compactpci picmg 2.0 r 3.0 compactpci product · pdf filecompactpci® picmg 2.0 r 3.0...

CompactPCI® PICMG 2.0 R 3.0

CompactPCIProduct overview

Variant

variant RA

variant RB Standard

variant RB Professional

variant RC Standard

variant RC Professional

Installation height 3 U right-hand system slot

Electrical power supplied via screwed connections and bus bars JTAG and IPMB plugs available narrowest backplane, possible number of slots: 2 to 21 slots

Electrical power supply via ATXPower supply behind the CPU2 HP wider than variant RA, possible number of slots: 1 to 8 slots

Electrical power supplied via ATX, adapter/screwed connections and bus barsPower supply behind the CPUJTAG and IPMB plugs available2 HP wider than variant RA, possible number of slots: 1 to 20 slots

Electrical power supply in accordance with DIN 41612 Model M plug-in connector (pin A1 facing down)23.6 mm wider than variant RA, possible number of slots: 1 to 8 slots

Electrical power supply in accordance with DIN 41612 Model M plug-in connector (pin A1 facing down), screwed connections and bus barsJTAG and IPMB plugs available23.6 mm wider than variant RA, possible number of slots: 1 to 8 slots

variant RA 3 U

variant horizontal assembly 6+3 U

1 H A R T M A N N E L E C T R O N I C

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Variant

variant RD Standard

variant RD Professional

variant LA

variant RA

variant RB Standard

variant RB Professional

variant LA

variant for horizontal assembly


Electrical power supply via P47 power plug-in connector 8 HP wider than variant RA, possible number of slots: 1 to 8 slots

Electrical power supplied via P47 power plug-in connector, screwed connections and bus barsJTAG and IPMB plugs available8 HP wider than variant RA, possible number of slots: 1 to 8 slots

Installation height 3 U left-hand system slot

Electrical power supplied via screwed connections and bus barsJTAG and IPMB plugs availablepossible number of slots: 2 to 21 slots


Electrical power supplied via screwed connections and bus barspossible number of slots: 2 to 8 slots

Electrical power supply via ATXPower supply behind the CPU, possible number of slots: 1 to 8 slots

Electrical power supplied via ATX, adapter/screwed connections and bus barsPower supply behind the CPUJTAG and IPMB plugs available, possible number of slots: 1 to 20 slots


Electrical power supplied via screwed connections and bus bars,possible number of slots: 2 to 8 slots


Electrical power supply via P47 power plug-in connector JTAG and IPMB plugs available optimized for the assembly of horizontal system platforms, available number of slots: 2, 4 and 8 slots

Please gather further information from the detailed item description.

CompactPCIProduct overview

H A R T M A N N E L E C T R O N I C 2


CompactPCIGeneral and technical information

The CompactPCI bus is compatible with the PCI bus known from the PC world as far as the electrical specifications are concerned.The mechanical specifications were adapted to the commonly used Euro-board plug-in system in the 19” card rack. Therefore this bus is also suitable for industrial purposes.Previously unattained signal speeds supported by the layout technology developed by Hartmann Electronic guarantee more stability and reliability for assemblies operating in the limit range.

The backplanes manufactured by Hartmann Electronic are distinguished by a completely novel energy buffering feature which works across the entire frequency range.This feature guarantees improved reliability thanks to more stable supply voltages directly at the slot in conjunction with fluctuating loads.

Chassis GND connectionA continuous electrically conduc tive chassis GND surface is located in the area where the bus board is mounted on the card rack. An M3 screw connection is available to connect the chassis ground. By installing a connecting bracket or terminal bar, the chassis GND can be connected to GND in a low-resistance star arrangement.

JTAG connectorA separate 6-pin connector for JTAG boundary scan is imple mented on the backplane.Faster, simpler system initialization and testing by means of the JTAG bus even in the completely mounted state are achieved by direct access via an additional con nector on the back plane.

Utility connectorThe special signals to the power supply unit and external LEDs are routed to separate plug-in connec tors on the back planes. Depending on the backplane type, either a 10-pin or a 14-pin connector is used.


Pin ATX connector 10-pins Utility connector

RM = 2.0 mm

10-/14-pins Utility connector

RM = 2.54 mm

IPMB connector JTAG connector

1 +3.3 V PRST- PRST- IPMB_SCL GND2 +3.3 V FAL- PRST- GND TCK3 GND DEG- DEG- IPMB_SDA TMS4 +5 V +3.3 V Sense DEG- IPMB_PWR TRST-5 GND +3.3 V FAL- SMB_RSV

SMB_ALERT-TDI

6 +5 V GND Sense (3.3 V) FAL- TDO7 GND +5 V +5 V8 PW-OK1) +5 V Sense +5 V Sense9 +5 V SB2) GND GND

10 +12 V GND Sense (5 V) GND Sense (5 V)11 +3.3 V3) +3.3 V12 -12 V +3.3 V Sense13 GND GND

14 PS-ON4) GND Sense (3.3 V)15 GND16 GND17 GND18 -5 V5)

19 +5 V20 +5 V

1): via jumper J4 to DEG-2): to jumper J63): also Main 3.3 V Sense4): via jumper J2 to GND5): to jumper J5

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ATX connectorThe ATX power supply connector used in the PC world is integrated in some back plane variants.This results in a highly efficient and economic solution for supplying power to the backplane via ATX connectors and for the wiring of fans and drives.

