IPG/7000 Utilities

Protocol Settings

Network Peer Protocol Type

Non-Secure Protocols for Private Networks

	Raw TCP Establish a simple network connection with no additional processing.
	Simple POS Terminal Protocols Establish a pass-through connection with a payment authorization server that communicates directly with a local POS terminal.
	Converted POS Terminal Protocols Convert POS terminal packets to a network-based transaction protocol. Dial-up behavior is emulated for the local POS terminal.

SSL-Secured Protocols for Internet Connections

	Secure TCP Establish a secured, encrypted network connection with the remote peer.
	Secured Simple POS Terminal Protocols Establish a secured, pass-through connection with a payment authorization server that communicates directly with a local POS terminal.
	Secured Converted POS Terminal Protocols Convert POS terminal packets to a secure network-based transaction protocol. Dial-up behavior is emulated for the local POS terminal.

Mannatec Fleet Card Settings

Site Type
Commercial Fueling Network (CFN)
Other
Generic ID
CFN 6-digit Site ID

Network Services International (NSI) Settings

Merchant ID
Client ID
SDLC Address (hexadecimal)
2-byte Length Header Options

Byte Order Style

Excentus RISE Settings

Participant ID
Site ID
Custom1
Custom2

SSL Security Settings

Type of Peer
SSL Server
SSL Client
Peer Identity Verification

Certificate must match peer's DNS hostname
Certificate must belong to:
Don't verify peer's identity (WARNING: the connection will be encrypted, but will not be secure!)
List of Allowable Ciphers

Port Override Settings

Data framing overrides for sessions using this peer

Use values from Serial Settings
Use 8N (use 8 databits, NO parity)
Use 7E (use 7 databits, EVEN parity)
Use 7O (use 7 databits, ODD parity)
Use synchronous framing (SDLC)
Modem protocol overrides for sessions using this peer

Advanced Settings

Maximum number of simultaneous connections to this peer
(0 for unlimited)

Connection Timeout
(in milliseconds, 0 for the default of 20 seconds)

DCE DCD Modem Signal Policy
Determines when DCD is asserted for DCE serial ports.

Before network connection

After network connection

After SSL negotiations

Dial Settings

Port to use for dial out
Modem initialization string (for external modems only)

	Raw Data Establish a simple dialup connection with no additional processing.
	EchoSat SPG CPNI Converts legacy CPNI packets to EchoSat SPG Gateway for dialup hosts.
	EchoSat SPG/NWS IP to Dial Conversion Converts HPS/NWS IP packets for dialup hosts.
	FirstData Buypass (single-threaded) Convert network transactions to BuyPass Asynchronous Message Format for first-generation dialup hosts.
	FirstData Buypass (multi-threaded with TPDU) Convert network transactions with TPDU headers to BuyPass Host-to-Controller or Atlanta format for second-generation dialup hosts. Provide health check responses locally. Typical applications are IBM ACE, Midax, etc.
	FirstData Buypass (multi-threaded without TPDU) Convert network transactions without TPDU headers to BuyPass Host-to-Controller format for second-generation dialup hosts. Provide health check responses locally. Typical applications are IBM-SA (Manta Code), MTX WinEPS, Ingenico eN Concert, Payments2000, etc.
	FirstData Concord/EFS (single-threaded) Convert Concord V4 network transactions using the Chicago IP Wrapper to legacy asynchronous dialup host format.
	FirstData Concord/Links Convert Concord Links network transactions to legacy asynchronous dialup host format.
	FirstData Concord/EFS (Nova conversion) Convert Concord Nova STX/ETX/LRC/CR packets to legacy asynchronous dialup host format.
	Heartland ISO 8583 Converts Heartland ISO 8583 IP packets for dialup hosts.
	MTX to PTI Protocol (local health check processing) Convert network transactions to PTI dialup format. Health checks sent by the terminal are answered locally by the IPG/7000.
	RBS Lynk Single Threaded Protocol Convert network transactions to RBS Lynk single-threaded dialup format.
	RBS Lynk Single Threaded Protocol (local health check processing) Convert network transactions to RBS Lynk single-threaded dialup format. Health checks sent by the terminal are answered locally by the IPG/7000.
	RBS Lynk Multi Threaded Protocol Convert network transactions to RBS Lynk multi-threaded dialup format.
	RBS Lynk Multi Threaded Protocol (local health check processing) Convert network transactions to RBS Lynk multi-threaded dialup format. Health checks sent by the terminal are answered locally by the IPG/7000.
	NBS Serial and IP Conversion (auto detection of terminal LF/LRC) Convert NBS serial or IP packets to legacy asynchronous dialup host format.
	NBS Serial and IP Conversion (always send LF to terminal) Convert NBS serial or IP packets to legacy asynchronous dialup host format.
	Simple POS Terminal Protocols Establish a pass-through connection with a payment authorization server that communicates directly with a local POS terminal.
	Verifone Viper POS IP Protocols Converts Verifone Viper POS IP to Heartland VAPS dialup hosts.

