Related Manuals for Xycom Xembedded XPMC-6710
Summary of Contents for Xycom Xembedded XPMC-6710
- Page 1 r e t i r e d XPMC-6710 Processor PMC Module REFERENCE MANUAL Document Number: 646710 September 26, 2006...
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- Page 3 Copyright © 2006 Xembedded Incorporated All rights reserved Xembedded and the globe image are trademarks of Xembedded Incorporated. All other product or service names mentioned in this document are the property of their respective owners. Notice While reasonable efforts have been made to assure the accuracy of this document, Xembedded, Inc.
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Page 5: Table Of Contents
Table Of Contents List of Figures ..............7 List of Tables . - Page 6 XPMC-6710 Reference Manual Chapter 1 - Installation ............23 XPMC-6710 Mechanical Description .
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Page 7: List Of Figures
List of Figures XPMC-6710 Functional Block Diagram 11 XPMC-6710 Front and Back Views 12 XPMC-6710 Front Panel 25 Typical PMC Installation 28 Location of User Configurable Switches 29 J1 Connector 30 J2 Connector 31 J3 Connector 32 J4 Connector 33 Serial Port (Mini USB Connector J2) 34 Gigabit Ethernet RJ-45 J1 Connector Diagram 35 Location of JTAG Header and Pinout 36... - Page 8 XPMC-6710 Reference Manual This page is intentionally left blank Document Number: 646710...
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Page 9: List Of Tables
List of Tables GPIOs Signals and Destinations 17 XPMC-6710 Product Specification 19 XPMC-6710 Rear I/O 26 PMC Connector J1 Pinout 30 PMC Connector J2 Pinout 31 PMC Connector J3 Pinout 32 PMC Connector J4 Pinout 33 Serial Port Connector J2 (Mini USB) Pinout 34 Gigabit Ethernet Connector J1 Pinout 35 P5 JTAG Header Pinout 36 Document Number: 646710... - Page 10 XPMC-6710 Reference Manual This page is intentionally left blank Document Number: 646710...
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Page 11: Overview
Overview Introduction The Xembedded XPMC-6710 is a PrPMC (Processor PCI Mezzanine Card) with a high ® performance PowerPC 7448 processor which is the fastest PPC in its class. The PrPMC offers advantages over other solutions due to its flexibility to update the CPU at ease while maintaining the rest of the subsystem I/O. - Page 12 XPMC-6710 PrPMC Hardware Reference Manual LAN0 Memory Front View Battery RJ-45 Conn LAN0 LAN1 LEDs Conns Serial Port P1 thru P4 Mini Conn GPIO User Defined LEDs MPC7448 Tsi109 Host Processor Bridge Up to Heatsink 1 Gbyte DDR-II 400MHz Memory Switch SW2 Back View Power...
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Page 13: Monarch Vs. Non-Monarch
Overview Monarch vs. Non-Monarch There are Two types of Processor PMCs as defined by the American National Standard for Processor PMC (ANSI/VITA 32-2003), a master or host and slave or target. The XPMC-6710 is a Monarch type Processor PMC. While generally understood, these definitions can become confusing, especially since the clock generator and PCI arbiter reside on the Processor PMC carrier. -
Page 14: Freescale Mpc7448 Ppc Processor
XPMC-6710 PrPMC Hardware Reference Manual Freescale MPC7448 PPC Processor The XPMC-6710 brings the Freescale MPC7448 processor to PrPMC, the most significant MPC74xx line of processors to date. The MPC7448 is a high-performance processor manufactured on 90 nanometer silicon-on-insulator (SOI) process technology with extensive processing performance at very low power. -
Page 15: Host Bridge
Overview Host Bridge The XPMC-6710 incorporates the Tundra Tsi109 Host Bridge. The Tundra Tsi109 is an ® advanced host bridge for PowerPC processors that supports PCI-X, DDRII-400 SDRAM, Gigabit Ethernet, and Flash memory. The Tsi109 builds on a decade of Tundra design experience in PowerPC host bridging. It delivers industry-leading performance for customers in the wireless infrastructure, storage networking, network access, printer, military, and industrial automation markets. -
Page 16: Bcm5461S Gigabit Transceiver
