Intel Confidential, AT Command Summary Tables | Intel 536EX manual

AT Command Summary Tables

Table 5. Data Mode Command Summary (Continued)

	Note	Command	Function	Default	Range	Reported
	Note	Command	Function	Default	Range	by &Vn
						by &Vn

		L3	High speaker volume

	*	Mn	Speaker control	1	0–3	yes

		M0	Speaker always off

		M1	Speaker on until carrier present

		M2	Speaker always on

		M3	Speaker off during dialing; speaker on until
		M3	carrier present
			carrier present

		On	Go online	0	0, 1, 3	no

		O0	Returns modem to Data mode

		O1	Retrains equalizer and then returns to Data
		O1	mode
			mode

		O3	Renegotiates rate and then returns to Data
		O3	mode
			mode

	*	P	Select pulse dialing	none	–	yes

	*	Qn	Result code display control	0	0, 1	yes

		Q0	Enables result codes

		Q1	Disables result codes

		Sn	Select an S-register	none	0–33	no

		Sn=x	Write to an S-register	none	n = 0–33	no
		Sn=x	Write to an S-register	none	x = 0–255	no
					x = 0–255

		Sn?	Read from an S-register	none	0–33	no

	*	T	Select tone dialing	none	–	no

	*	Vn	Result code form	1	0, 1	yes

		V0	Choose numeric form

		V1	Choose verbose (text) form

	*	Wn	Response code data rate	0	0–4	yes

		W0, W1	DTE data rate

		W2	Modulation, DCE TX rate

		W3	Modulation, DCE TX rate, Error Correction,
		W3	Compression and DTE data rate
			Compression and DTE data rate

		W4	Modulation, DCE TX rate, Error Correction,
		W4	Compression
			Compression

	* Value saved in NVRAM.

	** Command not preceded by an ‘AT.’

536EX Chipset Developer’s Manual

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Intel Confidential

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Intel 536EX manual Intel Confidential, AT Command Summary Tables, Data Mode Command Summary Continued

