. Service Interaction SwMI supports the following Service Interaction features: (Reference: IOP 001-12 v 1.0.0) MS initiated new service signalling During Individual Call New group call setup while engaged in an individual call Packet data transfer while engaged in an individual call During Group Call New individual call while transmitting to group (not the call owner) Packet data transfer while transmitting to group (not the call owner) New individual call while receiving group call (not the call owner) Packet data transfer while receiving group call (not the call owner) During Packet Data Transfer MS initiates individual call during packet data transfer, MS Capable of setting up circuit mode call on PDCH MS initiates individual call during packet data transfer, MS not capable of setting up circuit mode call on PDCH MS initiates group call during packet data transfer, MS Capable of setting up circuit mode call on PDCH MS initiates group call during packet data transfer, MS not capable of setting up circuit mode call on PDCH SwMI offers new group call During Individual Call Group call during individual call During Group Call Group call while transmitting to another group (not the call owner) Group call while receiving another group call (not the call owner) Group call while transmitting to another group (call owner)

Yes 1.1.1 1.1.2

Yes Yes

1.1.3 1.1.4 1.1.5 1.1.6

Yes Yes Yes Yes

1.1.7

Yes

1.1.8

Yes

1.1.9

Yes

1.1.10

Yes Yes

1.2.1

Yes

1.2.2 1.2.3 1.2.4

Yes Yes No

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TetraFlex release 7.70 Feature List

During Packet Data Transfer Group call during packet data transfer SwMI offers new individual call During Individual Call MS Accepts individual call during another individual call During Group Call Individual call while transmitting to group (not the call owner) Individual call while receiving group call (not the call owner) Individual call while transmitting group call (call owner) During Packet Data Transfer Individual call during packet data transfer, MS Capable of setting up circuit mode call on PDCH Individual call during packet data transfer, MS not capable of setting up circuit mode call on PDCH SwMI offers packet data transfer During Individual Call Packet data transfer during individual call During Group Call Packet data transfer while transmitting to group (not the call owner) Packet data transfer while receiving group call (not the call owner) Packet data transfer while transmitting to group (call owner) SwMI offers Call Waiting Call Waiting in Individual Call Call Waiting in Group Call

1.2.5

Yes Yes

1.3.1

Yes

1.3.2 1.3.3 1.3.4

Yes Yes No

1.3.5

Yes

1.3.6

Yes Yes

1.4.1

Yes

1.4.2 1.4.3 1.4.4

Yes Yes No

2.1-3 2.1-5

Yes Yes Yes

13. Enable/Disable SwMI supports the following Enable/Disable features accessible via the API: (Reference: IOP 001-13 v 1.0.0) Enable and temporary disable of an MS Enabling and temporary disabling of a subscriber (ITSI) Enabling and temporary disabling of an equipment (TEI) (requires encryption) Enabling and temporary disabling of ITSI and TEI at the same time (requires encryption) Enabling and temporary disabling without authentication, with non-mutual authentication and with mutual authentication Permanent disable of an MS Permanent disabling of a subscriber (ITSI) with authentication (made mutual or not made mutual)

1.1, 2.1 3.1, 4.1 1.2, 2.2 3.2, 4.2 1.3, 2.3 3.3, 4.3

Yes Yes Yes Yes Yes

9.1

Yes Yes

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Permanent disabling of an equipment (TEI) with authentication (made mutual or not made mutual) Permanent disabling of ITSI and TEI at the same time (requires encryption)

9.2

Yes

9.3

Yes

14. TETRA Key Distribution SwMI supports the following TETRA Key Distribution features: (Reference: IOP 001-14 v 1.0.0) Delivery of Authentication Data Authentication key K delivery initiated by K-delivery, plain text Authentication key K delivery initiated by SwMI ITSI delivery initiated by ITSI-delivery

1.1.1 1.1.2

Yes Yes No Yes

Delivery of SCK

No

Delivery method Plain text on physical media (USB memory used) Encrypted text on physical media Electronic transfer

