background image

MSC8156-EVM Hardware Getting Started, Rev. 0

Freescale Semiconductor

5

 

DIP Switch Location Default Settings

5

DIP Switch Location Default Settings

The MSC8156EVM has four push-button switches (SW1, SW3, SW4, and SW5), one slide power switch 
(S1), and two dual-in-line package (DIP) switches (SW2 and SW6). See 

Figure 2

 for switch locations and 

Table 3

 for the default DIP switch settings See 

Table 5

 for push-button and power switch functions.

Figure 2. MSC8156EVM Switch Locations

Table 3. MSC8156EVM DIP-Switch Configurations 

SW2 Configuration

SW2.1: EE0
 • Default: OFF (disable); 
SW2.2: GPIO_19:USER PROGRAMBLE
 • Default: OFF (disable)
SW2.3: GPIO_20:USER PROGRAMBLE
 • Default: OFF (disable)
SW2.4: Test Point (general purpose)
 • Default: OFF (disable)
SW2.5: empty
SW2.6-2.8: Reset Configuration Word bits 7– 9 
 • Default: ON (“000”)
 • Defines the boot port interface configuration.

SW2

SW5

SW4

SW1

S1

SW3

SW6

8

1

ON ‘0’

TP5

GPIO_20

GPIO_19

EE0

RC7

RC8

RC9

Summary of Contents for MSC8156EVM

Page 1: ...ebug platform with CodeWarrior IDE installed The MSC8156EVM functions with an integrated development environment IDE such as Freescale CodeWarrior IDE Instructions for working with the IDE are beyond the scope of this document Contents 1 Definitions Acronyms and Abbreviations 2 2 Bit and Byte Conventions 3 3 RelatedReading 3 4 Hardware Kit Contents 4 5 DIP Switch Location Default Settings 5 6 Powe...

Page 2: ...UTAP Embedded UTAP EWDT Watchdog Timer Bit in RCW GE Gigabit Ethernet Port Bit in RCW GE TDM GETH TDM Port GETH Gigabit Ethernet GPIO General Purpose I O HDC Hardcoded Option RCW Source HRESET HRST Hard Reset I2C Inter Integrated Circuit Multi master Serial Computer Bus IO Input Output J JP Jumper LD LED Light emitting Diode MAPLE MSC8156 Internal Module MODCK Clock Mode NMI Non Maskable Interrupt...

Page 3: ...rm Factor SRC Configuration Source SRESET SRST Soft Reset SW S Switch UART Universal Asynchronous Receiver Transmitter USB Universal Serial Bus UTAP USB TAP Wiggler Table 2 Bit and Byte Terminology Bit Byte Binary digit with a single binary value 1 or 0 Commonly used for measuring the amount of data transferred in one second between two telecommunication points A unit of data eight binary units lo...

Page 4: ...ist that includes a list of printed documents included with the kit See the list for the specific documents included with the kit CD ROM with documentation and code examples Memory stick with ENEA software Figure 1 Hardware Contents MSC8156EVM with attached plastic spacers and screws AC DC 12 V 3 0 A universal power supply k One Ethernet cable USB cable Type A to Type B ...

Page 5: ...ult DIP switch settings See Table 5 for push button and power switch functions Figure 2 MSC8156EVM Switch Locations Table 3 MSC8156EVM DIP Switch Configurations SW2 Configuration SW2 1 EE0 Default OFF disable SW2 2 GPIO_19 USER PROGRAMBLE Default OFF disable SW2 3 GPIO_20 USER PROGRAMBLE Default OFF disable SW2 4 Test Point general purpose Default OFF disable SW2 5 empty SW2 6 2 8 Reset Configurat...

Page 6: ...ects INTERNAL CLK Table 4 MSC8156EVM Default Configuration Modes Mode Value CLKIN 100 MHz Core frequency 1000 MHz DDR2 data rate 800 Mbps MAPLE clock 450 MHz QUICC Engine Subsystem clock 500 MHz PCI Express interface output rate 2 5 Gbps Table 5 Power Switch and Push Button Functionality Push Button Position Description Default S1 ON OFF Power switch The ON position activates the external power su...

Page 7: ...PRESET Press to assert PRESET to all board components Table 6 MSC8156EVM Jumper Default Settings Jumper Name 1 2 Position 2 3 Position default JP1 RCW_SRC External 22 bits reduced Configuration Word I2 C EEPROM RCW Figure 3 MSC8156EVM Jumper JP and Connector J P Locations Table 5 Power Switch and Push Button Functionality Push Button Position Description Default J5 J2002 P3 J2004 J2005 J4 J3 J2 P1...

Page 8: ... connection to the external 12 V power supply P3 Provides a connection to a PCI Express board only The PCI Express edge connector is designed to connect one of the two SerDes ports SerDes2 of the MSC8156 device The four SerDes2 lanes can be configured to support serial RapidIO 1x 2x 4x PCI Express 1x 2x 4x or SGMII connections When connected the PCI Express interface can supply the 12 V power for ...

Page 9: ... power or PCIe 1 2V Power is ON The EVM is powered off LD4 GPIO18 Green USER DEFINE USER DEFINE USER DEFINE LD5 EE1 Green MSC8156 in Debug mode MSC8156 not in Debug mode LD6 HOST Multicolor eUTAP mode indication LD7 TARGET Multicolor eUTAP mode indication LEDs in J6 LINK Green RGMII PHY1 has Link at 1 Gbps Activity not connected should never light No link on Port1 ACT Orange RGMII PHY1 is active L...

Page 10: ... power supply see Figure 5 using the following steps a Make sure that all power is turned off b Assemble the AC DC power supply kit as follows Attach the power cable with the country specific wall output plug for your area Attach the cable with the plug for the board connection c Connect the AC DC power supply cable to the 12 V P5 board jack d Plug the power cable into the wall outlet 5 Referring ...

Page 11: ...ugh an external USB tap connected through a 14 pin ribbon cable to the 14 ping OnCE JTAG header on the board Further instructions for running a debug session are provided in the application note Configuring a CodeWarrior for StarCore DSPs Project for the MSC8156EVM Board AN4229 included on your documentation CD You may configure the MSC8156 to use the Ethernet ports J6 and J7 A single Ethernet cab...

Page 12: ...cts for any such unintended or unauthorized application Buyer shall indemnify and hold Freescale Semiconductor and its officers employees subsidiaries affiliates and distributors harmless against all claims costs damages and expenses and reasonable attorney fees arising out of directly or indirectly any claim of personal injury or death associated with such unintended or unauthorized use even if s...

Reviews: