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MXH832 User’s Guide – Dolphin Interconnect Solutions Page 1
Dolphin PCI Express MXH832 Adapter
MXH832 Transparent Adapter Users G uide
Version 1.0.2
Date: 17
th
April 2018
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Table of Contents
DISCLAIMER ................................................................................................................................................................ 4
TERMS AND ACRONYMS ............................................................................................................................................. 4
MXH832 HIGH LEVEL SPECIFICATION .......................................................................................................................... 6
PACKAGING ................................................................................................................................................................ 7
PRE-INSTALLATION QUESTIONS .................................................................................................................................. 7
PCIE SLOT DETERMINATION ................................................................................................................................................... 7
MXH832 HOST / TARGET CONFIGURATION ............................................................................................................................. 7
OPERATING ENVIRONMENT .................................................................................................................................................... 7
CABLE CONNECTIONS ............................................................................................................................................................ 7
PCI Express 3.0 Cables.................................................................................................................................................. 7
MiniSAS-HD Cables ...................................................................................................................................................... 8
Active Optical Cables (AOC) ......................................................................................................................................... 8
CMI FUNCTIONALITY ............................................................................................................................................................ 8
INSTALLATION ............................................................................................................................................................ 9
STEP 1 - UNPACK BOARD ....................................................................................................................................................... 9
STEP 2 - CHANGE PCIE BRACKET IF NECESSARY .......................................................................................................................... 9
STEP 3 - CONFIGURE THE BOARD FOR PROPER OPERATION .......................................................................................................... 9
STEP 4 - INSTALL THE ADAPTER CARD ....................................................................................................................................... 9
STEP 5 - INSTALLING AND REMOVING THE CABLE ........................................................................................................................ 9
Connecting the Cable ................................................................................................................................................... 9
Disconnecting the Cable ............................................................................................................................................ 10
STEP 6 - VERIFY INSTALLATION & LEDS .................................................................................................................................. 10
OPERATION ...............................................................................................................................................................11
CONFIGURATION AND DIP SWITCHES ..................................................................................................................................... 11
DIP Switch Bank – Configuration ............................................................................................................................... 11
Target Card Clocking Option ...................................................................................................................................... 11
USE CASES ........................................................................................................................................................................ 12
Use Case A - 1 Host – Single Expansion Configuration .............................................................................................. 12
Use Case B – 1 Host - Dual Expansion Configuration ................................................................................................. 13
Use Case C – 1 Host - Quad Expansion Configuration ............................................................................................... 13
EEPROM AND FIRMWARE UPGRADE .................................................................................................................................... 14
IDENTIFYING THE CARD ........................................................................................................................................................ 14
SUPPORT .......................................................................................................................................................................... 16
TECHNICAL INFORMATION ........................................................................................................................................17
BOARD REVISION HISTORY .................................................................................................................................................... 17
SIMPLIFIED SCHEMATICS ...................................................................................................................................................... 17
PCIE CABLE PORT SIGNALS .................................................................................................................................................. 18
EXTERNAL PCIE X4 CABLE CONNECTOR PIN-OUT ..................................................................................................................... 18
PCIE CABLE PORT MAPPING ................................................................................................................................................ 18
MXH832 PCIE X16 EDGE CONNECTOR PIN-OUT .................................................................................................................... 19
COMPLIANCE AND REGULATORY TESTING .................................................................................................................20
LIMITED WARRANTY..................................................................................................................................................21
WARRANTY PERIOD ............................................................................................................................................................ 21
COVERAGE ........................................................................................................................................................................ 21
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SERVICE PROCEDURE .......................................................................................................................................................... 21
DISCLAIMER
DOLPHIN INTERCONNECT SOLUTIONS RESERVES THE RIGHT TO MAKE CHANGES WITHOUT FURTHER NOTICE TO ANY OF ITS
PRODUCTS TO IMPROVE RELIABILITY, FUNCTION, OR DESIGN.
TO THE FULLEST EXTENT PERMITTED BY LAW, DOLPHIN WILL NOT BE LIABLE FOR ANY INDIRECT, INCIDENTAL, SPECIAL OR
CONSEQUENTIAL DAMAGES (INCLUDING LOST PROFITS, LOST DATA, OR LOSS OF USE) ARISING OUT OF ANY USE OF DOLPHIN’S
PRODUCTS, SOFTWARE OR SERVICE PROVIDED. DOLPHIN’S MAXIMUM LIABILITY WILL NOT EXCEED THE TOTAL AMOUNT PAID FOR
THE PRODUCT BY THE PURCHASER.
