Hardware Reference Manual for the 4-Channel New
Contents
1. 1 1 20 4 22 6 3 Tyco Gonnector d c er tas ee CRI Eu E 25 6 4 Tyco Connector zoo eh i ed ER vaga d LEER Se ME 27 6 5 J3 Samtec Connector 1 29 6 6 Samtec Connector 1 30 6 7 J1 Samtec Connector 1 1 31 6 8 INGLES neice TERUEL 32 Annexure A erri fo es db Te ERE f ER 33 Molex 120 Pin Connector oiii iR Bed tag eu Ru pe Ed 33 Annexure c MEER PERLE MEE PEE 36 Tyco 5O RIDiGOnDIBCIOE 36 o teo tete Te pud e Sene Roa eo Vetter 38 Samtec 20 Pin and 34 Pin Connector 38 CCII HSS8 6 MAN 001 2013 08 30 Issue 1 8 List of Tables Table 1 Default PCI Configuration Space 2 5 Table 2 Function of Status Indicators 6 Table JP2 Driver Mode Selection2. 1 8 Table4 5 Configuration of Line Termination Resistors for Channels A D for the PMC PCI 104 and EP POl Adapters ui eerta Yet o ee Ra a esr P Yet e S 8 Table 5 Connector Information for Line Termination Resistors for Channels A D for the FP 3 PCI Adapters 9 Table6 6 Configuration of Line Termination Resistors for Channels E for the PMC PCI 104 and FP PCI Adapters Not available on HSS4NG 1 9 Table7 Connector Information for Line Termination Resistors for Channels E H for the FP3 PCI Adapter Not available on 554 1 4 6 10 Table8 SCC Signal Pins on the Pn4 Connector for CCPMC Adapters 20 Table9 X SCC Signal Pins on the Pn4 Connector for CCPMC Adapters Not available on HSSANG 21 Table 10 SCC Signal Pins on J1 Connector for Adapters 22 Table 11 SCC Signals Pins on J1 Connector for Adapters Not available on HSS4NG 23 Table 12 SMC Signal Pins on J1 Connector for Adapters 23 Table 13 LED Signal Pins on Ji Connector for Adapters 24 Table 14 Ground Signal Pins on Ji Connector for Adapters
3. LD1 Alive Heartbeat amp POST Status during boot up cycle TX Activity on Channels A H amp POST Status during boot up cycle RX Activity on Channels A H amp POST Status during boot up cycle 3 3 V Power Good Indicator Table 2 Function of Status Indicators Some 558 Adapters allows the user to connect external Light Emitting Diode LEDs via J1 CCII HSS8 6 MAN 001 2013 08 30 Issue 1 8 8 1 6 39 3 10 SCC The HSS8 Adapter provides eight High Speed SCC channels enabling it to support a large number of serial protocols The following serial protocols are supported High Level Data Link Control HDLC Synchronous Data Link Control SDLC HDLC bus implements an HDLC based local area network LAN Asynchronous HDLC to support Point to Point Protocol PPP AppleTalk Universal Asynchronous Receiver Transmitter UART Synchronous UART Binary Synchronous Communication BiSync Totally Transparent bit streams Totally Transparent frame based with optional Cyclic Redundancy Check CRC SCC channels can be jumper configured to operate in RS 232 and or RS 422 485 modes Some limitations apply see Paragraph 3 14 CCII HSS8 6 MAN 001 2013 08 30 Issue 1 8 8 1 Page 7 of 39 3 11 Serial Management Controller SMC Some adapters provides two or four SMC channels in addition to the SCCs The SMCs support the following 5 232
4. 218 681 3380 URL http www digikey com Physical Address 701 Brooks Avenue South Thief River Falls MN 56701 USA The ordering information for the required ribbon cable is as follows Description 1 27 mm flat cable Part Number 523 125 301 7 068 Above parts obtainable from the following agent Supplier Name Mouser Electronics URL www mouser com A Serial I O Cable Assembly and or a Partial Cable Assembly be ordered from 212 Systems Supplier Name Cl Systems Telephone No 27 0 21 683 5490 Email Address sales ccii co za URL http Awww ccii co za CCII HSS8 6 MAN 001 2013 08 30 8 1 Issue 1 8 38 39 Samtec 20 Pin and 34 Pin Connector Figure 17 Samtec 20 Pin and 34 Pin PCB Connector The connectors J1 J3 and J4 used on the FP3 PCI 104 Adapters are surface mount headers manufactured by Samtec Mating connectors are supplied with each adapter However should the need arise to obtain further mating connectors the ordering information is given below Description 20 Way IDC Ribbon Cable Assembly Mating Connector Samtec Part No FFSD 10 S 12 00 01 N Description 34 Way IDC Twisted Pair Cable Assembly Mating Connector Samtec Part No FFTP 17 D 18 00 01 N Above parts obtainable from the following agents Supplier Name Samtec Europe Limited Telephone No 44 1236 739292 Email Address victoria
5. 0 36 Figure 17 Samtec 20 Pin and 34 Pin PCB Connector 38 CCII HSS8 6 MAN 001 2013 08 30 Issue 1 8 Abbreviations and Acronyms BiSync Binary Synchronous Communication BRG Baud Rate Generator CCPMC Conduction Cooled Peripheral Component Interconnect Mezzanine Card CD Carrier Detect CMC Common Mezzanine Card CRC Cyclic Redundancy Check CTS Clear to Send EEPROM Electrically Erasable Programable Read Only Memory HCC Host Carrier Card HDLC High Level Data Link Control HSS High Speed Serial HSS4NG 4 Channel New Generation High Speed Serial Adapter HSS8 8 Channel High Speed Serial I O Adapter Input Output ID Identification JTAG COP Joint Test Action Group Common On Chip Processor kbit s kilobits per second LAN Local Area Network LED Light Emitting Diode Peripheral Component Interconnect PMC Peripheral Component Interconnect Mezzanine Card POST Power On Self Test PPP Point to Point Protocol QUICC Quad Integrated Communications Controller RAM Random Access Memory RTS Request to Send SCC Serial Communication Controller SDLC Synchronous Data Link Control SMC Serial Management Controller UART Universal Asynchronous Receiver Transmitter CCII HSS8 6 MAN 001 2013 08 30 Issue 1 8 Identification This document is the technical reference manual for the 212 Systems 8 Channel High Speed Serial I O HSS Adapter hereinafter named