Yes Yes No No

1.1.1-2

Call Authorized by Dispatcher 15. SwMI supports the following Call Authorized by Dispatcher features. (Reference: IOP 001-15 v 1.0.0) CAD No voice call with dispatcher Individual voice call with Dispatcher Group voice call with Dispatcher

1.1, 1.4-1.7, 1.15

Yes Yes No No

16. Air to Ground SwMI version 7.70 does NOT support Air to Ground. (Reference: IOP 001-16 v 1.0.0)

Radio User Assignment 17. SwMI version 7.70 does NOT support Radio User Assignment. (Reference: IOP 001-17 v 1.0.0)

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18. Circuit Mode Data Call SwMI supports Circuit Mode Data Call. (Reference: IOP 001-18) Circuit Mode Data Call Protection: Unprotected Low protection High protection Call type: Individual Data Call, Semi-duplex direct call Individual Data Call, Semi-duplex hooked call Individual Data Call, Duplex Group Data Call Operation: Single Slot Multi Slot

Yes 1.1, 1.6, 2.3 1.2

Yes Yes Yes

1.1 1.6 1.2 2.3

Yes Yes Yes Yes

1.1, 1.2, 1.6, 2.3

Yes No

19. Location Information Protocol The methods and procedures for air interface signalling used for Location Information Protocol are based on the use of standard TETRA SDS-TL / Packet Data air interface transport mechanisms. Therefore Location Information Protocol can be implemented via the API and is fully supported by the TetraFlex SwMI version 7.70. (Reference: IOP 001-19 v 1.0.0) LIP Features LIP over SDS LIP over Packet Data Time and Distance based reporting Reporting using Long reports Reporting Enable & Disable Temporary reporting control Trigger modification Immediate Location Reporting Reporting Lifetimes Error Reporting

Yes 1.1, 1.3-1.13 Yes 1.2 Yes 1.1, 1.3-1.6, 1.8-1.9 Yes 1.3 Yes 1.6, 1.7 Yes 1.13 Yes 1.9 Yes 1.11 Yes 1.8, 1.14 Yes Yes 1.4, 1.5

20. Call Forwarding SwMI supports the following Call Forwarding features. (Reference: IOP 001-20 v 1.0.0) Call Forwarding Unconditional (No radio contact or MS switched off) Call Forwarding Unconditional Individual Call (excluding blocked MS) Call Forwarding Number change (including blocked MS) Call Forwarding Unconditional SDS (in case of number change) Call Forwarding Unconditional Status (in case of number change)

1.1 5.1 6.1

Yes Yes Yes Yes Yes Page 16 of 24

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Call Forwarding Conditional Individual Call Busy for Individual Voice Call Not Reachable for Individual Voice Call No Reply for Individual Voice Call

Yes Yes Yes Yes

2.1 3.1 4.1

Call Forwarding Information Displayed 21.

No

Callout

The methods and procedures for air interface signalling used for Callout functionality are based on the use of standard TETRA SDS-TL air interface transport mechanisms. Therefore Callout can be implemented via the API and is fully supported by the TetraFlex SwMI version 7.70. (Reference: IOP 001-21 v 1.0.0). Features Full Callout Simple Callout Interaction with other services and events Callout Test and Callout Availability Callout Test and Callout Pre-Coded Status Storage of Callout Information

A.

3.1-3.3 2.1-2.2 1.1-1.7, 7.1-7.2 4.1-4.2, 5.1 6.1-6.5 8.1, 8.2

Multi-Organization

SwMI supports the following Multi-Organization features: Multi-Organization Network can be split up into a number of organizations to separate the communication totally from one organization to another. Each Dispatcher can be associated with a single organization, a number of organizations or all organizations. Organizations can be associated to make it possible to call from one organization to another. Common Voice gateway, Packet Data gateway, Application gateway, Terminal Gateway and Network Management.