Pin Assignments



PICMG 2.11 R1.0 DIN Type M Power Connector Pin Assignments

Pin Row A Row B Row C2 ACL5 ACN8 ---

11 CG13 SP +3.3 V EN-14 INH- +3.3 V DEG-15 ISH +3.3 V FAL-16 5S- +3.3 V +3.3 V17 5S+ +3.3 V +3.3 V18 +3.3 V +3.3 V +3.3 V19 +12 V +12 V +12 V20 -12 V -12 V -12 V22 +5 V25 GND28 +DC31 -DC

PICMG 2.11 R1.0 P47 Power Connector Pin Assignments

Pin Signal Pin Signal Pin Signal1 V1 2 V13 V1 4 V15 RTN 6 RTN7 RTN 8 RTN9 RTN 10 RTN

11 RTN 12 RTN13 V2 14 V215 V2 16 V217 V2 18 V219 RTN 20 V321 V4 22 RTN 23 Reserved24 RTN 25 GA0 26 Reserved27 EN- 28 GA1 29 V1ADJ30 V1 Sense 31 GA2 32 V2ADJ33 V2 Sense 34 S RTN 35 V1 Share36 V3 Sense 37 IPMB_SCL 38 DEG-39 INH- 40 IPMB_SDA 41 V2 Share42 FAL- 43 IPMB_PWR 44 V3 Share

45 CGND46 ACN/+DC IN

47 ACL/-DC IN

V1 (typically 5 V)V2 (typically 3.3 V)V3 (typically +12 V)V4 (typically -12 V) RTN (GND)

CompactPCIPin Assignments


CompactPCIPin Assignments CompactPCI System Slot 64-bit Connector

22 GND GA4 GA3 GA2 GA1 GA0 GND

21 GND CLK6 GND RSV RSV RSV GND

20 GND CLK5 GND RSV GND RSV GND

19 GND GND GND SMBB SDA SMBB SCL SMB RSV GND P2

18 GND BRSVP2A18 BRSVP2B18 BRSVP2C18 GND BRSVP2E18 GND /

17 GND BRSVP2A17 GND PRST# REQ6# GNT6# GND J2

16 GND BRSVP2A16 BRSVP2B16 DEG# GND BRSVP2E16 GND

15 GND BRSVP2A15 GND FAL# REQ5# GNT5# GND

14 GND AD[35] AD[34] AD[33] GND AD[32] GND

13 GND AD[38] GND V(I/O) AD[37] AD[36] GND

12 GND AD[42] AD[41] AD[40] GND AD[39] GND

11 GND AD[45] GND V(I/O) AD[44] AD[43] GND

10 GND AD[49] AD[48] AD[47] GND AD[46] GND C

9 GND AD[52] GND V(I/O) AD[51] AD[50] GND O

8 GND AD[56] AD[55] AD[54] GND AD[53] GND N

7 GND AD[59] GND V(I/O) AD[58] AD[57] GND N

6 GND AD[63] AD[62] AD[61] GND AD[60] GND E

5 GND C/BE[5]# GND V(I/O) C/BE[4]# PAR64 GND C

4 GND V(I/O) BRSVP2B4 C/BE[7]# GND C/BE[6]# GND T

3 GND CLK4 GND GNT3# REQ4# GNT4# GND O

2 GND CLK2 CLK3 SYSEN# GNT2# REQ3# GND R

1 GND CLK1 GND REQ1# GNT1# REQ2# GND

25 GND 5 V REQ64# ENUM# 3.3 V 5 V GND

24 GND AD[1] 5 V V(I/O) AD[0] ACK64# GND

23 GND 3.3 V AD[4] AD[3] 5 V AD[2] GND

22 GND AD[7] GND 3.3 V AD[6] AD[5] GND P1

21 GND 3.3 V AD[9] AD[8] M66EN C/BE[0]# GND /

20 GND AD[12] GND V(I/O) AD[11] AD[10] GND J1

19 GND 3.3 V AD[15] AD[14] GND AD[13] GND

18 GND SERR# GND 3.3 V PAR C/BE[1]# GND

17 GND 3.3 V IPMB SCL IPMB SDA GND PERR# GND

16 GND DEVSEL# GND V(I/O) STOP# LOCK# GND C

15 GND 3.3 V FRAME# IRDY# GND TRDY# GND O

12-14 KEY AREA N

11 GND AD[18] AD[17] AD[16] GND C/BE[2]# GND N

10 GND AD[21] GND 3.3 V AD[20] AD[19] GND E

9 GND C/BE[3]# GND AD[23] GND AD[22] GND C

8 GND AD[26] GND V(I/O) AD[25] AD[24] GND T

7 GND AD[30] AD[29] AD[28] GND AD[27] GND O

6 GND REQ0# GND 3.3 V CLK0 AD[31] GND R

5 GND BRSVP1A5 BRSVP1B5 RST# GND GNT0# GND

4 GND IPMB PWR HEALTHY# V(I/O) INTP INTS GND

3 GND INTA# INTB# INTC# 5 V INTD# GND

2 GND TCK 5 V TMS TDO TDI GND

1 GND 5 V -12 V TRST# 12 V 5 V GND

Pin Z A B C D E F

length of pins short medium long

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CompactPCIPin Assignment CompactPCI Peripheral Slot Rear-Panel I/O Connectors

