SAS Tone Frequency | Silicon Laboratories SI2493/57/34/15/04

AN93

The even-numbered registers, (UA0, UA2, etc.), control the amount of time the tone is expected to be present, and the odd-numbered registers select the amount of time the tone must not be present. The values are expressed in 10 millisecond units. For example, a cadence of on 500 ms, off 300 ms then on for 500 ms may be selected by writing 0x0032 to UA0, 0x001E to UA1 and 0x0032 to UA2. The unused registers should be written to 0. The default cadence setting is UA0 equal to 001Eh, and the remaining nine registers are set to zero.

Table 101 defines the SAS cadence for each supported country. The on-time is listed in bold. These data were obtained from ITU-T Recommendation E.180 Supplement 2 (04/98).

Table 100. SAS Tone Frequency

SAS_FREQ (U9F)	SAS Frequency
0x0000	440 Hz (Default)
0x0001	400 Hz
0x0002	420 Hz
0x0003	425 Hz
0x0004	480 Hz
0x0005	450 Hz
0x0006	900 Hz
0x0007	950 Hz
0x0008	523 Hz
0x0009	1400 Hz

Table 101. SAS Cadence for Supported Countries*

	Country	Tone	Frequency (Hz)	Cadence (seconds)	U Registers

	Angola			1.0 – 5.0	U9F = 0x0001
	Angola	Waiting Tone	400	1.0 – 5.0	UA0 = 0x0064
					UA1 = 0x01F4

					U9F = 0x0000
	Anguilla	Waiting Tone	440	0.5 – 10.0 – 0.5	UA0 = 0x0032
	Anguilla	Waiting Tone	440	0.5 – 10.0 – 0.5	UA1 = 0x03E8
					UA1 = 0x03E8
					UA2 = 0x0032

	Antigua and	Call Waiting		0.6 – 10.0	U9F = 0x0004
	Antigua and	Call Waiting	480		UA0 = 0x003C
	Barbuda	Tone	480		UA0 = 0x003C
	Barbuda	Tone			UA1 = 0x03E8
					UA1 = 0x03E8

					U9F = 0x0003
	Argentine Republic			0.4 – 0.2 – 0.4 – 4.0	UA0 = 0x0028
	Argentine Republic	Waiting Tone	425	0.4 – 0.2 – 0.4 – 4.0	UA1 = 0x0014
					UA2 = 0x0028
					UA3 = 0x0190

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Rev. 1.3

Image 152

Silicon Laboratories SI2493/57/34/15/04, SI2494/39 manual SAS Tone Frequency, SAS Cadence for Supported Countries