PCI Express External Cabling specification 3.0 is as of the release of MXH832 not completed and ratified by the PCI-SIG. The
MXH832 is designed to the new specification, but Dolphin cannot guarantee the card will be compliant to the final 1.0 version.
Dolphin firmware tools can update the CMI implementation.
LIFE SUPPORT POLICY
DOLPHIN INTERCONNECT SOLUTIONS’ PRODUCTS ARE NOT AUTHORIZED FOR USE AS CRITICAL COMPONENTS IN LIFE SUPPORT
DEVICES.
ENVIRONMENTAL POLICY
Dolphin is minimizing the amount of printed documentation and software CDs in its shipments; please download additional
documentation and software from www.dolphinics.com.
Terms and acronyms
Important terms and acronyms used in this manual
AOC Active Optical Cable. PCIe fiber cable assembly.
CMI Cable Management Interface. The 2-wire management interface for communication between subsystems
connected by a PCIe 3.0 cable. Details can be found in the PCI-SIG External Cabling Specification 3.0.
CMI Controller Microcontroller on the MXH832 used to manage and implement the CMI communications.
eXpressWare Dolphins software stack for PCIe clustering and IO. Please visit www.dolphinics.com for more information.
Host mode The card is installed in a root complex / Host PC.
Lane One PCI Express Lane contains a differential pair for transmission and a differential pair for reception.
Link A collection of one or more PCI Express Lanes providing the communication path between an Upstream and
Downstream Port.
MiniSAS-HD Standard cable without CMI support.
PCIe 3.0 cable Cable compliant to the preliminary PCI-SIG External Cabling Specification 3.0. Support for CMI.
Port PCIe Cable port. The MXH832 has four x4 ports, named P1, P2, P3, P4. These ports can be merged to two x8
ports, or one x16 port. The physical ports are identified by text on the PCIe brackets.
Target mode The card is installed in an expansion chassis
Wake A mechanism used by a downstream device to request the reapplication of main power when in the L2 Link
state.
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MXH832 High Level Specification
The MXH832 is a low profile, half-length PCIe adapter that can be configured as a Transparent Host Adapter card or a Target
adapter card. Once installed in any server’s or PC’s PCI Express compliant slot, a MXH832 can connect to another MXH832
configured for Transparent Target operation or any target device compliant to the PCI Express External Cabling Specification 3.0.
The MXH832 configured as a Transparent Target card can be installed in a PCI Express compliant expansion upstream slot. Please
contact Dolphin for a list of compliant expansion chassis. The MXH832 supports PCIe Gen1, Gen2 and Gen3 speeds and x1, x2, x4,
x8 and x16 link-widths. The card will operate at the highest common speed shared between the slot and the card (Gen3) and the
widest common link-width (x16).
• PCI Express Base Specification, Rev. 3.1.
• PCI Express CEM Specification, Rev. 3.0.
• PCI Express External Cabling specification 3.0 (Work in progress, rev 0.7)
• PCI Express Gen3 8.0 GT/s per lane signaling – 128 GT/s total signaling.
• PCI Express Gen3 x16 edge connector. The card installs in any PCI Express slot that has a physical x16
connector.
• Compliant with PCI Express Gen1 through Gen3 computers and IO systems, auto detection.
• The MXH832 supports transparent connections to IO systems (Host and Target operation).
• Quad SFF-8644 cable connector
• Cable port configurations, up to
o One x16
o Two x8
o Four x4
• Microsemi Switchtec PM8532 PFX PCI Express Gen3 chipset.
• 170 nanosecond cut-through latency port to port.
• Support for MiniSAS-HD copper cables between MXH832 cards.
• Support for PCI Express 3.0 copper cables with CMI.
• Support for active optical fibers up to 100 meters.
• Low profile, Half-length - PCI Express Electromechanical Specification, Rev 3.0.
• Dimensions 167.65mm (6.600 inches) x 68.90 mm (2.731 inches)
• Comes with both low profile and standard profile PCI Express bracket.
• Host clock isolation. Automatic support for host running CFC or SSC mode.
• VAUX powered board management controllers for flexible configuration and cable management.
• Flash recovery option. PFX Multi configuration support.