	Encode POS terminal data as 7-bit data with even parity
	Pass all POS terminal data as raw 8-bit data
	Perform TeleCheck binary mode processing
	Perform FirstData Buypass processing (multi-threaded)
	Strip parity from host response packets

	The host will generate the initial ENQ to the POS terminal
	The host will generate the initial ENQ to the POS terminal (missing ENQ will trigger failover)
	The IPG/7000 will generate the initial ENQ to the POS terminal
	The IPG/7000 will generate the initial ENQ and wait for data before connecting to host

	Alphyra Format: Remove STX/ETX/LRC and add CR
	ArJay Format: Encapsulate dial terminal format into HTTPS for ArJay host.
	Buypass Format: Remove STX/ETX/LRC headers from each terminal packet
	Cash Depot Format: Pass STX/ETX/LRC packets and generate ENQ and ACK locally
	CFN Direct Format:Recognize STX...ETB...EOT or STX...ETX LRC packets from term and send with two byte length to host
	CFN Gasboy Format:Recognize STX...ETB...EOT packets from term and send as complete packet to host
	Columbus Data/Cardtronics Format: Encapsulate using the Columbus Data/Cardtronics transaction protocol
	Columbus Data IP Conversion: Strip 2-byte length header and encapsulate using STX/ETX/LRC
	Concord EFS Format: Enclose the entire terminal packet within a Concord EFS packet header
	ECHO/NCN Format: Convert SPKT/ECHK requests to Echo/NCN gateway format
	EchoSat SPG CPNI: Converts legacy CPNI packets to EchoSat SPG Gateway
	EchoSat SPG CPNI (Delayed Connect): Converts legacy CPNI packets to EchoSat SPG Gateway with connection delay
	EchoSat SPG CPNI (Health Check): Converts legacy CPNI packets to EchoSat SPG Gateway with local health check processing
	EchoSat SPG SPS (Asynch): Converts SPS/NWS packets to EchoSat SPG Gateway
	EchoSat SPG SPS (Bisync): Converts SPS/NWS packets to EchoSat SPG Gateway
	EchoSat SPG Legacy X3: Converts legacy X3 packets to EchoSat SPG Gateway
	Excentus RISE Serial Protocol: Pass STX/ETX/LRC packets and generate ENQ and ACK locally
	Excentus RISE Wrapping Protocol: Wrap packet in XML with header data (see additional fields below)
	Excentus RISE Serial and Wrapping Protocol: Pass STX/ETX/LRC packets and generate ENQ and ACK locally, then wrap packet in XML with header data (see additional fields below)
	FDMS Asynchronous Terminal Dial Format (FDMS South and FDMS Nashville): Encapsulate terminal packets using the FDMS Asynchronous Terminal Dial message format
	FDMS Leased Line Format (FDMS North and FDMS Nashville): Encapsulate terminal packets using the FDMS Leased Line message format
	First Horizon Internet Gateway Format: Encapsulate using the First Horizon Internet Gateway protocol
	FuelBay Data Collector: Collect terminal information and encapsulate using the FuelBay protocol
	Global Payments TCP/IP Format: EDC and Global Check terminal packets are encapsulated using Global Payments TCP/IP host format
	Global Payments Gateway @dvantage Format (asynch & synch): Global Check and EDC terminal packets are encapsulated for delivery to Gateway @dvantage
	Global Payments Gateway @dvantage Format (asynch only): Global Check and EDC terminal packets are encapsulated for delivery to Gateway @dvantage
	Heartland Payment Systems ISO8583 e-Header Conversion: Remove STX/ETX/LRC headers from each terminal packet
	Heartland Payment Systems (Formerly ADS) SecureExchange ISO-8583 Format: Remove ISO-8583 TPDU header and insert a 2-byte SecureExchange length header
	InComm Format: Total Control message format
	Indue Format: Local Visa II processing (no EOT), 2 byte, exclusive, net-endian length to host
	Ingenico Download Passthru: Passthru Ingenico download but strip initial V42
	Mannatec Fleet Card Format: A Mannatec header packet is sent to the host at the beginning of the transaction
	MerchantLink siteNET/M2 Internet Gateway Format: Encapsulate using the MerchantLink siteNET/M2 Internet Gateway protocol
	Merchant E-Solutions format: Send Visa II packets to NetConnect HTTP host.
	Metavante: Remove STX and LRC and add 2 byte exclusive length
	Micros siteNET Gateway Format: Encapsulate using the Micros siteNET Gateway protocol
	Moneytree Format: Packets are passed through unmodified, control bytes are handled locally
	NBS CRC/LRC Conversion: Converts between terminal CRCs and host LRCs.
	Network Services International (NSI) Format (ABP): Add merchant ID, client ID, and 2-byte length header
	Network Services International (NSI) Format (ABP/NCC): Add merchant ID, client ID, and 2-byte length header
	Network Services International (NSI) Format (SDLC): Add merchant ID, client ID, and 2-byte length header
	Network Services International (NSI) Simple VisaII Format: Remove STX/ETX/LRC headers from each terminal packet
	Opticard HTTPS Format: Encapsulate using the Opticard transaction protocol
	Paymentech™ NetConnect Format: Encapsulate using the Paymentech™ NetConnect protocol
	Paymentech™ TCP/IP Format (PNS): Remove LRC and insert a PNS packet header
	PMNPWX6204 Format: Spoof Visa II protocol, remove STX/ETX/LRC and add 2 byte exclusive length
	SmartLaCarte Format: Encapsulate using the SmartLaCarte Internet protocol
	Smart Transaction Systems Format: Encapsulate using the Smart Transaction transaction protocol
	STAR NE Format: Send local ENQ, two byte header to/from host
	Systech Identification: Sends a Systech identifier at the beginning of the connection
	Systems Techniques Format: Remove STX/ETX/LRC and add a NUL byte to the end of each terminal packet
	Tandem Online System Format: Remove STX/ETX/LRC and insert a Tandem packet header
	T-Chek Format: Locally interact with terminal, precede packets to host with ACK, append LRC to responses.
	TNS BNAC: Add TNS BNAC header to outgoing transactions, strip from incoming (combine this with Simple POS)
	Tranax RMS Conversion: Synchronize ENQ delivery between RMS client and terminal
	U.S. Bank: Two byte header to/from host
	Valutec Format: Encapsulate using the Valutec transaction protocol
	Wait for ENQ: Wait for ENQ from peer before proceeding
	Western Union Format: Add 2-byte length header, strip LRC