6. LD8 O 193 O LD2 3 LD1 3 Reverse Side of Adapter Figure 2 Connector Locations the HSS8 HSS4NG Adapters Mod 0 CCII HSS8 6 MAN 001 2013 08 30 Issue 1 8 1 13 of 39 4 Pn2 Pn1 Pn4 Xii Q Reverse Side of Adapter Q Figure 3 Connector Locations the HSS8 CCPMC and HSS4NG Adapters Mod 1 and above CCII HSS8 6 MAN 001 2013 08 30 Issue 1 8 1 14 of 39 Front Side of Adapter JP2 1 Reverse Side of Adapter Figure 4 Connector Locations on the HSS8 PMC and HSS4NG Adapters FP CCII HSS8 6 MAN 001 2013 08 30 Issue 1 8 1 15 of 39 Pn2 Pn1 om Front Side of Adapter J1 JP2 1 JP5 X47 Reverse Side of Adapter J LD1 3t J1 Figure 5 Connector Locations on the HSS8 PMC and HSS4NG Adapters FP1 CCII HSS8 6 MAN 001 2013 08 30 Issue 1 8 1 16 of 39 2 Pn1 Front Side of Adapter LD7 1083 LD3 3 023 013 3 Reverse Side of Adapter Figu
7. Refer to Paragraph 6 2 3 12 Baud Rate Generators Serial Clock Inputs The HSS8 Adapter has eight independent baud rate generators BRG that may be set to any valid baud rate The equation to calculate the actual baud rate for asynchronous protocols is as follows Actual Baud Rate 100 MHz 16 ROUND 100 MHz 16 Desired Baud Rate The equation to calculate the actual baud rate for synchronous protocols is as follows Actual Baud Rate 100 MHz ROUND 100 MHz Desired Baud Rate Where ROUND implies that the result is rounded to the nearest integer For example if the desired baud rate for asynchronous protocols is 57 6 kbit s then Actual Baud Rate 100 000 000 16 ROUND 100 000 000 16 57 600 57 339 kbit s The baud rate of 57 339 kbit s is within 2 5 96 of the original baud rate 0 45 96 The 2 5 margin is derived as follows sending one character including the start and stop bit requires 10 bits The receiver needs to sample each bit Sampling happens in the middle of each bit Hence the sampler may not drift by more than Ve a bit otherwise it will not sample the correct bit More conservatively the sampler should not be allowed to drift by more than bit 2 5 96 The HSS8 Adapter also allows for eight serial clock inputs allowing the user to supply custom clock rates to any of the SCCs Clock division does not limit these input clocks but their maximum values are dependent on the electrical interface
8. ay C ON 71339 15 8 p TIR SR LA AN 21 N Om m Figure 13 Molex 120 Pin PCB Connector Expanded View ENDS CH8MANO 1 Page 35 of 39 frontpanel connector J1 used on the FP FP1 Adapters is shielded right angle connector manufactured by Molex A mating connector is supplied with each adapter However should the need arise to obtain further mating connectors the ordering information is given below Description Plug Assembly Mating Connector Molex Part No 55032 1200 Description Cover Assembly Mating Connector Molex Part No 58423 1200 Description Threaded Screw Mating Connector Molex Part No 59811 0000 Above parts obtainable from the following agents Supplier Name Intercomp USA Inc Telephone No i 001 954 493 6461 Email Address Sales intercomp com URL http Awww intercomp com The ordering information for the required ribbon cable is as follows Description 1 mm Pitch Ribbon Cable 50 way Part Number CABFAWG2850M Above parts obtainable from the following agent Supplier Name Action Electronics Telephone No 1 800 563 9405 Email Address sales action electronics com URL http Awww action electronics com A Serial Cable Assembly and or a Partial Cable Assembly can be ordered from 212 Systems Supplier Name Cl Systems Telephone No 27 0 21 683 5490 Email Address s
9. Systems CCII Systems Pty Ltd Registration No 1990 005058 07 Communications Computer Intelligence Integration 8 Hardware Reference Manual for the 4 Channel New Generation and 8 Channel High Speed Serial I O Adapters Systems Document CCII HSS8 6 MAN 001 Document Issue Issue Date 2013 08 30 Print Date 2013 08 30 File Name W HSS8 TECH MAN CH8MAN01 wpd Distribution List No C4 Systems The copyright of this document is the property of Systems The document is issued for the sole purpose for which it is supplied on the express terms that it may not be copied in whole or part used by or disclosed to others except as authorised in writing by Systems Document prepared by and for 212 Systems Cape Town Signature Sheet 00 pate Completed by 7 p mum cal 1 M Project 260 20P 2o0 Board Level Products CI pM yz ama um Manager Board Level Products C P Systems Accepted by vi DOLUS vo Dx 20 n 4 C Systems CCIMHSS8 6 MAN 001 2013 08 30 Amendment History Description 0 1 First Draft 0 2 Updated as per WRM and XK reviews 0 3 Added Front Panel Adapter 1 0 Baseline 1 Fixed pinouts for J1 connector 1 2 Updated to include PCI and PCI 104 adapters Added information on different versions of adapters 1 3 Add information on HSS4NG channels RTS CTS CD usage 1 4 I