• Power consumption:
o 12 Volt: Max 19.6 Watts without AOC attached.
o 12 Volt: Max 26 Watts with 4 AOCs attached
o +3.3 Volt: Not connected
o +3.3 Volt AUX: 1 W
• Port power supply (per cable port): 3.3 Volt +/- 5%, 0.6 A
• Operating Temperature: 0°C - 55°C (32°F - 131°F), Air Flow: 150 LFM
• Operating Temperature with AOC: 0°C - 45°C (32°F - 113°F), Air Flow: 150 LFM
• Operating Temperature: 0°C - 50°C (32°F - 122°F), Air Flow: ~0 LFM
• Relative Humidity: 5% - 95% (non- condensing)
• Regulatory:
o CE
o EN-55032, EN 55024, Class A.
o RoHS
o FCC 15 Subpart B Class A.
o WEEE
o Pending Korean KC mark
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Packaging
The MXH832 includes the following components.
• MXH832 Adapter Board
• Low profile bracket
• Anti-static bag
• Getting started guide
Pre-Installation Questions
Certain steps should be taken prior to installing the MXH832. You should determine the following configuration requirements.
• Which PCIe slot and system will the card be installed in?
• Will the board act as a host adapter or target adapter?
• What is the speed and link width of the slot that the card will be installed in?
• What is the operating environment in which the card will be installed?
• What type and length of cables will be used?
• How to establish proper operational conditions, temperature and air-flow.
PCIe Slot Determination
The MXH832 supports PCIe Gen1, Gen2 and Gen3 speeds and x1, x2, x4, x8 and x16 link-widths. The slot width and speed will
affect the performance of the card. The card can be physically installed in a x4, x8 or x16 connector. The card will auto configure to
the slot speed and width.
MXH832 Host / Target Configuration
The MXH832 can act as either a host adapter or target adapter. The MXH832 has a DIP switch bank to control these functions. The
DIP switch labeled SW1 can be found close to the upper edge of the board. The main configuration options are host or target
operations . The default DIP switch setting is transparent host x16 operations. Additional settings are target operations, two x8
links, four x4 links, alternativce edge clock routing and quad edge target.
Operating Environment
To maximize life time for the product and maintain the warranty, please honor the specified operating temperature and make sure
the specified air flow is present. Special care should be considered when MXH832 is used in office type cabinets in combination
with other high energy consuming PCIe devices, e.g. not active cooled GPUs:
Operating Temperature: 0°C - 55°C (32°F - 131°F), Air Flow: 150 LFM
Operating Temperature with AOC: 0°C - 45°C (32°F - 113°F), Air Flow: 150 LFM
Operating Temperature: 0°C - 50°C (32°F - 122°F), Air Flow: ~0 LFM
Relative Humidity: 5% - 95% (non- condensing)
Cable Connections
The MXH832 is designed to support both long and short copper cables as well as active optical cables (AOC). The default
configuration supports cables between 0.5 and 9 meters or fiber cables. If you are connecting the MXH832 to a compliant target
device not designed by Dolphin, other settings or limitations may apply.
The MXH832 cable connector is compliant to the SFF-8644 industry specification and supports standard x4/x8 Mini-SAS HD cables
or x4/x8 PCI Express 3.0 cables compliant to the PCIe External Cabling Specification 3.0. Four x4 or two x8 cables are needed for full
PCIe x16 connectivity.
PCI Express 3.0 Cables
When used with cables compliant to the new PCIe External Cable standard 3.0, the MXH832 card will transmit a CMI Reset message
downstream. The card can be connected to a MXH832 in Target mode or any PCIe device compliant to the new cable standard.
Support for additional CMI messages are being implemented and will be available with the next firmware maintenance release,
please contact Dolphin for details.
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MiniSAS-HD Cables
When used with standard MiniSAS-HD cables that does not support the new CMI functionality, the onboard CPU will synthetize a
PCIe #CPERST and forward it to the downstream MXH832 card. CWAKE and CPOWERON is not supported using standard MiniSASHD cables.
Active Optical Cables (AOC)
The MXH832 card is compliant with active fiber optic cables up to 100 meters. Special configuration of the card needs to be
performed for working with long fibers (Contact Dolphin). CWAKE and CPOWERON is not supported using standard AOC cables.
CMI Functionality
The 8.4 firmware release supports the following CMI operations:
• Publishes card and CMI status information in readable memory map
• Supports sending and receiving CMI reset, wake and power status messages
• Supports receiving indicators (LED/messages).