Contents

Functional Block Diagram Introduction AN93 Table of Contents AN93 AN93 AN93 AN93 Document Change List Contact Information Selection Guide ModulationsProtocols Protocol Function Si2494/93 Si2457 Si2439/34 Si2415 Si2404 Carriers and Tones ISOmodem CapabilitiesRelease Part Numbers Package Modem System-Side Device Resetting the DeviceReset Sequence Reset Strapping General Considerations SOIC-16 Reset-Strap Options Reset-Strap Options for 16-Pin Soic PackageMode Reset-Strap Pins Interface Input Clock Pin 5, RXD/MISO Reset-Strap Options for 24-Pin Tssop Package TSSOP-24 UART-Interface Options TSSOP-24 Parallel-Interface Options Reset Strapping Options for QFN Parts with Uart Operation TSSOP-24 SPI-Interface Clock-Frequency Options Reset Strapping Options for QFN parts with SPI Operation Input Clk System Interface Pin Functions vs. Interface Mode SOIC-16Pin Functions vs. Interface Mode TSSOP-24 Pin Functions vs. Interface Mode QFN-38 Parallel-Interface Signals UART-Interface SignalsSPI-Interface Signals Ideal DTE Rate bps Actual DTE Rate bps Approximate Error% DTE Rates Flow Control Serial Formats Detected in Autobaud ModeSymbol Data bits Parity Stop bits Can Monitor U70 Bit FunctionPPD OCD Uart Serial Interface Parallel and SPI Interface Operation TX Fifo Hardware Interface Register Bit Map Hardware Interface Register Parallel Interface Operation Parallel Interface SignalsSignal Function Direction Parallel Interface Read Timing Bit Function Meaning when High Meaning when Low SPI Control-and-Address Bit DefinitionsSPI Interface Operation Interface Communication Modes Low-Power Modes Power-Down ModeWake-on-Ring Mode Sleep Mode SSI/Voice Mode 24-Pin Tssop and 38-Pin QFN Only Signal Pin Number TSSOP-24 QFN-38Clkout Fsync SDI SDO Reset SSI Interface Pin Connection Eeprom Commands Eeprom Interface 24-Pin Tssop and 38-Pin QFN OnlyEeprom Status Register Any Other Bits are Unused Eeprom Timing Ecsh Eecs Parameter Symbol Min Typ Max UnitEOZ Three-Wire SPI Interface to Eeprom Boot Commands Custom DefaultsDetailed Eeprom Examples Eeprom Boot Command Example AT Command Macros Customized AT CommandsFirmware Upgrades AT Command Macro Example Autoloading Firmware Upgrade Example Combination Example Command FunctionCombination Example Ascii Chart Dec Hex Display Hookswitch and DC Termination DAA Line-Side Device AC Termination Settings for the Si3018 Line-Side Device AC TerminationRinger Impedance and Threshold Pulse Dialing and Spark Quenching Typical Loop Voltage LVS Transfer Function LVCS40 Condition Ilim =Loop Current Transfer Function Legacy-Mode Line Voltage and Loop Current Measurement Billing Tone Detection Power Supply and Bias Circuitry Hookswitch and DC TerminationHardware Design Reference Component Functions Ringer Network Optional Billing-Tone Filter Symbol Value TIP From Line Ring DAA EMI/EMC Schematic Si3018/10 Schematic Bill of Materials Component Value Suppliers Layout Guidelines Reference Placement Layout Items Required Layout ChecklistISOmodem Layout Check List AN93 Motherboard Design Module Design and Application ConsiderationsModule Design Modem Module VCC and Reset Filter Analog Output Audio Filter Response Audio Quality Modem Reference Guide Controller AT Command Set Configuration StatusCommand Action DSP Command Examples Multiple AT Commands on a Single LineCommand Result Comment Command Result Basic AT Command Set Consecutive U-Register Writes on a Single Line Enable No Patch AT Command Chip RevisionModifier ATI0 ATI1 AT Command Chip Revision Revision B Patch rbpXYYYYRevision C Patch rcpXYYYY ATI0 Enable result codes See Table Speaker is always off Command Action Verbal result codes Program RAM write this command is used to upload firmware Disabled +DR=X+DRNONE +DRV42B RD Specifies the mode of operation when initiating a modem Connection = Disable synchronous access modeSpecifies the mode of operation when answer a modem C,D = CRC generation checking disable = Nrzi encoding and decoding disabledSpecifies action taken if an underrun condition occurs During transparent sub-mode Class 1 Transmit Carrier United States default Country +GCI? Fixed DTE RateAutomatically detect the baud rate BPS V22B ITU-T V.22bis default for Si2404 V32B ITU-T V.32bis default for Si2415ITU-T V.34 default for Si2434 ITU-T V.90 default for Si2457 Enable Short Phase 1 and Short Phase +PMHR=X+PMHT=X +PQC=X DCEs decide to use short startup procedures = After ring only= Off Distinctive Ring Command Action Transmit Gain Selection Load Voice Factory DefaultsDTE/DCE Inactivity Timer ISOmodem on-hook. Aout disabled. Tone detec Ringing Tone Goes Away Timer Ringing Tone Never Appeared TimerOK result code. Default time is 0 seconds Is five seconds Speakerphone AEC, AES and LEC disabled Dtmf / Tone Duration TimerVoice Compression Method Signed PCM Extended AT Commands Extended AT& Command SetKbps max default for Si2415 Kbps max default for Si2457 transmit and Si2434 Only 56 kbps to 28 kbps TIP + Extended AT% Command Set Enable V.42bis in transmit and receive pathsISOmodem answers a call in answer mode Disable automatic line-in-use detection Extended AT\ Command Set Mode is not allowed with a parallel or SPI interface \P0 Even \Q2 Use CTS only \V0 Report connect and protocol message \T9 Kbps4\T16 Autobaud On4 Result Codes Numeric1 Meaning Verbal Response Stas Polarity ReversalNo Polarity Reversal Protocol None ALTERNATE, +CLASS UN-OBTAINABLE Number Disconnect Codes Disconnect Code Reason Definition Register Function Default Range Units Decimal RegistersRegister Descriptions Ascii All spaces 0s 2400 Symbols/second Symbol Rate Allowable Data Rates Register Address Name Description Default Hex U0F DT4A0DT4B1 DT4B2 U2E BmttU2F Bdlt U4E PrddU4F FHT V9AGG SamcoSasf SC0 Bit-Mapped U-Register Summary Register Summary 2. U00-U16 Dial Tone Detect Filter Registers Register Name Description DefaultU0-U16 Dial Tone Registers U17-U30 Busy Tone Detect Registers 3. U17-U30 Busy Tone Detect Filter Registers 310/510 Default Busy and Dial Tone BPF Biquad Stage Output Scalar300/480 320/630 BPF Biquad Values 400/440 Ringback Cadence Registers Dial Tone Timing Register4. U31-U33 Ringback Cadence Registers 5. U34-U35 Dial Tone Timing Register 7. U46-U48 Dtmf Dial Registers Pulse Dial RegistersDtmf Dial Registers 9. U4D Modem Control Register 1-MOD1 Ring Detect Registers8. U49-U4C Ring Detect Registers Register U4D Bit Map Pre-Dial Delay Timer Register Flash Hook Time RegisterLoop Current Debounce Registers Transmit Level Register U62 Bit Map U53 Bit MapU54 Bit Map U63 Bit Map U65 Bit Map Line-Side Chip Power Down 17. U67-U6A International Configuration RegistersPDL = Normal operation U66 Bit Map U67 Bit Map U68 Bit Map U6A Bit Map U6C Bit Map18. U6C Line-Voltage Status Register 19. U6E-U7D Modem Control and Interface Registers Ptmr U6E Bit MapU6F Bit Map U70 Bit Map Type Reset settings = Bit Disables PCM mode Enables PCM modeU71 IO1 Bit D15 D14 D13 D12 D11 D10 Name Function 155 Reserved Read returns zero U76 Bit Map U77 Bit Map U79 Bit Map Monitor Mode ValuesU78 Bit Map Adaptive Dialing U7A Bit Map= Normal Atdtw operation Synchronous Mode = Normal asynchronous modePin indicates valid ring signal Given time = Disables No Loop Current Detect = Timed calibration disabled= ATZ enabled 20. U80 Transmit Delay for V.22 Fast Connect Special Error Reporting Mode = Ignore unrecognized in-band commandsMinimal Transparency Framed Sub-Mode Startup Firmware Upgrades Patch, 115 kbaud Uart Lines Reset, then Escape MethodsLoad Technique and Speed Table Method Escape Pin Escape 1. +++ EscapeTh Bit Escape Error Correction Wire ModeEnabling Error Correction/Data Compression To Enable Use AT Commands Legacy Synchronous DCE Mode/V.80 Synchronous Access Mode 15. V.80 ModeSynchronous Mode Overview Epos Electronic Point of Sale Applications Synchronous Access Mode Settings AT\N0 CRC Command Hex Supported Transmit Direction Receive DirectionIndicator pair Code Transparent Submode EM In-Band Commands and Statuses Fast Connect Settings CommandSupported Transmit Direction Receive Direction Code Transparent Submode ATDT12345 Connect 1200 Protocol None 0x190x190x110x11 Modem Feature vs. Hardware, AT Command and Register Setting Function/Feature AT Commands RegistersProgramming Examples Quick Reference Country-Dependent Setup DC Termination Control BitsDC Termination Reg Bit Val Function Country Configuration Country Initialization TableCountry Initialization Table Country Initialization AT+GCI=A AT+GCI=FAT+GCI=16 AT+GCI=9C AT+GCI=26 AT+GCI=27AT+GCI=31 AT+GCI=6C AT+GCI=42 AT+GCI=3CAT+GCI=3D AT+GCI=46 AT+GCI=53AT+GCI=57 AT+GCI=58 AT+GCI=59 AT+GCI=0AT+GCI=61 AT+GCI=9F AT+GCI=69 AT+GCI=7B AT+GCI=7E AT+GCI=82AT+GCI=89 AT+GCI=87 AT+GCI=B8 AT+GCI=A0 