This directory lists all the specifications that PICMG has published
or is working on. Click here to
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Warning!
Draft specifications and ECR’s
are under the control of the subcommittee, if active. It
is PICMG’s policy to prohibit claims of compliance
with respect to a specification under development. Any such
claims must be understood as applying to a draft, which is
subject to change. |
PICMG
– No. |
Name |
Revision
ECN |
Date |
Status |
Description |
| |
|
|
|
|
|
1.0 |
PCI/ISA |
R2.0 |
10-Oct-94 |
Adopted |
Define CPU
form factor and backplane connector for PCI-ISA Passive Backplanes |
D3.0 |
|
Abandoned |
Incorporate
provisions of the PCI Local Bus Specification Revision 2.2 and
the PCI-X Addendum Revision 1.0. Clarify interrupt and IDSEL
bindings in bridged environments. Clarify mechanical requirements
for SBCs having 32 bit PCI connector to insure compatibility
with 64 bit sockets. |
1.1 |
PCI/ISA Bridging |
R1.1 |
25-May-95 |
Adopted |
Define a
form factor and backplane connector layout for PCI-PCI bridge
boards |
1.2 |
PCI Only (e-PCI-X) |
R1.0 |
23-Jan-02 |
Adopted |
Standardize
the mechanical and electrical interface to support a standard
form factor PCI computer system with either two PCI/PCI-X busses
or a single PCI/PCI-X bus. |
1.3 |
SHB Express |
|
20-Aug-05 |
Adopted |
Modernize
the PICMG 1.0 “Passive Backplane”
single board computer specification. SHB Express, or System Host
Board –
Express, uses the same physical form factor as 1.0 boards. The
board-to-board interface is PCI Express instead of PCI, although
the use of PCI remains as an option. |
| |
|
|
|
|
|
2.0 |
CompactPCI |
R2.1 |
2-Sep-97 |
Obsolete |
Define a
IEEE 1101.1 (Eurocard) PCI form factor, and assign a PCI pinout
on the IEC 1076-4-101 family of 2 millimeter hard metric connectors. |
R3.0 |
1-Oct-99 |
Adopted |
Incorporate
Hot Swap pin sequencing and other enhancements |
ECN
002 |
23-Jan-02 |
Adopted |
Geographical
to Logical Address Mapping |
2.1 |
Hot
Swap |
R1.0 |
3-Aug-98 |
Obsolete |
Incorporate
Hot Swap pin sequencing and other enhancements |
R2.0 |
17-Jan-01 |
Adopted |
Incorporate
ECRs for: Enhanced software connection architecture, 3.3 volt
66 MHz support, PCI-X compatibility, Compliance language |
2.2 |
VME64x |
R1.0 |
9-Sep-98 |
Adopted |
Define pin
assignments for the VME64 Extensions, as standardized under the
auspices of ANSI and VITA, on J5/P4 and J5/P5 of a CompactPCI
backplane. |
2.3 |
PMC
I/O |
R1.0 |
9-Sep-98 |
Adopted |
Define user
IO pin mappings from IEEE 1386 PMC sites to J3/P3, J4/P4, and
J5/P5 on a CompactPCI backplane. |
2.4 |
IP
I/O |
R1.0 |
9-Sep-98 |
Adopted |
Define user
IO pin mappings from ANSI/VITA standard IP sites to J3/P3, J4/P4,
and J5/P5 on a CompactPCI backplane. |
2.5 |
Telephony |
R1.0 |
3-Apr-98 |
Adopted |
Defines
the utilization of CompactPCI user definable pins for the computer
telephony functions of standard TDM bus, telephony rear IO, 48
VDC and ringing distribution in a 6U chassis environment. |
2.6 |
Bridging |
|
|
Dormant |
Defines
a means for CompactPCI CPU boards to drive two independent PCI
bus segments in a 6U environment. |
2.7 |
Dual
CompactPCI |
R1.0 |
11-Apr-01 |
Adopted |
|
2.8 |
PXI |
|
|
Dormant |
Define a
pinout of the J2 connector for use in instrumentation systems
based on CompactPCI |
2.9 |
Management |
R1.0 |
2-Feb-00 |
Adopted |
A specification
for a secondary system management bus for CompactPCI. |
ECN
001 |
20-May-02 |
Adopted |
Defines
CompactPCI slot connectivity data |
2.10 |
Keying |
R1.0 |
1-Oct-99 |
Adopted |
Use of the
keying mechanisms defined in IEC 1076-4-101 for the J4/P4 connector
and in IEEE 1101.10 for handle and cardguide hardware. |
2.11 |
Power
Interface |
R1.0 |
1-Oct-99 |
Adopted |
Define the
electrical and mechanical requirements relating to the functionality
and interoperability of plug-in power modules in CompactPCI systems |
2.12 |
Software
Interoperability |
R1.0 |
23-May-00 |
Obsolete |
Define vendor-independent
software interfaces supporting control of the software and hardware
connection processes as defined in PICMG 2. |
R2.0 |
20-May-02 |
Adopted |
Update to
include, PICMG 2.1 R2.0,Windows and Linux updates, Redundant
System Slot (RSS) API, Switched PCI-PCI bridging support, Hardware-
and O/S-independent models of network-connected intelligent nodes,
Standards-based management of HS- and RSS-capable CompactPCI
platforms andIDSEL to GA mapping - ECR to PICMG 2.1 |
2.13 |
Redundant
System Slot |
|
|
Abandoned |
Define an
approach to make the PCI System Slot functions redundant so the
System Slot CPU can be Hot Swapped. |
2.14 |
Multicomputing |
R1.0 |
5-Sep-01 |
Adopted |
Define packet-based
communications between heterogeneous PCI agents (multi-computing)
within the CompactPCI system architecture. |
2.15 |
PTMC |
R1.0 |
11-Apr-01 |
Adopted |
Define PTMC
to support specialized telecom interfaces and coexist with PMC. |
ECN
001 |
22-Jan-03 |
Adopted |
Enhances
TDM capacities by extending the TDM (H.110) bandwidth and adding
Ethernet links, as well as combining ATM capabilities with Ethernet
links |
2.16 |
PSB |
R1.0 |
5-Sep-01 |
Adopted |
Develop
a CompactPCI Packet Switching Backplane specification that is
an extension of the PICMG 2.x family of specifications by overlaying
a packet based switching architecture on top of CompactPCI. |
2.17 |
StarFabric |
R1.0 |
20-May-02 |
Adopted |
Develop
a specification that defines backplane, node card and switch
card requirements that are compatible with both the StarFabric
Protocol Specification and appropriate existing PICMG Specifications. |
2.18 |
RapidIO |
R1.0 |
18-Jun-04 |
Adopted |
Defines
redundant, switched, high-speed point-to-point connectivity among
some or all slots using Serial RapidIO and coexisting with 64
bit CompactPCI H.110 and optionally PICMG 2.16 |
2.20 |
Serial
Mesh |
R1.0 |
21-Oct-02 |
Adopted |
Define a
point-to-point serial interconnect intended to add high-speed
cell based data transport to the PICMG 2.x platforms. The CSMB
proposal is based on new high-speed signaling and connector standards
to improve differential line |
2.50 |
CompactTCA |
|
|
Dormant |
Formalize
a set of compatible practices for managed PICMG 2.16 platforms,
which constrain implementation options so as to enhance interoperability. |
| |
|
|
|
|
|
3.0 |
AdvancedTCA Base |
R1.0 |
30-Dec-02 |
Obsolete |
The
PICMG 3.0 “core” specification will specify board,
backplane and shelf mechanicals, power distribution and the connectivity
required for system management. Multiple zones for connectors
and their alignment and keying features will also be defined,
and the physical mapping to a connector family will be specified.
Specific fabric definitions will be undertaken on subsidiary
specifications (PICMG 3.1, PICMG 3.2, etc.). In this manner,
component interoperability will be defined by the combined PICMG
3.0 core specification and a subsidiary fabric specification.