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Installation
Step 1 - Unpack board
The MXH832 card is shipped in an anti-static bag to prevent static electricity damage. The card should only be removed from the
bag after ensuring that anti-static precautions are taken. Static electricity from your clothes or work environment can
damage your PCI Express adapter card or your PC. Always wear a grounded anti-static wrist strap while opening the
PC and when the MXH832 is removed from the anti-static bag.
Unpack the MXH832 from the anti-static bag using proper anti-static procedures.
Step 2 - Change PCIe Bracket if necessary
The MXH832 package includes a standard and low-profile PCI Express bracket. By default, the standard height bracket is installed
on the board. If you need to replace the mounted bracket with a low-profile bracket, carefully unscrew the two mounting screws to
remove the full height bracket. Save the two mounting screws and replace the bracket with the low-profile bracket. Use the two
mounting screws to install the low-profile bracket. The screws should be carefully tightened, but be careful not to over-tighten.
Make sure you are properly grounded to avoid static discharges that may destroy the adapter card before performing this
procedure.
Step 3 - Configure the Board for Proper Operation
Set the DIP switch settings for proper operation depends on the firmware. Please refer to the section Configuration and DIP
Switches on page 11 for details.
Step 4 - Install the Adapter Card
Before installing the adapter card, make sure you are properly grounded to avoid static discharges that may destroy your computer
or the adapter card. Ensure you are properly grounded before opening your computer or the anti-static bag
containing the MXH832. Please follow your computer’s or expansion chassis manual on how to install a PCI Express
card.
The MXH832 Adapter card can be installed into any PCI Express x16 slot. The MXH832 supports PCI Express Gen1, Gen2 and Gen3
signaling. NOTE: A Gen3 slot is recommended as it typically doubles the performance compared to a Gen2 slot. The MXH832 is an
x16 card, so maximum performance will only be attained if the slot provides full electrical x16 signaling.
The MXH832 supports hosts using either spread spectrum or constant frequency clocking. The card implements clock isolation.
Step 5 - Installing and Removing the Cable
Installing and removing cables should be done with both host and expansion system powered off. Please contact your Dolphin
representative if you intend to continuously connect and disconnect the PCI Express cables.
Connecting the Cable
Please carefully install the cable connector into the connector housing on the MXH832 adapter card. To install the cable, match the
cable house with the connector on the MXH832 adapter card. Use even pressure to insert the connector until it is secure. Adhere
to ESD guidelines when installing the cables to ensure you don’t damage the board. Computer cables should always use strain relief
to protect the connected equipment from excessive force on the cable. This is especially important for cables between racks. Note
that for wider than x4 connections, the same cable-ports (ie port 1 through 4) should be used on both host and target for each
individual cable, to ensure that the cards properly link up as x8 or x16.
The MXH832 supports both copper and active optical cables (AOC). Project targets can be found in Table 1 below. Long cable
qualification in progress, please contact Dolphin for details.
Cable
Speed
Distance
Copper MiniSAS-HD
Gen3
9 meters
Copper MiniSAS-HD
Gen1
12 meters
Copper PCIe 3.0 cable
Gen3
TBD
Fiber optic (AOC)
Gen3
TBD
Table 1: Cable Specifications
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Disconnecting the Cable
Please carefully pull the release tab to release the cable from the locking latches and gently pull the cable out of the connector
guides.
Step 6 - Verify Installation & LEDs
The MXH832 comes with 4 bi-color LEDs which show the corresponding cable port status according to Table 2: LED below.
The LEDs are visible through cut-outs in the PCIe bracket on each side of the cable connector block.
LED color
Function
Off
No cable installed
Yellow
Cable installed, no link
Green
Cable installed, link gen 3
Green blinking
Cable installed, link gen 1/2
Table 2: LED behavior
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Operation
Configuration and DIP Switches
The MXH832 has one bank of 8 DIP switches. The default factory setting for the MXH832 is Transparent Host mode, single (up to
x16) link connection.
The MXH832 has DIP switches for setting special modes or operations, the meaning of each DIP switch depends on the loaded
firmware. Please carefully read the documentation shipping with the card before modifying any DIP switch settings. Please pay
close attention to ON and OFF positions written on the DIP switch.
DIP Switch Bank – Configuration
Figure 1: DIP Switch shows the DIP switch for the MXH832. It is used to configure the adapter
card. Please leave all undocumented DIP switches in the default position. Table 3: DIP Switch
settings shows all the various DIP switch settings for the MXH832.
DIP no.