Protocol Settings

Network Peer Protocol Type

Non-Secure Protocols for Private Networks

SSL-Secured Protocols for Internet Connections

Dialup Peer Protocol Type

Pass-Through Settings for POS Terminal Data

POS Terminal to Network Host Conversion Settings

Paymentech™ NetConnect Protocol Settings

HTTP Settings

Query Commands

MerchantLink siteNET/M2 Settings

Mannatec Fleet Card Settings

Network Services International (NSI) Settings

Excentus RISE Settings

TNS BNAC Settings

Wait For Data To Connect Settings

SSL Security Settings

Port Override Settings

Advanced Settings

Dial Settings

Select peer to edit:
	Peer Name Peer Backup (optional)

	Enforce a one second delay between back-to-back packets sent to host
	Ignore host hangup and wait for terminal hangup

	Standard: STX/ETX/LRC
	Concord Nova CR-terminated: STX/ETX/LRC/CR (includes hangup-host-wait behavior)
	No LRC: STX/ETX

	Use the LRC sent by the terminal
	Recalculate the LRC for each terminal-to-host packet

	Use the LRC sent by the host
	Set the LRC to LF for each host-to-terminal packet

	Certificate must match peer's DNS hostname
	Certificate must belong to:
	Don't verify peer's identity (WARNING: the connection will be encrypted, but will not be secure!)

	Use values from Serial Settings
	Use 8N (use 8 databits, NO parity)
	Use 7E (use 7 databits, EVEN parity)
	Use 7O (use 7 databits, ODD parity)
	Use synchronous framing (SDLC)

Protocol Settings if (65534 != 0xFFFE) document.write(" for <FONT COLOR=blue>New Peer</FONT>");

Network Peer Protocol Type

Non-Secure Protocols for Private Networks

SSL-Secured Protocols for Internet Connections

Dialup Peer Protocol Type

Pass-Through Settings for POS Terminal Data

POS Terminal to Network Host Conversion Settings

Paymentech™ NetConnect Protocol Settings

HTTP Settings

Query Commands

MerchantLink siteNET/M2 Settings

Mannatec Fleet Card Settings

Network Services International (NSI) Settings

Excentus RISE Settings

TNS BNAC Settings

Wait For Data To Connect Settings

SSL Security Settings

Port Override Settings

Advanced Settings

Dial Settings

Protocol Settings