AT+GCI=A5 AT+GCI=A6AT+GCI=FE UAE AT+GCI=B4 International Call Progress Registers Dial Registers Line Interface/Control Registers AT Command Function Special Requirements for Serbia and MontenegroBlacklisting S42 Blacklisting Caller ID Caller ID Modes SMS Commands SMS SupportJapan Caller ID Protocol 150 Type II Caller ID/SAS Detection Mdmf ParametersCharacter Description Hexadecimal Value Ascii Value Johndoe SAS Tone Frequency SAS Cadence for Supported Countries Country Tone Frequency Hz Cadence seconds Registers ArubaAustralia Austria Country Tone Frequency Hz Cadence seconds Registers China CroatiaCyprus Czech Republic Greece GuyanaHonduras Hong Kong Israel Japan064 0.436 Jordan Kiribati Korea RepublicLao P.D.R Lithuania Nigeria OmanPapua New Guinea Paraguay Country Tone Frequency Hz Cadence seconds Registers Russia St.-Kitts-and-NevisSt. Lucia Saudi Arabia Sweden TajikistanTrinidad Tobago Intrusion/Parallel Phone Detection On-Hook ConditionLine Not Present/In Use Indication Method 1-Fixed Loop Voltage Action Line Not Present/In Use Indication Method 2-Adaptive Off-Hook Condition ATH1 Intrusion DetectionRegister Bits Name Function Possible Responses to Pmhr Command from Remote Modem Modem-On-HoldInitiating Modem-On-Hold Value Description Hdlc Bit Errors on a Noisy Line Receiving Modem-On-Hold Requests Beginning of Packet Bit ErrorsDCE Bit Errors Data Meaning 0D 0A 4E 4F 20 43 52 49 45 52 0D 0A Overcurrent Detection Pulse/Tone Dial DecisionOvercurrent Detection Register Bit Value Function Automatic Phone Line Configuration 12. V.92 Quick Connect Telephone Voting ModePossible +PMHT Settings AT+PQC Parameters AT+PSS Parameters Software Reference Extended AT+ Command SetHandset, TAM, and Speakerphone Operation Command Action Caller ID Type Caller ID EnableAfter ring only Distinctive Ring Cadence Reporting Command Action Analog Source / Destination Selection Command Action Ringing Tone Never Appeared Timer Speakerphone AEC, AES and LEC disabled. Handset FIR filter+VTS command. Default time is 1 second dur = Compression Selection Method Command Action Dtmf and Tone Generation Transmit Voice Stream DLE Commands DTE-to-DCE DLE Commands DTE-to-DCECode Hex Simple Action Command Description Format DLECode DLE Simple Events DCE-to-DTE DLE Events DCE-to-DTE Simple Event ReportingCode Hex Description SUB 180 Voice Mode U Registers Address Description DefaultComplex Event Reporting Format DLEXResponseDLE Description Voice Mode U Registers Register Address Name Description Default HRXFIR1 HRXFIR2HRXFIR3 HRXFIR4 STXFIR1 STXFIR2STXFIR3 STXFIR4 SRXFIR1 SRXFIR2SRXFIR3 SRXFIR4 U19E U199 Bit Definitions Voice Reference-Overview TAM, Handset, and Speakerphone Voice Paths Rev 189 Voice Mode Operations +FCLASS=8 +VTX +VRX +VSP +VTS Input Current Modem Settings Command or Event +VNH = ATH orDTR off &D2 ATZ or Si3000 Configuration System Voice Modes TAM Pstn Initialization Initialization Sequence Rev 195 Overview Handset ConfigurationHandset AT+VSP=0 AT+VLS=0AT+VLS=13 Handset Automatic Pulse Dial Handset Automatic Tone DialHandset Manual Off-Hook Dial AT+VLS=14 Handset to TAM Hands-Free TransitionTerminate AT+VSP=1 Handset to Speakerphone TransitionSpeakerphone Transition NAME=JONES Jennifer Telephone Answering MachineLocal Ring Notification with Type I CID Event TAM Hands-Free Record OGM Record OGMATU199&FFFD AT+VRX Connect TAM Hands-Free Review OGM Review OGMRecord Local ICM Review ICM TAM Handset Record OGM Trigger receive operation. The first byte TAM Handset Review OGM AT+VSM=4 TAM Pstn Normal Answer OGM Playback with ICM Record Normal Answer OGM Playback with ICM Record AT+VLS=15 ICM Interrupted Answer OGM Playback with Dtmf Menu Entry DLE1 Dtmf 1 digit detected Speakerphone Simplex Speakerphone Register Name Description Default Value Transmit Gain Calibration-Speakerphone DisabledSimplex Speakerphone U Registers External Microphone/Speaker Calibration Transmit Gain Configuration Transmit/Receive Gain Calibration Dial Remote Telephone AT+FCLASS=8 Receive Gain Configuration Receive Gain Reference Measurements Speakerphone Calibration-AEC Gain Calibration Reg Name Bit U19E AEC Gain Calibration Dial Remote Telephone Speakerphone Configuration Speakerphone Configuration Simplex Speakerphone Configuration Simplex Speakerphone Configuration Speakerphone Automatic Tone DialSpeakerphone Manual Off-Hook Dial