Name
Description
ON
OFF
Default
1-4
OPT1-4
Configuration selector, details
below
OFF 5 OPT5
CMI Disable
Will disable the CMI
interface.
CMI will be used if a PCIe
3.0 cable is detected
OFF
6
OPT6
Reserved for future use
OFF
7
URES
Holds the management processors
in reset
Board management is
held in reset
Normal operation
OFF
8
SAFE
Enables the card to boot if the
EEPROM has been corrupted
Safe EEPROM
Normal operation
OFF
Table 3: DIP Switch settings
Note: DIP switch configuration options may be changed in the future versions. Please always consult the latest user
guide for details.
Target Card Clocking Option
When the card is used in Transparent Target configuration, the default configuration settings will enable the card to provide a
reference clock on the edge connector pins 13A + 14A. To enable compatibility with some expansion backplanes, the card can also
optionally provide the reference clock on edge connector pins 6A + 7A. Please consult your backplane vendor to determine thefin
backplane requirements.
Figure 1: DIP Switch
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Use Cases Summary and Settings
Table 4: Use Case DIP switch settings below gives an overview of the various use cases, settings and limitations.
Use
case
Description
Host DIP switch setting
Target DIP switch setting
A
One Host system having a MXH832 in
Host mode connecting to one MXH832 in
Target mode or a 3rd party expansion
system.
All off – shipping default
Basic target configuration
OPT1: on
OPT2: on
All other off
Basic target configuration
with Alternative slot clocking
OPT1: on
OPT2: on
OPT3: on
All other off
B
One Host system having a MXH832 in
Host mode connecting to two MXH832s in
Target mode or two 3rd party expansion
systems.
OPT1: On
All other DIPs off
C
One Host system having a MXH832 in
Host mode connecting to four MXH832s
in Target mode or four 3rd party
expansion systems.
OPT2: On
All other DIPs off
Table 4: Use Case DIP switch settings
Use Cases
The MXH832 card may be used as both a Host card and a Target card. A
Host and Target card can be used as a pair or the Host card can be used
with a compliant Target device. The supported use cases and the DIP
switch settings are summarized in Table 4: Use Case DIP switch settings.
Please use the table to identify the correct DIP switch settings.
Use Case A - 1 Host – Single Expansion Configuration
The Host system has a MXH832 adapter configured for Host operation
and a direct x4, x8 or x16 link to a MXH832 configured for Target
operation.
Connecting the cables for single expansion, x16 link
To establish an x16 link, a given port number should be connected to the same port number on the other card.
Always connect a cable from Port #x to Port #x
Port Host A
Port Expansion
P1
P1
P2
P2
P3
P3
P4
P4
Table 5: Required x16 cabling
A failure connecting any of the cables will cause the link to re-train to x8 or x4.
Figure 2: Use Case A
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Connecting the cables for single expansion, x8 link
To establish an x8 link, please select one of the alternatives below. Select alternative 1, 2, 3 or 4.
Alternatives
Host
Port
Expansion
Port 1 P1
P1
P2
P2 2 P1
P3
P2
P4 3 P3
P1
P4
P2 4 P3
P3
P4
P4
Table 6: Alternative x8 cabling
Connecting the cables for 2 Node Configurations, x4 link
To establish an x4 link when in dual port mode, please connect any port on the Host card
to Port P1 or P4 on the Target card.
Use Case B – 1 Host - Dual Expansion Configuration
The host has a MXH832 adapter configured for Host operation and a direct x4 or x8 cable
connection is used to connect two independent downstream target systems.
Connecting the cables for Single Node Dual expansion, x8 link
Connect the cables between the host and expansion as described above for x8
connectivity. Connect the second expansion to the free ports. Always connect port P1 +
P2 to P1 + P2 or P3 + P4
Use Case C – 1 Host - Quad Expansion Configuration
The host has a MXH832 adapter configured for Host mode and a direct x4 cable
connection is used between the Host systems and each expansion Chassis. The MXH832
in the Expansion Chassis is configured for Target mode.
DIP Switch setting for Single Node Four Expansion Configuration
NB: Please contact Dolphin for more information on DIP switches for this setting. Not
supported by the current firmware.
Connecting the cables for Single Node Four expansion, x4 link
Connect any port on the Host card to port P1 or P4 on the target card.
