50b1fd1392
versions of the NE driver will report the OUI while others will report the PCI ID. We'll put in the Intel values when we get them (may not be for a few more weeks). This commit was SVN r20457.
210 строки
7.1 KiB
INI
210 строки
7.1 KiB
INI
#
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# Copyright (c) 2006 Cisco Systems, Inc. All rights reserved.
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# Copyright (c) 2006-2008 Mellanox Technologies. All rights reserved.
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# $COPYRIGHT$
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#
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# Additional copyrights may follow
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#
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# This is the default NIC/HCA parameters file for Open MPI's OpenIB
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# BTL. If NIC/HCA vendors wish to add their respective values into
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# this file (that is distributed with Open MPI), please contact the
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# Open MPI development team. See http://www.open-mpi.org/ for
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# details.
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# This file is in the "ini" style, meaning that it has sections
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# identified section names enclosed in square brackets (e.g.,
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# "[Section name]") followed by "key = value" pairs indicating values
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# for a specific NIC/HCA vendor and model. NICs/HCAs are identified
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# by their vendor ID and vendor part ID, which can be obtained by
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# running the diagnostic utility command "ibv_devinfo". The fields
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# "vendor_id" and "vendor_part"id" are the vendor ID and vendor part
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# ID, respectively.
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# The sections in this file only accept a few fields:
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# vendor_id: a comma-delimited list of integers of NIC/HCA vendor IDs,
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# expressed either in decimal or hexidecimal (e.g., "13" or "0xd").
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# Individual values can be taken directly from the output of
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# "ibv_devinfo". NIC/HCA vendor ID's correspond to IEEE OUI's, for
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# which you can find the canonical list here:
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# http://standards.ieee.org/regauth/oui/. Example:
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#
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# vendor_id = 0x05ad
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#
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# Note: Several vendors resell Mellanox hardware and put their own firmware
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# on the cards, therefore overriding the default Mellanox vendor ID.
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#
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# Mellanox 0x02c9
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# Cisco 0x05ad
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# Silverstorm 0x066a
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# Voltaire 0x08f1
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# HP 0x1708
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# Sun 0x03ba
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# vendor_part_id: a comma-delimited list of integers of different
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# NIC/HCA models from a single vendor, expressed in either decimal or
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# hexidecimal (e.g., "13" or "0xd"). Individual values can be
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# obtained from the output of the "ibv_devinfo". Example:
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#
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# vendor_part_id = 25208,25218
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# mtu: an integer indicating the maximum transfer unit (MTU) to be
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# used with this NIC/HCA. The effective MTU will be the minimum of an
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# NIC's/HCA's MTU value and its peer NIC's/HCA's MTU value. Valid
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# values are 256, 512, 1024, 2048, and 4096. Example:
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#
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# mtu = 1024
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# use_eager_rdma: an integer indicating whether RDMA should be used
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# for eager messages. 0 values indicate "no" (false); non-zero values
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# indicate "yes" (true). This flag should only be enabled for
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# NICs/HCAs that can provide guarantees about ordering of data in
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# memory -- that the last byte of an incoming RDMA write will always
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# be written last. Certain cards cannot provide this guarantee, while
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# others can.
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# use_eager_rdma = 1
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# receive_queues: a list of "bucket shared receive queues" (BSRQ) that
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# are opened between MPI process peer pairs for point-to-point
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# communications of messages shorter than the total length required
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# for RDMA transfer. The use of multiple RQs, each with different
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# sized posted receive buffers can allow [much] better registered
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# memory utilization -- MPI messages are sent on the QP with the
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# smallest buffer size that will fit the message. Note that flow
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# control messages are always sent across the QP with the smallest
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# buffer size. Also note that the buffers *must* be listed in
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# increasing buffer size. This parameter matches the
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# mca_btl_openib_receive_queues MCA parameter; see the ompi_info help
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# message and FAQ for a description of its values. BSRQ
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# specifications are found in this precedence:
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# highest: specifying the mca_btl_openib_receive_queues MCA param
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# next: finding a value in this file
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# lowest: using the default mca_btl_openib_receive_queues MCA param value
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# receive_queues = P,128,256,192,128:S,65536,256,192,128
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# max_inline_data: an integer specifying the maximum inline data (in
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# bytes) supported by the device. -1 means to use a run-time probe to
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# figure out the maximum value supported by the device.
