Tiny15 sends new serial protocol slow to Arduino

;three counters r17,r18,r19 loop 256*256*9 * 484uS = about 1 second at 1.6MHz
;used: avrasm2 -fI -l list.lst TinyFlashA.asm
;and for another file used: avrdude -p ATtiny15 -c usbasp -U flash:w:blinker15_B.hex:i
;output via LED 8 bit sequence eg r0 = $0F. Looked good on LED. Running human slow so I can see what's happening.
;1/8/19. Put Macros intoseparate txt file that gets included.
.include "tn15def.inc"
.include "t15MACROS_A.txt"

.ESEG eevar1: .DW 0x0123 ; initialize 1 word in EEPROM Doesn't burn into eeprom
;Had to use C:\Users\Dell\Desktop\Setup Files\AVR_assembler_avrasm2>avrdude -p ATtiny15 -c usbasp -U flash:w:MacroExperimentC.hex:i -U eeprom:w:eeprom5.raw:r
.CSEG

.LISTMAC
start:
ldi r16,$ff
out DDRB,r16

	ldi r16,2
	mov eepromLimit, r16	;counter fro number of eeprom bytes to output
exp1:		;start long tone here
	ldi r16,$fe		;random. Just for testing
	mov r0,r16		;so we can bit-bang r0 with below.
	clr r1 			;start at eemrom adr 0

doSerial:			;serially output bits that are in r0

	getEepromByte r1,r0
	ldi r16,$08		;for 8 bits
	mov r2,r16		;so r2 is our bit counter
	pinUp
	longIntro
doBit:				;cycle from here 8 times to get all bits out of r0 thru carry.
	pinDown
	wait3
	pinUp
	delay1
	rol r0		;send LH bit into carry
	brcs down	;is it a one
	pinDown		;if here, must have been a zero in carry. So drop pin to lowy
down:
	delay1		;with pin up or down. Key step in this prog
	pinUp		;maybe already up. Check for jitter.
	delay1		;finish off frame
	delay1		;just a stop bit. Necessary?
	dec r2		;counter reached zero yet (from 8)
	breq nextByte	;if we've reached 0, all 8 bits are gone. Get out.

	rjmp doBit	;couldn't use branches, eg brne doBit as it's too far.
	nextByte:
	inc r1		;bump eeprom adr
	cp r1,eepromLimit	;got to limit of eeprom bytes required?
	breq endL			;if yes get out
	rjmp doSerial

//	rjmp exp1		;**take out later
//getEepromByte r1,r0

endL: rjmp endL