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MSI MS-9592 Rev 0A 00b 100 10A MS-9592N1 Rev 10A Schematic
Technical Specifications
Technical Summary
The MICRO-STAR MS-9592 SCSI BACKPLANE, revision 0B, documented under number B02239 and dated Monday, February 23, 2004, is a SCSI backplane board. It features SCSI68-P LVD connectors and utilizes DS2119M SCSI LVD terminators for signal termination. The board includes multiple LVD connector interfaces and terminator power (TRMPWR) routing.
Technician FAQ
Q: What is the board number and revision of this SCSI backplane?
A: The board number is MS-9592, revision 0B.
Q: What SCSI terminator ICs are used on this backplane?
A: The board uses DS2119M SCSI LVD terminators.
Q: What type of SCSI connectors are present on this board?
A: The board uses SCSI68-P LVD connectors.
Technical data structured and organized by Dr-Bios.com, based on original schematic source analysis.
Technical Specifications
Technical Summary
This MICRO-STAR MS-9563 SCSI BACKPLANE, documented under board number MS-9592, is a revision 00A design dated 12/04. The backplane features both SCSI LVD and SCSI SE connectors, utilizing DS2119M terminators for signal integrity. The board includes a SAF-TE interface and a FAN board connector for enclosure management. The design incorporates multiple LVD signal pairs routed through the backplane, with termination control logic where STPWCTL high disables termination and STPWCTL low enables it. Capacitors are placed close to terminators per design notes.
Technician FAQ
Q: What SCSI terminator ICs are used on this backplane?
A: The backplane uses DS2119M SCSI terminators.
Q: What is the board number and revision of this backplane?
A: The board number is MS-9592, revision 00A.
Q: What types of SCSI connectors are present on this backplane?
A: The backplane includes both SCSI LVD Connectors and a SCSI SE Connector.
Technical data structured and organized by Dr-Bios.com, based on original schematic source analysis.
Technical Specifications
Technical Summary
The MICRO-STAR MS-9592 is a SCSI backplane board, revision 100, dated 2004 04/07. The board utilizes DS2119M SCSI terminators for LVD (Low Voltage Differential) SCSI bus termination. The primary interface is a SCSI68 connector. The board includes multiple DS2119M terminators (U6, U7, U8) and associated passive components for signal conditioning and termination power (TRMPWR). The design supports both LVD and SE (Single-Ended) SCSI modes, with termination control via the STPWCTL signal.
Technician FAQ
Q: What SCSI terminator ICs are used on the MS-9592 backplane?
A: The board uses DS2119M SCSI terminators.
Q: What type of SCSI connector is on the MS-9592?
A: The board uses a SCSI68 connector.
Q: What SCSI architecture does the MS-9592 support?
A: The board supports LVD (Low Voltage Differential) SCSI architecture.
Technical data structured and organized by Dr-Bios.com, based on original schematic source analysis.
Technical Specifications
Technical Summary
The MS-9592 is a SCSI backplane board manufactured by Micro-Star (MSI), revision 10A, dated October 7, 2004. The board is designed for SCSI LVD and SE connector interfaces, featuring three DS2119M SCSI controller ICs located at U6, U7, and U8. The backplane includes a SAF-TE connector, a FAN board connector, and a 68-pin SCSI connector (SCSI1). The design incorporates termination control logic where STPWCTL high disables termination and STPWCTL low enables termination. The board layout includes multiple layers (P1, N1, P3, N3, P5, N5, P6, N6, P8, N8, P10, N10) and various mounting holes (BS3, BS4, BS2, BS5, BS1, BS6, BS8, BS7, BS9, BS11, BS10). The document number is MS-9592 SCSI BACKPLANE.
Technician FAQ
Q: What SCSI controller ICs are used on this backplane?
A: The backplane uses three DS2119M SCSI controller ICs at locations U6, U7, and U8.
Q: What is the board revision and date of this MS-9592 backplane?
A: The board revision is 10A, dated October 7, 2004.
Q: How does the SCSI termination control work on this board?
A: When STPWCTL is high, termination is disabled. When STPWCTL is low, termination is enabled.
Technical data structured and organized by Dr-Bios.com, based on original schematic source analysis.