10. 24 Table 15 SCC Signal Pins on J1 Connector for the PMC and PCI FP3 Adapters 25 Table 16 SMC Signal Pins on J1 Connector for the PMC and PCI FP3 Adapters 25 Table 17 LED Signal Pins on Ji Connector for the PMC and PCI FP3 Adapters 26 Table 18 Ground Signal Pins on J1 Connector for the PMC and PCI FP3 Adapters 26 Table 19 SCC Signal Pins on J2 Connector for the PMC and PCI FP3 Adapters Not available on HSS4NG 27 Table 20 SMC Signal Pins on J2 Connector for the and PCI FP3 Adapters Not available on HSS4NG 27 Table 21 LED Signal Pins on J2 Connector for the PMC and PCI FP3 Adapters Not available on HSS4NG 28 Table 22 Ground Signal Pins on J2 Connector for the and PCI Adapters 28 Table 28 SCC Signal Pins J3 Connector for the PCI 104 FP3 Adapters 29 Table 24 Ground Signal Pins on J3 Connector for the PCI 104 FP3 Adapters 29 Table 25 SCC Signal Pins Connector for the PCI 104 FP3 Adapters Not available on HSSANG 30 Table 26 Ground Signal Pins on J4 Connector for the PCI 104 FP3 Adapters 30 CCII HSS8 6 MAN 001 2013 08 30 Issue 1 8 Table 27 SMC AND LED Signal Pins on J1 Connector for the PC 104 FP3 Adapters 31 Table 28 Ground Signal Pins on J4 C
11. J2 Signal Pins for SMC Channels Signal Name Signal Name RS232 Channel L Not available on HSS4NG L TxD Table 20 SMC Signal Pins on J2 Connector for the and PCI FP3 Adapters Not available on HSS4NG CCII HSS8 6 MAN 001 2013 08 30 Issue 1 8 8 1 28 of 39 J2 Signal Pins for LEDs Not available on HSS4NG Signal Name Signal Name Pin LED1 LED3 LED2 LED8 Table 21 LED Signal Pins on J2 Connector for the PMC and PCI FP3 Adapters Not available on HSS4NG Note Only the Anodes for the LEDs are wired to the connector and there are current limiting resistors in the design for each pin We suggest that the customer makes use of any of the pins listed in Table 22 to connect to the Cathode of the LEDs J2 Signal Pins for Ground Signal Name Table 22 Ground Signal Pins on J2 Connector for the PMC and PCI FP3 Adapters CCII HSS8 6 MAN 001 2013 08 30 Issue 1 8 8 1 29 of 39 6 5 J3 Samtec Connector Pin N oO 11 13 15 19 21 23 25 27 29 31 33 RS232 A TxD A RxD A CTS B TxD B RxD B CTS C TxD C RxD C CTS D TxD D RxD D CTS J3 Signal Pins for SCC Channels Signal Name TxD A RxD OUT 1 TxD B_RxD B_CLK_OUT B_CLK_IN C_TxD C_RxD C_CLK_OUT C_CLK_IN D_TxD D_RxD D_CLK_O
12. Processor Memory Baud Rate Generators Controller Serial Clock Inputs SMC 3 SMC 4 SMC Channels only available on Channel Mode some Adapters Indicators Selection Jumpers Figure 1 Functional Block Diagram of the HSS8 Adapter CCII HSS8 6 MAN 001 2013 08 30 Issue 1 8 8 1 Page 4 of 39 558 Adapter consists of the following functional elements PCI Interface 32 bit 33 66 MHz Two Processors PowerQUICC 11 PCI Bridge internal to the Master processor RAM 4 MBytes Flash memory 2 MBytes EEPROM PC Serial 128 Bytes Indicators for monitoring health and activity Eight Serial Communication Controllers SCCs Four Serial Management Controllers SMCs Eight Baud Rate Generators BRG and eight external serial clock inputs RS 232 and RS 422 485 Transceivers Jumper Selectable Termination Resistors 100 for RS 422 485 Jumper Selectable The HSS4NG Adapter is a special build which omits some devices to provide four High Speed channels and not eight Specifically the Slave PowerQUICC Il Communications Processor and associated line drivers are not present 3 3 PCI Interface The PCI interface allows the HSS8 Adapter to be fitted on any Host Carrier Card HCC conforming to the PCI specification and supporting 3 3 V PCI signalling This includes PMC and PCI 104 HCCs
13. a 0 2 20 2 JP4 1 J1 19 Figure 10 Connector Locations on HSS8 PCI 104 and HSSANG PCI 104 Adapters FP3 CCII HSS8 6 MAN 001 2013 08 30 Issue 1 8 1 20 39 6 Serial I O Connectors 6 1 PMC Connector 4 Signals Rear Panel Configuration Only Channel A Channel B Channel C C_TxD C_TxD C_CLK_OUT C_TxD Channel D ER AK po A MININ Table 8 SCC Signal Pins on the 4 Connector for CCPMC Adapters CCII HSS8 6 MAN 001 2013 08 30 Issue 1 8 8 1 21 of 39 4 Signals Rear Panel Configuration Only Pn Signal Signal Channel Not available on HSS4NG Channel F Not available on HSS4NG 2 Channel G Not available HSS4NG Channel H Not available on HSS4NG H_CLK_OUT OUT Table 9 SCC Signal Pins the 4 Connector for Adapters Not available HSS4NG CCII HSS8 6 MAN 001 2013 08 30 Issue 1 8 8 1 22 of 39 6 2 Molex I O Connector J1 Signal Pins for SCC Channels Channel A Channel B pinni i Channel C TxD C TxD C CLK OUT C TxD 33 Channel D D_C
14. morrison samtec com URL http www samtec com A Serial Cable Assembly and or Partial Cable Assembly can be ordered from 212 Systems Supplier Name Cl Systems Telephone No 27 0 21 683 5490 Email Address sales ccii co za URL http Awww ccii co za CCII HSS8 6 MAN 001 2013 08 30 Issue 1 8 8 1 39 of 39
15. transmit circuit while CD relates to the receive circuit In general it is recommended that CD is grounded unless a requirement exists to gate the receiver CCII HSS8 6 MAN 001 2013 08 30 Issue 1 8 8 1 11 of 39 4 Formfactors HSS8 Adapters are available PMC Conduction Cooled PMC PCI 104 and PCI formfactors Different formfactors have different features and capabilities as follows 4 1 CCII SIO PMC 8P FP 3 3 V PCI signalling only not 5 V tolerant 8 x SCC 4 x SMC CCII SIO PMC 8P FP1 3 8 V or 5 V PCI signalling 5 V tolerant 8x SCC 4 x SMC CCII SIO PMC 8P FP3 3 3 V or 5 V PCI signalling 5 V tolerant 8 x SCC 4 x SMC CCII SIO PMC 4PN FP 3 3 V PCI signalling only not 5 V tolerant 4x SCC 2 x SMC CCII SIO PMC 4PN FP 1 3 3 V or 5 V PCI signalling 5 V tolerant 4x SCC 2 x SMC CCII SIO PMC APN FP3 3 3 V or 5 V PCI signalling 5 V tolerant 4 x SCC 2 x SMC Due to space constraints the PMC voltage keying holes are not present on PMC adapters On CCII SIO PMC 8P FP1 Mod 0 Adapters the first four channels Channels A to D do not support RS 232 4 2 Conduction Cooled PMC CCII SIO PMC 8P BP CC Mod 0 3 3 V PCI signalling only not 5 V tolerant 8x SCC CCII SIO PMC 8P BP CC Mod 1 3 8 V PCI signalling only not 5 V tolerant 8x SCC CCII SIO PMC APN BP CC Mod 0 3 3 V PCI signalling only 5 V tolerant 4x SCC CCII SIO PMC APN BP CC Mod 1 3 3 V PCI signalling only 5 V toleran
16. C 104 FP3 Adapters J1 Signal Pins for Ground Signal Name Table 28 Ground Signal Pins on J4 Connector for the 104 FP3 Adapters CCII HSS8 6 MAN 001 2013 08 30 Issue 1 8 8 1 32 of 39 6 8 Notes Pn4 J1 Molex J1 Tyco J2 Tyco J1 Samtec J3 Samtec and J4 Samtec signals are configured such that the adapter channels function as Data Terminal Equipment DTE This specifies the I O direction of the adapter s signals as follows TxD is an output RxD is an input RTS is an output CTS is an input CD is an input CLK OUT is an output CLK IN is an input An RS 232 logical zero is defined as a positive voltage between 3 V and 15 V A logical one is defined as a negative voltage voltage levels between 3 V and 15 V The system 5 V line is a good source of a logical zero if required a series resistor is recommended RxD RxD RTS RTS CTS CTS CD CD GND GND RS 232 Loopback Cable CCII HSS8 6 MAN 001 2013 08 30 Issue 1 8 1 33 of 39 Molex 120 Pin Connector A 59 55 NO 32 E 5 0 5 29 SCREW THREADS Pin PCB Connector Figure 12 Molex 120 Issue 1 8 2013 08 30 5 2 z lt D I o 2 lt co I 34 of 39 OW
17. LK_OUT D_RTS D_CLK_OUT 51 Table 10 SCC Signal Pins on J1 Connector for FP1 Adapters CCII HSS8 6 MAN 001 2013 08 30 Issue 1 8 8 1 23 of 39 J1 Signal Pins for SCC Channels Signal Signal Channel Not available HSS4NG Channel F Not available on HSS4NG Channel G Not available on HSS4NG Channel H Not available on HSS4NG 107 H_RxD H RxD H CLK IN H RxD Table 11 SCC Signals Pins on J1 Connector for FP1 Adapters Not available on HSS4NG J1 Signal Pins for SMC Channels Pin Signal Name Signal Name Pin Channel I Channel J Channel Not available on HSS4NG qe E Channel L Not available on 554 Table 12 SMC Signal Pins on J1 Connector for FP1 Adapters CCII HSS8 6 MAN 001 2013 08 30 Issue 1 8 8 1 24 of 39 J1 Signal Pins for LEDs LED 1 29 LD1 A LD1_K 30 LED 2 Table 13 LED Signal Pins on J1 Connector for FP1 Adapters J1 Signal Pins for Ground 1 4 7 10 13 16 19 22 25 28 31 34 37 40 43 46 49 52 GND 55 58 61 64 67 70 73 76 79 82 85 88 91 94 97 100 103 106 109 112 115 118 Table 14 Ground Signal Pins on J1 Connector for FP1 Adapters CCII HSS8 6 MAN 001 2013 08 30 Issue 1 8 8 1 25 of 39 6 3 Tyco Connector J1 Signal Pins for SCC Channels Pi
18. PCI interface PMC Formfactor Commercial Grade 5 V tolerant PCI interface PMC Formfactor Industrial Grade 5 V tolerant PCI interface PMC Formfactor Ruggedised 5 V tolerant PCI interface PMC Formfactor Commercial Grade 5 V tolerant PCI interface PMC Formfactor Industrial Grade 5 V tolerant PCI interface PMC Formfactor Ruggedised 5 V tolerant PCI interface PMC Formfactor Conduction Cooled 3 3 V PCI interface CCPMC Formfactor CCII HSS8 6 MAN 001 2013 08 30 Issue 1 8 CH8MANO 1 39 CCII SIO PCI 4PN FP COM Commercial Grade 3 3 V PCI interface PCI Formfactor CCII SIO PCI APN FP IND Industrial Grade 3 3 V PCI interface PCI Formfactor CCII SIO PCI 4PN FP3 COM Commercial Grade 5 V tolerant PCI interface PCI Formfactor CCII SIO PCI APN FP3 IND Industrial Grade 5 V tolerant PCI interface PCI Formfactor CCII SIO PC104 4PN FP COM Commercial Grade 3 3 V PCI interface PCI 104 Formfactor CCII SIO PC104 A4PN FP IND v Industrial Grade 3 3 V PCI interface PCI 104 Formfactor CCII SIO PC104 4PN FP RGD Ruggedised 3 3 V PCI interface PCI 104 Formfactor CCII SIO PC104 4PN FP3 COM Commercial Grade 3 3 V PCI interface PCI 104 Formfactor CCII SIO PC104 4PN FP3 IND Industrial Grade 3 3 V PCI interface PCI 104 Formfactor CCII SIO PC104 4PN FPS RGD Ruggedised 3 3 V PCI interface PCI 104 Formfactor 1 3 Document Overview This document describes the functional building blocks of the HSS8 Adapter It serves as a refe