21 GND BP(I/O) BP(I/O) BP(I/O) BP(I/O) BP(I/O) GND


19 GND BP(I/O) BP(I/O) BP(I/O) BP(I/O) BP(I/O) GND P2

18 GND BP(I/O) BP(I/O) BP(I/O) BP(I/O) BP(I/O) GND /

17 GND BP(I/O) BP(I/O) BP(I/O) BP(I/O) BP(I/O) GND J2







10 GND BP(I/O) BP(I/O) BP(I/O) BP(I/O) BP(I/O) GND C

9 GND BP(I/O) BP(I/O) BP(I/O) BP(I/O) BP(I/O) GND O

8 GND BP(I/O) BP(I/O) BP(I/O) BP(I/O) BP(I/O) GND N

7 GND BP(I/O) BP(I/O) BP(I/O) BP(I/O) BP(I/O) GND N

6 GND BP(I/O) BP(I/O) BP(I/O) BP(I/O) BP(I/O) GND E

5 GND BP(I/O) BP(I/O) BP(I/O) BP(I/O) BP(I/O) GND C

4 GND BP(I/O) BP(I/O) BP(I/O) BP(I/O) BP(I/O) GND T

3 GND BP(I/O) BP(I/O) BP(I/O) BP(I/O) BP(I/O) GND O

2 GND BP(I/O) BP(I/O) BP(I/O) BP(I/O) BP(I/O) GND R


25 GND 5 V REQ64# ENUM# 3.3 V 5 V GND

24 GND AD[1] 5 V +V(I/O) AD[0] ACK64# GND

23 GND 3.3 V AD[4] AD[3] 5 V AD[2] GND

22 GND AD[7] GND 3.3 V AD[6] AD[5] GND P1

21 GND 3.3 V AD[9] AD[8] M66EN C/BE[0]# GND /

20 GND AD[12] GND +V(I/O) AD[11] AD[10] GND J1

19 GND 3.3 V AD[15] AD[14] GND AD[13] GND

18 GND SERR# GND 3.3 V PAR C/BE[1]# GND

17 GND 3.3 V IPMB SCL IPMB SDA GND PERR# GND

16 GND DEVSEL# GND +V(I/O) STOP# LOCK# GND C

15 GND 3.3 V FRAME# IRDY# BD SEL# TRDY# GND O

12-14 KEY AREA N

11 GND AD[18] AD[17] AD[16] GND C/BE[2]# GND N

10 GND AD[21] GND 3.3 V AD[20] AD[19] GND E

9 GND C/BE[3]# IDSEL AD[23] GND AD[22] GND C

8 GND AD[26] GND +V(I/O) AD[25] AD[24] GND T

7 GND AD[30] AD[29] AD[28] GND AD[27] GND O

6 GND REQ# GND 3.3 V CLK AD[31] GND R

5 GND BRSVP1A5 BRSVP1B5 RST# GND GNT# GND

4 GND IPMB PWR HEALTHY# +V(I/O) INTP INTS GND

3 GND INTA# INTB# INTC# 5 V INTD# GND

2 GND TCK 5 V TMS TDO TDI GND

1 GND 5 V -12 V TRST# 12 V 5 V GND

Pin Z A B C D E F

length of pins short medium long

Physical Slot Addresses GA0 to GA4 alternative as BP(I/O)


CompactPCITechnical data

Base material

PCB design Card thickness Installation height Impedance Z of bare PCB Ohmic resistance of signal lines Permissible current loading of backplane Power supply connection type Supply voltage V (I/O) Clock frequency Transfer mode Termination, 8 slots Plug-in connectors Hot swap Operating temperature range

Relative humidity

Fiberglass epoxide acc. to DIN 40802 (type FR4) Optimized for best HF behavior 2.8 mm (3 U)/3.4 mm (6 U)

3 U/6 U 65 Ω

< 1.5 Ω 5 V up to 8 A per slot3.3 V up to 10 A per slot depending on variant: Screw-type terminals, blade connectors, ATX connectors, socket connectors to DIN 41612 type M, P47 power connector

3.3 V/5 V, fixed setting or selection via jumper 33/66 MHz (≤ 5 slots) 32 bit/64 bit On-board Schottky barrier diodes

2 mm press-fit connectors, quality grade 2

acc. to PICMG 2.1 R1.0 < 8 slots: –40 °C … +85 °C≥ 8 slots: 0 °C … +70 °C 90 %, non-condensing

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F006.00350 cables for 10-pin utility connector, 2.0 mm, l = 50 cm

F006.00450 cables for 14-pin utility connector, 2.54 mm, l = 50 cm

F006.00612 cables for 4-pin CURRENT SHARE connector, l = 12 cm

F006.00017 cables for connector type M, l = 50 cm

F006.00080 cables for connector type P47, 2 Fastons 4.8 mm and 1 Faston 6.3 mm -> P47, l = 11 cm

F006.00082 cables for connector type P47, 3 Fastons 6.3 mm, l = 11 cm

F006.00225 cables for ATX power supply, l = 25 cm



F006.00135 cables (power) for cascadable bus systems, l = 35 cm

F006.00149 cables (power) for cascadable bus systems, l = 49 cm

Mating connectors and pins (e. g.)

mating connectors toconnector housing pins

ATX connector Molex 39-01-2200 Molex 39-00-003910-pin Utility connector

FCI 90311-010 FCI 77138-001

14-pin Utility connector

AMP 1-215911-4

IPMB connector Molex 51021-0500 Molex 50079-8100JTAG connector JST 06SR-3S

CompactPCIAccessories

Accessories - Order numbers



This design has a slot pitch of 4 units to implement a backplane with the most compact dimensions possible in 19“ card racks.

