Repair your broken SYSCON part We can repair your SYSCON CB100 in our facility. Let our skilled technicians get your Rex-C100 1/16 DIN UPC Based Temperature Control back in operation quickly. Step 1 - Click the green button above to add the part and complete the RMA form. Step 2 - Print the RMA form and put it in a box with the parts for repair. User manual Rev. 1.1 — 3 March 2014 5 of 759 NXP Semiconductors UM10736 Chapter 1: LPC15xx Introductory information – High-resolution 32-bit Real-time clock (RTC) with selectable 1 s or 1 ms time resolution running in the always-on power domain. RTC can be used for wake-up from all low power modes including Deep power-down.
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Summary
Siemens 2000592-001 - page 1
GAS CHR OMA T OGRAPHY p pr oces s AD V ANCE NET W ORK COMMUNIC A TIONS BO ARD/D A T ANET (ANCB/DN) User ’s Manual Edition 1/2007 ...
Siemens 2000592-001 - page 2
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Siemens 2000592-001 - page 3
Advance Network Communications Board/DataNET (ANCB/DN) Revised Printing – January 2007 User’s Manual 2000592-001 ...
Siemens 2000592-001 - page 4
Copyright Notice © 2002-2007 by Siemens All rights reserved. This publication is for information only. The content s are subje ct to change without notice and should not be construed as a commitment, rep resentation, wa rrant y, or guarantee of any method, prod uct, or device by Siemens. Reproduction or translation of any part of this publ ication ...
Siemens 2000592-001 - page 5
Table of Contents Preface iii Technical Support iv Safety Practices and Precautions v Chapter 1: Installation 1 Overview 1 ANCB/DN Specifications 3 ANCB Installation 5 Site Wiring Requirements 7 CE Installations 11 DataNET Connections 13 DataNET Copper Conne ctions 14 DataNET Fiber Optic Con nectio ns 16 Data Communications Setup 21 Chapter 2: Conf ...
Siemens 2000592-001 - page 6
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Siemens 2000592-001 - page 7
Preface Audience & Purpose This manual is intended for maintenance personn el and describes how to install the Advance Networ k Communication Board/Data NET (ANCB/DN) into an Advance Maxum ™ Gas Chromat ograph or Advance Network Access Unit. Chapter Contents The manual provides the following information: Topic Page Chapter 1. Installation 1 C ...
Siemens 2000592-001 - page 8
Technical Support Getting Help At Siemens Energy & Automation, Inc. we take pride in the on going support we provide our customers. When you purcha se a product, you receive a detailed manual, which sh ould answer your question s; however, our technical sup port se rvice provides a special “hot” line as an added source of information. If yo ...
Siemens 2000592-001 - page 9
Safety Practices and Precautions Safety First This product has been designed a nd tested in accordance with IEC Publication 1010-1, Safety Requirem ent s for Electronic Measuring Apparatus, and has been supplied in a safe conditio n. This manual contains information and warnings, which have to be followed by the user to ensure safe operation and to ...
Siemens 2000592-001 - page 10
Safety Practices a nd Precautions, Continued Correct Operating Voltage Before switching on the power, check th at the operati ng voltage listed on the equipment nameplate agrees with the available lin e voltage. DANGER Arising from Loss of Ground Any interruption of the grounding condu ctor in side or outside the equipment or loose conne ction of t ...
Siemens 2000592-001 - page 11
Chapter 1 Installation Overview Description The Advance Network Co mmuni cations Board DataNET (ANCB/DN) board plugs into the backplane of an Ad vance Maxum or Advance Network Access Unit (NAU) System Controller (SYSCON). All I/O wiring is made directly to the board. The A NCB/DN function s as a tran slator for converting signals and co mmunication ...
Siemens 2000592-001 - page 12
Overview, Continued Figure 1 shows Advance Maxum and Advance O ptichrom GC’s communicating on an ACS via a DataNET link. A dvan ce Maxum App lied Automatio n A A App lied A ut omati o n A A App lied A ut omati o n A A A dvan ce Maxum App lied Automatio n A A AA AA PCI IOU(s) A PC Advan ce Perso nal Com p ute r Workstat ion NA U Advance N etwo rk ...
Siemens 2000592-001 - page 13
ANCB/DN Specifications Protocol and Addressing Open Systems st andard TCP/IP protocol and ad dre ssing (Transmission Control Protocol/Intern et Protocol); Full Class A, B and C addresses and subnet masking supported Wiring Connections • Two part connectors with sc rew-terminal s provided for cable connectio n • Fiber Optic Coupler for Fiber Opt ...
Siemens 2000592-001 - page 14
ANCB/DN Specifications, Continued Cable Types The following Table should be use d when evaluating or selectin g cable for an existing or new installation. Cable Type Vendors & P/N Installation Notes Fiber Optic MM 62.5/125; 2 Fiber Conductors SEA P/N 1270002-002 Industry Available from Multiple Vendors New Installation as an alternative to copp ...