Figure 3: Use Case B
Figure 4: Use Case C
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EEPROM and Firmware Upgrade
The MXH832 design uses a microcontroller to implement the PCIe CMI protocol and other maintenance functions. Dolphin may
from time to time publish updated firmware for the microcontroller or EEPROM data for the card. Please contact Dolphin for
instructions on how to upgrade the MXH832. Please note that standard Microsemi firmware tools cannot be used to upgrade the
firmware.
Identifying the Card
The card has a label-sticker with the serial number in the format ‘MXH832-YY-ZZZZZZ’, where YY denotes the card revision (e.g. BB)
and ZZZZZZ denotes the serialized production number (e.g. 012345) – this whole string makes up the serial number of the card (i.e.
MXH832-BB-012345).
You can also get this information using lspci in Linux:
First, identify the devices for the Dolphin Host card:
Than run lspci, and identify the card. It will show up as something like
# lspci | grep “Device 8532”
01:00.0 PCI bridge: PMC-Sierra Inc. Device 8532
01:00.1 Memory controller: PMC-Sierra Inc. Device 8532
02:00.0 PCI bridge: PMC-Sierra Inc. Device 8532
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# lspci -s 1:0.0 -v
01:00.0 PCI bridge: PMC-Sierra Inc. Device 8532 (prog-if 00 [Normal decode])
Flags: bus master, fast devsel, latency 0, IRQ 25
Bus: primary=01, secondary=02, subordinate=03, sec-latency=0
I/O behind bridge: 00002000-00002fff
Prefetchable memory behind bridge: 00000000df200000-00000000df3fffff
Capabilities: [40] Express Upstream Port, MSI 00
Capabilities: [7c] MSI: Enable+ Count=1/8 Maskable- 64bit+
Capabilities: [8c] Power Management version 3
Capabilities: [94] Subsystem: Dolphin Interconnect Solutions AS Device 0832
Capabilities: [100] Advanced Error Reporting
Capabilities: [138] Power Budgeting <?>
Capabilities: [148] #12
Capabilities: [178] #19
Capabilities: [1a4] Device Serial Number 00-00-42-42-00-00-00-ff
Capabilities: [1b0] Latency Tolerance Reporting
Capabilities: [1b8] Access Control Services
Capabilities: [7f8] Vendor Specific Information: ID=ffff Rev=1 Len=808 <?>
Kernel driver in use: pcieport
Kernel modules: shpchp
# lspci -s 1:0.1 -v
01:00.1 Memory controller: PMC-Sierra Inc. Device 8532
Subsystem: Dolphin Interconnect Solutions AS Device 0832
Flags: bus master, fast devsel, latency 0
Memory at f7800000 (64-bit, non-prefetchable) [size=4M]
Capabilities: [40] MSI: Enable- Count=1/4 Maskable- 64bit+
Capabilities: [50] MSI-X: Enable- Count=4 Masked-
Capabilities: [5c] Power Management version 3
Capabilities: [64] Express Endpoint, MSI 00
Capabilities: [100] Advanced Error Reporting
Capabilities: [138] Device Serial Number 00-00-42-42-00-00-00-ff
Capabilities: [144] Access Control Services
# lspci -s 2:0.0 -v
02:00.0 PCI bridge: PMC-Sierra Inc. Device 8532 (prog-if 00 [Normal decode])
Flags: bus master, fast devsel, latency 0, IRQ 26
Bus: primary=02, secondary=03, subordinate=03, sec-latency=0
I/O behind bridge: 00002000-00002fff
Prefetchable memory behind bridge: 00000000df200000-00000000df3fffff
Capabilities: [40] Express Downstream Port (Slot+), MSI 00
Capabilities: [7c] MSI: Enable+ Count=1/8 Maskable- 64bit+
Capabilities: [8c] Power Management version 3
Capabilities: [94] Subsystem: Dolphin Interconnect Solutions AS Device 0832
Capabilities: [100] Advanced Error Reporting
Capabilities: [138] Power Budgeting <?>
Capabilities: [148] #12
Capabilities: [178] #19
Capabilities: [1a4] Device Serial Number 00-00-42-42-00-00-00-ff
Capabilities: [1b0] Downstream Port Containment
Capabilities: [1bc] Access Control Services
Capabilities: [7f8] Vendor Specific Information: ID=ffff Rev=1 Len=808 <?>
Kernel driver in use: pcieport
Kernel modules: shpchp
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Second, do
This shows the card as revision 0x4242 (hexadecimal values of the ‘BB’ letters in the ASCII table), with the production number
0x000000ff (00000255 in decimal).