Power is supplied via screw connections and terminal bars.

Even rear I/O boards can be inserted in all slots.

Variants available: • 32-bit• 32-bit with rear I/O, with/without geographic addressing,• 64-bits (< 7 slots)• V(I/O) = 3.3 V or 5 V• 33 MHz/66 MHz (≤ 5 slots)

The extremely flat PCI to PCI bridge design permits seamless arrangements of cascaded backplanes without losing any slots.

Backplanes with more than 8 slots come with a PCI to PCI bridge.

In accordance with the specification, the 8-slot backplanes are equipped with on-board Schottky barrier diodes across from the system slot to guarantee optimal reliability and transfer characteristics. For this reason, the 8-slot backplane is 14 mm longer than the non-8-slot variants.

CPCI Backplane3 U/6 U variant RA/LA

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variant LA 3 U



CPCI Backplane3 U/6 U variant RA/LA

64 Bit

slot V(I / O) = 3.3 V V(I / O) = 5 V

66 MHz 2 33RA026614 — 3 33RA036614 — 4 33RA046614 — 5 33RA056614 —

33 MHz 2 33RA026314 33RA026514 3 33RA036314 33RA036514 4 33RA046314 33RA046514 5 33RA056314 33RA056514 6 33RA066314 33RA066514 7 33RA076314 33RA076514 8 33RA086314 33RA086514

slot V(I / O) = 3.3 V V(I / O) = 5 V

66 MHz 2 — — 3 — — 4 — — 5 — —

33 MHz 2 — — 3 — — 4 33RA046334 33RA046534 5 33RA056334 33RA056534 6 33RA066334 33RA066534 7 33RA076334 33RA076534 8 33RA086334 33RA086534

64 Bit 64 Bit

The backplane with transfer housing permits two or more backplanes to be connected with the plugged-in 64-bit PCI to PCI bridge to create a backplane with more than 8 slots. The slots into which the bridge is inserted from the rear cannot be used on the user side.

Order numbers

Backplane 3 URight-hand system slot, Variant RA


without rear I/O with rear I/O

Be

reic

h Z

eil

e 1

Be

reic

h Z

eil

e 2

slot V(I / O) = 3.3 V V(I / O) = 5 V

66 MHz 2 33RA023614 — 3 33RA033614 — 4 33RA043614 — 5 33RA053614 —

33 MHz 2 33RA023314 33RA023514 3 33RA033314 33RA033514 4 33RA043314 33RA043514 5 33RA053314 33RA053514 6 33RA063314 33RA063514 7 33RA073314 33RA073514 8 33RA083314 33RA083514 9 (5+4) 33RA093313 33RA093513 10 (5+5) 33RA103313 33RA103513 11 (7+4) 33RA113314 33RA113514 12 (7+5) 33RA123313 33RA123513 13 (7+6) 33RA133313 33RA133513 14 (7+7) 33RA143314 33RA143514 15 (7+4+4) 33RA153313 33RA153513 16 (7+5+4) 33RA163313 33RA163513 17 (7+6+4) 33RA173313 33RA173513 18 (7+7+4) 33RA183313 33RA183513 19 (7+7+5) 33RA193313 33RA193513 20 (7+7+6) 33RA203313 33RA203513 21 (7+7+7) 33RA213314 33RA213514

slot V(I / O) = 3.3 V V(I / O) = 5 V

66 MHz 2 33RA024614 — 3 33RA034614 — 4 33RA044614 — 5 33RA054614 —

33 MHz 2 33RA024314 33RA024514 3 33RA034314 33RA034514 4 33RA044314 33RA044514 5 33RA054314 33RA054514 6 33RA064314 33RA064514 7 33RA074314 33RA074514 8 33RA084314 33RA084514 9 (5+4) 33RA094314 33RA094514 10 (5+5) 33RA104314 33RA104514 11 (7+4) 33RA114313 33RA114513 12 (7+5) 33RA124313 33RA124513 13 (7+6) 33RA134313 33RA134513 14 (7+7) 33RA144314 33RA144514 15 (7+4+4) 33RA154313 33RA154513 16 (7+5+4) 33RA164313 33RA164513 17 (7+6+4) 33RA174313 33RA174513 18 (7+7+4) 33RA184313 33RA184513 19 (7+7+5) 33RA194313 33RA194513 20 (7+7+6) 33RA204313 33RA204513 21 (7+7+7) 33RA214314 33RA214514

slot V(I / O) = 3.3 V V(I / O) = 5 V

66 MHz 2 33RA025614 — 3 33RA035614 — 4 33RA045614 — 5 33RA055614 —


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32 Bitwithout rear I/O32 Bit