Siemens 2000592-001 - page 15
ANCB Installation Description The ANCB is installed into slot 1 of the Advance Maxum’s or NAU’s System Controller (SYSCON). To insta ll the ANCB it is not necessary to disconnect interface cables or to remove the SYSCON from the unit. Slot 1 Voltage dangerous to life exists. Before performing the remov al and installation procedures, it is impo ...
Siemens 2000592-001 - page 16
ANCB Installation, Continued Instructions, continued Step Procedure 4. Press the ANCB straight into slot 1. Make sure that you push evenly on both edges of the board until the ANCB is firmly seated 5. Secure the board to the cage with the screw you remo ved in step 1. 6. Connect Ethernet crossover cabl e from 1 0BaseT connector on SYSCON to 10BaseT ...
Siemens 2000592-001 - page 17
Site Wiring Requirements Description The type of wiring is dependent upon the site requi rements: • CE (Conformite Eur opeene) Certified Areas • NEC Division 2 or Non- Hazardous Area s • Cenelec Z one 1 or Z one 2 Area s • Rack Mounting Non-Hazardou s Area AC Mains Wiring The installation should ha v e a powe r disconnect external to the en ...
Siemens 2000592-001 - page 18
Site Wiring Requirements, Continued DataNET Channels The DataNET channel con nectio ns can be either copper wi re o r fiber optic cable. The wiring method an d cable type for DataNET is depe ndent upon the site requirements. For cable requirements see Table 1 -1. The following Table should be use d when evaluating or selectin g cable for an existin ...
Siemens 2000592-001 - page 19
Site Wiring Requirements, Continued Table 1-1: Recommended DataNET Cable, Continued Cable Type Vendors & P/N Installation Notes Twisted Pair Copper Wire used in SEA 2100 Installations SEA P/N C00128 Belden P/N 9462 Not Recommende d for New Installations Nominal capacitan ce 155 pF/m (50 pF/ft.) Max distance from analyzer to ANG or between hubs ...
Siemens 2000592-001 - page 20
Site Wiring Requirements, Continued Use approved flexible non-metallic co n duit wiring method. Conduit may contain multiple cables. For CE installa tions u se only cable gland wiring method. Non-Hazard ous Ar eas or Rack Mounting Cable Type: Recommend Belden 91 82 or equivalent. Other cables with individually shielded pairs can be used, but decrea ...
Siemens 2000592-001 - page 21
CE Installations Description This section should be used for insta llati on sites that must conform to CE (Conformite Europeene) Certification. Typically, this does not app ly to installations outside the EC unles s the equipment wa s purchased with the explicit requirements a nd expe ctat ions that it shall conform to EC Electromagnetic and Radi o ...
Siemens 2000592-001 - page 22
CE Installations, Continued 3. A split ferrite filter must be clamped to DataNET copper wire an d fixed immediately to the outside of the unit; use part number 1173000-013 ferrite co ntai ned in the CE Installation Kit. This is required to meet the Conducted Immu ni ty requirement for CE/EMC Heavy Industrial. All other CE/E MC Heavy Industrial requ ...
Siemens 2000592-001 - page 23
DataNET Connections Description This section provides instruction s for connecting a Maxum or NAU to a DataNET network. All DataNET conn ections are mad e to the ANCB. The DataNET connections can be either copper or fiber o ptic ca bles. Instructions IF you are wiring for … THEN go to … DataNET Copper Conne ctions 14 DataNET Fiber Optic Cabl e ...
Siemens 2000592-001 - page 24
DataNET Copper Connections Before You Begin This section provides instruction s for connecting the Maxum to a DataNET network. All DataNET conn ections are mad e to the ANCB. The DataNET connections can be either copper or fiber. The ingress wiring metho d (conduit or cable glands) and whi ch ca ble type you use is dependent upon the site requi rem ...
Siemens 2000592-001 - page 25
DataNET Copper Connections, Continued Instructions, continued Step Action 3. Strip the insulation ¼ -inch back from each of the incoming copper leads. 4. To make the connections easier we have made the ANCB port connector a removable connector. Grasp the top portion of the connector and pull it straight out from the base connector. Loo sen all the ...
Siemens 2000592-001 - page 26
DataNET Fiber Optic Connections The Fiber Optic Coupler is mounted in a thread ed, potted, gas tight fitting assembly designed for use in hazadrou s areas when p roperly installed in a approved enclosure. Two Fiber Optic Cou plers are required, one for DataNET Channel A and one for DataNET Ch annel B. The couplers are mounted through pre-drilled ho ...
Siemens 2000592-001 - page 27
DataNET Fiber Optic Connections, Continued The DataNET Fiber Optic Couplers u se ST-style connecto rs (twist & lock). Always insure that the TX (Transmit) on one en d of the link is connected to the RX (Receive) at t he other end of the link. Some duplex fiber optic cables are coded to help moni tor the dire ction of data travel. If the fibers ...
Siemens 2000592-001 - page 28
DataNET Fiber Optic Connections, Continued Installation Instructions Step Action 1. Ensure that the ANCB is installed in slot 1 of the SYSCON. 2. Connect the Fiber Optic c able, 10-pin connector to J12 on the ANCB. 10 - PIN FIBER OPTI C CONNECTOR 3. Route each of the other 6- pin connectors marke d J1 and J2 through the holes drilled in the acce ss ...
