AT+i Programmer's Manual - SE Spezial-Electronic AG

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15.1 +iWLTR — Wireless LAN Transmission Rate Syntax: AT+iWLTR= Parameters: tr=0..13 Command Options: Wireless LAN Mode Sets the maximum allowable wireless LAN transmission rate. tr=0 Maximum supported transmission rate tr=1 Limited to 1 Mbps tr=2 Limited to 2 Mbps tr=3 Limited to 5.5 Mbps tr=4 Limited to 11 Mbps tr=5 Reserved tr=6 Limited to 6 Mbps tr=7 Limited to 9 Mbps tr=8 Limited to 12 Mbps tr=9 Limited to 18 Mbps tr=10 Limited to 24 Mbps tr=11 Limited to 36 Mbps tr=12 Limited to 48 Mbps tr=13 Limited to 54 Mbps Default: 0 (Maximum transmission rate) Result Code: I/OK If tr=0..13 I/ERROR Otherwise AT+i Programmer‘s Manual Version 8.21 15-2
16 IP Registration IP Registration When iChip goes online in a dial-up environment, it is normally assigned a dynamic IP address during PPP establishment. Since a different IP address is usually assigned every session, it is not practical to use iChip as a server, since the clients do not know what IP address to use. Furthermore, under these restrictions, there is no practical way to know whether a specific system is online or offline. A similar problem occurs when using the iChip LAN, which is configured to use a DHCP server. In this environment, a different IP address is usually assigned every time the iChip LAN boots and connects to the LAN. To overcome this problem, iChip incorporates built-in procedures designed to register its IP address on a server system each time it goes online. Once registered, client systems may interrogate the servers in order to verify the online status of a specific system and retrieve its currently assigned IP address. The IP registration process is governed by several AT+i parameters. Once these parameters are configured, iChip registers its IP address accordingly when it goes online as a result of an explicit AT+i command (AT+iUP) or as a result of automated Internet session establishment procedures, such as a triggered Internet session or when going online as a SerialNET mode server. In cases where iChip uses a NAT gateway to the Internet, it can be configured to register the NAT‘s IP address and a special port that is linked to iChip in the NAT‘s configuration. See details in the RRRL parameter description. When this is the case, the RRRL parameters (IP and port) are used instead of the local IP and port values that iChip is assigned, in all registration methods (RRMA, RRSV, and RRWS). iChip includes several IP registration methods, as described below. 16.1 E-Mail Registration iChip registers itself by sending an e-mail that contains its ID information and current IP address. When the RRMA parameter contains an e-mail address, iChip sends an e-mail containing its current IP address or its RRRL to the address defined in RRMA during the registration procedure. The syntax of the e-mail body is: iChip- S/N: Version: HN: IP: Port: http:// The subject line of the e-mail is: "RING RESPONSE LINK From: iChip- S/N: Version: HN: IP: Port:" where, Port is LPRT if in SerialNET mode; 80 if not in SerialNET mode and AWS is enabled, and 0 if not in SerialNET mode and AWS=0. The receiving end may refer to the contents of the subject line to filter out this e-mail message. AT+i Programmer‘s Manual Version 8.21 16-1
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Pub. No. 20-5000-08_21, January 200
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Revision History 20-5000-08_21 Revi
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Contents 10.1 +IWWW — ACTIVATE EM
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Contents 25.3 HEADER PARAMETER NAME
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Contents 33.4.5 +iRDL — Number of
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Contents 33.17.2 +iDSLT — DHCP Se
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Tables Tables Table 2-1 AT+i Comman
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AT+i Command Set If a syntax error
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2 General Format AT+i[[ | #UFn]…]
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General Format Command Function Par
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General Format Command Function Par
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AT+i Result Code Summary 85 RESERVE
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4 Report Status 4.1 +iRPi — Repor
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Report Option Format 10 I/(, , , )
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5 Connection 5.1 +iBDRA — Forces
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5.3 +iTUP — Triggered Internet Se
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5.4 +iDOWN — Terminate Internet S
Page 35 and 36: 6 E-mail Send Commands E-mail Send
Page 37 and 38: Notes: E-mail Send Commands I/OK If
Page 39 and 40: 7 E-Mail Retrieve 7.1 +iRML — Ret
Page 41 and 42: 7.3 +iRMM — Retrieve Mail Message
Page 43 and 44: E-Mail Receive (RMM) Flow Diagram I
Page 45 and 46: -or- specified. HTTP Client Interfa
Page 47 and 48: 9 SerialNET Mode Initiation 9.1 +iS
Page 49 and 50: 10 Web Server Interface 10.1 +iWWW
Page 51 and 52: 11 File Transfer Protocol (FTP) 11.