19. SIO PMC 4PN FP RGD CCII SIO PMC 4PN FP1 COM CCII SIO PMC 4PN FP1 IND CCII SIO PMC 4PN FP1 RGD CCII SIO PMC 4PN FP3 COM CCII SIO PMC 4PN FP3 IND CCII SIO PMC 4PN FP3 RGD CCII SIO PMC APN BP CC Commercial Grade 3 3 V PCI interface PMC Formfactor Industrial Grade 3 3 V PCI interface PMC Formfactor Ruggedised 3 3 V PCI interface PMC Formfactor Commercial Grade 5 V tolerant PCI interface PMC Formfactor Industrial Grade 5 V tolerant PCI interface PMC Formfactor Ruggedised 5 V tolerant PCI interface PMC Formfactor Commercial Grade 5 V tolerant PCI interface PMC Formfactor Industrial Grade 5 V tolerant PCI interface PMC Formfactor Ruggedised 5 V tolerant PCI interface PMC Formfactor Conduction Cooled 3 3 V PCI interface Formfactor Commercial Grade 3 3 V PCI interface PCI Formfactor Industrial Grade 3 3 V PCI interface PCI Formfactor Commercial Grade 5 V tolerant PCI interface PCI Formfactor Industrial Grade 5 V tolerant PCI interface PCI Formfactor Commercial Grade 3 3 V PCI interface PCI 104 Formfactor Industrial Grade 3 3 V PCI interface PCI 104 Formfactor Ruggedised 3 3 V PCI interface 104 Formfactor Commercial Grade 3 3 V PCI interface PCI 104 Formfactor Industrial Grade 3 3 V PCI interface PCI 104 Formfactor Ruggedised 3 3 V PCI interface 104 Formfactor Commercial Grade 3 3 V PCI interface PMC Formfactor Industrial Grade 3 3 V PCI interface PMC Formfactor Ruggedised 3 3 V
20. Some versions of the HSS8 Adapters are also 5 V PCI compatible please refer to the specifications For Conduction Cooled PMC HCCs the Serial I O interfaces of the HSS8 Adapter are routed through the PMC connector Pn4 refer to Figure 2 or Figure 3 The HSS8 Adapter will automatically detect the clock speed of the PCI bus either 33 MHz or 66 MHz configure itself to operate at the correct frequency Refer to the PCI Specification 2 1 2 for a complete description of the PCI interface signals and to the CMC Specification 2 1 1 for information on busmode signalling for PMC adapters 3 4 Processors The 558 Adapter incorporates two PowerQUICC Communications Processors to provide a total of eight four per processor High Speed Serial channels with protocol processing The PowerQUICC Il Communications Processors each have a built in memory controller for connection to static Random Access Memory RAM and Flash memory For serial clock generation a total of eight four per processor built in Baud Rate Generators BRGs are provided and provision is made for eight external serial clock inputs Refer to the PowerQUICC II Reference Manual 2 1 3 for more information CCII HSS8 6 MAN 001 2013 08 30 Issue 1 8 8 1 5 39 3 5 3 6 3 7 3 8 3 9 Bridge The PCI bridge translates memory access requests on the PCI bus to requests on the local bus and vice versa The HSS8 Ada
21. UT D_CLK_IN Channel A farts fe Channel B Channel C Channel D Table 23 SCC Signal Pins on J3 Connector for the 104 FP3 Adapters 17 18 CCII HSS8 6 MAN 001 2013 08 30 J3 Signal Pins for Ground Signal Name Table 24 Ground Signal Pins on J3 Connector for the 104 Adapters Issue 1 8 8 1 30 of 39 6 6 44 Samtec Connector 44 Signal Pins for SCC Channels Not available on HSS4NG Pin Signal Name Signal Name Pn Channel Not available on HSS4NG Channel F Not available on HSS4NG Channel G Not available on HSS4NG Channel H Not available on HSS4NG Table 25 SCC Signal Pins J4 Connector for the 104 FP3 Adapters Not available on HSS4NG J4 Signal Pins for Ground Signal Name Table 26 Ground Signal Pins on J4 Connector for the 104 FP3 Adapters CCII HSS8 6 MAN 001 2013 08 30 Issue 1 8 8 1 31 of 39 6 7 Samtec Connector J1 Signal Pins for SMC Channels Signal Name Signal Name Pin 3232 Channel I Channel J Channel K Not available on HSS4NG Channel L Not available on HSS4NG J1 Signals for LEDs Signal Name Signal Name Pn 13 LD1 A LD1_K 14 LED2 15 LD2 A LD2 16 LED3 LED8 amp Table 27 SMC AND LED Signal Pins on J1 Connector for the P
22. _IN D_CLK_IN 15 16 1000 Table 4 JP5 Configuration of Line Termination Resistors for Channels D for the PMC PCI 104 and FP PCI Adapters CCII HSS8 6 MAN 001 2013 08 30 Issue 1 8 8 1 Page 9 of 39 i Connector Termination ERE RS 422 485 Signals Terminated eference Table 5 Connector Information for Line Termination Resistors for Channels A D for the FP 3 PCI Adapters i Termination Channel 1 Pins JP6 Terminated G_RxD G_RxD 9 10 Table 6 JP6 Configuration of Line Termination Resistors for Channels E H for the PMC 104 and FP PCI Adapters Not available on HSS4NG 100 Q CCII HSS8 6 MAN 001 2013 08 30 Issue 1 8 8 1 10 of 39 RS 422 485 Signals MS Termination Terminated eference Table 7 Connector Information for Line Termination Resistors for Channels E H for the FP3 PCI Adapter Not available on HSSANG hannel m Caution Line termination switches should be open when RS 232 mode is selected on a specific channel 3 16 Handshaking Signals for SCC Channels in RS 232 mode The handshake signals Request to Send RTS Clear to Send CTS and Carrier Detect CD are available for the SCC channels when in RS 232 mode It is important to note that the RTS and CTS signals relate to the
