if(TestFlag & 0x1)
        {
            sprintf(txtbuf, "\r\nStart SDRAM write test...\r\n",NWords);
            UART_XMIT_STR(0, txtbuf);

            sprintf(txtbuf, "Starting from adress 0x%08x\r\n",EMC_ADDRESS_DYCS0);
            UART_XMIT_STR(0, txtbuf);

            delay(1000);

            pData = (volatile uint32_t *)EMC_ADDRESS_DYCS0; //0x28000000 DYCS0
            for (i = 0; i < (NWords); i++)
            {
                *pData = Value;
                pData++;
                delay(1000);
            }
            sprintf(txtbuf, "\r\nData written to SDRAM with value 0x%08x...\r\n",Value);
            UART_XMIT_STR(0, txtbuf);



        }

        if(TestFlag & 0x1)
        {
            sprintf(txtbuf, "Verifying... \r\n");
            UART_XMIT_STR(0, txtbuf);
            // Verify
            Cnt=1;
            //Pointer back to start of SDRAM
            pData = (volatile uint32_t *)EMC_ADDRESS_DYCS0;
            for (i = 0; i < (NWords); i++)
            {
                //if (*pData++ != pData+Cnt) //Verify what was written
                if (*pData != Value)
                {

                    sprintf(txtbuf, "\r\nERROR at counter = %d\r\n",Cnt);
                    UART_XMIT_STR(0, txtbuf);

                    sprintf(txtbuf, "ERROR at address 0x%08x\r\n",pData);
                    UART_XMIT_STR(0, txtbuf);

                    pData=EMC_ADDRESS_DYCS0;
                    sprintf(txtbuf, "\r\nData at address 0x%08x is: 0x%08x\r\n",pData,*pData);
                    UART_XMIT_STR(0, txtbuf);
                    while (1);      // catch the error

                }
                pData++;
                delay(1000);
                Cnt++;
            }

            sprintf(txtbuf, "\r\Success!\r\n",Cnt);
            UART_XMIT_STR(0, txtbuf);
        }