32 Bit with rear I/O without Geographic Adressing

Backplane 3 URight-hand system slot, variant RA

red numbers: preferred partblack numbers: on request


with rear I/O


Backplane 3ULeft-hand system slot, variant LA

32 Bit

slot V(I / O) = 3.3 V V(I / O) = 5 V

66 MHz 2 33LA025614 — 3 33LA035614 — 4 33LA045613 — 5 33LA055614 —

33 MHz 2 33LA025314 33LA025514 3 33LA035314 33LA035514 4 33LA045313 33LA045513 5 33LA055314 33LA055514 6 33LA065314 33LA065514 7 33LA075314 33LA075514 8 33LA085314 33LA085514

slot V(I / O) = 3.3 V V(I / O) = 5 V

66 MHz 2 33LA026614 — 3 33LA036614 — 4 33LA046613 — 5 33LA056614 —


slot V(I / O) = 3.3 V V(I / O) = 5 V

66 MHz 2 33LA024614 — 3 33LA034614 — 4 33LA044613 — 5 33LA054614 —

33 MHz 2 33LA024314 33LA024514 3 33LA034314 33LA034514 4 33LA044314 33LA044514 5 33LA054314 33LA054514 6 33LA064314 33LA064514 7 33LA074314 33LA074514 8 33LA084314 33LA084514 9 (5+4) 33LA094314 33LA094514 10 (5+5) 33LA104314 33LA104514 11 (7+4) 33LA114314 33LA114514 12 (7+5) 33LA124314 33LA124514 13 (7+6) 33LA134314 33LA134514 14 (7+7) 33LA144314 33LA144514 15 (7+4+4) 33LA154314 33LA154514 16 (7+5+4) 33LA164314 33LA164514 17 (7+6+4) 33LA174314 33LA174514 18 (7+7+4) 33LA184314 33LA184514 19 (7+7+5) 33LA194314 33LA194514 20 (7+7+6) 33LA204314 33LA204514 21 (7+7+7) 33LA214314 33LA214514

slot V(I / O) = 3.3 V V(I / O) = 5 V

66 MHz 2 33LA023614 — 3 33LA033614 — 4 33LA043613 — 5 33LA053614 —

33 MHz 2 33LA023314 33LA023514 3 33LA033314 33LA033514 4 33LA043314 33LA043514 5 33LA053314 33LA053514 6 33LA063314 33LA063514 7 33LA073314 33LA073514 8 33LA083314 33LA083514 9 (5+4) 33LA093314 33LA093514 10 (5+5) 33LA103314 33LA103514 11 (7+4) 33LA113314 33LA113514 12 (7+5) 33LA123314 33LA123514 13 (7+6) 33LA133314 33LA133514 14 (7+7) 33LA143314 33LA143514 15 (7+4+4) 33LA153314 33LA153514 16 (7+5+4) 33LA163314 33LA163514 17 (7+6+4) 33LA173314 33LA173514 18 (7+7+4) 33LA183314 33LA183514 19 (7+7+5) 33LA193314 33LA193514 20 (7+7+6) 33LA203314 33LA203514 21 (7+7+7) 33LA213314 33LA213514

32 Bit

32 Bit 64 Bit


with rear I/Owithout rear I/O

with rear I/O without Geographic Addressing

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I ®Backplane 6 URight-hand system slot, variant RA

64 bit slot V(I / O) = 3.3 V V(I / O) = 5 V

66 MHz 2 36RA026614 — 3 36RA036614 — 4 36RA046614 — 5 36RA056614 —


slot V(I / O) = 3.3 V V(I / O) = 5 V

66 MHz 2 — — 3 — — 4 — — 5 — —

33 MHz 2 — — 3 — — 4 36RA046334 36RA046534 5 36RA056334 36RA056534 6 36RA066334 36RA066534 7 36RA076334 36RA076534 8 36RA086334 36RA086534

64 Bit 64 Bit

slot V(I / O) = 3.3 V V(I / O) = 5 V

66 MHz 2 36LA026614 — 3 36LA036614 — 4 36LA046614 — 5 36LA056614 —


64 Bit

Backplane 6 ULeft-hand system slot, variant LA



without transfer housing with transfer housing

without transfer housing


CPCI Backplane 3 U/6 U variant RB Standard

The RB variant uses the space, e.g. behind an 8HP-wide CPU, to provide additional space for plug-in connectors to supply the backplane with power. This means that no space goes unused in the card rack with this design variant.

The power supply to the backplane by means of an ATX connector and the wiring of fans and disk drives can therefore be implemented in a highly efficient and economic manner.