Page 53 and 54: 11.3 +iFDNL — FTP Directory Names
Page 55 and 56: 11.5 +iFCWD — FTP Change Working
Page 57 and 58: 11.7 +iFRCV — FTP Receive File Sy
Page 59 and 60: 11.9 +iFAPN — FTP Open File for A
Page 61 and 62: 11.11 +iFCLF — FTP Close File Syn
Page 63 and 64: 11.13 +iFCLS — FTP Close Session
Page 65 and 66: 12.2 +iTRCV — Telnet Receive Data
Page 67 and 68: 12.4 +iTBSN[%] — Telnet Send A By
Page 69 and 70: 12.6 +iTCLS — Telnet Close Sessio
Page 71 and 72: 13.2 +iSUDP — Open A Connectionle
Page 73 and 74: Direct Socket Interface 13.4 +iLSST
Page 75 and 76: 13.6 +iSCS — Get A Socket Connect
Page 77 and 78: Result Code: Direct Socket Interfac
Page 79 and 80: Direct Socket Interface I/ERROR If
Page 81 and 82: 13.10 +iSDMP — Dump Socket Buffer
Page 83 and 84: 13.12 +iSCLS — Close Socket Synta
Page 85: 15 Wireless LAN Mode Wireless LAN M
Page 89 and 90: 17 DHCP Client DHCP Client A DHCP c
Page 91 and 92: 19 Ad-Hoc Networks Ad-Hoc Networks
Page 93 and 94: 20 Secure Socket Protocol Secure So
Page 95 and 96: Secure Socket Protocol When the AT+
Page 97 and 98: 20.6 +i[@]FOPS — Secure FTP Open
Page 99 and 100: 22 MIME Encapsulated E-Mail Message
Page 101 and 102: 22.3 MIME-Encapsulated E-Mail Messa
Page 103 and 104: The control characters are defined
Page 105 and 106: 23.3 Software Flow Control During A
Page 107 and 108: 23.5 Host iChip Hardware Flow Cont
Page 109 and 110: Remote Firmware Update 2. If the do
Page 111 and 112: 25 iChip Parameter Update 25.1 Intr
Page 113 and 114: 25.4 Uploading A Parameters Update
Page 115 and 116: 26.3 Web Server Modes Two web serve
Page 117 and 118: 26.7 Host Interaction Mode iChip Em
Page 119 and 120: ~headline~ iChip Embedded Web Ser
Page 121 and 122: iChip Embedded Web Server Tags. Thi
Page 123 and 124: 27.3 RAS Theory of Operation iChip
Page 125 and 126: 28 SerialNET Theory of Operation 28
Page 127 and 128: SerialNET Theory of Operation bytes
Page 129 and 130: SerialNET Theory of Operation If th
Page 131 and 132: Accumulate Quiet Time 29.5 FTP Rece
Page 133 and 134: Secure Socket Protocol Theory of Op
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Secure Socket Protocol Theory of Op
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Remote AT+i Service iChip LAN will
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Nonvolatile Parameter Database Para
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33.3 Operational Parameters 33.3.1
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33.3.3 +iMIS — Modem Initializati
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2. AT+iMIS=‖ 3. AT+iBDRF=3 4. AT+
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33.3.6 +iTTO — TCP Timeout Syntax
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33.3.8 +iMPS — Max PPP Packet Siz
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Nonvolatile Parameter Database 33.3
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33.3.14 +iFLW — Set Flow Control
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33.3.16 +iPSE — Set Power Save Mo
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33.3.18 +iDF — IP Protocol ‘Don
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33.4 ISP Connection Parameters 33.4
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33.4.3 +iUSRN — Define Connection
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33.4.5 +iRDL — Number of Times to
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33.5 Server Profile Parameters 33.5
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33.5.3 +iSMTP — Define SMTP Serve
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33.5.7 +iPOP3 — Define POP3 Serve
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33.7 Email Format Parameters Nonvol
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33.7.4 +iDELF — Email Delete Filt
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33.7.6 +iTOA — Define Primary Add
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33.7.8 +iREA — Return Email Addre
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33.7.10 +iCCn — Define Alternate
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33.7.12 +iMST — Media Subtype Str
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33.8 HTTP Parameters Nonvolatile Pa
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33.9 RAS Server Parameters Nonvolat
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33.9.3 +iRAP — Password for RAS A
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33.10.2 +iDIP — iChip Default IP
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33.10.4 +iIPG — IP Address of the
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33.11 Wireless LAN Parameters 33.11
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33.11.3 +iWLWM — Wireless LAN WEP
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33.11.5 +iWLKn — Wireless LAN WEP
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33.11.7 +iWLPP — Personal Shared
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33.12 IP Registration Parameters No
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33.16 Secure Socket Protocol Parame
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33.16.3 +iCERT — Define SSL3/TLS1
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33.17 DHCP Server Parameters Nonvol
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34 Appendix A 34.1 MIME content typ
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Type Subtype image jpeg gif ief g3f
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MT=0 MST=‖text-plain‖ # CONNECT
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37 Index +i!RP11 - Ad-Hoc Network R
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Header Parameter Names and Values .
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