Netintro

FXP(4) - Device Drivers Manual

Cardbus, Intro, Pci, Ifmedia, Arp, Netintro, Icsphy, Ifconfig, Inphy, Nsphy, Iophy, Hostname.if, Fxp

FXP(4) - Device Drivers Manual # FXP(4) - Device Drivers Manual NAME # fxp - Intel EtherExpress PRO/100 10/100 Ethernet device SYNOPSIS # fxp* at pci? fxp* at cardbus? icsphy* at mii? inphy* at mii? iophy* at mii? nsphy* at mii? DESCRIPTION # The fxp device driver supports the Intel EtherExpress 100 family of Ethernet cards based on various revisions of the i82557, i82558, i82559, i82559S, i82550, i82551, and i82562 chipsets, including the following: ...

GCU(4) - Device Drivers Manual

Netintro, Pci, Intro, Em, Gcu

GCU(4) - Device Drivers Manual # GCU(4) - Device Drivers Manual NAME # gcu - Intel EP80579 Global Configuration Unit SYNOPSIS # gcu* at pci? DESCRIPTION # The gcu driver provides access to the miibus that is hidden behind the GCU device. It is used to control PHYs on embedded designs utilizing Intel’s EP80579 chips. The GCU also provides access to CAN, SSP and TDM signal strength drivers, but since they are not supported by OpenBSD the driver does not provide any functionality related to them. ...

GEM(4) - Device Drivers Manual

Intro, Ifmedia, Arp, Netintro, Brgphy, Gentbi, Lxtphy, Ifconfig, Inet, Eephy, Luphy, Bmtphy, Hostname.if, Gem

GEM(4) - Device Drivers Manual # GEM(4) - Device Drivers Manual NAME # gem - GEM 10/100/1Gb Ethernet device SYNOPSIS # gem* at pci? gem* at sbus? bmtphy* at mii? brgphy* at mii? eephy* at mii? gentbi* at mii? luphy* at mii? lxtphy* at mii? DESCRIPTION # The gem driver provides support for various NICs based on the GEM Ethernet controller chips, including the following: Apple GMAC (10/100/1000baseT) Sun ERI (10/100baseT) Sun GEM (10/100/1000baseT) Sun GEM (1000baseSX) It uses an external PHY or an external 10-bit interface. ...

GRE(4) - Device Drivers Manual

Netstart, Netintro, Options, Sysctl, Protocols, Eoip, Ifconfig, Inet, Ip, Hostname.if, Gre

GRE(4) - Device Drivers Manual # GRE(4) - Device Drivers Manual NAME # gre, mgre, egre, nvgre - Generic Routing Encapsulation network device SYNOPSIS # pseudo-device gre DESCRIPTION # The gre pseudo-device provides interfaces for tunnelling protocols across IPv4 and IPv6 networks using the Generic Routing Encapsulation (GRE) encapsulation protocol. GRE datagrams (IP protocol number 47) consist of a GRE header and an outer IP header for encapsulating another protocol’s datagram. ...

HME(4) - Device Drivers Manual

Intro, Ifmedia, Arp, Netintro, Qsphy, Sbus, Ifconfig, Inet, Nsphy, Luphy, Hostname.if, Hme

HME(4) - Device Drivers Manual # HME(4) - Device Drivers Manual NAME # hme - Sun Happy Meal 10/100 Ethernet device SYNOPSIS # hme* at pci? hme* at sbus? luphy* at mii? nsphy* at mii? qsphy* at mii? DESCRIPTION # The hme driver provides support for various NICs based on the Sun Happy Meal Ethernet controller chips, including the following: Sun FastEthernet PCI Sun FastEthernet SBus Sun Quad FastEthernet PCI Sun Quad FastEthernet SBus Sun SunSwift PCI Sun SunSwift SBus The hme driver supports several media types, which are selected via the ifconfig(8) command. ...

IAVF(4) - Device Drivers Manual

Intro, Pci, Ifmedia, Arp, Netintro, Ifconfig, Hostname.if, Iavf

IAVF(4) - Device Drivers Manual # IAVF(4) - Device Drivers Manual NAME # iavf - Intel Ethernet Adaptive Virtual Function device SYNOPSIS # iavf* at pci? DESCRIPTION # The iavf driver supports the SR-IOV Virtual Functions of Intel 700 series Ethernet controller devices, and newer product families. SEE ALSO # arp(4), ifmedia(4), intro(4), netintro(4), pci(4), hostname.if(5), ifconfig(8) HISTORY # The iavf driver first appeared in OpenBSD 6.6. AUTHORS # The iavf driver was written by David Gwynne <dlg@openbsd. ...

ICMP(4) - Device Drivers Manual

Send, Netintro, Inet, Recv, Ip, Icmp

ICMP(4) - Device Drivers Manual # ICMP(4) - Device Drivers Manual NAME # icmp - Internet Control Message Protocol SYNOPSIS # #include <sys/socket.h> #include <netinet/in.h> int socket(AF_INET, SOCK_RAW, proto); DESCRIPTION # ICMP is the error and control message protocol used by IP and the Internet protocol family. It may be accessed through a “raw socket” for network monitoring and diagnostic functions. The proto parameter to the socket call to create an ICMP socket is obtained from getprotobyname(3). ...

ICMP6(4) - Device Drivers Manual

Send, Netintro, Getsockopt, Setsockopt, Getprotobyname, Socket, Inet6, Recv, Ip6, Icmp6

ICMP6(4) - Device Drivers Manual # ICMP6(4) - Device Drivers Manual NAME # icmp6 - Internet Control Message Protocol for IPv6 SYNOPSIS # #include <sys/socket.h> #include <netinet/in.h> #include <netinet/icmp6.h> int socket(AF_INET6, SOCK_RAW, IPPROTO_ICMPV6); DESCRIPTION # ICMPv6 is the error and control message protocol used by IPv6 and the IPv6 protocol family (see ip6(4) and inet6(4)). It may be accessed through a “raw socket” for network monitoring and diagnostic functions. ...

IE(4) - Device Drivers Manual (i386)

Intro, Ifmedia, Arp, Netintro, Ifconfig, Hostname.if, Ie

IE(4) - Device Drivers Manual (i386) # IE(4) - Device Drivers Manual (i386) NAME # ie - Intel i82586 Ethernet device SYNOPSIS # ie0 at isa? port 0x360 irq 7 iomem 0xd0000 ie1 at isa? port 0x300 irq 10 DESCRIPTION # The ie device driver supports Intel 82586-based Ethernet cards. This includes the following network adapters: 3Com 3C507 AT&T StarLAN 10 AT&T EN100 AT&T StarLAN Fiber Intel EtherExpress 16 ...

IFCONFIG(8) - System Manager's Manual

Intro, Rtable, Tcpdump, Ifmedia, Netintro, Rc, Netstat, Slaacd, Inet, Hosts, Hostname.if, Route, Ifconfig

IFCONFIG(8) - System Manager’s Manual # IFCONFIG(8) - System Manager’s Manual NAME # ifconfig - configure network interface parameters SYNOPSIS # ifconfig [-AaC] [-M lladdr] [interface] [address_family] [address [dest_address]] [parameters] DESCRIPTION # The ifconfig utility is used to assign an address to a network interface and/or configure network interface parameters. Generally speaking, hostname.if(5) files are used at boot-time to define the network address of each interface present on a machine; ifconfig is used at a later time to redefine an interface’s address or other operating parameters. ...