B.

Yes Yes Yes Yes Yes

Dispatcher

The Dispatcher supports the following features: Dispatching Individual simplex and duplex calls Group call Broadcast call Queued calls

Yes Yes Yes Yes Yes

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TetraFlex release 7.70 Feature List

Status messages SDS (7, 8 and 16 bit characters) Concatenated SDS DGNA, assignment and de-assignment of groups Ambience Listening Call Discrete Listening Call Authorized by Dispatcher Dispatching (combining and forwarding calls) Support for Unified SSI Enable and Disable an MS subscriber (ITSI) Master PTT function with foot button and function key Support for Ontrak ADU200 USB Relay I/O Interface Voice playback File Transfer and FTP Managing the Touch Screen functionality implemented in Windows 8 Receive Location Reporting formats: ETSI LIP Short, ETSI LIP Long Sepura Compact format NMEA: GPGLL, GPGGA, GPRMC MGRS, Motorola LRRP, Teltronic short format, RTCM SC-10 Immediate Mobile positions Request via LIP protocol Map types: Google map Geo TIFF ERDAS ECW OpenStreet map Empty map view Support for ESRI layers on the map Uplink RSSI information from the BS via BS measurement Downlink RSSI information from the MS via Sepura Performance Measurement protocol using SDS-Transfer protocol Language supported: Default language: English Supplementary languages: German, Italian, Spanish, Russian, Danish and Polish

C.

Yes Yes No Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes No Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes

SIP

SwMI supports the following SIP features: SIP voice calls Main reference Voice packets coding: A-law using RTP, G.711 µ-law using RTP

RFC3261 RFC1889/3550

Implemented SIP options SIP REGISTRATION (additionally with authentication using MD5)

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SIP REFER (for call forwarding of an incoming call to another external destination (PSTN->TETRA->forwarded to PSTN) SIP INFO for DTMF digits from TETRA->PSTN SIP INFO for DTMF digits from PSTN->TETRA for Dial-In processing In Band Signalling containing DTMF digits for PSTN->TETRA for Dial-In processing

D.

RFC3515

RFC2833

Log Server

The Log Server supports the following features: Log Server Logging the status from all Nodes in the TetraFlex network Logging Call information (Call Data Records) for all mobiles Logging of SDS content Logging Voice Communication for selected mobiles Logging the mobiles Node location and on/off state for selected mobiles Logging of MS RSSI values (via Sepura Performance Measurement feature)

E.

Yes Yes Yes Yes Yes Yes Yes

Application Server

SwMI version 7.70 does NOT include an Application Server. Application Server Database Latest received GPS coordinate for the Mobile (millisecond format) Historical GPS coordinates for all Mobiles (millisecond format) Supported Latest received MS RSSI value (via Sepura Performance Measurement feature) Historical MS RSSI values for all Mobiles (via Sepura Performance Measurement feature)

F.

No

SNMP

SwMI supports the following SNMP (Simple Network Management Protocol) features: SNMP Level 1-3 alarms and warnings via SNMP

G.

Yes Yes

Group Bridge

The Group Bridge supports the following features: Bridge between the following systems TetraFlex SwMI, via TetraFlex GW connection Foreign Tetra SwMI, via Tetra Radio connection Analog system, via Analog connection Analog system, via RTP connection

Yes Yes Yes Yes

Bridge of the following functions

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Group calls Group Status messages Group SDS messages

Yes Yes Yes

Security User PIN code Mutual Authentication SHA256 Algorithm

Yes Yes Yes

Tetra Radio Devices, tested equipment from external suppliers Piciorgros - DVI-100 ICOM VE-PG3

Yes Yes

H.

