NXP MSC8122
Manuals and User Guides for NXP MSC8122. We found 6 manuals for free downloads Reference manual, Data Sheet
Below you will find brief information for Application Development System MSC8122/26 ADS, Application Development System MSC8122 ADS, Application Development System MSC8126 ADS. The platform used for software development of the MSC8122/26 processor environment comes with different on-board resources and an associated debugger. The user can download and run code, set breakpoints, display memory and register, and connect proprietary hardware via expansion connectors. The MSC8122/26 processor enables incorporation of these features into selected systems. In addition, the MSC8122/26ADS may be used as a demonstration tool. For example, application software may be burned into the flash memory of the ADS and run in exhibitions.
Key Features
4xSC140 DSP cores
60x bus interface
DSI bus up to 100MHz
SDRAM up to 32MB
Flash memory up to 4MB
TDM ports with TSI
E1/T1 Framer with FALC
Dual CODEC
RS-232 Transceiver
SMII/RMII/MII Fast Ethernet Switches
Pages: 198 NXP MSC8122 Reference manual
Brand: NXP Category: Processors Size: 5 MB
Languages: English
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Frequently Answers and Questions
What is the MSC8122/26ADS?
The MSC8122/26ADS is an application development system (ADS) board that targets the StarCore MSC8122 or MSC8126 chip. It acts as a platform for software development for the MSC8122/26 processor environment.
What are the key features of the MSC8122/26ADS?
The MSC8122/26ADS features a 60x bus interface, DSI bus up to 100MHz, SDRAM up to 32MB, Flash memory up to 4MB, TDM ports with TSI, E1/T1 Framer with FALC, Dual CODEC, RS-232 Transceiver, SMII/RMII/MII Fast Ethernet Switches, I2C bootable EEPROM, Logic analyzer connectors, and EOnCE debugging.
What are the power requirements for the MSC8122/26ADS?
The MSC8122/26ADS board requires a 9-18V external DC power supply or RACK 12V supply for 12V max current 1.8A.
How do I configure the MSC8122/26ADS board?
The MSC8122/26ADS board has DIP switches and jumpers for configuration. The DIP switches are used to set the clock mode, debug mode, configuration source, JTAG chain configuration, and system bus width. The jumpers are used to set the slave clock reference, enable the slave clock, enable the CT-Bus master reset, and enable the ADS power-on-reset.
How do I debug the MSC8122/26ADS board?
The MSC8122/26ADS board supports debugging via an external command converter connected to an enhanced on-chip emulation (EOnCE) 14-pin header. You can also debug through an external add-on board Command Converter via a parallel port connected to cPCI-J3 connector.
What are the expansion connectors on the MSC8122/26ADS board?
The MSC8122/26ADS board has five expansion connectors: J1, J2, J3, J4, and J5. Connector J1 is used for the 60x bus, Connector J2 is used for the 60x bus, Connector J3 is used for the MSC8122/26 SMII/RMII/MII data transfer, Connector J4 is used for the H.110 TDM bus, and Connector J5 is used for the Slic-Slac interface.
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