Siemens 2000592-001 - page 29
DataNET Fiber Optic Connections, Continued Instructions, continued Step Action 4. Connect the incoming Fibe r Optic cable transmit and receive lines to the ST connectors on the assembly; see figure 1-3. The DataNET Fiber Optic Couplers u se ST-sty le connectors (twist & lock). Always in su re that the TX on one end of the link is connected to t ...
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Chapter 2 Data Communications Setup Introduction Overview This chapter provides mai ntenan ce personnel instruction s for ma king the operational settings for the Advance Network Communications Boa rd (ANCB). Command Line Definitions Review Chapter 3, Command Line Sum mary. Chapter 3 provides definitions for all of the commands you will be using in ...
Siemens 2000592-001 - page 32
Configuring Your PC Description The Advance Network Co mmuni cations Board (ANCB) has a built-in utility for configuring the unit. The Windows ® HyperTerminal prog ra m, which resides on most PCs, can be used to access the utility. Other serial communicatio n pa ckages that support the following setting s can also be used. Baud rate: 57.6k baud Da ...
Siemens 2000592-001 - page 33
Configuring Your PC, Continued 5. Click OK. The Connect To dialog box opens. 6. From the Connect using scroll list choose the COM port you will be using on the PC to connect to the Advance Maxum configuration port. 7. Click OK to save the selection. The COM Properties box opens. 2000592-001 Data Communication s Setup • 23 ...
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Configuring Your PC, Continued 8. Scroll each field and select the following Port Settings: Bits per second: 57600 Data Bits: 8 Parity: None Stop bits: 1 Flow Control: None 9. Click OK. The Main Menu will appear. 10. Click File and choose Proper ties from the drop -d own menu. The Advance Maxum ANCB Properties box will appear. 24 • Data Communica ...
Siemens 2000592-001 - page 35
Configuring Your PC, Continued 11. Click Settings tab. The settings screen will appear. 12. From the Emulation scroll list select VT100. Do not change the default settings for the other parameters. 13. Click Terminal Setup button. The Terminal Settings dialog box will appear. 2000592-001 Data Communication s Setup • 25 ...
Siemens 2000592-001 - page 36
Configuring Your PC, Continued 14. Ensure that the following default settings are set: Cursor: • Underline √ Blink Terminal Mode: none Characte r set:ASC1 1 15. Click OK . The Advance Maxum Properties box will appear dialog box will appear. 16. Click OK to return to main menu. 17. From the main menu select File/Save As . 18. Enter the short cut ...
Siemens 2000592-001 - page 37
Establishing a Connection Description Once your PC is set up, as described in Configuring Your PC, you are ready to connect to the Advance Maxum or NAU to co nfigure the ANCB. Connect PC to Maxum Connect a standard 9-pin COM cable from your PC COM port to RS232 Configuration Port located on the SYSCON. RS23 2 PO R T Password Protection All utility ...
Siemens 2000592-001 - page 38
Establishing a Connection, Continued Password Format A password name can consist of any combination of alphanumeric characters. The alphanumeric n ame must have a minimum of five and a maximum of twenty characters. The AN CB is shipped from the factory with the word “ password” entered as th e default pa ssword name. The user can change the pas ...
Siemens 2000592-001 - page 39
Establishing a Connection, Continued 3. At the > prompt type: login password and press ↵ Enter. The Connect Screen will appea r with the login information and the local prompt. The local prompt indicates that you are comm unicating with the ANCB connected directly to the PC. You are now ready to configure the ANCB, go to page 30 . Remote Conne ...
Siemens 2000592-001 - page 40
Setting Network Address Description This section provides instructio ns to configure the ANCB/DN. Command Line Definitions Chapter 3, Command Line Summary, provides definitions for all of the commands you will be using in this chapter. Instructions 1. Connect a standard 9-pin COM cable from the desi gnated PC COM 1 to the RS232 Configuration Co nne ...
Siemens 2000592-001 - page 41
Setting Network Address, Continued See Assigning an IP Address, pa ge 32 to learn h ow t o assign an IP Address. Learning Hint 4. To configure the ANCB address, at the Local > prompt type: config address ip xxx.xxx.xxx.xxx Where xxx.xxx.xxx.xxx should be re placed with a 12-digit unique network address. See Assi gning an IP (Internet Protocol) A ...
Siemens 2000592-001 - page 42
Assigning an IP Address Overview Each DataNET device must have a unique IP addres s. This 3 2-bit number defines each devices net work ID and host ID. The IP address must be assigned by the user before the unit is network operation al. See Setting Network Address page 30 , for instructions on how to enter the IP address. IP Address The IP Address c ...
Siemens 2000592-001 - page 43
Firmware Updates Description Periodically we will provide our user s with firmware upgrades. Perform the following instructions to downl oad a new firmware upgra de to the Communications b oard ANCB. A firmwa re upgrade will take approximately 5 minutes. Instructions The following procedure as sume s that the HyperTerminal program is residing on yo ...