TetraFlex Android Client

The TetraFlex Android Client supports the following features: TetraFlex Android Client Individual duplex calls Group calls Streams of active voice calls as A-LAW streams. Status messages SDS messages GPS coordinates Transmission. Positions are sent regularly, if allowed by the user. Wideband Data transmission, e.g. picture and video files MJPEG video server in the client. Registration using Authentication key and user PIN code; Mutual Authentication, SHA256 algorithm used. VPN required. Security User PIN code Mutual Authentication SHA256 Algorithm

I.

Yes Yes Yes Yes Yes Yes Yes Yes Yes

Yes Yes Yes

TetraFlex Windows Client

The TetraFlex Windows Client supports the following features: IP features (via Terminal Gateway) Individual duplex calls Group calls Status messages SDS messages Wideband File Transfer Video Support, MJPEG server in the client. Registration using Authentication key and user PIN code; Mutual Authentication, SHA256 algorithm used. VPN required.

Yes Yes Yes Yes Yes Yes Yes

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TetraFlex release 7.70 Feature List

Tetra features (via Tetra Mobile PEI/Audio interface) Individual duplex calls Group calls Status messages SDS messages

Yes Yes Yes Yes

Security User PIN code Mutual Authentication SHA256 Algorithm

Yes Yes Yes

System Size

In a standard TetraFlex system the following parameters have been software limited to: Maximal size of a standard TetraFlex system Organizations Profiles Subscribers Nodes Voice GW Connections Application GW Connections Application GW Streams Application GW streams per Connection Terminal GW Connections Terminal GW Streams Terminal GW streams per Connection Log Servers

1.000 10.000 20.000 254 32 20 100 32 200 200 2 25

In the optional big version of the TetraFlex the following parameters have been increased to: Maximal size of the optional big TetraFlex system Subscribers 150.000 Nodes 999 TetraFlex systems with increased values of all the above parameters could be delivered on request. A number of TetraFlex parameters are limited via the License Dongle.

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TetraFlex release 7.70 Feature List

ETSI References

TetraFlex conform Tetra Release 2.1. Refer to ETSI TR 100 392-17-5 V1.1.1, where the relevant versions of the standards are given. Supported standards: ETSI Terrestrial Trunked Radio (TETRA) Voice plus Data (V+D) References EN 300 392-1 EN 300 392-2 EN 300 392-3

Description

Supported by TetraFlex

Feature List reference

General Network Design Air Interface (AI) Interworking at the Inter-System Interface (ISI)

Yes Yes

Part 1 Part 1

ETS 300 392-4

Gateways - basic operation

ETS 300 392-4-1

Gateways - basic operation: PSTN

ETS 300 392-4-2

Gateways - basic operation: ISDN Gateway

ETS 300 392-4-3

Gateways - basic operation: Data networks gateway

EN 300 392-5

Peripheral Equipment Interface

EN 300 392-7

Security General Requirements for Supplementary Services Supplementary Services (SS) Stage 1 Supplementary Services (SS) Stage 2 Supplementary Services (SS) Stage 3

EN 300 392-9 EN 300 392-10 EN 300 392-11 EN 300 392-12 EN 300 392-10-1 EN 300 392-11-1 EN 300 392-12-1 ETS 300 392-10-2 ETS 300 392-11-2 ETS 300 392-12-2 ETS 300 392-10-3 ETS 300 392-11-3 ETS 300 392-12-3 EN 300 392-10-4 EN 300 392-11-4 EN 300 392-12-4 ETS 300 392-10-5

No Partly, see below Yes, via external SIP PABX Yes, via external SIP PABX Circuit mode data gateway not available, but packet switched data gateway supported instead Not applicable for SwMI, only relevant for MS Yes Yes

Part 1, C Part 1, C

Part 5

Part 4, 10 Part 1

Partly, see below

Call identification

Yes

Part 1

Call report (CR). Standards from 2000, archived by TETRA Association

Not applicable, feature not TIP specified

Talking party identification (TPI)

Yes

Part 1

Call Forwarding (CF)

Yes

Part 20

List Search Call (LSC).