Technical Specifications
Technical Summary
The MS-9592 is a Micro-Star SCSI backplane board, revision 10A, dated 2004/10/07, with a document number of B111 and a revision date of Monday, November 21, 2005. The board is designed around a single SCSI68-P LVD connector, referenced as SCSI1. Termination is managed by three DS2119M terminator ICs located at U6, U7, and U8. The schematic includes notes regarding terminator power control, where STPWCTL high disables termination and STPWCTL low enables termination. Capacitor placement is specified to be close to the terminator. The board also features multiple fan board connectors and SAF-TE support.
Technician FAQ
Q: What is the board number and revision of this SCSI backplane?
A: The board number is MS-9592, revision 10A.
Q: What type of SCSI connector is used on this backplane?
A: The board uses a single SCSI68-P LVD connector, referenced as SCSI1.
Q: What terminator ICs are used on this board?
A: Three DS2119M terminator ICs are used, located at U6, U7, and U8.
Technical data structured and organized by Dr-Bios.com, based on original schematic source analysis.
Technical Specifications
| Parameter | Value |
|---|---|
| Brand | MICRO-STAR |
| Model | MS-9592 SCSI BACKPLANE |
| Motherboard Manufacturer | MICRO-STAR |
| Board Number | MS-9592 |
| Revision | 0B |
| Date | Monday, February 23, 2004 |
| Document Number | B02239 |
| SCSI LVD Connector | SCSI68-P |
| SCSI LVD Terminator IC | DS2119M |
Technical Summary
The MICRO-STAR MS-9592 SCSI BACKPLANE, revision 0B, documented under number B02239 and dated Monday, February 23, 2004, is a SCSI backplane board. It features SCSI68-P LVD connectors and utilizes DS2119M SCSI LVD terminators for signal termination. The board includes multiple LVD connector interfaces and terminator power (TRMPWR) routing.
Technician FAQ
Q: What is the board number and revision of this SCSI backplane?
A: The board number is MS-9592, revision 0B.
Q: What SCSI terminator ICs are used on this backplane?
A: The board uses DS2119M SCSI LVD terminators.
Q: What type of SCSI connectors are present on this board?
A: The board uses SCSI68-P LVD connectors.
Technical data structured and organized by Dr-Bios.com, based on original schematic source analysis.
Technical Specifications
| Parameter | Value |
|---|---|
| Brand | MICRO-STAR |
| Model | MS-9563 SCSI BACKPLANE |
| Motherboard Manufacturer | MICRO-STAR |
| Board Number | MS-9592 |
| Revision | 00A |
| Date | 12/04 |
| Document Number | MS-9563 SCSI BACKPLANE |
| SCSI Connector Type | SCSI LVD Connectors, SCSI SE Connector |
| SCSI Terminator IC | DS2119M |
Technical Summary
This MICRO-STAR MS-9563 SCSI BACKPLANE, documented under board number MS-9592, is a revision 00A design dated 12/04. The backplane features both SCSI LVD and SCSI SE connectors, utilizing DS2119M terminators for signal integrity. The board includes a SAF-TE interface and a FAN board connector for enclosure management. The design incorporates multiple LVD signal pairs routed through the backplane, with termination control logic where STPWCTL high disables termination and STPWCTL low enables it. Capacitors are placed close to terminators per design notes.
Technician FAQ
Q: What SCSI terminator ICs are used on this backplane?
A: The backplane uses DS2119M SCSI terminators.
Q: What is the board number and revision of this backplane?
A: The board number is MS-9592, revision 00A.
Q: What types of SCSI connectors are present on this backplane?
A: The backplane includes both SCSI LVD Connectors and a SCSI SE Connector.
Technical data structured and organized by Dr-Bios.com, based on original schematic source analysis.
Technical Specifications
| Parameter | Value |
|---|---|
| Brand | MICRO-STAR |
| Model | MS-9592 SCSI BACKPLANE |
| Motherboard Manufacturer | MICRO-STAR |
| Board Number | MS-9592 |
| Revision | 100 |
| Date | 2004 04/07 |
| Document Number | MS-9592 SCSI BACKPLANE |
| SCSI Terminator IC | DS2119M |
| SCSI Connector Type | SCSI68 |
| SCSI Architecture | LVD |
Technical Summary
The MICRO-STAR MS-9592 is a SCSI backplane board, revision 100, dated 2004 04/07. The board utilizes DS2119M SCSI terminators for LVD (Low Voltage Differential) SCSI bus termination. The primary interface is a SCSI68 connector. The board includes multiple DS2119M terminators (U6, U7, U8) and associated passive components for signal conditioning and termination power (TRMPWR). The design supports both LVD and SE (Single-Ended) SCSI modes, with termination control via the STPWCTL signal.