Variants available: • 32-bit/64-bit• 32-bit with rear I/O • V(I/O) = 3.3 V or 5 V• 33 MHz, 66 MHz (< 5 Slots)

Order numbers

Backplane 6 URight-hand system slot, variant RB

slot V(I / O) = 3.3 V V(I / O) = 5 V

33 MHz 1 36RB016324 36RB016524 2 36RB026324 36RB026524 3 36RB036324 36RB036524 4 36RB046324 36RB046524 5 36RB056324 36RB056524 6 36RB066324 36RB066524 7 36RB076324 36RB076524 8 36RB086324 36RB086524

64 Bit


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I ®Backplane 3 URight-hand system slot, variant RB

32 Bit 32 Bit

slot V(I / O) = 3.3 V V(I / O) = 5 V

66 MHz 1 33RB013624 — 2 33RB023624 — 3 33RB033624 — 4 33RB043624 — 5 33RB053624 —


slot V(I / O) = 3.3 V V(I / O) = 5 V

66 MHz 1 33RB014624 — 2 33RB024624 — 3 33RB034624 — 4 33RB044624 — 5 33RB054624 —


mit Rear I / O, o. Geographic Addressingwith rear I / O, w / o geographic address.

64 bitdeutscher Inhaltenglischer Inhalt

slot V(I / O) = 3.3 V V(I / O) = 5 V

66 MHz 1 33RB015624 — 2 33RB025624 — 3 33RB035624 — 4 33RB045624 — 5 33RB055624 —


slot V(I / O) = 3.3 V V(I / O) = 5 V

66 MHz 1 33RB016624 — 2 33RB026624 — 3 33RB036624 — 4 33RB046624 — 5 33RB056624 —


32 Bit 64 Bit






The RB variant uses the space, e.g. behind an 8HP-wide CPU, to provide additional space for plug-in connectors to supply the backplane with power. This means that no space goes unused in the card rack with this design variant.

The power supply to the backplane by means of an ATX connector and the wiring of fans and disk drives can therefore be implemented in a highly efficient and economic manner.

Additional terminal bars are available for systems with a power consumption of more than 300 W. These permit each individual partial backplane to be supplied with power separately.

Even rear I/O boards can be inserted in all slots.

Additional plug-in/screw connections for all supply voltages permit individual wiring.

Variants available: •32-bit•32-bit with rear I/O•64-bit (< 8 Slots)•V(I/O) = 3.3 V or 5 V•33 MHz, 66 MHz (< 5 Slots)

CPCI Backplane3 U/6 U variant RB Professional


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In accordance with the specification, the 8-slot backplanes are equipped with on-board Schottky barrier diodes across from the system slot to guarantee optimal reliability and transfer characteristics. For this reason, the 8-slot backplane is 14 mm longer than the non-8-slot variants.


The extremely flat PCI to PCI bridge design permits seamless arrangements of cascaded backplanes without losing any slots.

CPCI Backplane3 U/6 U variant RB Professional




slot V(I / O) = 3.3 V V(I / O) = 5 V

66 MHz 1 33RB013614 — 2 33RB023614 — 3 33RB033614 — 4 33RB043614 — 5 33RB053614 —

33 MHz 1 33RB013314 33RB013514 2 33RB023314 33RB023514 3 33RB033314 33RB033514 4 33RB043314 33RB043514 5 33RB053314 33RB053514 6 33RB063314 33RB063514 7 33RB073314 33RB073514 8 33RB083314 33RB083514 9 (5+4) 33RB093314 33RB093514 10 (5+5) 33RB103313 33RB103513 11 (7+4) 33RB113313 33RB113513 12 (7+5) 33RB123313 33RB123513 13 (7+6) 33RB133313 33RB133513 14 (7+7) 33RB143313 33RB143513 15 (7+4+4) 33RB153313 33RB153513 16 (7+5+4) 33RB163313 33RB163513 17 (7+6+4) 33RB173313 33RB173513 18 (7+7+4) 33RB183313 33RB183513 19 (7+7+5) 33RB193313 33RB193513 20 (7+7+6) 33RB203313 33RB203513

slot V(I / O) = 3.3 V V(I / O) = 5 V

66 MHz 1 33RB014614 — 2 33RB024614 — 3 33RB034614 — 4 33RB044614 — 5 33RB054614 —


slot V(I / O) = 3.3 V V(I / O) = 5 V

66 MHz 1 33RB015614 — 2 33RB025614 — 3 33RB035614 — 4 33RB045614 — 5 33RB055613 —


slot V(I / O) = 3.3 V V(I / O) = 5 V

66 MHz 1 33RB016614 — 2 33RB026614 — 3 33RB036614 — 4 33RB046614 — 5 33RB056614 —


32 Bit32 Bit

32 Bit 64 Bit


with rear I/Owithout rear I/O



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slot V(I / O) = 3.3 V V(I / O) = 5 V

66 MHz 1 36RB016614 — 2 36RB026614 — 3 36RB036614 — 4 36RB046614 — 5 36RB056614 —


64 Bit




Backplane 3 URight-hand system slot, variant RC

We decided to make this variant available to the market due to the optimal system integration price-performance ratio that can be achieved with it:Plug in power supply unit, insert CPU-> running system

This target comes within reach when this backplane is used because no further wiring between the power supply unit and the backplane is required.The arrangement of the DIN 41612 type M connector with pin 1 at the bottom (contrary to the usual top position of pin 1) permits any commonly used power supply unit types to be integrated in the system without having to modify the backplane.The extremely flat design of the variant without rear I/O is ideally suited to systems intended for wall mounting.