It is the intent to develop the core specification and subsidiary
specifications as nearly in parallel as possible |
R1.0
ECN 001 |
21-Jan-04 |
Obsolete |
|
R2.0 |
18-Mar-05 |
Obsolete |
|
R2.0
ECN001 |
15-Jun-05 |
Obsolete |
ShMC Cross
Connect |
R2.0
ECN002 |
29-Apr-06 |
Obsolete |
Miscellaneous
CRs |
R3.0 |
24-Mar02008 |
Adopted |
Incorporate
ECN’s to R2.0 and additional CR’s |
3.1 |
AdvancedTCA Ethernet |
R1.0 |
22-Jan-03 |
Adopted |
Define how
Ethernet and Fibre Channel are mapped onto PICMG 3.0 . The intended
implementation practice will normally include at least one link
of Ethernet, and usage of Fibre Channel will be optional. |
R2.0 |
|
Under
Development |
Develop enumerated requirements that
incorporate 1000BASE-KX, 10GBASE-KX4 and 10GBASE-KR fabric options
into Revision 2.0 of the PICMG 3.1 specification. |
3.2 |
AdvancedTCA InfiniBand |
R1.0 |
22-Jan-03 |
Adopted |
Define how
InfiniBand transport is mapped onto PICMG 3.0 |
3.3 |
AdvancedTCA StarFabric |
R1.0 |
21-May-03 |
Adopted |
Define how
StarFabric transport is mapped onto PICMG 3.0 f |
3.4 |
AdvancedTCA
PCI Express |
R1.0 |
21-May-03 |
Adopted |
Define how
PCI Express and PCI Express Advanced Switching transport
is mapped onto PICMG 3.0 |
3.5 |
AdvancedTCA
RapidIO |
|
21-Sept-05 |
Adopted |
Define how
Serial RapidIO transport is mapped onto PICMG 3.0 |
3.6 |
AdvancedTCA
PRS |
|
|
Dormant |
Define how
Packet Routing Switch (PRS) is mapped onto PICMG 3.0 |
TBD |
xTCA for Physics |
|
10-Mar-09 |
Under Development |
Develop additional features and options for ATCA
and MicroTCA for use in particle physics research including data
collection and accelerator control systems |
| |
|
|
|
|
|
AMC.0 |
AdvancedMC Mezzanine
Module |
R1.0 |
1/3/2005 |
Obsolete |
|
R2.0 |
15-Nov-06 |
Adopted |
Define a
mezzanine building block approach for the addition of crucial
functionality to a PICMG 3.0 carrier card available from a number
of third party suppliers. |
ECN001 |
26-Jun-06 |
Obsolete |
Incorporated
in R2.0 |
ECN002 |
15-Nov-06 |
Obsolete |
Incorporated
in R2.0 |
AMC.1 |
AdvancedMC PCI
Express and AS |
R1.0 |
20-Jan-05 |
Adopted |
Defines
port usage for PCI Express and Advanced Switching environments
on AMC.0 |
| |
|
R2.0 |
08-Oct-08 |
Adopted |
|
AMC.2 |
AdvancedMC Ethernet |
|
|
Adopted |
Defines
port usage for Ethernet on AMC.0 |
AMC.3 |
AdvancedMC Storage |
|
25-Aug-05 |
Adopted |
Defines
port usage for Fibre Channel on AMC.0 |
AMC.4 |
AdvancedMC Serial
RapidIO |
|
11-Jul-09
|
Ratified |
Defines
port usage for Serial RapidIO on AMC.0 |
ARTM.0 |
AdvancedTCA
Rear Transition Module |
|
|
Under
Development |
Standardize
support for RTMs as manage FRUs. |
| |
|
|
|
|
|
SFP.0 |
System
Fabric Plane |
R1.0 |
24-Mar-05 |
Adopted |
Define a
consistent method for carrying encapsulated TDM across any AdvancedTCA
transport whether it be PICMG 3.1, 3.2, etc. (or a custom transport
implementation on PICMG 3.0), as well as for PICMG 2.16. |
SFP.1 |
iTDM |
R1.0 |
24-Mar-05 |
Adopted |
Define an
Internal TDM (I-TDM) multiplexed voice over packet protocol that
is optimized for Voice LANs and Packet Backplanes |
| |
|
|
|
|
|
EXP.0 |
CompactPCI
Express |
R1.0 |
27-Jun-05 |
Adopted |
Define the
connector, electrical, and mechanical requirements of 3U/6U System
Boards, Peripheral Boards, Switch Boards, and Backplanes using
PCI Express as peripheral interconnect with CompactPCI interoperability
features. |
PICMG 2.30
CPLUS.0
|
CompactPCI
Plus |
|
|
Member Review
Under Development
|
Define the
connector, electrical, and mechanical requirements of 3U/6U System
Boards, Peripheral Boards, Switch Boards, and Backplanes using
PCI Express as peripheral interconnect, and supporting a variety
of other switched serial interconnects, with CompactPCI and CompactPCI
Express interoperability features. |
| |
|
|
|
|
|
COM.0 |
Computer On Module |
R1.0 |
10-Jul-05 |
Adopted |
Define a
Computer-On-Module, or COM, with all components necessary for
a bootable host computer, packaged as a super component. Interfaces
will provide a smooth transition path from legacy parallel interfaces
to LVDS (Low Voltage Differential Signaling) interfaces. These
include the PCI bus and parallel ATA and PCI Express and
Serial ATA. |
R2.0 |
|
Under Development |
Additional support for new chipsets and interfaces |
CDG |
COM
Design Guide |
R1.0 |
|
|
Define interoperability
guidelines for COM.0 compliant modules and carriers. |
| |
|
|
|
|
|
MTCA.0 |
MicroTCA |
R1.0 |
6-Jul-06 |
Adopted |
Define a
system architecture that uses AdvancedMC mezzanine cards plugged
directly into a backplane without modifications |
MTCA.1 |
Air Cooled Rugged MicroTCA |
R1.0 |
19-Mar-09 |
Adopted |
Ruggedized
version of MicroTCA for exterior and mobile communications applications |
MTCA.2 |
Hardened
Air Cooled MicroTCA |
|
|
Under
Development |
Expand
the market for MicroTCA into commercial and military ruggedized
applications |
MTCA.3 |
Hardened
Conduction Cooled MicroTCA |
|
|
Under
Development |
| |
|
|
|
|
|
HPM.1 |
HPMI.1 |
R1.0 |
Jun-2007 |
Adopted |
Defines
management firmware upgrade capability |
ATCA300.0 |
ATCA300 |
R1.0 |
|
Dormant |
Define a
standard approach for implementing AdvancedTCA based equipment
which requires compliance with 300mm ANSI and ETSI equipment
practices. The intent is to re-define the size of the front board
and eliminate the standard AdvancedTCA Rear Transition Modules. |
TBD |
PICMG/VITA
Liason Project
PICMG XMC |
|
|
ANSI/VITA
42 completed |
This PICMG
subcommittee is studying VITA’s XMC (VITA 42) standard
for using PCI Express on PMC modules. Comments and suggestions
will be forwarded to VITA for their consideration. |
TBD |
PICMG/SAF Liason Project
HPI Mapping to AdvancedTCA |
|
|
Adopted
by SAF |
PICMG worked
with the Service Availability Forum to harmonize SAF’s
HPI specification with AdvancedTCA. |
TBD |
Requirements
Engineering Subcommittee (RES) |
|
Sep 2007 |
Complete |
This subcommittee
is chartered with summarizing and categorizing the mandatory
and optional sections of AdvancedTCA and AdvancedMC specifications
to make it easier for users and vendors to implement commercial
off the shelf systems. |
ICC.0 |
Interconnect
Characterization |
|
|
Under
Development |
Specify
methods for the characterization of the passive elements of backplane
and mezzanine interconnects. |
The
following specifications were developed by the ASI Sig which
has now disbanded and transferred these documents to PICMG. They
were not developed using PICMG’s process but are now available
under the same commercial terms as other PICMG specifications. |
ASI Core |
ASI Core |
R1.0. |
Dec 2003 |
Adopted |
Advanced Switching Core Architecture Specification |
ASI PI-8 |
ASI Protocol Interface #8 |
R1.0 |
Feb 2004 |
Adopted |
PCI-Express to Advanced Switching Bridge Architecture Specification |
ASI SDT |
ASI Socket Data Interface |
R1.0 |
Feb 2004 |
Adopted |
Advanced Switching - Socket Data Interface |
ASI SQP |
ASI Simple Queuing Protocol |
R1.0 |
Feb 2004 |
Adopted |
Advanced Switching - Simple Queuing Protocol |
ASI SLS |
ASI – SLS Specification |
R1.0 |
Feb 2004 |
Adopted |
Simple Load/Store
(SLS) Specification |
ASI Portal |
ASI Portal Specification |
R1.0 |
Aug 2004 |
Adopted |
A Standard Interface
for Accessing the AS Fabric for PCI Express® Based Systems |
Errata |
Mar 2005 |
Adopted |
|
|
|
|
|
|
|
|
|
|
|
Completed PICMG® specifications are distributed
to all PICMG members as a benefit of membership, and any manufacturer
may make claims of compliance. PICMG does not endorse these claims,
or assume responsibility for any failure to meet claims of compliance.
Specifications under development are those
for which a subcommittee has been, or is in the process of being, formed.
In some cases the summary indicates that subsequent revisions of completed
specifications are under development. In other cases, where no completed
specification is shown the document under development is the first
on that subject.
Where available, links are provided from
specification descriptions to short form versions of specifications. Short
form specifications are provided for information only – do not
attempt to design from these documents. The short form documents
are subsets of their respective specifications. For complete guidelines
on designs and implementations, the full specifications are required.