void sbufs_init(void) {

	// General Serial Mode Setup
	PCON &= 0xBF; // No Frame Error Mode for SBUF0 and SBUF1

	// Serial 0 Mode Setup
	SM0 = 0; // SBUF0 Mode 0
	SM1 = 1;	// SBUF0 Mode 0
	SM2 = 0; // No multiprocessor communication mode
	REN = 1; // Recieve enable
	RI = 0; // RI must be clear to recieve
	PCON &= 0x7F; // Single Speed for sbuf0
	RXD0 = 1; // Latch port high for serial functions to work correctly

	// Serial 1 Mode Setup
	SM01 = 0; // SBUF1 Mode 0
	SM11 = 1;	// SBUF1 Mode 0
	SM21 = 0; // No multiprocessor communication mode
	REN1 = 0; // Recieve only enabled when expecting an incomming message
	WDCON = WDCON & 0x7F; //01111111B Single Speed for sbuf1
	RXD1 = 1; // Latch port high for serial functions to work correctly

	TEN = 0; // Disable transmit for RS485 until needed

	// Interrupt Settings
	ET1 = 0; // Disable T1 interrupts since using T1 for baud generation
	ET2 = 0; // Disable T2 interrupts since using T2 for baud generation

	// SBUF1 Baud clock
	TMOD = TMOD & 0x0F; // reset timer1 mode bits
	TMOD = TMOD | 0x20; // t1 8bit auto reload timer using system clk 
	TCON = TCON & 0x33; // reset t1 control bits and INT1 control bits
	TH1 = 0xFD; // 9600 for serial port 1
	TR1 = 1; // Start the Baud clock

	// SBUF0 Baud clock	
	T2MOD &= 0xFC;  // Not driving external pin with T2 and T2 counts up
	T2CON = 0x30; // timer 2 is baud for sbuf0 TX and RX
	RCAP2H = 0xFF; // Setup 9600 baud
	RCAP2L = 0xDC; // Communication for S0
	TR2 = 1; // Start the Baud clock
	
	// Initialize ptrs
	RX_IN_PTR_0 = 0;
	RX_OUT_PTR_0 = 0;
	RX_EMPTY_0 = 1;

	RX_IN_PTR_1 = 0;
	RX_OUT_PTR_1 = 0;
	RX_EMPTY_1 = 1;

	TX_IN_PTR_0 = 0;
	TX_OUT_PTR_0 = 0;
	TX_EMPTY_0 = 1;

	TX_IN_PTR_1 = 0;
	TX_OUT_PTR_1 = 0;
	TX_EMPTY_1 = 1;

}