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ETS 300 392-11-5 ETS 300 392-12-5 EN 300 392-10-6 EN 300 392-11-6 EN 300 392-12-6 ETS 300 392-10-7 ETS 300 392-11-7 ETS 300 392-12-7

EN 300 392-10-8 EN 300 392-11-8 EN 300 392-12-8

ETS 300 392-10-9 ETS 300 392-11-9 ETS 300 392-12-9 EN 300 392-10-10 EN 300 392-11-10 EN 300 392-12-10 EN 300 392-10-11 ETS 300 392-11-11 ETS 300 392-12-11 EN 300 392-10-12 EN 300 392-11-12 EN 300 392-12-12 ETS 300 392-10-13 ETS 300 392-11-13 ETS 300 392-12-13 EN 300 392-10-14 EN 300 392-11-14 EN 300 392-12-14 EN 300 392-10-16 EN 300 392-11-16 EN 300 392-12-16 EN 300 392-10-17 EN 300 392-11-17 EN 300 392-12-17 EN 300 392-10-18 EN 300 392-11-18 EN 300 392-12-18 EN 300 392-10-19

TetraFlex release 7.70 Feature List

Standards from 2000

Call authorized by dispatcher (CAD)

Yes

Short number addressing. Standards from 2000, archived by TETRA Association

Not applicable, feature not TIP specified Area is dynamically selected by only establishing a group call in Nodes where the group already registered. Nodes where the group is allowed, can be set in the groups profile Not applicable, feature not TIP specified

Area selection (AS)

Access Priority. Standard from 1998

Part 15

Priority call (PC)

Yes

Part 1

Call waiting (CW)

Yes

Part 12

Call hold (CH). Standards from 2004, archived by TETRA Association Call completion to busy subscriber. Standards from 2000, archived by TETRA Association

Not applicable, feature not TIP specified Not applicable, feature not TIP specified

Late entry (LE)

Yes

Part 1

Pre-emptive priority call (PPC)

Yes

Part 1

Include call (IC). Standards from 2002

No, feature not TIP specified yet

Barring of outgoing calls (BOC)

No

Barring of incoming calls (BIC)

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EN 300 392-11-19 EN 300 392-12-19 ETS 300 392-10-20 ETS 300 392-11-20 ETS 300 392-12-20 EN 300 392-10-21 EN 300 392-11-21 EN 300 392-12-21 EN 300 392-10-22 ETS 300 392-11-22 ETS 300 392-12-22 ETS 300 392-10-23 ETS 300 392-11-23 EN 300 392-12-23 ETS 300 392-10-24 ETS 300 392-11-24 ETS 300 392-12-24 TS 100 392-15

TetraFlex release 7.70 Feature List

Discreet listening (DL)

Yes

Part B

Ambience listening (AL)

Yes

Part 9, B

Dynamic group number assignment (DGNA)

Yes

Part 3, B

Call completion on no reply. Standards from 2000 Call retention (CRT). Standards from 2000 TETRA frequency bands, duplex spacings and channel numbering

TS 100 392-16

Network Performance Metrics

TR 100 392-17 TS 100 392-18

TETRA V+D and DMO specifications Air interface optimized applications

TS 100 392-18-1

Location Information Protocol (LIP)

TS 100 392-18-2

Net Assist Protocol (NAP)

TS 100 392-18-3

Direct mode Over The Air Management protocol (DOTAM)

TS 100 392-18-4

Net Assist Protocol 2 (NAP2)

Not applicable, feature not TIP specified Not applicable, feature not TIP specified Yes Internal SwMI Metrics are not available. Performance (time delay, setup etc.) measured at MS voice interfaces. Yes Partly, see below The methods and procedures for air interface signalling are based on the use of standard TETRA SDS-TL / Packet Data air interface transport mechanisms. Therefore these protocols can be implemented via the API and is fully supported by the TetraFlex SwMI version 7.70.

Part 19, B

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