File : JH_unrolled.zip, JH_unrolled_pad.zip
	Supported architecture(s) : 
		x2 (RC on the fly)
		x2 (RC in memory)
		x1 (RC on the fly)
		x1 (RC in memory)
		
File : JH_fv2.zip, JH_fv2_pad.zip
	Supported architecture(s) :
		/2(v) (RC on the fly)
		/2(v) (RC in memory)

File : JH_PPL.zip, JH_PPL_pad.zip
	Supported architecture(s) :
		x1-PPL2 (RC in memory)
        x2-PPL2 (RC in memory)
        x2-PPL4 (RC in memory)

Appropriate ATHENa settings for each architecture
x1 (RC on the fly) :
	256-bit hash size
		LATENCY = TCLK*43		
		THROUGHPUT = 512/(43*TCLK)		
		GLOBAL_GENERICS_BEGIN
			HS = 256
			UF = 1
			RCMODE = 0			
		GLOBAL_GENERICS_END
		
	512-bit hash size
		LATENCY = TCLK*43
		THROUGHPUT = 512/(43*TCLK)		
		GLOBAL_GENERICS_BEGIN
			HS = 512
			UF = 1
			RCMODE = 0			
		GLOBAL_GENERICS_END

x1 (RC in memory) :
	256-bit hash size
		LATENCY = TCLK*43		
		THROUGHPUT = 512/(43*TCLK)		
		GLOBAL_GENERICS_BEGIN
			HS = 256
			UF = 1
			RCMODE = 1		
		GLOBAL_GENERICS_END
		
	512-bit hash size
		LATENCY = TCLK*43
		THROUGHPUT = 512/(43*TCLK)		
		GLOBAL_GENERICS_BEGIN
			HS = 512
			UF = 1
			RCMODE = 1		
		GLOBAL_GENERICS_END

x2 (RC on the fly) :
	256-bit hash size
		LATENCY = TCLK*22
		THROUGHPUT = 512/(22*TCLK)		
		GLOBAL_GENERICS_BEGIN
			HS = 256
			UF = 2
			RCMODE = 0				
		GLOBAL_GENERICS_END
		
	512-bit hash size
		LATENCY = TCLK*22
		THROUGHPUT = 512/(22*TCLK)		
		GLOBAL_GENERICS_BEGIN
			HS = 512
			UF = 2
			RCMODE = 0			
		GLOBAL_GENERICS_END

x2 (RC in memory) :
	256-bit hash size
		LATENCY = TCLK*22		
		THROUGHPUT = 512/(22*TCLK)		
		GLOBAL_GENERICS_BEGIN
			HS = 256
			UF = 2
			RCMODE = 1	
		GLOBAL_GENERICS_END
		
	512-bit hash size
		LATENCY = TCLK*22
		THROUGHPUT = 512/(22*TCLK)		
		GLOBAL_GENERICS_BEGIN
			HS = 512
			UF = 2
			RCMODE = 1	
		GLOBAL_GENERICS_END		
		

/2(v) (RC on the fly) :
	256-bit hash size
		LATENCY = TCLK*85
		THROUGHPUT = 512/(85*TCLK)		
		GLOBAL_GENERICS_BEGIN
			HS = 256
			RCMODE = 0			
		GLOBAL_GENERICS_END
		
	512-bit hash size
		LATENCY = TCLK*85
		THROUGHPUT = 512/(85*TCLK)		
		GLOBAL_GENERICS_BEGIN
			HS = 512
			RCMODE = 0						
		GLOBAL_GENERICS_END

/2(v) (RC in memory) :
	256-bit hash size
		LATENCY = TCLK*85		
		THROUGHPUT = 512/(85*TCLK)		
		GLOBAL_GENERICS_BEGIN
			HS = 256
			RCMODE = 1			
		GLOBAL_GENERICS_END
		
	512-bit hash size
		LATENCY = TCLK*85
		THROUGHPUT = 512/(85*TCLK)		
		GLOBAL_GENERICS_BEGIN
			HS = 512
			RCMODE = 1			
		GLOBAL_GENERICS_END	
		
========= Pipelined

x1-PPL2 (RC in memory):
	256-bit hash size
		LATENCY = TCLK*85		
		THROUGHPUT = 1024/(85*TCLK)		
		GLOBAL_GENERICS_BEGIN
			HS = 256
            UF = 1
            PPL = 2
		GLOBAL_GENERICS_END
		
	512-bit hash size
		LATENCY = TCLK*85
		THROUGHPUT = 1024/(85*TCLK)		
		GLOBAL_GENERICS_BEGIN
			HS = 512
            UF = 1
            PPL = 2
		GLOBAL_GENERICS_END		
        
x2-PPL2 (RC in memory):
	256-bit hash size
		LATENCY = TCLK*43
		THROUGHPUT = 1024/(43*TCLK)		
		GLOBAL_GENERICS_BEGIN
			HS = 256
            UF = 2
            PPL = 2
		GLOBAL_GENERICS_END
		
	512-bit hash size
		LATENCY = TCLK*43
		THROUGHPUT = 1024/(43*TCLK)		
		GLOBAL_GENERICS_BEGIN
			HS = 512
            UF = 2
            PPL = 2
		GLOBAL_GENERICS_END	

x2-PPL4 (RC in memory):
	256-bit hash size
		LATENCY = TCLK*85		
		THROUGHPUT = 2048/(85*TCLK)		
		GLOBAL_GENERICS_BEGIN
			HS = 256
            UF = 2
            PPL = 4
		GLOBAL_GENERICS_END
		
	512-bit hash size
		LATENCY = TCLK*85
		THROUGHPUT = 2048/(85*TCLK)		
		GLOBAL_GENERICS_BEGIN
			HS = 512
            UF = 2
            PPL = 4
		GLOBAL_GENERICS_END