Call-Automatic Tone Dial Call-Automatic Pulse Dial Speakerphone Automatic Pulse DialSpeakerphone to Handset Transition Termination GlossaryReferences Security Protocols Implementing the SIA Protocol Considerations when Disconnecting the Session AT+F0 AT+F1 AT+F2AT+F3 AT+F4 Result Code Meaning Remarks Implementing the Ademco Contact ID Protocol Ademco Contact ID Protocol Tone Transmission AT Commands Dtmf Digit Low Tone Hz High Tone Hz Contact ID AT CommandModem Specific Implementation Details Kissoff Ademco Mode of Operation Step DTE-to-Modem Command Modem-to-DTE Remarks IndicationHandshake Tone Detection Event Modem-to-DTE indication Remarks Message Delay 250 ms before transmitting Data TonesWait for Receiver to answer with handshake tones Wait for Kissoff tone ATH Rev 233 Chinese ePOS SMS SMS Message Format SMS AT Command Set AT Commands for SMSAT Command ISOmodem Response Description +FCLASS=256 Register Bits Name Description Default Hex = Auto ModeUser Registers for SMS Operations SMS User Registers Crlfconnect Crlf ProcedureExample Response Dleetxcrlfno CarriercrlfConnect 1CRLF Connect 2CRLF Example Session Dleetxcrlfokcrlf POS SMS Process in Host and Modem Testing and Diagnostics Prototype Bring-Up Si3018/10  Inappropriate Commands  Command Timing Register Configurations Host Interface Troubleshooting Isolation Capacitor Troubleshooting 10.1.6. Si3018/10 TroubleshootingComponent Troubleshooting  Connect Evaluation Board to Prototype System Test the Host Interface EVB Test the Prototype Si3018/10 Circuitry Si3018/10 Typical Voltages Resistance to Si3018/10 Pin Si3018/10 Resistance Resistance across Components Voltages across Components with Diode CheckerFB1 FB2 RV1 Component Voltage Self Test Loop Test Circuit Board Test Bell 103-V.34 Modem Functional Test Connection Teltone ILS Isdn ModemModem Under Test Test Coverage AT Command/Test Method Desired Response Compliance TestingAT Commands for Compliance Testing Symbol/Data Rate S41 Symbol Rate Allowable Data Rates29 Data Rate Transmit Modulation Data Rate Safety Surges AM-Band Interference Published Coilcraft TRF-RJ11 Filter Performance Debugging the DTE interface Debugging the DTE Interface Appendix A-EPOS Applications Modulation Recommendation 0xFF 0x19 0xA0 0x19 0xB1 ISOmodem in Epos Applications ISOmodem V.80 Protocol Hdlc Framing in Framed Sub-Mode Setup procedure 29 FastPOS Sample ProgramAT&D2 AT+FCLASS=1 How to use the program Example Program in C/C++ Rev 263 264 Rev 265 True Rev 267 = Rtscontrolenable Rev 269 270 RTS not RTS signal FastPOS Detailed Wave Files FastPOS DTE Trace Hardware Setup When to Use Audio RecordingTimes When Audio Recording May Not Help Setting PC Microphone Input for Recording Windows NT Larger of the two jacks 3.5 mm carries audio to the PC Setting PC Microphone Input for Recording Windows Sounds and Multimedia Properties Setting PC Microphone Input for Recording Windows XP Multimedia Properties Sounds and Audio Devices Properties Making the Recording with Adobe Audition or WaveSurfer Sound Recorder Audio Playback and Analysis Adobe Audition Temporal View of a Good V.22 Transaction Adobe Audition Spectral View of a Good V.22 Transaction Band Spectral Display Audio-Recording Pitfalls Recording Made at Excessive Level Details of Some Low-Speed Protocols Appearance of Bell 212 Protocol Appearance of V.22 bis Protocol Appearance of V.29 FastPOS Protocol Examples of Epos Server Misbehavior Example of Epos Server Misbehavior Examples of Line Impairments Dtmf Distorted by Low Line Level Power Line Related Noise Appendix C-PARALLEL/SPI Interface Software Implementation MCU Hardware Access Layer Interrupt Service and Polling LayerSoftware Description  MCUhardware.c  modemhardware.c RXF Interrupt Receive Fifo Almost Full Interrupt Service Routine ISR MethodPolling HIR1 Method U70 Interrupt Timer Interrupt Receive Fifo Not EmptyTXE Interrupt Transmit Fifo Almost Empty Parallel- or SPI-Port Interrupt-Service Flowchart Buffer Management, Status and Control Layer Buffer Management Circular-Buffer Flowchart Application Layer Sample Application Status and Control Compiler Option Dot Commands Modem OperationMaking a Connection Data Bursts Modem Interrupt Service Sample Code Sfrpagesave = Sfrpage Rev 301 302 Revision 0.5 to Revision Revision 0.6 to RevisionRevision 0.7 to Revision Revision 0.8 to Revision Contact Information