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Firmware Updates, Continued 6. Click on Send Text File. The Send Text File dialog box will appear. Choose the directory on your PC where the ANCB files reside. 7. Under Files of type select All files (*.*). 8. Under File name type in the upgrade version file name (ANCB_DN.mot). This will start the down loading of the files. Once the download h as b ...
Siemens 2000592-001 - page 45
Chapter 3 Command Summary Command Descriptions Description This chapter is intended for maintenance personnel. This chapter provides definitions for all of the commands you will be using for setup purposes or for perfo rming test diagnostics. Unique Commands These are the commands that are uniqu e to the ANCB. config address ip ipaddr Set the ANCB ...
Siemens 2000592-001 - page 46
Command Descriptions, Continued logout Log out of device. netstat hdlc Display DataNET link stat istics for all ports. netstat hdlc clear Display and clear all DataNET link statist ics for all ports. netstat hdlc port# clear Display and clear DataNET link statistics for the specified port (1 or 2). netstat hdlc port# Display DataNET link statistics ...
Siemens 2000592-001 - page 47
Command Descriptions, Continued config address ip This command sets the device IP address. Each device in the sy stem must have a unique IP address. Your TCP/IP network administrator can help you choose appropriat e addre sses for your network. IP addre sses are entered in “dotted-decimal” notatio n. For example: config address ip 192.10.6.123 ...
Siemens 2000592-001 - page 48
Command Descriptions, Continued display links This command displays the ANCB/D N link state table. The link state table indicates, for each link, wheth er o r not the link is currently “up,” “down,” or undergoing lin k validation (“check”). For DataNET links, the table also gives the device to which the link connect s. Devices are ident ...
Siemens 2000592-001 - page 49
Command Descriptions, Continued “hdlc” Command This command may be used to override default value s for several parameters related to the DataNET protocol. Specific forms of the command are: hdlc setuptime Displays the current “setup time” value, in microseconds. This is the time that the ANCB/DN board will tran smit a “preamble” patter ...
Siemens 2000592-001 - page 50
Command Descriptions, Continued download Use this command to load new softwa re into the device via the RS -232 Configuration port. The procedure fo r sof tware download is: 1. Make sure you have a “rom.mot” file available for d ownload. 2. Log into the target Hub through the RS-232 port, using HyperTerm. 3. Type “download” at the hub’s p ...
Siemens 2000592-001 - page 51
Command Descriptions, Continued local> list 155 msg | source | destination | size | source port | time stamp 155 | Trace enabled | 00:01:48.23 156 | IP-172.16.9.211 | IP-172.16.9.210 | 64 | 2 | 00:01:48.29 157 | IP-172.16.9.211 | IP-172.16.9.210 | 64 | 2 | 00:01:49.00 158 | IP-172.16.9.210 | IP-172.16.9.211 | 64 | Ethernet | 00:01:49.75 159 | IP ...
Siemens 2000592-001 - page 52
Command Descriptions, Continued login The login command allows the user to acce ss all the ANCB parameters and diagnostic information. The format is: login password Where password is the user password. A password can contain any alphanum eric character and must be between 5 and 20 characte rs in len gth. See the password command for information on ...
Siemens 2000592-001 - page 53
Command Descriptions, Continued Example: local> netstat dn 1 DataNET Statistics for DN link 1 Frames Sent 855 Frames Sent/Retried 0 Frames Sent/Redirected 0 Frames Sent w/ Errors 0 Frames Sent UnACKnowledged 0 Frames Received 859 Frames Receiver Not Ready 0 Frames Received w/ Errors 0 Link down 2 The command netsta t hdlc clear resets all DataNE ...
Siemens 2000592-001 - page 54
Command Descriptions, Continued reset This command resets and save s the configuration parameters in n on- volatile memory. test This command places a sel ected port into a hardware diagnosti c mode. The test mode can be used to verify cable continuity and DataNET signal levels when used in conjunction with a n Oscillo scope or other test device. T ...
Siemens 2000592-001 - page 55
Chapter 4 Troubleshooting Introduction Overview This chapter provides installation pe rso nnel with troubleshooting information to solve problems associated in the setup of the Advance Network Communications Board. Chapter Highlights Before beginning the insta llation pro cess read through this Ch apte r to familiarize yourself with the information ...
Siemens 2000592-001 - page 56
ANCB Description Description The DataNET ANCB (Advance Netw or k Communication Board) prov ides the communications ele ctronics for the unit. The ANCB plugs into the slot 1 of a Maxum or NAU System Cont roller Unit (SYSCON) located on the power supply assembly. A bracket fasten s it to the chassis. The ANCB is factory set and programmed either for ...
Siemens 2000592-001 - page 57
ANCB Description, Continued Jumper J2 Settings The ANCB provides a set of impedance matching jumpers to simplify the cable interfacing proce s s. Jumper J2 is a six-position head er used to select the proper cable imp edan ce matching circuit for each ANCB DataNET port. Jumper J2 i s logi cally partitioned into two group s of three positions, see F ...
