我用TI官方给的定点FFT库和例程做128FFT出错

我用的是F28335采用TI官方给的定点FFT库sprc081来计算128点FFT，h，C, ASM ,CMD文件都用的FFT库sprc081里面的文件，编译没问题，但是下载程序时出现load program时出错 显示data  verification failed at address 0x3fffc0,please verify target memory and memary map.
请问是什么意思  怎么解决啊？

我怀疑是CMD文件配置的问题

我的源文件
#include "DSP2833x_Device.h"    	  
#include "DSP2833x_examples.h" 
#include "IQmathLib.h" 
#include "math.h"
//#include <stb.h>
#include <fft.h>


/* Create an Instance of FFT module                 */
#define     N   128 
#define     pi  3.1415916
#define     Ts  1.0/6400.0             //采样周倜
#define     f   50                    //三相电压的频率 
int         i=0;
#pragma DATA_SECTION(ipcb, "FFTipcb");
#pragma DATA_SECTION(mag, "FFTmag");

RFFT32  fft=RFFT32_128P_DEFAULTS;  
 
long Input[N];  
long ipcb[N+2];
long mag[N/2+1];  

/* Define window Co-efficient Array  and place the
.constant section in ROM memory				*/
const long win[N/2]=HAMMING128;   

void main()
{    
       
   InitSysCtrl();  //初始化系统函数

   DINT;
   IER = 0x0000;   //禁止CPU中断
   IFR = 0x0000;   //清除CPU中断标志
	
   InitPieCtrl();  //初始化PIE控制寄存器

   InitPieVectTable();  //初始化PIE中断向量表

for (i=1;i<N;i++)  
{           
  Input[i] =  _IQ30(1+2*sin(2*pi*f*i*Ts+pi/3)+0.1*sin(2*pi*3*f*i*Ts+pi/6));
}

/* Initialize FFT module                            */
     fft.ipcbptr=ipcb;
     fft.magptr=mag;  
     fft.winptr=(long *)win;
     fft.init(&fft);  

/*---------------------------------------------------------------------------
    Nothing running in the background at present           
----------------------------------------------------------------------------*/
//     RFFT32_brev(ipcb,ipcb,N);
     RFFT32_brev(Input,ipcb,N);  // Input samples in Real Part

 //    fft.win(&fft); 
//     RFFT32_brev(Input,ipcb,N);
 //    RFFT32_brev(ipcb,ipcb,N);  // Input after windowing 
    
     fft.calc(&fft);
     fft.split(&fft);
     fft.mag(&fft); 
      
} /* End: main() */
CMD文件
MEMORY
{
PAGE 0 : PROG(R)     : origin = 0x3D8000, length = 0x20000
PAGE 0 : BOOT(R)     : origin = 0x3FF000, length = 0xFC0   
PAGE 0 : RESET(R)    : origin = 0x3FFFC0, length = 0x2
PAGE 0 : VECS(R)  	 : origin = 0x3FFFC2, length = 0x3E
PAGE 0 : PIEVECS(R)  : origin = 0x000D00, length = 0xFF
PAGE 0 : ***(RW)   : origin = 0x3F8000, length = 0x2000

PAGE 1 : M0RAM(RW)   : origin = 0x000000, length = 0x400
PAGE 1 : M1RAM(RW)   : origin = 0x000400, length = 0x400
PAGE 1 : L0L1RAM(RW) : origin = 0x008000, length = 0x2000

}
 
SECTIONS
{
   /* 22-bit program sections */
   .reset   : > RESET,   PAGE = 0
    vectors : > VECS, 	 PAGE = 0
   .pinit   : > ***,   PAGE = 0
   .cinit   : > ***,   PAGE = 0
   .text    : > ***,   PAGE = 0
   SINTBL	: > ***,   PAGE =	0
   FFTtf	>	***, 	 PAGE = 0 
   FFTmag   >	    L0L1RAM		PAGE 1
   
   /* 16-Bit data sections */
   .const   : > L0L1RAM, PAGE = 1
   .bss     : > L0L1RAM, PAGE = 1
   .stack   : > M1RAM, 	 PAGE = 1
   .sysmem  : > M0RAM, 	 PAGE = 1
   
   FFTipcb	ALIGN(512)  : { } >    L0L1RAM PAGE 1         
   
   DLOG	 	: >	L0L1RAM	 PAGE =	1
   
   /* 32-bit data sections */
   .ebss    : > L0L1RAM, PAGE = 1
   .econst  : > L0L1RAM, PAGE = 1
   .esysmem : > L0L1RAM, PAGE = 1
}