XPMC-6710 PrPMC Hardware Reference Manual BCM5461S Gigabit Transceiver The BCM5461S is a fully integrated 10/100/1000Base-t Gigabit Ethernet transceiver optimized for low power. The BCM5461S's Digital Signal Processor-based architecture and advanced power management techniques combine to achieve robust and low-power operation over the existing CAT 5 twisted-pair wiring. -
Page 17: Gpio Configuration
Overview GPIO Configuration Each GPIO pin can be configured as an input, an input with open-drain capability, or an output. The GPIOs are connected to the Tsi109 Host Bridge GPIO pins. The GPIO Interface has a set of output latches, which depending on configuration, either drive the output enables or the output pins. -
Page 18: Temperature Sensing
XPMC-6710 PrPMC Hardware Reference Manual Temperature Sensing The XPMC-6710 uses a local and remote temperature sensor and over/under temperature alarm, with the added ability to automatically cancel the effect of 3 kΩ (typical) of resistance in series with the temperature monitoring diode. When the XPMC-6710 Temperature Sensor is operating normally, the on-board ADC operates in a free-running mode. -
Page 19: Specifications
Overview Specifications The following table is the XPMC-6710 Specifications, showing the recommended operating conditions for XPMC-6710. Table 2 XPMC-6710 Product Specification Condition Recommendation Compliance IEEE 1386.1 (CMC Standard), VITA 32 (PrPMC Standard) Air Flow 200 LFM Pay load power 20 Watt Max at 1.75GHz Operating Temperature: 0°... -
Page 20: About This Manual
XPMC-6710 PrPMC Hardware Reference Manual About This Manual The XPMC-6710 reference manual provides functional, architectural, and mechanical descriptions of the XPMC-6710 PrPMC. This manual is intended for anyone who designs OEM products which have requirements for Processor PMC with Gigabit Ethernet (GbE) connectivity. -
Page 21: Safety Summary
Overview Safety Summary The following general safety precautions must be observed during all phases of the operation, service, and repair of this product. Failure to comply with these precautions or with specific warnings elsewhere in this manual violates safety standards of design, manufacture, and intended use of this product. -
Page 22: Safety Symbols Used In This Manual
XPMC-6710 PrPMC Hardware Reference Manual Safety Symbols Used in This Manual STOP: This symbol informs the operator that a practice or procedure should not be performed. Actions could result in injury or death to personnel, or could result in damage to or destruction of part or all of the system. -
Page 23: Chapter 1 - Installation
CHAPTER Installation Contents Front Panel I/O ............25 Rear I/O. -
Page 24: Sources Of Reset
XPMC-6710 Reference Manual Sources of Reset There are several potential sources to rest the XPMC-6710: • Power on reset • PCI reset from the Carrier module • COP Header if JTAG is used • Tsi109 GPIO11 • SW1 on the back of the board during debugging The XPMC-6710 also outputs the *RESETOUT on Pin 60 of the P2 connector during power up reset or reset from the Tsi109. -
Page 25: Front Panel I/O
Front Panel I/O Front Panel I/O The front Bezel for the XPMC-6710 consist of an RJ-45 connector for the Gigabit Ethernet port with LEDs for Link and Activity. A mini USB connector for the RS-232 Serial port and four user defined LEDs for the GPIOs. Figure 1-1 is a drawing depicting the front Bezel. The four user defined LEDs are OFF by default. -
Page 26: Rear I/O
XPMC-6710 Reference Manual Rear I/O The XPMC-6710 has rear I/O available consisting of the following, see Table 1-1 below. Table 1-1 XPMC-6710 Rear I/O Signal Connector JTAG Header for CPLD Dual 10/100/1000 Mbit Ethernet Dual RS-232 Serial interface User defined I/O (GPIOs) C bus Link/Activity (front panel accessible) Document Number: 646710... -
Page 27: Installation
Installation Installation The XPMC-6710 can be installed in carrier board with an available universal PMC site. Refer to the carrier board manufacturer documentation for the installation of PMCs. Below is an illustration for a typical installation of a PMC. Installation Procedure: 1. - Page 28 XPMC-6710 Reference Manual PMC Mounting on the Carrier Board (Front View) PMC Mounting on the Carrier Board (Rear View) Figure 1-2 Typical PMC Installation Document Number: 646710...
