wiki:TBR/BSP/Genmongoosev

Version 4 (modified by Mehr Mohammad Sachal, on Nov 7, 2018 at 4:26:50 AM) (diff)

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Genmongoosev

BSP Infobox

BSP_name Mongoose V
Manufacturer Synova
image Mangoose-V.png
caption Mongoose-V processor
Board_URL http://www.synova.com/proc/mg5.html
Architecture MIPS
CPU_model R3000
Monitor None usually
Simulator N/A
Aliases No
RAM depends on board
NVMEM depends on board
Serial dual UART
NICs N/A
Other Radiation Hardened

Overview

The Mongoose-V is a single chip rad-hard microprocessor with integrated cache memory and integrated peripheral functions. The Mongoose-V can be used to form a complete rad-hard computer by the straight-forward addition of local memory and system-specific interface logic. The Mongoose-V implements the MIPS R3000 instruction set including the MIPS floating point hardware. On-chip caches provide high bandwidth memory access to keep the CPU operating efficiently. The data cache size is 2 KB and the instruction cache size is 4 KB.

Features of the Mongoose-V development board

  • Mongoose-V processor operating at 25 MHz
  • 2MB of high speed SRAM / 4MB of user programmable Flash EEPROM
  • Dual RS232 interfaces
  • Error detection and correction (EDAC) support
  • Expansion interface facilitates target system connection
  • Dedicated ROM emulator port (32-bit)
  • Convenient logic analyzer connections
  • Single carrier board design with dual mezzanine card slots
  • Compact PCI form factor (6U)

Features of the Mongoose-V processor

  • MIPS R3000 Instruction Set
  • MIPS R3010 Floating-point Unit
  • On-Chip 2KB Data Cache
  • On-Chip 4KB Instruction Cache
  • Speed grades 10MHz, 15MHz
  • 256 pin Quad Leaded Chip Carrier

On-chip Peripherals

  • Error Detection & Correction
  • Memory Protection
  • Timers
  • Dual UART
  • Expansion Interrupts
  • Waitstate Generator
  • Dynamic RAM Controller

400px?

Board Setup

If there are special jumper or ROM monitor settings, describe them.

Downloading and Executing

Describe the download procedure.

Debugging

How do you debug code on this board? What gdb setup? BDM, stub, etc?

Test Reports

=References=

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