Variants available: • 32-bit• 32-bitwithrearI/O(with/withoutgeographicaddressing)• 64-bit• V(I/O)=3.3Vor5V• 33MHz/66MHz(≤ 5 slots)


32 Bit 32 Bit

slot V(I / O) = 3.3 V V(I / O) = 5 V

66 MHz 1 33RC013624 — 2 33RC023624 — 3 33RC033624 — 4 33RC043624 — 5 33RC053624 —

33 MHz 1 33RC013324 33RC013524 2 33RC023324 33RC023524 3 33RC033324 33RC033524 4 33RC043324 33RC043524 5 33RC053324 33RC053524 6 33RC063324 33RC063524 7 33RC073324 33RC073524 8 33RC083324 33RC083524

slot V(I / O) = 3.3 V V(I / O) = 5 V

66 MHz 1 33RC014624 — 2 33RC024624 — 3 33RC034624 — 4 33RC044624 — 5 33RC054624 —


mit Rear I / O, o. Geographic Addressingwith rear I / O, w / o geographic address.

64 bitdeutscher Inhaltenglischer Inhalt

slot V(I / O) = 3.3 V V(I / O) = 5 V

66 MHz 1 33RC015624 — 2 33RC025624 — 3 33RC035624 — 4 33RC045624 — 5 33RC055624 —


slot V(I / O) = 3.3 V V(I / O) = 5 V

66 MHz 1 33RC016624 — 2 33RC026624 — 3 33RC036624 — 4 33RC046624 — 5 33RC056624 —



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32 Bit 64 Bit


Order numbers






In the Professional variant, the power supply via the DIN 41612 type M connector has been extended by the ATX connector used in the PC world.

Screw connections for all voltages are additionally available.The V(I/O) voltage can be changed in a simple manner with this variant.

Connectors for external connection of the JTAG bus and IPMB bus are also standard equipment.

Therefore this backplane is an excellent choice for individual yet economical system designs.



32 Bit 32 Bit

slot V(I / O) = 3.3 V V(I / O) = 5 V

66 MHz 1 33RC013614 — 2 33RC023614 — 3 33RC033614 — 4 33RC043614 — 5 33RC053614 —


slot V(I / O) = 3.3 V V(I / O) = 5 V

66 MHz 1 33RC014614 — 2 33RC024614 — 3 33RC034614 — 4 33RC044614 — 5 33RC054614 —


32 Bit deutscher Inhaltenglischer Inhalt

without rear I / O

slot V(I / O) = 3.3 V V(I / O) = 5 V

66 MHz 1 33RC015614 — 2 33RC025614 — 3 33RC035614 — 4 33RC045614 — 5 33RC055614 —


64 Bit

slot V(I / O) = 3.3 V V(I / O) = 5 V

66 MHz 1 33RC016614 — 2 33RC026614 — 3 33RC036614 — 4 33RC046614 — 5 33RC056614 —


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with rear I / O





Backplane 3Uright-hand system slot, variant RD

We decided to make this variant available to the market due to the technical possibilities of the P47 power connector.

Between the power supply unit and the backplane no further wiring is required. Therefore the installation espense is optimal.

This variant is designed for use with 8 HP-wide power supply units.

The extremely flat design of the variant without rear I/O is ideally suited to systems intended for wall mounting.



32 Bit 32 Bit

slot V(I / O) = 3.3 V V(I / O) = 5 V

66 MHz 1 33RD013624 — 2 33RD023624 — 3 33RD033624 — 4 33RD043624 — 5 33RD053624 —

33 MHz 1 33RD013324 33RD013524 2 33RD023324 33RD023524 3 33RD033324 33RD033524 4 33RD043324 33RD043524 5 33RD053324 33RD053524 6 33RD063324 33RD063524 7 33RD073324 33RD073524 8 33RD083324 33RD083524

slot V(I / O) = 3.3 V V(I / O) = 5 V

66 MHz 1 33RD014624 — 2 33RD024624 — 3 33RD034624 — 4 33RD044624 — 5 33RD054624 —


slot V(I / O) = 3.3 V V(I / O) = 5 V

66 MHz 1 33RD015624 — 2 33RD025624 — 3 33RD035624 — 4 33RD045624 — 5 33RD055624 —


slot V(I / O) = 3.3 V V(I / O) = 5 V

66 MHz 1 33RD016624 — 2 33RD026624 — 3 33RD036624 — 4 33RD046624 — 5 33RD056624 —


64 bit

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without rear I / O with rear I / O

32 Bit 64 Bit


Order numbers


Backplane 3 URight-hand system slot, variant RD



Backplane 3URight-hand system slot, variant RD

In the Professional variant, the power supply via P47 power connector has been extended by the ATX connector used in the PC world.


Connectors for external connection of the JTAG bus and IPMB bus are also assembled.

Therefore this backplane is an excellent choice for individual system designs.


You can get a redundant system by adding a second power supply unit with our powerbackplane variant L1.