Technician FAQ
Q: What SCSI terminator ICs are used on the MS-9592 backplane?
A: The board uses DS2119M SCSI terminators.
Q: What type of SCSI connector is on the MS-9592?
A: The board uses a SCSI68 connector.
Q: What SCSI architecture does the MS-9592 support?
A: The board supports LVD (Low Voltage Differential) SCSI architecture.
Technical data structured and organized by Dr-Bios.com, based on original schematic source analysis.
Technical Specifications
| Parameter | Value |
|---|---|
| Brand | MSI (Micro-Star) |
| Model | MS-9592 SCSI Backplane |
| Motherboard Manufacturer | Micro-Star |
| Board Number | MS-9592 |
| Revision | 10A |
| Date | 2004/10/07 |
| Document Number | MS-9592 SCSI BACKPLANE |
| SCSI Controller IC | DS2119M |
Technical Summary
The MS-9592 is a SCSI backplane board manufactured by Micro-Star (MSI), revision 10A, dated October 7, 2004. The board is designed for SCSI LVD and SE connector interfaces, featuring three DS2119M SCSI controller ICs located at U6, U7, and U8. The backplane includes a SAF-TE connector, a FAN board connector, and a 68-pin SCSI connector (SCSI1). The design incorporates termination control logic where STPWCTL high disables termination and STPWCTL low enables termination. The board layout includes multiple layers (P1, N1, P3, N3, P5, N5, P6, N6, P8, N8, P10, N10) and various mounting holes (BS3, BS4, BS2, BS5, BS1, BS6, BS8, BS7, BS9, BS11, BS10). The document number is MS-9592 SCSI BACKPLANE.
Technician FAQ
Q: What SCSI controller ICs are used on this backplane?
A: The backplane uses three DS2119M SCSI controller ICs at locations U6, U7, and U8.
Q: What is the board revision and date of this MS-9592 backplane?
A: The board revision is 10A, dated October 7, 2004.
Q: How does the SCSI termination control work on this board?
A: When STPWCTL is high, termination is disabled. When STPWCTL is low, termination is enabled.
Technical data structured and organized by Dr-Bios.com, based on original schematic source analysis.
Technical Specifications
| Parameter | Value |
|---|---|
| Brand | MSI (Micro-Star) |
| Model | MS-9592 SCSI Backplane |
| Motherboard Manufacturer | Micro-Star |
| Board Number | MS-9592 |
| Revision | 10A |
| Date | 2004/10/07 |
| Title | MS-9592 SCSI Backplane |
| Document Number | B111 |
| Revision Date | Monday, November 21, 2005 |
| SCSI Connector Type | SCSI LVD Connector |
| SCSI Connector Reference | SCSI1 |
| SCSI Connector Pin Count | SCSI68-P |
| Terminator IC | DS2119M |
| Terminator IC Quantity | 3 |
| Terminator IC Reference Designators | U6, U7, U8 |
Technical Summary
The MS-9592 is a Micro-Star SCSI backplane board, revision 10A, dated 2004/10/07, with a document number of B111 and a revision date of Monday, November 21, 2005. The board is designed around a single SCSI68-P LVD connector, referenced as SCSI1. Termination is managed by three DS2119M terminator ICs located at U6, U7, and U8. The schematic includes notes regarding terminator power control, where STPWCTL high disables termination and STPWCTL low enables termination. Capacitor placement is specified to be close to the terminator. The board also features multiple fan board connectors and SAF-TE support.
Technician FAQ
Q: What is the board number and revision of this SCSI backplane?
A: The board number is MS-9592, revision 10A.
Q: What type of SCSI connector is used on this backplane?
A: The board uses a single SCSI68-P LVD connector, referenced as SCSI1.
Q: What terminator ICs are used on this board?
A: Three DS2119M terminator ICs are used, located at U6, U7, and U8.
Technical data structured and organized by Dr-Bios.com, based on original schematic source analysis.
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