Support
More information about the product, support and software download at http://www.dolphinics.com/mx.html. Please email pcisupport@dolphinics.com if you have any questions.
# lspci -s 1:0.0 -v | grep -E "Subsystem|Serial"
Capabilities: [a4] Subsystem: Dolphin Interconnect Solutions AS Device 0832
Capabilities: [100] Device Serial Number 00-00-42-42-00-00-00-ff
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Technical Information
Board revision history
The following table gives a general overview of the hardware revision history.
Adapter card revision
Capabilities
MXH832-CE
• Initial product version
MXH832-CF
• New improved heat sink with better mounting.
• Current shipping version.
Simplified schematics
The figure below shows the MXH824 simplified schematics. Only the main functions are shown.
Figure 5: MXH832 Simplified Schematics
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PCIe Cable Port Signals
The external PCI Express SFF-8644 cable connector supports the following signals:
• PETpN/PETnN: PCI Express Transmitter pairs, labeled where N is the Lane number (starting with 0); “p” is the true signal
while “n” is the complement signal.
• PERpN/PERnN: PCI Express Receiver pairs, labeled where N is the Lane number (starting with 0); “p” is the true signal
while “n” is the complement signal.
• PWR: Power to support AOC and signal conditioning components within the cable assembly.
• MGTPWR: Power supplied to the connector for cable management components that are needed while the link is not
active. This needs to be active if the subsystem has power.
• CBLPRSNT#: Cable present detect, an active-low signal pulled-down by the cable when it is inserted into the MXH832
connector.
• CADDR: Signal used to configure the upstream cable management device address.
• CINT#: Signal asserted by the cable assembly to indicate a need for service via the CMI controller.
• CMISDA: Management interface data line. Used for both initial link setup and sideband messages when used with CMI
compliant cables.
• CMISCL: Management interface clock line. Used for both initial link setup and sideband messages when used with CMI
compliant cables.
External PCIe x4 Cable Connector Pin-Out
Column
Row 9 8 7 6 5 4 3 2 1 D
GND
PETn2
PETp2
GND
PETn1
PETp1
GND
MGTPWR
PWR C GND
PETn3
PETp3
GND
PETn0
PETp0
GND
CMISDA
CMISCL
B
GND
PERn2
PERp2
GND
PERn1
PERp1
GND
CBLPRSNT#
PWR A GND
PERn3
PERp3
GND
PERn0
PERp0
GND
CINT#
CADDR
Table 7; External PCIe x4 cable Pin-Out
PCIe Cable Port Mapping
The MXH832 card have a quad SFF-8644 connector. The table below show the signal / port map.
Table 8 : PCIe Cable Port Mapping
Cable Port x16 Dual x8 Quad x4 PCIe 3.0 Cable Pin
L15 L7 L3 TX3/RX3
L14 L6 L2 TX2/RX2
L13 L5 L1 TX1/RX1
L12 L4 L0 TX0/RX0
L11 L3 L3 TX3/RX3
L10 L2 L2 TX2/RX2
L9 L1 L1 TX1/RX1
L8 L0 L0 TX0/RX0
L7 L7 L3 TX3/RX3
L6 L6 L2 TX2/RX2
L5 L5 L1 TX1/RX1
L4 L4 L0 TX0/RX0
L3 L3 L3 TX3/RX3
L2 L2 L2 TX2/RX2
L1 L1 L1 TX1/RX1
L0 L0 L0 TX0/RX0
Lx – PCIe lane X, Cable port is ref PCIe bracket marking
1
2
3
4
Page 19
MXH832 User’s Guide – Dolphin Interconnect Solutions Page 19
MXH832 PCIe x16 Edge Connector Pin-Out
The MXH832 Edge connector follows PCI Express CEM Specification, Rev. 3.0 section 6 – Card Connector Specification. Signal names
are shown in Table 9. In host mode, the MXH832 is PCIe SIG compliant. The signals in bold are bi-directional, where the direction
depends on if the card is configured for host or target mode. In the case where the MXH832 is configured as a target adapter in an
expansion chassis, it will provide a 100 MHz, non-SSC, reference clock on the REFCLK+/REFCLK- pins. The shaded signals TDI and
TDO are normally tri-stated, but can be configured to provide an alternative 100 MHz, non-SSC, reference clock for PCIe expansion
chassis utilizing these pins instead.