23. ales ccii co za URL http www ccii co za CCII HSS8 6 MAN 001 2013 08 30 Issue 1 8 8 1 36 39 Tyco 50 Connector Circuit 1 Indicator Circuit 1 Circuit 2 Last Circuit Figure 14 Tyco 50 Pin PCB Connector The frontpanel connectors J1 and J2 used on the FP3 Adapters are manufactured by Tyco Mating connectors are supplied with each adapter However should the need arise to obtain further mating connectors the ordering information is given below Description 50 way IDC Cable Connector Tyco Part No 5787233 1 See prom Description Terminal Cover Tyco Part No 787056 1 set of 2 Description Connector Tyco Part No 786930 4 Figure 15 50 Kit Parts CCII HSS8 6 MAN 001 2013 08 30 Issue 1 8 8 1 Page 37 of 39 Description 50 way IDC Cable Connector Backshell Kit Tyco Part No 5787233 1 Consisting of Description Cover Tyco Part No 787234 1 set of 2 Description Backshell Plated 4 Tyco Part No 786969 2 set of 2 v N Description Jackscrew Vina 787062 1 set of 2 Above parts obtainable from the following agents Supplier Name Intercomp USA Inc Telephone No 001 954 493 6461 Email Address Sales intercomp com URL http www intercomp com Supplier Name Digi Key Corporation Telephone No 1 800 344 4539 218 681 6674
24. as well as the protocols chosen Refer to 2 1 3 for protocol limitations 3 13 Serial I O Interface Conduction Cooled HSS8 PMC Adapter communicates with the user through rear I O using the Pn4 connector on the PMC refer to Figures 2 and 3 The pinouts and signal descriptions are provided in Paragraph 6 1 Other HSS8 Adapters communicate with the user through frontpanel I O using Molex connector J1 on our and FP1 Adapters whereas on our PMC and PCI FP3 Adapters communication takes place through 2 Tyco connectors J1 and J2 On the FP3 PCI 104 Adapters communication takes place through 3 headers The pinouts and signal descriptions for all these signals are given in Paragraph 6 2 through to Paragraph 6 7 6 8 3 14 Transceivers The HSS8 Adapter supports RS 232 and RS 422 485 electrical interfaces on each SCC channel Mode selection is done via the Driver Mode Selection Jumper JP2 refer to Table 3 The 104 range of adapters support RS 232 as well as RS 422 485 on SCC Channels A and All other SCC channels are RS 422 485 only CCII HSS8 6 MAN 001 2013 08 30 Issue 1 8 8 1 Page 8 of 39 3 15 Table 3 shows how to select the driver mode for each SCC channel The SMC channels support RS 232 electrical interfaces only open RS 422 485 meme Table 3 JP2 Driver Mode Selection Caution RS 232 and RS 422 485 transceivers are multiplexed onto the same
25. for Serial Cable Assembly issue 0 2 dated 2009 06 11 Cl Systems document CCII BLPGEN 6 MAN 003 titled Assembly Procedure for Partial Cable Assembly issue 1 0 dated 2009 06 11 CCII HSS8 6 MAN 001 2013 08 30 Issue 1 8 8 1 3 of 39 3 Architecture 3 1 Overview The HSS8 Adapter provides eight channels of simultaneous High Speed bi directional Serial communications Each channel is capable of running in RS 232 or RS 422 485 mode In addition some HSS8 Adapters provide an additional four lower speed RS 232 channels refer to Paragraph 4 The HSSANG Adapter provides four High Speed channels as well as two lower speed RS 232 channels in some instances 3 2 Functional Block Diagram JTAG COP Programming 558 Adapter Interface PCI Interface PCI Bridge Master Communications Processor 32 bit 33 66 MHz PCI Bus 3 3 V Signaling Memory Baud Rate Generators Controller Serial Clock Inputs SMC 1 jt C Interface SMC2 J Channel Mode EEPROM Indicators Selection Jumpers Flash Memory 2 Hae Serial Transceivers Resistors Jumper RS 232 and RS 422 485 Selectable Interfaces Slave Communications
26. mprove document naming consistency 1 5 Updated to include pinout information for our FP3 PMC and PCI 104 Adapters 6 Corrected the pin information relating to the Tyco connectors in the Tables 1 7 Added RS 232 Loopback Cable diagram 1 8 Updated Part Numbers and Description of 50 way Tyco connector CCII HSS8 6 MAN 001 2013 08 30 2004 02 20 2004 04 10 2004 07 07 2004 07 14 2005 07 15 2006 08 03 2007 09 19 2009 10 08 2009 10 13 2012 02 10 2013 08 30 2009 07 09 ECP No CCII HSS8 6 ECP 020 CCII HSS8 6 ECP 023 CCII HSS8 6 ECP 028 CCII HSS8 6 ECP 032 CCII HSS8 6 ECP 039 CCII HSS8 6 ECP 045 CCII BLPGEN 6 ECP 020 CCII BLPGEN 6 ECP CCII HSS8 6 ECP 056 Issue 1 8 Contents UNE DIO E 1 1 1 tet ipo d iei NM 1 1 3 Document Overview llis sre 2 2 Applicable and Reference 3 2 1 Applicable Docurmients Ga HE 3 2 2 Reference Documents 3 EIER ERE 4 3 1 ERU 4 3 2 Functional Block Diagram 1 2 4 3 3 cee A aca Oe onsen et I ee Sane MA TTE SE 5 3 4 Proces