32 Bit

slot V(I / O) = 3.3 V V(I / O) = 5 V

66 MHz 1 33RD013614 — 2 33RD023614 — 3 33RD033614 — 4 33RD043614 — 5 33RD053614 —


slot V(I / O) = 3.3 V V(I / O) = 5 V

66 MHz 1 33RD014614 — 2 33RD024614 — 3 33RD034614 — 4 33RD044614 — 5 33RD054614 —


slot V(I / O) = 3.3 V V(I / O) = 5 V

66 MHz 1 33RD015614 — 2 33RD025614 — 3 33RD035614 — 4 33RD045614 — 5 33RD055614 —


slot V(I / O) = 3.3 V V(I / O) = 5 V

66 MHz 1 33RD016614 — 2 33RD026614 — 3 33RD036614 — 4 33RD046614 — 5 33RD056614 —


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32 Bit without rear I / O with rear I / O

32 Bit 64 Bit


Order numbers


Backplane 3 URight-hand system slot, variant RD



Backplane 6+3 ULeft-hand system slot, horizontal assembly

These backplanes are optimised for the assembly of horizontal systems with backplanes installed horizontally.

Electrical power supply by means of the P47 power plug-in connector.

To make the system assembly as easy as possible to configure, temperature sensors and connector terminals for fans are already integrated.A DIP switch facilitates selecting between two different characteristic temperature curves for each fan:ON: Reduced characteristic temperature curveOFF: Standard characteristic temperature curve For system assemblies with a fan slot, fan signals are also provided by a 14 pole plug.

Plug-in connecters for external connection of the JTAG and IPMB busses are also included as standard.


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Pin Fan connectionterminal

Fan connection terminal X76 at 2.H0003010

Adapter for the fan slot DIP switch for selection of the characteristic temperature curve

1 +12 V +12 V GND Fan 12 GND GND +12 V Fan 23 Fan_Load Temperature sensor 2 GND Fan 34 Temperature sensor Temperature sensor 3 +12 V Fan 45 GND Fan 56 +12 V Fan 67 GND8 Fan_Load9 Temperature sensor 410 Temperature sensor 111 Temperature sensor 512 Temperature sensor 213 Temperature sensor 614 Temperature sensor 3

Pin assignment for the additional plugs

2.H0003010 CPCI 64-bit 2 slots V(I/O) = 5 V 9 U 1*P47 for 1U system plattforms



Order numbers

Backplane 6+3 ULeft-hand system slot, horizontal assembly


Instrumentation Extensions to CompactPCI

PICMG 2.8 defines a pinout of the J2 connector for use in instrumentation systems based on CompactPCI.

The defined pins would be used to allow multiple modules to synchronize and precisely time the execution of their operations.

The instrumentation specification would use the allowance by the core CompactPCI specification for implementing other functions on J2 (rear panel I/O definition of J2 with sub-buses).

An important goal sought by this proposed committee is also to provide the highest degree of interoperability with standard CompactPCI products including those that implement the 64-bit pinout version of J2.

Hartmann Electronic has been a successful developer and vendor of CompactPCI backplanes using the PXI extension for a number of years.

Shielded high-speed layout designs guarantee optimal, synchronized timing and interference-free operation.

Mezzanine solutions enable us to implement back planes with the most compact dimensions possible.

Specifications include:• 3U/6U• 33MHz/66MHz• 32-bit/64-bit• 2to14slots• with/withoutRearI/O

PXI Backplane

CompactPCI® PICMG 2.8


mit Rear I / Oohne rear I / O

32 bit

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This design has a slot pitch of 4 units to implement a backplane with the most compact dimensions possible in 19“ card racks.

Power is supplied via screw connections and terminal bars.

Variants available: • 32-bit• 32-bit with rear I/O in all slots • V(I/O) = 3.3 V or 5 V• 33 MHz


The 8-slot backplanes are equipped with on-board Schottky barrier diodes across from the system slot to guarantee optimal reliability and transfer characteristics. For this reason, the 8-slot backplane is 14 mm longer than the non-8-slot variants.

Order numbers

33LA _ _ 1354 CPCI + PXI 32-bit without rear I/O V(I/O) = 3.3 V

33LA _ _ 1554 CPCI + PXI 32-bit without rear I/O V(I/O) = 5 V

33LA _ _ 2354 CPCI + PXI 32-bit with rear I/O V(I/O) = 3.3 V

33LA _ _ 2554 CPCI + PXI 32-bit with rear I/O V(I/O) = 5 V

_ _: No. of slots (1 Slot = 4 HP = 20.32 mm)

PXI Backplane 3 ULeft-hand system slot, variant LA



PXI Backplane 3Uleft-hand system slot, variant LD

33LD _ _ 1354 CPCI + PXI 32-bit without rear I/O V(I/O) = 3.3 V P47

33LD _ _ 1554 CPCI + PXI 32-bit without rear I/O V(I/O) = 5 V P47

33LD _ _ 2354 CPCI + PXI 32-bit with rear I/O V(I/O) = 3.3 V P47

33LD _ _ 2554 CPCI + PXI 32-bit with rear I/O V(I/O) = 5 V P47

_ _: No. of slots (1 Slot = 4 HP = 20.32 mm)

In the Professional variant, the power supply via P47 power connector has been extended by the ATX connector used in the PC world.


Connectors for external connection of the JTAG bus and IPMB bus are also assembled.

Therefore this backplane is an excellent choice for individual system designs.


Order numbers


compactpci picmg 2.0 r 3.0 compactpci product · pdf filecompactpci® picmg 2.0 r 3.0...

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