Contents

536EX Chipset Developer’s ManualJanuary 536EX Chipset Developer’s Manual Intel Confidential Contents Contents Figures Tables Description Revision HistoryDate Revision 1.1Controllerless Modem Driver Overview Introduction Kernel - ring0 Figure 1. WDM Driver Block Diagram1.1.2Windows 95 and Windows User applications 1.2V.90/V.92 and V.34 Data Modes Figure 2. VxD Mini Port Driver Block Diagram 1.3Modem Connection Overview Table 1. DTE-to-DCEData Rates for Each Mode Table 2. DCE-to-DCEData Rates for Each ModeTable 3. DCE-to-ISPData Rates for V.90 Mode Table 4. DTE-ModemData Rate Response Codes 1.4.1Sending Commands 1.4.3Dial Modifier 1.4.2AT Escape Sequences AT Command Summary Tables AT Command Summary TablesTable 5. Data Mode Command Summary Table 5. Data Mode Command Summary Continued Result code type 536EX Chipset Developer’s Manual Generate data mode calling tone Table 6. V.44/V.42/V.42 bis MNP Command Summary 536EX Chipset Developer’s Manual Table 8. Fax Class 1 Command Summary Table 7. Fax Identity Command Summary Table 10. Voice DTE→DCE Character Pairs Table 9. IS-101Voice Command Summary Table 11. Voice DTE←DCE Character Pairs Table 10. Voice DTE→DCE Character Pairs Continued Table 11. Voice DTE←DCE Character Pairs Continued Table 12. Dial ModifiersTable 13. S-RegisterSummary Table 13. S-RegisterSummary Continued Data Mode AT COMMANDS Data Mode AT COMMANDS •ATW2 Table 14. Data Reporting Wn MappingFigure 3. Example of a Remote Connection ATW0 Data Mode AT COMMANDS +FMFR?, +FMDL?, +FREV? 3.6Online Command Mode Escape Codes, On 3.7Hanging Up Hn, S10, Zn, &D23.8Modem-to-ModemConnection Data Rates Data Mode AT COMMANDS +++AT +PMH=0+PCW=0 +VCID=1 Data Mode AT COMMANDS hook to connect the call. Now you can answer the phone and talk. After completing your voice conversation, the modem will issue another +PMHF and ATO command to initiate a Quick Connect. If the server rejects the request to go on hold, the user can stay on line ATO command issued or disconnect from his initial data connection ATH command issued Table 16. Supported Modulation Types 3.9.1Local Analog Loopback AT&T1 3.9Diagnostic Testing S18, &Tn Local Modem or Test Modem 3.9.2Local Analog Loopback With Self-TestAT&T8LOCAL MODEM Figure 6. Local Analog Loopback Test Licensing Requirements for Hayes Escape Sequence 3.10.1Time-IndependentEscape Sequence <char1><char2><char3><AT command><contents of S3> Formatchar1 = char2 = char3 = escape character S2 3.10.2Hayes* Escape Sequence Table 18. Data Mode Command Descriptions Data Mode AT COMMANDS Sn=x Data Mode AT COMMANDS Intel Confidential536EX Chipset Developer’s Manual 536EX Chipset Developer’s Manual AT&V0 Data Mode AT COMMANDS Command Default IndicationDefinition 1, 0, Data Mode AT COMMANDS +ESR +ETBM1, 1, +ILRR=m +GMR+GSN +IFC 536EX Chipset Developer’s Manual see ‘m’ <carrier>Description +MS=m +PMHR +PHSW=+PMHF <value> Data Mode AT COMMANDS Error Correction and Data Compression4 Error Correction and Data CompressionTable 19. Operating Modes NOTES Table 20. Resulting +ES Connection Types Error Correction and Data Compression Intel Confidential536EX Chipset Developer’s Manual Error Correction and Data Compression <max string> +DR=mdirection +DS=m +EFCS=m 3768 +ER=m +ES=m Fax Class 1 AT Commands Fax Class 1 AT Commands5.1Fax Identity Commands 5.2Fax Class 1 Commands Table 23. <mod> Selection Table Figure 8. T.30 HDLC Frame Format Table 24. Fax Mode Command Descriptions shown in Table 23 on page Table 24. Fax Mode Command Descriptions Continued+FRH=m Refer to Table 23 on page +FTH=m IS-101Voice Mode AT Commands IS-101Voice Mode AT Commands Table 25. Voice Mode Command Descriptions 6.1DTMF Detection Reporting6.2Relay Control m = <deassert>, <assert> +FLO=m +VDR=m m=<enable>, <report> +VEM=m m = <mask> Intel Confidential +VIP +VLS=m Preassigned Voice I/O Labels Relay/Playback Control: cont Voice I/O Primitive Codes +VRX m = <sds>, <sdi>+VSD=m m= <cml>, <vsr>, <scs>, <sel> +VSM=mTransmission: Range: +VSP=m Compression Method Selection: cont factory default is ‘0’ none +VTS=m DTMF and Tone Generation: cont CommandDefault Description S-Registers Table 26. S-RegisterCommand DescriptionsS-Registers Intel Confidential S-Registers536EX Chipset Developer’s Manual Intel Confidential S-Registers536EX Chipset Developer’s Manual Intel Confidential S-Registers536EX Chipset Developer’s Manual Intel Confidential Caller ID Caller IDTable 27. Caller ID Tags for Formatted Reporting NMBR = RING DATE = TIME = NMBR = NAME = DOE JOHN MESG =RING RING <DLE> R Figure 11. UART Emulation in Intelsdb.VxD Parallel Host Interface 16C450/16C550AUART Parallel Host Interface 16C450/16C550A UART UART Receiver Flow Diagram UART Transmitter Flow Diagram NAME REGISTERBIT NUMBER ADDRESS Figure 15. Modem Status Register MSR 9.2.1Scratch Register SCR9.2.2Modem Status Register MSR Figure 14. Scratch Register SCR Figure 16. Line Status Register LSR 9.2.3Line Status Register LSR Figure 18. Line Control Register LCR 9.2.4Modem Control Register MCR9.2.5Line Control Register LCR Figure 17. Modem Control Register MCR 9.2.6FIFO Control Register FCR RegisterFigure 19. FIFO Control Register FCR 9.2.7Interrupt Identity Register IIR Figure 20. Interrupt Identity Register IIRTable 28. Interrupt Control Functions Figure 22. Transmitter Holding Register THR 9.2.8Interrupt Enable Register IERFigure 21. Interrupt Enable Register IER 9.2.9Transmitter Holding Register THR Figure 24. Divisor Latch Registers DLM and DLL 9.2.10Receiver Buffer Register RBR9.2.11Divisor Latch Registers DLM and DLL Figure 23. Receiver Buffer Register RBR 9.316C550A UART FIFO Operation 9.3.1FIFO Interrupt Mode Operation9.3.2FIFO Polled Mode Operation Intel Confidential Parallel Host Interface 16C450/16C550A UART536EX Chipset Developer’s Manual