Siemens 2000592-001 - page 58
ANCB Description, Continued Jumper J5 Settings The ANCB jumper settings for J5 are factory set and dependent up o n the product the ANCB will be used in. Product Type ANCB J5 Jumper Settings Advance Network Gateway Ethernet (ANG-EN) Pins 3&4 are shorted, switch in 25- ohm position. 10Base2 co n nector is not normally used (not connected) Advanc ...
Siemens 2000592-001 - page 59
ANCB LEDs Description and Operation Description This section provides maintenance p ersonnel with information on how to use the ANCB LEDs for troubles hooting the Advance Network Communications Boa rd. Communications Board LEDs Refer to Figure 4-2 for LED position and labeling. At power-up the top row of LED indicators will blink on briefly as the ...
Siemens 2000592-001 - page 60
ANCB LEDs Description and Operations, Continued Figure 4-2 shows the edge visible LE Ds on the ANCB. The LED labels are silk-screened adjacent to each LE D on the ANCB. Figure 4-2: ANCB/DN LED Indicators CL Use the following Table 4-1 to determine the error condition. FAULT errors can only be cleared with a board reset. Table 4-1: Error Codes NUMBE ...
Siemens 2000592-001 - page 61
ANCB LEDs Description and Operations, Continued ANCB Ethernet Controller LEDs Each ANCB provides two Ethernet ports a 10BaseT and 10Ba se 2 . Each port is connected directly to an onboard Ethernet hub . The three LED’s labeled HUB in figure 4-2 (CL, BNC, TP) is the status indicator for this internal hub. The Hub LED’s are bi-colo r ed LEDs and ...
Siemens 2000592-001 - page 62
DataNET Troubleshooting Guide Instructions If a DataNET communications lin k fails t o establish check for a: • configuration conflict, • link signal quality problem. Configuration Conflicts If the ANCB_DN port DNETA or DNETB LED is never green, o r intermittently flashes between gre en and red, a configuration confli ct exists. Configuration c ...
Siemens 2000592-001 - page 63
DataNET Troubleshooting Guide, Continued Configuration Parameter Errors The device may have an invalid or duplicate IP address, Subnet ma sk o r iproute. Each ANCB must have a unique IP address. Verify the configuration parameters b y conne ct ing a PC serial port to the Configuration Port, Logging in and typing config display . local> config di ...
Siemens 2000592-001 - page 64
DataNET Troubleshooting Guiding, Continued If the ANCB_DN port LED is never green, or intermitt ently flashe s between green and red, there may be a sign al quality probl em. Signal levels should be examined to determine if a particular port ha s a signal too large or too small relative to the other ports on th e HUB. If a link fails to connect at ...
Siemens 2000592-001 - page 65
Chapter 5 Parts Catalog Introduction Overview This chapter is intended for maintenance personnel. The Chapter provides a list of replaceabl e parts and assemblies for the Advance Network Gateway with DataNET option. Subse que nt information includes how to remove an d replace the replacement part or assemblies. How to Place an Order Parts can be or ...
Siemens 2000592-001 - page 66
Available Parts Description The following spare parts a re availabl e. Part Description Ordering Number ANCB Communication Board; DataNET 2020951-004 Cable, 10Base2, 2 Ft., 90 degree BNC/ 90- degreee BNC 1681011-014 Cable 10BaseT Crossover, 6-inch 1681011-022 Fiber Optics Coupler Assembly 2015828-801 Cable DataNET Fiber Optics to ANCB 2020947-001 C ...
Siemens 2000592-001 - page 67
Glossary Definitions Overview This section defines important Term s. The Advance Network Gat eway Ethernet (ANG_EN) is a wall- (o r rack-) mounted unit that is self-contained with power supply and all electronics. It provides internal field termination point s to conn ect standard Advance Data Hiway cable “on one side ” and Eth ernet 10BaseT ca ...
Siemens 2000592-001 - page 68
Definitions, Continued A Late Collision is one that occurs a fter the first 64 bytes in a frame or packet. Since the smallest Ethernet fram e (packet) is 64 bytes in length, late collisions will not be detected on small packets. Ethernet controllers do not retransmit pa cket s with late collisions re sulting in lost packets. Late Collisions usually ...
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Siemens 2000592-001 - page 70
Siemens Energy & Automation, Inc. 7101 Hollister Road, Houston, TX 77040 Phone 713-939-7400, Fax 713-939-9050 ...
Siemens 2000592-001 - page 71
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Siemens 2000592-001 - page 72
1/2007 Edition 2000592-001 Siemens Ener gy & Aut omation, Inc. 7101 Hollister Road, Houst on, TX 77040 Unit ed S t at es Phone +1 (713) 939-7400 F ax +1 (713) 939-9050 www .usa.siemens.com/ia ...
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A manual, also referred to as a user manual, or simply 'instructions' is a technical document designed to assist in the use Siemens 2000592-001 by users. Manuals are usually written by a technical writer, but in a language understandable to all users of Siemens 2000592-001.