27. n Signal Name Signal Name Table 15 SCC Signal Pins on J1 Connector for the and PCI FP3 Adapters J1 Signal Pins for SMC Channels Signal Name Table 16 SMC Signal Pins on J1 Connector for the PMC and PCI FP3 Adapters CCII HSS8 6 MAN 001 2013 08 30 Issue 1 8 8 1 Page 26 of 39 J1 Signal Pins for LEDs Signal Name Signal Name LED1 LD1_A LD3_A 9 LED3 23 LED2 LED8 Table 17 LED Signal Pins on J1 Connector for the PMC and PCI FP3 Adapters Note Only the Anode for the LEDs are wired to the connector and there are current limiting resistors in the design for each pin We suggest that the customer makes use of any of the pins detailed in Table 18 to connect to the Cathode of the LEDs J1 Signal Pins for Ground Signal Name Table 18 Ground Signal Pins on J1 Connector for the PMC and PCI FP3 Adapters CCII HSS8 6 MAN 001 2013 08 30 Issue 1 8 8 1 27 39 6 4 42 Tyco I O Connector J2 Signal Pins for SCC Channels Channel E Not available on HSS4NG 8 E CTS IN E CLK IN Channel F Not available HSS4NG Channel G Not available on HSS4NG Channel H Not available on HSS4NG Table 19 SCC Signal Pins on J2 Connector for the PMC and PCI FP3 Adapters Not available on HSS4NG
28. onnector for the PCI 104 FP3 Adapters 31 CCII HSS8 6 MAN 001 2013 08 30 Issue 1 8 List of Figures Figure 1 Functional Block Diagram of the HSS8 Adapter 4 Figure 2 Connector Locations on the HSS8 CCPMC and HSS4NG Adapters 0 12 Figure 3 Connector Locations on the HSS8 CCPMC and HSS4NG Adapters Mod 1 and above Figure 4 Connector Locations on HSS8 and HSS4NG Adapters FP 14 Figure 5 Connector Locations on the HSS8 PMC and HSS4NG Adapters 15 Figure 6 Connector Locations on the HSS8 PMC and HSS4NG PMC Adapters 16 Figure 7 Connector Locations on the HSS8 PCI and HSS4NG PCI Adapters 17 Figure 8 Connector Locations for the HSS8 PCI and HSS4NG PCI Adapters FP3 17 Figure 9 Connector Locations on the HSS8 104 and HSS4NG PCI 104 Adapters FP 18 Figure 10 Connector Locations on HSS8 PCI 104 and HSS4NG PCI 104 Adapters FP3 19 Figure 12 Molex 120 Pin PCB Connector 33 Figure 13 Molex 120 Pin PCB Connector Expanded View 34 Figure 14 Tyco 50 Pin Connector
29. pter uses the integrated PCI bridge of the PowerQUICC Il Communications Processor to interface to the PCI bus Table 1 specifies the default configuration space values used by the HSS8 Adapter 0x1057 Vendor Identifier 0 18 0 Device Identifier Base Address of HSS8 Adapter assigned by Table 1 Default PCI Configuration Space Values Refer to the PowerQUICC 1 Reference Manual 2 1 3 for more information RAM The HSS8 Adapter incorporates 4 MBytes of static RAM This memory is used at run time for processing interrupts and for passing control information to and from the HCC Flash Memory The 558 Adapter incorporates 2 MBytes of programmable Flash memory The Flash memory is used as a boot device and holds the adapter s firmware Furthermore it holds the PCI configuration information The firmware is initially programmed using the Joint Test Action Group Common On Chip Processor JTAG COP interface JP4 but can subsequently be upgraded from the HCC over the PCI bus EEPROM The HSS8 Adapter incorporates a 128 Byte Serial EEPROM The EEPROM is used to store Power On Self Test POST information as well as the version number of the adapter The EEPROM is programmed from the HCC over the PCI bus Indicators The HSS8 Adapter provides indicators for reporting both hardware and software status Refer to Figures 2 to 9 for indicator locations The function of each indicator is as per Table 2 Indicator
30. re 6 Connector Locations on the HSS8 PMC and HSS4NG PMC Adapters FP3 CCII HSS8 6 MAN 001 2013 08 30 Issue 1 8 1 17 of 39 1 1 1 1 JP5 1 JP6 1 JP2 LD1 LD2 LD3 LD8 Front Side of Adapter JP4 J1 LD7 Figure 7 Connector Locations on the 558 PCI and HSS4NG PCI Adapters 1 JP5 15 2 16 JP10 JP9 JPG 5 J1 JP1 JP3 JP8 lt LD1 LD2 que JP18 JP17 JP14 JP13 Front Side of Adapter J2 JP11 JP12 LD7 anne A JP15 JP16 igure 8 Connector Locations for the HSS8 PCI and 554 PCI Adapters FP3 F Issue 1 8 CCII HSS8 6 MAN 001 2013 08 30 18 39 8 1 J1 JP5 JP6 U Front Side of Adapter LD2 Loi ee 104 34 LD7 5 1 2 Figure 9 Connector Locations the 558 PCI 104 and HSS4NG PCI 104 Adapters FP CCII HSS8 6 MAN 001 2013 08 30 Issue 1 8 1 19 of 39 2 34 2 34 1 J3 33 J4 33 i1JP5 i JP6 5 LD7 a LD3 5 LD2 9 i Front Side of Adapter 575 LD8 3
31. rence for the jumper settings and connector pinouts It also explains the differences between the various formfactors in which the 558 and HSSANG Adapters are available as products For programming the adapter please also refer to the User Manual for the relevant Software Driver as listed in Paragraph 2 2 CCII HSS8 6 MAN 001 2013 08 30 Issue 1 8 8 1 2 39 2 2 2 2 1 2 2 2 2 2 3 2 2 4 2 2 5 Applicable and Reference Documents Applicable Documents IEEE Std 1386 2001 Standard for a Common Mezzanine Card CMC Family dated 2001 06 14 PCI Special Interest Group PCI Local Bus Specification Rev 2 2 dated 1998 12 18 MPC8260 PowerQUICC Family Reference Manual MPC8260UM D Rev 1 dated May 2003 ANSI Vita Std 20 2001 American National Standard for Conduction Cooled PMC dated 2001 08 31 Reference Documents C212 Systems document CCII HSS 6 MAN 002 titled User Manual for the 8 Channel and 4 Channel High Speed Serial VxWorks Software Driver issue 1 3 dated 2008 01 28 C212 Systems document CCII HSS 6 MAN 003 titled User Manual for the 8 Channel and 4 Channel High Speed Serial Linux Software Driver issue 1 1 dated 2006 06 29 C212 Systems document CCII HSS 6 MAN 004 titled User Manual for the 8 Channel and 4 Channel High Speed Serial Windows NT 4 Software Driver issue 1 1 dated 2006 06 29 C212 Systems document CCII BLPGEN 6 MAN 004 titled Assembly Procedure