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Page 29: User Configurable Switches
User Configurable Switches User Configurable Switches The XPMC-6710 has two user configurable switches on the PMC (SW2 and SW3). Switch SW2 controls the speed of the local Processor, while SW3 controls the power up configuration for the board. See Figure 1-3 for an illustration of the switch settings and there location. NOTE: Switches S2 and S3 are located on the bottom side of the board. -
Page 30: Pmc Connectors
XPMC-6710 Reference Manual PMC Connectors There are four PMC connectors on the XPMC-6710. J1 through J3 carry the PMC specifiy signals and J4 carrys the rear I/O signals. Table 1 through Table 1 list the pinouts for the J1 through J4 connectors. Figure 1-4 below through Figure 1-7 on page 33 illustrator the connectors. -
Page 31: Pmc Site Connector J2
PMC Connectors PMC Site Connector J2 Table 1-3 PMC Connector J2 Pinout Pin No. Signal Pin No. Signal +3.3V *PCI_RST Pin 1 Pin 2 +3.3V *PCI_PME PCI_AD30 PCI_AD29 PCI_AD26 PCI_AD18 +3.3V PCI_IDSEL PCI_AD23 +3.3V PCI_AD20 PCI_AD18 Pin 63 Pin 64 PCI_AD16 *PCI_C/BE2 Figure 1-5 J2 Connector... -
Page 32: Pmc Site Connector J3
XPMC-6710 Reference Manual PMC Site Connector J3 Table 1-4 PMC Connector J3 Pinout Pin No. Signal Pin No. Signal PCI_C/BE7 PCI_C/BE6 PCI_C/BE5 PCI_C/BE4 PCI_PAR64 PCI_AD63 PCI_AD62 PCI_AD61 Pin 1 Pin 2 PCI_AD60 PCI_AD59 PCI_AD58 PCI_AD57 PCI_AD56 PCI_AD55 PCI_AD54 PCI_AD53 PCI_AD52 PCI_AD51 PCI_AD50 Pin 63... -
Page 33: Pmc Site Connector J4
PMC Connectors PMC Site Connector J4 Table 1-5 PMC Connector J4 Pinout Pin No. Signal Pin No. Signal TRD0+/0M TRD2+/0M TRD0-/0M TRD2-/0M TRD1+/0M TRD3+/0M TRD1-/0M TRD3-/0M TRD0+/1M TRD2+/1M Pin 1 Pin 2 TRD0-/1M TRD2-/1M TRD1+/1M TRD3+/1M TRD1-/1M TRD3-/1M U0TX/C U1TX/C U0RX/C U1RX/C Pin 63... -
Page 34: Serial Port Connector J2 (Mini Usb)
XPMC-6710 Reference Manual Serial Port Connector J2 (Mini USB) Figure 1-8 Serial Port (Mini USB Connector J2) Table 1-6 Serial Port Connector J2 (Mini USB) Pinout Pin No. Signal Serial 0 TX Serial 0 RX Document Number: 646710... -
Page 35: Gigabit Ethernet Connector J1 (Rj-45)
PMC Connectors Gigabit Ethernet Connector J1 (RJ-45) The XPMC-6710 has one front panel accessible Gigabit Ethernet connection using an RJ-45 Connector. The Pinout and diagram of the connector are shown in Table 1 and Figure 1-9. Short for Registered Jack-45, the RJ-45 is an eight-wire connector used commonly to connect computers onto a local-area networks (LAN), especially Ethernet. -
Page 36: Jtag Processor Header
XPMC-6710 Reference Manual JTAG Processor Header P5 JTAG Header Pin 1 Pin 2 Pin 16 Pin 15 Figure 1-10 Location of JTAG Header and Pinout Table 1-8 P5 JTAG Header Pinout Pin No. Signal Pin No. Signal CPUTD0 *COPQACK CPUTD1 *COPTRST COPUP0 VDD_SENSE...
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