A complete Siemens manual, should contain several basic components. Some of them are less important, such as: cover / title page or copyright page. However, the remaining part should provide us with information that is important from the point of view of the user.
1. Preface and tips on how to use the manual Siemens 2000592-001 - At the beginning of each manual we should find clues about how to use the guidelines. It should include information about the location of the Contents of the Siemens 2000592-001, FAQ or common problems, i.e. places that are most often searched by users in each manual
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Syscon is the main power controller chip of the PS3. It is responsible for powering up the various power systems and for configuring and initialising the CELL BE, RSX and South Bridge. It communicates with these devices via separate SPI busses. There is external access by JTAG (disabled from factory on retail models), an EEPROM programming interface and Serial (UART). The Syscon is a SoC and consists of an ARM7TDMI (ARMv4) CPU, a 256KB EEPROM and 16KB RAM.
- 1Serialnumbers per SKU
- 2Syscon Externalised Ports
- 2.1Syscon UART packets
- 2.2Syscon UART
- 3Syscon underlying ports
Retail[edit]
Model | Product Sub Code | Motherboard | Syscon part no. | Syscon Soft ID | Notes |
---|---|---|---|---|---|
CECHAxx CECHBxx | 0x01 0x02 | COK-001 | CXR713120-201GB | 0B8E | |
CECHCxx CECHExx | 0x03 0x04 | COK-002 or COK-002W | CXR713120-201GB or CXR713120-202GB | 0C16 | |
CECHGxx | 0x05 | SEM-001 | CXR713120-201GB or CXR713120-202GB or CXR713120-203GB | 0D52 | |
CECHHxx | 0x06 | DIA-001 | CXR714120-301GB | 0DBF | |
CECHJxx CECHKxx | 0x07 | DIA-002 | CXR714120-301GB or CXR714120-302GB | 0E69 | |
CECHLxx CECHMxx CECHPxx CECHQxx | 0x08 | VER-001 | SW-301 or SW-302 | 065D | |
CECH-20xx | 0x09 | DYN-001 | SW2-301 | 0832 | |
CECH-21xx | 0x0A | SUR-001 | SW2-301 or SW2-302 | 08A0 | |
CECH-25xx | 0x0B | JTP-001 or JSD-001 | SW2-301 or SW2-302 or SW2-303 | 08C2 | |
CECH-30xx | 0x0C | KTE-001 | SW2-301 or SW2-302 or SW2-303 or SW3-301 | 0918 | |
CECH-40xx | 0x0D | MSX-001 or MPX-001 | SW3-302 | 098F | |
CECH-42xxA | ? | PQX-001 | SW3-304 | ? |
Non retail[edit]
Model | Product Sub Code | Motherboard | Syscon part no. | Syscon Soft ID | Active JTAG | Notes |
---|---|---|---|---|---|---|
CEB-2040 | - | MPU-501 | CXR713F120GB-000 | ? | ?No? | Retail prototype |
DECR1000(A/J) | 0x01 | TMU-520 | CXR713F120A | 03FB | No | Reference tool |
DEH-H1001-D | 0x01 | COOKIE-13 | CXR713F120A | 0B67 | No | Preproduction |
DEH-H1000A(S)(-E(S)) | 0x01 | COK-001 (Prototype) | CXR713F120A | 0B67 | No | Preproduction |
DEH-FH1500J-A | 0x08 | VERTIGO-02 | D79F0073 (SW-301) | 0658 | ?Yes? | Preproduction |
DEH-ML00AK-G | 0x0D | MPX-001 (Prototype) | D79F0123 (SW3-302) | 098F | ?No? | Preproduction |
Syscon Cb100 Manual Transmission
Not mentioned:
Note: for more specific information per model, see the links to each subpage in the Serialnumbers per SKU table.
Syscon UART packets[edit]
SCUART daemon (SCUARTD) packet structure[edit]
SCUARTD packets includes header of 0x3 bytes and optional payload (depending on the command).
Packet IDs are not important, they are used only by clients and processed by SCUART daemon. SCUART daemon opens terminal file /dev/ttyS0 and use it to send commands and receive responses.