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# max_inline_data = 1024
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############################################################################
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[default]
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# These are the default values, identified by the vendor and part ID
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# numbers of 0 and 0. If queried NIC/HCA does not return vendor and
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# part ID numbers that match any of the sections in this file, the
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# values in this section are used. Vendor IDs and part IDs can be hex
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# or decimal.
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vendor_id = 0
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vendor_part_id = 0
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use_eager_rdma = 0
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mtu = 1024
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max_inline_data = 128
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############################################################################
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[Mellanox Tavor Infinihost]
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vendor_id = 0x2c9,0x5ad,0x66a,0x8f1,0x1708
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vendor_part_id = 23108
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use_eager_rdma = 1
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mtu = 1024
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max_inline_data = 128
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############################################################################
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[Mellanox Arbel InfiniHost III MemFree/Tavor]
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vendor_id = 0x2c9,0x5ad,0x66a,0x8f1,0x1708,0x03ba
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vendor_part_id = 25208,25218
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use_eager_rdma = 1
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mtu = 1024
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max_inline_data = 128
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############################################################################
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[Mellanox Sinai Infinihost III]
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vendor_id = 0x2c9,0x5ad,0x66a,0x8f1,0x1708,0x03ba
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vendor_part_id = 25204
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use_eager_rdma = 1
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mtu = 2048
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max_inline_data = 128
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############################################################################
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# A.k.a. ConnectX
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[Mellanox Hermon]
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vendor_id = 0x2c9,0x5ad,0x66a,0x8f1,0x1708,0x03ba
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vendor_part_id = 25408,25418,25428,26418,26428
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use_eager_rdma = 1
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mtu = 2048
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max_inline_data = 128
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############################################################################
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[IBM eHCA 4x and 12x]
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vendor_id = 0x5076
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vendor_part_id = 0,1
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use_eager_rdma = 1
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mtu = 2048
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receive_queues = P,128,256,192,128:P,65536,256,192,128
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max_inline_data = 0
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############################################################################
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# See http://lists.openfabrics.org/pipermail/general/2008-June/051920.html
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# 0x1fc1 and 0x1077 are PCI ID's; at least one of QL's OUIs is 0x1175
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[QLogic InfiniPath 1]
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vendor_id = 0x1fc1,0x1077,0x1175
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vendor_part_id = 13
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use_eager_rdma = 1
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mtu = 2048
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[QLogic InfiniPath 2]
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vendor_id = 0x1fc1,0x1077,0x1175
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vendor_part_id = 16,29216
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use_eager_rdma = 1
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mtu = 4096
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############################################################################
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# Chelsio's OUI is 0x0743. 0x1425 is the PCI ID.
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[Chelsio T3]
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vendor_id = 0x1425
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vendor_part_id = 0x0020,0x0021,0x0022,0x0023,0x0024,0x0025,0x0026,0x0030,0x0031,0x0032
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use_eager_rdma = 1
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mtu = 2048
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receive_queues = P,65536,256,192,128
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max_inline_data = 64
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############################################################################
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# I'm *assuming* that 0x4040 is the PCI ID...
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[NetXen]
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vendor_id = 0x4040
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vendor_part_id = 0x0001,0x0002,0x0003,0x0004,0x0005,0x0024,0x0025,0x0100
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use_eager_rdma = 1
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mtu = 2048
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receive_queues = P,65536,248,192,128
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max_inline_data = 64
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############################################################################
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# NetEffect's OUI is 0x1255. 0x1678 is the PCI ID.
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# ...but then NetEffect was bought by Intel. Still waiting for
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# new OUI/PCI ID and part_id values from Intel.
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[NetEffect NE020]
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vendor_ID = 0x1678,0x1255
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vendor_part_id = 0x0100
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use_eager_rdma = 1
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mtu = 2048
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receive_queues = P,128,256,192,128:P,65536,256,192,128
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max_inline_data = 64
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