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IETF RFC 1089
SNMP over Ethernet Last modified on Thursday, February 23rd, 1989 Permanent link to RFC 1089 Search GitHub Wiki for RFC 1089 Show other RFCs mentioning RFC 1089 Network Working Group M. Schoffstall Request for Comments: 1089 Rensselaer Polytechnic Institute C. Davin MIT Laboratory for Computer Science M. Fedor NYSERNet, Inc. J. Case University of Tennessee at Knoxville February 1989 SNMP over Ethernet Status of This Memo This memo describes an experimental method by which the Simple Network Management Protocol (SNMP) as specified in [1] can be used over Ethernet MAC layer framing [2] instead of the Internet UDP/IP protocol stack. This specification is useful for LAN based network elements that support no higher layer protocols beyond the MAC sub- layer. Distribution of this memo is unlimited. Overview and Rational SNMP has been successful in managing Internet capable network elements which support the protocol stack at least through UDP the connectionless Internet transport layer protocol. As originally designed, SNMP is capable of running over any reasonable transport mechanism (not necessarily a transport protocol) that supports bi- directional flow and addressability. Many non-Internet capable network elements are present in local networks; for example, repeaters and wiring concentrators. They include both addressability, and programmable intelligence. These devices are widely used and increasingly important yet, for the most part, invisible except through proprietary mechanisms. Specification Almost all Internet capable network elements use the same mechanism for encapsulation of the Internet protocol stack regardless of conformity with the physical characteristics of Ethernet or 802.3, this mechanism is specified in [3] and [4]. This specification continues that style with the assignment (by XEROX) of 33100 (hexadecimal 814C) to the Ethernet Type field for SNMP. The data portion of the Ethernet frame would then be a standard SNMP message as specified in [1]. Schoffstall, Davin, Fedor & Case PAGE 1 |