Offset | Size | Description |
---|---|---|
0x00 | 0x01 | Magic? |
0x01 | 0x01 | Payload size |
0x02 | 0x01 | Command |
0x03 | Payload size | Payload data |
Packets[edit]
Packet ID | Command/Action | Description | Notes |
---|---|---|---|
0x00 | version | Firmware version | Gets installed syscon's firmware version (Note: backup bank contains version 0.4.5_b4 !! On CEB-2030 it is 0.3.0 ) |
0x01 | bringup | ||
0x02 | shutdown | ||
0x03 | firmud | Firmware update | Notifies about firmware update operation |
0x04 | bsn | Board Serial Number | Retrieves syscon's Board Serial Number |
0x05 | halt | Used at start of firmware update operation | |
0x06 | cp ready | ||
0x07 | cp busy | ||
0x08 | cp reset | ||
0x09 | bestat | Cell B.E. status | Retrieves Cell B.E. status |
0x0A | powersw | ||
0x0B | resetsw | ||
0x0C | bootbeep stat | ||
0x0D | bootbeep on | ||
0x0E | bootbeep off | ||
0x0F | Reset syscon | Reset | Resets syscon |
0x10 | xdrdiag info | XDR diagnostics | |
0x11 | xdrdiag start | XDR diagnostics | Starts XDR diagnostics |
0x12 | xdrdiag result | XDR diagnostics | Gets a result of XDR diagnostics |
0x13 | xiodiag | XIO diagnostics | Starts XIO diagnostics and gets a result of it |
0x14 | fandiag | Fan diagnostics | Retrieves RPMs of fans |
0x15 | errlog | Error log | Retrieves a list of codes (with timestamps) of latest errors |
0x16 | Read line | ||
0x17 | tmpforcp <zone ID> | Reference Tool's temperature | Gets the temperature of reference tool |
0x18 | Invalid CMDs | ||
0x19 | |||
0x1A | |||
0x1B | |||
0x1C | |||
0x1E | |||
0x1F | |||
0x20 | cp beepremote | ||
0x21 | cp beep2kn1n3 | ||
0x22 | cp beep2kn2n3 | ||
?? | csum | Checksum ?? | Calculates the Checksum of something (No packet ID listing on scuartd) |
?? | osbo | ??? | No idea what this does, but returns when it's sent |
?? | scopen | returns SC_READY or ERROR 1 | ??? |
?? | scclose | ??? | |
?? | ejectsw | toggles eject switch button pressing (3 beeps) |
Packets Logs[edit]
Packet ID | Command/Action | Logs | Notes |
---|---|---|---|
0x00 | version | ||
0x01 | bringup | ||
0x02 | shutdown | Returns (END) if the system is on | |
0x03 | firmud | This will brick your SYSCON if you don't feed it any argument or feed to it the wrong argument! | |
0x04 | bsn | N is digit and A is char (removed for privacy) | |
0x05 | halt | ||
0x06 | cp ready | ||
0x07 | cp busy | STATUS light blinks forever | |
0x08 | cp reset | No response | Should reset CP to factory settings |
0x09 | bestat | ||
0x0A | powersw | ||
0x0B | resetsw | ||
0x0C | bootbeep stat | when it's off BOOT BEEP status changes to OFF | |
0x0D | bootbeep on | ||
0x0E | bootbeep off | ||
0x0F | Reset syscon | ||
0x10 | xdrdiag info | ||
0x11 | xdrdiag start | ||
0x12 | xdrdiag result | will return ERROR NOT STARTED if xdrdiag start wasn't run previously | |
0x13 | xiodiag | ||
0x14 | fandiag | ||
0x15 | errlog | bunch of error logs. ends with (END) once they're over | |
0x16 | Read line | ||
0x17 | tmpforcp <zone ID> | ||
0x20 | cp beepremote | ||
0x21 | cp beep2kn1n3 | sends a beep different than SYSCON beep :) | |
0x22 | cp beep2kn2n3 | sends two beeps different than SYSCON beeps :) | |
?? | csum | displays 3 hexadecimal numbers inside rect parenthesis. the numbers are always the same, except when syscon version changes (v1.0.5_c1) | |
?? | csum | Another response (v1.0.4_c2) | |
?? | csum | Another response (v1.0.4_c1) | |
?? | csum | Another response (v1.0.3_c1) | |
?? | csum | Another response (v1.0.1_c1) | |
?? | csum | Another response (v0.9.14_c1) | |
?? | csum | Another response (v0.9.9_c1) | |
?? | csum | Another response (v0.8.4_c8) | |
?? | osbo | ||
?? | scopen | ||
?? | scclose |
Notes[edit]
- Some commands are unavailable on earlier firmwares, for example, tmpforcp is only supported on 1.3.3+.
- Some commands are divided into several strings, the first part (if exists) describes a command group, the second part describes the actual command and other parts describes command arguments.
- Real syscon commands have an ASCII form (a bold text in the 2nd column) instead of bytes above.
- Packet with ID *0x03* notifies syscon and calls SX program (based on ZMODEM protocol) to send firmware, syscon have custom or original implementation of RX program to receive firmware. An implementation of ZMODEM protocol used by Sony: http://oss.sony.net/Products/Linux/Others/Download/DECR-1000/mips_fp_le-lrzsz-0.12.20-devtool.1.src.rpm
A start of syscon's update procedure:
- A CP development tool includes several scripts which are participated in syscon update procedure. It starts after a CP update via update_syscon.pl perl script.
- This script checks the current syscon's firmware version. If it is in mask rom then it skips an update procedure, if not it checks major/minor/release parts of both versions and if a new version is applicable then it launches scfirmup utility and pass the firmware file path as an argument.
- scfirmup is a stupid tool which prepares a connection to SCUARTD and sends an update packet with a file path inside it. There is no need to comment it, here is reimplementation: http://pastie.org/private/6h8mfeoics4mdxear7ayg
A syscon's update operation in SCUARTD consists of following steps:
- 1. Check if SX program presents in /usr/bin/sx. It should be a regular file.
