EZ-USB FX2LP IN/OUT (Read/Write) problem

Hi Friends,

I have been working on CY7C68013A EZ-FX2LP USB based micro controller, I have written code for IN/OUT operation i.e, Read and Write operation of USB.

I am initially reading data from HOST a bulk 64 Bytes of data and storing it in a location starting from 0xE000 which is the starting address of scrachpad memory of 512 Bytes, after which if i want to read data from this location I am initially getting a JUNK first time ,latter next read I get actual value, I mean to say that after write is done to this memory location in RAM, every first time i read I get previous value and the actual value is only reflected in the next read operation,

I tried a lot , but i am not able to find out what is the exact problem, I have pasted code below.

  // INITIALIZATION CODE

        void TD_Init(void)             // Called once at startup
        {

                          BYTE i=0;

                          // we are just using the default values, yes this is not necessary...

                                  EP1OUTCFG  = 0xA0;
                                  SYNCDELAY;
                                  EP1INCFG   = 0xA0;
                                  SYNCDELAY;                    // see TRM section 15.14
                                  EP1INCS        = 0x00;
                                  SYNCDELAY;
                                  EP2CFG     = 0x82;
                                  SYNCDELAY;
                                  EP2BCL     = 0xC0;                // arm EP2OUT by writing byte count w/skip.
                                  SYNCDELAY;
                                  EP2BCL     = 0xC0;                // arm EP2OUT by writing byte count w/skip.
                                  SYNCDELAY;
                                  EP1INBC    = 0x40;
        //                        EP2BCH     = 0x02;                // arm EP2OUT by writing byte count w/skip.
        //                        SYNCDELAY;
        //                        EP2BCH     = 0x02;                // arm EP2OUT by writing byte count w/skip.
        //                        SYNCDELAY;
                                                                                                         // enable dual autopointer feature
                                  SYNCDELAY;
                                  AUTOPTRSETUP |= 0x01;
                }



  TD_Poll()
{

 /*     -> USB OUT PACKET TRANSFER  MODULE
                                -> BULK - 64BYTES
                                -> EP2 - ENDPOINT 2 -OUT DATA TRANSFER
                  */
                        if(!(EP2468STAT & 0x01))
                        {

                                                 ACC      =XBYTE[0x8800];
                                                 Addr     = 0xE000;    // scrachpad area starting Addr
                                                 AddrFIFO = 0xF000; //EP2FIFO starting Addr
                                                 for( i = 0x0000; i < 64; i++ )
                                         {
                                                         XBYTE[Addr++]= XBYTE[AddrFIFO++];

                                         }
                                                 SYNCDELAY;
                                                 EP2BCL = 0xC0;
                                                 ACC=XBYTE[0x8800];


                         }
                           /*   -> USB IN PACKET TRANSFER    MODULE
                                        -> BULK - 64BYTES
                                        -> EP1 - ENDPOINT 1 -IN DATA TRANSFER
                           */

                                        if(!(EP1INCS & bmEPBUSY))                           //check for EP1IN bit, wait for BUSY Bit =0
                                        {

                                                count=EP1INBC;                                          // Load count with EP1 received buffer size

                        /*                      for(Addr=0xE000;Addr<0xE040;Addr++)  // load data to scrachpad RAM ,starting from 0xE000     to 0xE040 (64Bytes)
                                                {
                                                           XBYTE[Addr]=in;                              // Incremental data for every read operation from HOST

                                                }
                                                in++;           */                                               // Increment value for one Read operation
                                                Addr=0xE000     ;                                                // Intial ScrachPad Address
                                                for(i=0;i<count;i++)                          //     64 Bytes Loop Count
                                                {
                                        //              EP1INBUF[j]=BufferOUT[i];                // Transfer Data from scrachpad RAM Area to EP1
                                                        EP1INBUF[j]=XBYTE[Addr++];
                                                        j++;
                                                }

                                                SYNCDELAY;                                                       // Sychronization Delay
                                                j=0;
                                                EP1INBC = 0x40;                                          // Re-Arm  EP1 Byte Count
                                                SYNCDELAY;                                                       // Sychronization Delay



                                                ACC=XBYTE[0x9800];                                       // LED 3  ON
                                                SYNCDELAY;
                                                ACC=XBYTE[0xA800];                                       //     LED 4 ON
                                                SYNCDELAY;




                                }

                                ACC=XBYTE[0x8000];
                                SYNCDELAY;
                                ACC=XBYTE[0x9000];                                       // LED 3  ON
                                SYNCDELAY;
                                ACC=XBYTE[0xA000];                                       //     LED 4 ON
                                SYNCDELAY;

                        }

}

Please reply me if there is any mistake,
waiting for a positive reply,

Abhilash