diff --git a/RAM.v b/RAM.v
index add717e..80225d9 100644
--- a/RAM.v
+++ b/RAM.v
@@ -12,11 +12,12 @@ module RAM(
 	output wire         RAM_write_enable, // RAM data bus write enable
 	input  wire         read_rq,          // Read request (Internal)
 	input  wire         write_rq,         // Write request (Internal)
-	output reg  [3:0]   RAM_state,        // State information (Internal)
-	output wire         op_trigger        // Event trigger wire
+	input  wire [1:0]   access_bank,      // Which bank to access
+	output reg  [15:0]  RAM_state,        // State information (Internal)
+	output wire [3:0]   op_trigger        // Event trigger wire (per bank)
 );
 
-reg [2:0] read_init;                     // Whether or not a read operation has been initiated
+reg [2:0] read_init[0:3];                // Whether or not a read operation has been initiated
 reg       trigger_low;                   // If trigger should be pulled low on next clock cycle
 
 assign op_trigger = read_init == 3'b011;
@@ -25,16 +26,21 @@ assign RAM_clk_enable = read_init != 3'b000;
 
 assign RAM_clk = clk;                    // RAM clock tracks processor input clock
 
+integer i;
+
 always @(posedge clk or posedge read_rq) begin
    if(read_rq) begin
       if(!read_init && !write_rq) begin
-         read_init <= 3'b001;
+         read_init[access_bank] <= 3'b001;
       end
 	end
-   else if(read_init) begin
-      read_init <= read_init + 3'b001;
-      RAM_state <= 4'b0001;              // STATE: read
-   end
+   else begin
+		for(i = 0; i<4; i = i + 1)
+		   if(read_init[i]) begin
+            read_init[i] <= read_init[i] + 3'b001; // Increment read
+            RAM_state[i*3 + 3 : i*3] <= 4'b0001;   // STATE: read
+         end
+	end
 end
 
 always @(posedge write_rq) begin
diff --git a/SevenSegment.v b/SevenSegment.v
index 2249d73..549ded8 100644
--- a/SevenSegment.v
+++ b/SevenSegment.v
@@ -24,8 +24,8 @@ module SevenSegment(
 );
 
 // ----    SETTINGS    ---- //
-localparam PLL_SELECT = 1;  // 0: 100MHz, 1: 200MHz, 2: 300MHz, 3: 400MHz, 4: 50MHz
-localparam RAM_PLL = 0;     // Must be either 0 or 1. DO NOT SET TO ANY OTHER VALUE AS IT MIGHT FRY THE ONBOARD RAM!!!
+localparam PLL_SELECT = 1;       // 0: 100MHz, 1: 200MHz, 2: 300MHz, 3: 400MHz, 4: 50MHz
+localparam RAM_PLL = 0;          // Must be either 0 or 1. DO NOT SET TO ANY OTHER VALUE AS IT MIGHT FRY THE ONBOARD RAM!!!
 
 // ----    REGISTERS   ---- //
 reg       debounce;              // Input debouncer
@@ -36,19 +36,20 @@ reg [7:0] alu_a;                 // ALU (core0) input a
 reg [7:0] alu_b;                 // ALU (core0) input b
 reg [7:0] alu_op;                // ALU (core0) opcode
 reg [2:0] gfx_rgb;               // VGA color channels
+reg [1:0] ram_bank_sel;          // Which ram bank to access
 
 // ----     WIRES      ---- //
-wire [7:0] seg_buf[0:3];         // Encoded segment buffer (8-bit expanded 4-bit number buffer)
-wire [7:0] alu_out;              // ALU (core0) output
-wire [7:0] alu_flags;            // ALU (core0) output flags
-wire [4:0] pll;                  // Phase-locked-loop connections (+ source clock)
-wire       vga_clk;              // VGA data clock
-wire       cb;                   // Callback/timeout
-wire [9:0] vga_coords[0:1];      // Current screen coordinates being drawn to
-wire       ram_request_read;     // Trigger a read operation from main memory
-wire       ram_request_write;    // Trigger a write operation from main memory
-wire       ram_event;            // Event trigger from ram when an operation is completed (ex. a read op is ready)
-wire [3:0] ram_state;            // Main memory event information
+wire [7:0]  seg_buf[0:3];        // Encoded segment buffer (8-bit expanded 4-bit number buffer)
+wire [7:0]  alu_out;             // ALU (core0) output
+wire [7:0]  alu_flags;           // ALU (core0) output flags
+wire [4:0]  pll;                 // Phase-locked-loop connections (+ source clock)
+wire        vga_clk;             // VGA data clock
+wire        cb;                  // Callback/timeout
+wire [9:0]  vga_coords[0:1];     // Current screen coordinates being drawn to
+wire        ram_request_read;    // Trigger a read operation from main memory
+wire        ram_request_write;   // Trigger a write operation from main memory
+wire [3:0]  ram_event;           // Event trigger from ram when an operation is completed (ex. a read op is ready)
+wire [15:0] ram_state;           // Main memory event information (0:3; bank0, 4:7; bank1, 8:11; bank2, 12:15; bank3)
 
 // ----  WIRE ASSIGNS  ---- //
 assign pll[4] = clk;
@@ -102,6 +103,7 @@ RAM main_memory(
 	RAM_write_enable,
 	ram_request_read,
 	ram_request_write,
+	ram_bank_sel,
 	ram_state,
 	ram_event
 );