- 2. Check if specified firmware file is a regular file.
- 3. Halt syscon by sending command halt to UART, then wait some time until it prints HALT: OK.
- 4. Reset syscon by sending byte 0x30 to GPIO register SC_PI0_DIPSW, byte 0x30 to GPIO register SC_RSTX, waiting 1 second and writing byte 0x31 to GPIO register SC_RSTX.
- 5. Get current syscon's firmwave version by sending command version to UART. After receiving it, look for a character after the first _ (underscore) symbol from the left side of string and if it equals to the character b, then proceed to the next step, otherwise go to the (8) step. (It is possible to patch this step to allow upgrading or downgrading at will)
- 6. Prepare syscon for an update by sending command firmud to UART, then fork the current process; the current process won't finish until a message Done from UART arrives (it is the end of update operation).
- 7. In the forked process start SX program and pass firmware file path to it. SX program reads firmware file and transfer each chunk of it to syscon.
- 8. After successful update operation reset syscon (a different way) by sending byte 0x31 to GPIO register SC_PI0_DIPSW, byte 0x30 to GPIO register SC_RSTX, waiting 1 second and writing byte 0x31 to GPIO register SC_RSTX.
Notes:
- It seems all scuartds checks firmware revision and probably syscon is updated only once (after factory).
- To be able to reflash it you need to patch SCUARTD or do a manual update without the use of SCUARTD.
- You need to patch a single byte in SCUARTD to be able to flash any firmware (for example, to downgrade your syscon).
- An actual firmware update process (without halting and resetting steps) takes about 1 minute.
- You cannot install a corrupted firmware with scfirmup unless you corrupt the header! It seems there is a hash of sorts (possibly of the plaintext) in the header preventing scfirmup from installing something corrupt
- Updating SYSCON requires the DECR to be in standby mode! You cannot update it while it is on.
- Corrupting the header and the body will make firmup install the SYSCON update anyways! be careful not to do it!
- Should you brick SYSCON, here's a patch to 'unbrick' it, do not use it unless you brick it though!
Syscon Cb100 Manual Pdf
- You can use this bruteforcer to try your luck when finding new packets: https://hastebin.com/vomogesaru.cpp
Syscon UART[edit]
BGA | Name | Description |
---|---|---|
P16 | UART0_TxD | Serial Transmit |
P15 | UART0_RxD | Serial Receive |
You can attach a 3.3v TTL cable (LV-TTL) to the UART on syscon (UART0_TxD, UART0_RxD). (Convenient solder points are available on JSD-001 / JTP-001 by the NOR test points. They are marked as '?' in marcan' noraliser / judges' NORway install picture, closest to the ground at the bottom - RX is left, TX is right) Baud rate is 57600. There is a simple plaintext protocol involved. This varies on different syscon models. Example:
<command>:<hash>
Where the hash is the sum of command bytes & 0xFF.
You should terminate commands with rn, the syscon messages are only terminated with n.
Samples[edit]
Here are some of the commands/messages encountered:
Messages:
Commands:
See also Syscon commands.
Bruteforcing commands: http://pastebin.com/CNei0xbC
VERY IMPORTANT:
- Max size of a command is 11 characters, 16 if you count with C:<hash>:
- Sending a command with 11 chars results in NO OUTPUT
- Sending a command with more than 11 chars results in NG F0000002
- Max size of a command on DECR is 135, 140 if you count with C:<hash>:
Syscon EEPROM (SPI)[edit]
BGA | Name | Description |
---|---|---|
F16 | CSB | Chip Select (needs to be low) |
H16 | DO | Serial Data Output |
G16 | DI | Serial Data Input |
E16 | SKB | Serial Data Clock |
J15 | WCB | Write Protect |
J16 | RBB | Ready/Busy |
G11 | VDDep | + 3.3V |
C15 | VSSep | GND |
Syscon JTAG[edit]
It is disabled in factory after production on retail models.
BGA | Name | Description |
---|---|---|
L8 | JRTCK | Return Test Clock |
K8 | JTCK | Test Clock |
K9 | JTDO | Test Data Out |
L9 | JTMS | Test Mode State / Test Mode Select |
K7 | JTDI | Test Data In |
L7 | JNTRST | Test Reset |
Syscon Cell SPI Bus[edit]
BGA | Name | Description |
---|---|---|
M2 | /BE_SPI_CS | Chip Select |
N2 | BE_SPI_DO | Serial Data Output |
M1 | BE_SPI_DI | Serial Data Input |
N1 | BE_SPI_CLK | Serial Data Clock |
P2 | /BE_RESET | CellBE Reset |
P1 | BE_POWGOOD | CellBE PowerGood |
T2 | /BE_INT | CellBE Interrupt |
Syscon Southbridge SPI Bus[edit]
BGA | Name | Description |
---|---|---|
B9 | /SB_SPI_CS | Chip Select |
B8 | SB_SPI_DO | Serial Data Output |
A9 | SB_SPI_DI | Serial Data Input |
A8 | SB_SPI_CLK | Serial Data Clock |
|