Allocate more than 64K memory in DOS system

Hi, I'm making a program with TurboC++ (Borland). Default pointer are set to NEAR, then cannot exceed 64K of memory (Near pointer is 2 BYTE long). To allocate more than 64K, I use FAR pointer (4 BYTE long). But it didn't work...

typedef unsigned char BYTE;
BYTE far *pbVar1;

// Like this, it will print : "Not enough of memory"
if((pbVar1=new BYTE far[70000])==NULL)
{ printf("Not enough of memory."); }

I set MODEL HUGE, automatic far data, fast huge pointer...
But never work :(

my computer and configuration detail :
OS : Windows 98b
RAM : 128
Running TurboC++ as "Reboot in DOS mode" or "command prompt window". The problem of memory allocation exist in both mode.

Is someone able to make that program run correctly with TurboC++ ?
-= Thanks =-

/* TestMemory.cpp */
/* Allocate memory to load 10 pictures of 24K. */
#include <stdio.h>

int main()
{
  const unsigned short kiNbPic=10;
  const unsigned short kiSizePic=24000;
  unsigned short iComp1;
  unsigned short iComp2;

  char szPath[]="C:\\output.txt";
  FILE *pOutput;
  char far **pszPic;

  if((pszPic=new far char*[kiNbPic])==NULL)
  { return 1; }

  /************************************************/
  /* I NEVER EXIT THIS 'FOR' BECAUSE THE SYSTEME  */
  /* DON'T ALLOCATE MEMORY AND THEN RETURN 1.     */
  /* IT RETURN 1 WHEN iComp1=3                    */
  /************************************************/
  for(iComp1=0;iComp1<kiNbPic;iComp1++)
  { if((pszPic[iComp1]=new far char[kiSizePic])==NULL)
    { return 1; }

    // Fill memory with a value just for test.
    for(iComp2=0;iComp2<kiSizePic;iComp2++)
    { pszPic[iComp1][iComp2]=(char)iComp1; }
  }

  // Write all the 10 zone of memory (24K) in file.
  // Sometime pointers addresses are same.
  // It will be easy to spot error in the output file.
  if((pOutput=fopen(szPath,"w"))==NULL)
  { printf("Not able to create output file."); }
  else
  { fprintf(pOutput,"NbPic=%d\tSizePic=%d\n",kiNbPic,kiSizePic);
    fprintf(pOutput,"%s\n",szPath);

    for(iComp1=0;iComp1<kiNbPic;iComp1++)
    { fprintf(pOutput,"\nPic no %d\n",iComp1);

      for(iComp2=0;iComp2<kiSizePic;iComp2++)
      { fprintf(pOutput,"%d",pszPic[iComp1][iComp2]); }
    }

    fclose(pOutput);
  }

  // Desallocate memory.
  for(iComp1=0;iComp1<kiNbPic;iComp1++)
  { delete[] pszPic[iComp1]; }
  delete[] pszPic;

  return 0;
}