Pin
Side B
Note
Side A
Note 1 +12 PRSNT1#
2 +12 +12 3
+12 +12 4
GND GND 5
SMCLK
BMC
TCK
NC 6 SMDAT
BMC
TDI
O Ref clock
7
GND TDO
O Ref clock -
8
+3,3V
PWR
TMS
NC 9 TRST#
NC
+3,3
PWR
10
+3,3V aux
Standby
+3,3
PWR
11
WAKE#
Wake up
PERST#
Reset
12 NC
GND 13
GND REFCLK+
Ref clock +
14
PERp0
REFCLK-
Ref clock -
15
PERn0
GND 16
GND PETp0
17
PRSNT2#
PETn0
18
GND GND 19
PERp1
NC
20
PERn1
GND 21
GND PETp1
22
GND PETn1
23
PERp2
GND 24
PERn2
GND 25
GND PETp2
26
GND PETn2
27
PERp3
GND 28
PERn3
GND 29
GND PETp3
30 NC
PETn3
31
PRSNT2#
GND
32
GND
NC
33
PERp4
NC
34
PERn4
GND
35
GND PETp4
36
GND PETn4
37
PERp5
GND 38
PERn5
GND 39
GND PETp5
40
GND PETn5
41
PERp6
GND 42
PERn6
GND 43
GND PETp6
Pin
Side B
Note
Side A
Note
44
GND PETn6
45
PERp7
GND 46
PERn7
GND 47
GND PETp7
48
PRSSNT2#
PETn7
49
GND GND 50
PERp8
NC
51
PERn8
GND 52
GND PETp8
53
GND PETn8
54
PERp9
GND 55
PERn9
GND 56
GND PETp9
57
GND PETn9
58
PERp10
GND 59
PERn10
GND 60
GND PETp10
61
GND PETn10
62
PERp11
GND
63
PERn11
GND 64
GND PETp11
65
GND PETn11
66
PERp12
GND 67
PERn12
GND 68
GND PETp12
69
GND PETn12
70
PERp13
GND 71
PERn13
GND 72
GND PETp13
73
GND PETn13
74
PERp14
GND
75
PERn14
GND 76
GND PETp14
77
GND PETn14
78
PERp15
GND 79
PERn15
GND 80
GND PETp15
81
PRSNT2#
PETn15
82 NC
GND
Table 9: PCIe Edge Connector Pin-Out
Page 20
MXH832 User’s Guide – Dolphin Interconnect Solutions Page 20
Compliance and Regulatory Testing
EMC Compliance
The Dolphin PCI Express MXH832 adapter is tested to the following relevant test standards for PCI Express
cards, telecommunication and industry equipment installed in a standard PC:
EN 55032
EN 55024, Class A
This does not ensure that it will comply with these standards in any random PC. It is the responsibility of the integrator to ensure
that their products are compliant with all regulations where their product will be used.
RoHS Compliance
The Dolphin MXH832 is RoHS compliant. A Compliance certificate issued by the manufacturer is
available upon request.
FCC Class A
This equipment is tested and found to comply with the limits for a Class A digital device, pursuant to part 15 of the FCC
Rules.
Page 21
MXH832 User’s Guide – Dolphin Interconnect Solutions Page 21
Limited Warranty
Dolphin Interconnect Solutions warrants this product to be free from manufacturing defects under the following terms:
Warranty Period
Dolphin warrants the product for one (1) year from the date of purchase. Extended warranties are available.
Coverage
To the extent permitted by applicable law, this warranty does not apply to:
• Damages caused by operator error or non-compliance with instructions available for the product.
• Use or attempt to use or program firmware not approved by Dolphin.
• Damage which results from accident, abuse, misuse, neglected improper handling or improper installation; moisture,
corrosive environments, high voltage surges, shipping or abnormal working conditions.
• Damages which results from violating the specified operating or storage temperatures and airflow.
• Damages caused by acts of nature, e.g. floods, storms, fire, or earthquakes.
• Damage caused by any power source out of range or not provided with the product.
• Normal wear and tear.
• Attempts to repair, modify, open or upgrade the product by personnel or agents not authorized by Dolphin.
• Products that have had the product serial number tampered with or removed.
• Damage to the product caused by products not supplied by Dolphin.
Service Procedure
If the product proves defective during the Warranty Period, you should contact the seller that supplied you with the product, or if
you purchased it directly from Dolphin, email returnrequests@dolphinics.com to obtain a valid RMA number and instructions.
Products returned to Dolphin without a proper RMA number will not be serviced under this warranty.
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