32. signal paths The RS 422 485 transceivers are guaranteed to operate to a maximum transmit and receive voltage of 8 V to 13 V While the RS 232 specification permits voltage levels exceeding the maximum rating of the RS 422 485 transceivers most RS 232 transceivers operate well within tolerance of the RS 422 485 transceivers Should the interfacing equipment used with this device have transceivers that exceed the operating tolerances of the RS 422 485 transceivers it is suggested that a special build of the HSS8 Adapter without the RS 422 485 transceivers be used Termination Resistors 100 line termination resistors required for RS 422 485 are switchable jumpers for each channel These resistors have a power rating of 200 mW which should not be exceeded Termination resistors for Channels A D and Channels E H are configured by JP5 and JP6 respectively on our PCI 104 and FP PCI Adapters whereas on our PCI Adapters these are configured by connectors JP1 JP3 and JP5 JP18 Table 4 Table 5 Table 6 and Table 7 indicate how to configure the line termination resistors for Channels A D and E H respectively i Termination RS 422 485 Signals Pins on JP5 Terminated Closed A_RxD A_RxD A_CLK_IN A_CLK_IN B_RxD B_RxD B_CLK_IN B_CLK_IN Channel C_RxD C RxD 9 10 1000 IN 11 12 100 D RxD D RxD 13 14 100 Q D_CLK
33. sors Ae ei Jit de ia cef 5 3 5 PODLBrIdged ir oe Gaara ORA 5 3 6 UR 6 3 7 Flash MEMO ORS ad 6 3 8 BER ROM CEU 6 SECC OC ET 6 3 11 Serial Management Controller SMC 1 7 3 12 Baud Rate Generators Serial Clock Inputs 7 3313 Seriall O Interface amane Soe due As 7 Sr ae eee scot Lied Beak 7 3 15 gt 2 eser ool Ee Ea wei Sa ald 8 3 16 Handshaking Signals for SCC Channels RS 232 mode 10 4 aA TREE PE dendo porta 11 4 1 TRIER 11 4 2 Gonduction Gooled PMG wc 2 eese eed iem idu 11 4 3 7613 07 Mop mr HEC 11 4 4 CL 11 5 Serial YO Connectors 2255255 20 6 1 PMG I O Ganneclor zi eR E ee PER Een LE ba 20 6 2 J1 Molex
34. t 4x SCC There are two models of the Conduction Cooled PMC namely Mod Level 0 and Mod Levels 1 and above The jumper locations of these two Mod Levels are different refer to Figures 2 and 3 Due to the 64 pin I O limitation CCPMC adapters support only the SCC channels by default Mod Level 1 and above are also available in special builds where the SMC channels are available at the expense of receive and transmit clock signals Please enquire for more information Due to space constraints the PMC voltage keying holes are not present on CCPMC adapters 4 3 PCI 104 CCII SIO PC104 8P 3 3 V PCI signalling only not 5 V tolerant 8 x SCC 4 x SMC CCII SIO PC104 4PN 3 3 V PCI signalling only not 5 V tolerant 4 x SCC 2 x SMC The PC 104 slot has to be set using the slot switch SW1 Refer to Figure 9 Channel A and Channel B support RS 232 and RS 422 485 The other SCC channels support RS 422 485 4 4 CCII SIO PCI 8P 3 3 V PCI signalling only not 5 V tolerant 8x SCC 4 x SMC CCII SIO PCI 4PN 3 3 V PCI signalling only not 5 V tolerant 4x SCC 2 x SMC CCII SIO PCI 8P FP3 3 3 V or 5 V PCI signalling 5 V tolerant 8x SCC 4 x SMC CCII SIO PCI 4PN FP3 3 3 V or 5 V PCI signalling 5 V tolerant 4 x SCC x SMC CCII HSS8 6 MAN 001 2013 08 30 Issue 1 8 8 1 12 of 39 5 Connector Pin Assignments Pn2 Pn1 Pn4 1 2 4 1 JP2 2
35. the HSS8 Adapter It also applies to the 4 Channel New Generation HSS HSS4NG Adapter Unless otherwise specified all references to HSS8 also apply to HSS4NG System Overview The HSS8 Adapter provides eight channels of simultaneous High Speed bi directional serial communications and an additional four lower speed RS 232 channels not available on all versions The eight High Speed channels are configurable on a per channel basis for RS 232 or RS 422 485 drivers while the lower speed channels have RS 232 drivers only The HSS8 Adapter is currently available in PMC Conduction Cooled PMC CCPMC PCI 104 and PCI formfactors By omitting some components during manufacture this adapter can also be built as a 4 Channel Adapter which is known as the 4 Channel New Generation High Speed Serial I O Adapter HSS4NG Applicable Part Numbers are 8 Channel HSS 558 CCII SIO PMC 8P FP COM CCII SIO PMC 8P FP IND CCII SIO PMC 8P FP RGD CCII SIO PMC 8P FP1 COM CCII SIO PMC 8P FP1 IND CCII SIO PMC 8P FP1 RGD CCII SIO PMC 8P FP3 COM CCII SIO PMC 8P FP3 IND CCII SIO PMC 8P FP3 RGD CCII SIO PMC 8P BP CC CCII SIO PCI 8P FP COM CCII SIO PCI 8P FP IND CCII SIO PCI 8P FP3 COM CCII SIO PCI 8P FP3 IND CCII SIO PC104 8P FP COM CCII SIO PC104 8P FP IND CCII SIO PC104 8P FP RGD CCII SIO PC104 8P FP3 COM CCII SIO PC104 8P FP3 IND CCII SIO PC104 8P FP3 RGD 4 Channel HSS HSS4NG CCII SIO PMC 4PN FP COM CCII SIO PMC 4PN FP IND CCII
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