NEC Projector PX803UL-WH User Manual

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[IMAGE OPTIONS]
Adjusting	Clock	and	Phase	[CLOCK/PHASE]
This	allows	you	to	manually	adjust	CLOCK	and	PHASE.
CLOCK �������������������Use this item to fine tune the computer image or to remove any vertical banding that might appear� This 
function adjusts the clock frequencies that eliminate the horizontal ban\
ding in the image�
This adjustment may be necessary when you connect your computer for the first time�
PHASE �������������������Use this item to adjust the clock phase or to reduce video noise, dot interference or cross talk� (This is 
evident when part of your image appears to be shimmering�)
Use [PHASE] only after the [CLOCK] is complete�
NOTE:	The	[CLOCK]	and	[PHASE]	items	are	available	for	RGB	signals	only.
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Adjusting	Horizontal/Vertical	Position	[HORIZONTAL/VERTICAL]
Adjusts	the	image	location	horizontally	and	vertically.
•	 An	image	can	be	distorted	during	the	adjustment	of	[CLOCK]	and	[PHASE].	This	is	not	malfunction.
•	 The	adjustments	for	[CLOCK],	[PHASE],	[HORIZONTAL],	and	[VERTICAL]	will	be	stored	in	memory	for	the	
current	signal.	The	next	time	you	project	the	signal	with	the	same	resolution,	horizontal	and	ver tical	frequency,	
its	adjustments	will	be	called	up	and	applied.
	 To	delete	adjustments	stored	in	memory,	from	the	menu,	you	select	[RESET]	→	[CURRENT	SIGNAL]	and	reset	
the	adjustments.
[BLANKING]
Adjusts	the	display	range	(blanking)	at	the	top,	bottom,	left	and	right	edges	of	the	input	signal.
Selecting	Overscan	Percentage	[OVERSCAN]
Select	overscan	percentage	(Auto,	0%,	5%	and	10%)	for	signal.
Projected	image
Overscaned
	b
 y
	10%
NOTE: 
•	 The	[OVERSCAN]	item	is	not	available:
	 -		when	[NATIVE]	is	selected	for	[ASPECT	RA TIO].
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Selecting	the	Aspect	Ratio	[ASPECT	RATIO]
Use	this	function	to	select	the	screen’s	vertical:horizontal	aspect	ratio.
Select	the	screen	type	(4:3	screen,	16:9	screen	or	16:10	screen)	in	the	[INSTALLATION(1)]	before	setting	the	aspect	
ratio.	(→	page	115)
The	projector	automatically	identifies	the	signal	being	input	and	sets	the	optimum	aspect	ratio.
For Computer signal
For	Component/Video/S-Video	signals
When	the	screen	type	is	set	to	4:3When	the	screen	type	is	set	to	16:9	or	16:10
ResolutionAspect	RatioVGA640	×	4804:3
SVGA800	×	6004:3
XGA1024	×	7684:3
WXGA1280	×	76815:9
WXGA1280	×	80016:10
HD(FWXGA)1366	×	768approx.	16:9WXGA+1440	×	90016:10
SXGA1280	×	10245:4
SXGA+1400	×	10504:3
WXGA++1600	×	90016:9
UXGA1600	×	12004:3
WSXGA+1680	×	105016:10
FHD(1080P)1920	×	108016:9
WUXGA1920	×	120016:10
WQXGA2560	×	160016:10
Options Function
AUTO
The	projector	will	automatically	determine	the	incoming	signal	and	display	it	in	its	aspect	ratio.	The	projector	may	erroneously	determine	the	aspect	ratio	depending	on	its	signal.	If	this	occurs ,	select	the	appropriate	aspect	ratio	from	the	following.
4:3The	image	is	displayed	in	4:3	aspect	ratio.
5:4The	image	is	displayed	in	5:4	aspect	ratio
16:9The	image	is	displayed	in	16:9	aspect	ratio
15:9The	image	is	displayed	in	15:9	aspect	ratio
16:10The	image	is	displayed	in	16:10	aspect	ratio
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OptionsFunction
NATIVE
The	projector	displays	the	current	image	in	its	true	resolution	when	the	incoming	computer	signal	has	a	lower	or	higher	resolution	than	the	projector’s	native	resolution.	(→	page	3)When	the	incoming	computer	signal	has	a	higher	resolution	than	the	projector's	native	resolution,	the	center	of	an	image	will	be	displayed.
LETTER	BOXThe	image	of	a	letterbox	signal	(16:9)	is	stretched	equally	in	the	horizontal	and	vertical	directions	to	fit	the	screen.
WIDE	SCREENThe	image	of	a	squeeze	signal(16:9)	is	stretched	left	and	right	in	16:9.
ZOOMThe	image	of	a	squeeze	signal	(16:9)	is	stretched	left	and	right	in	4:3.Parts	of	the	displayed	image	are	cropped	at	the	left	and	right	edges	and	therefore	not	visible.
FULLProject	to	full	screen	size.
TIP:
•	 Image	position	can	be	adjusted	vertically	using	[POSITION]	when	the	[16:9],	[15:9],	or	[16:10]	aspect	ratios	are	selected.
•	 The	term	“letterbox”	refers	to	a	more	landscape-oriented	image	when	compared	to	a	4:3	image,	which	is	the	standard	aspect	
ratio	for	a	vide	source.
	 The	letterbox	signal	has	aspect	ratios	with	the	vista	size	“1.85:1”	or	cinema	scope	size	“2.35:1”	for	movie	film.
•	 The	term	“squeeze”	refers	to	the	compressed	image	of	which	aspect	ratio	is	converted	from	16:9	to	4:3.
[INPUT	RESOLUTION]
The	resolution	is	assigned	automatically	when	the	resolution	of	the	input	signal	from	the	computer	video	input	terminal	
or	BNC	video	input	terminal	(analog	RGB)	cannot	be	distinguished.
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[VIDEO]
Using	Noise	Reduction	[NOISE	REDUCTION]
When	projecting	a	video	image,	you	can	use	the	[NOISE	REDUCTION]	function	to	reduce	the	screen	noise	(roughness	
and	distortion).	This	device	is	equipped	with	three	types	of	noise	reduction	functions.	Select	the	function	according	to	
the	type	of	noise.	Depending	on	the	noise	level,	the	noise	reduction	effect	can	be	set	to	[OFF],	[LOW],	[MEDIUM]	or	
[HIGH].	[NOISE	REDUCTION]	can	be	selected	f or	SDTV ,	HDTV	signal	and	component	signal	input.
RANDOM NR ���������Reduces flickering random noise in an image� 
MOSQUITO NR ������Reduces mosquito noise that appears around the edges of an image during \
Blu-ray playback�
BLOCK NR �������������Reduces block noise or mosaic-like patterns by selecting ON�
Selecting	Interlaced	Progressive	Conversion	Process	Mode	[DEINTERLACE]
This	function	allows	you	to	select	an	interlaced-to-progressive	conversion	process	for	video	signals.
NORMAL ����������������Automatically distinguishes a moving image from a static image to create\
 a distinct image� Please select 
[MOVIE] if there are any obvious jitter and noises�
MOVIE �������������������Select when projecting moving images� This is suitable for signals with a lot of jitter and noise�
STILL ���������������������Select when projecting static images� The video will flicker when a moving image is projected�
NOTE:	This	function	is	not	available	with	RGB	signals.
[CONTRAST	ENHANCEMENT]
Using	the	characteristics	of	the	human	eye,	a	picture	quality	with	a	sense	of	contrast	and	resolution	is	achieved.
OFF ������������������������Suite vision is switched off�
AUTO ���������������������Contrast and picture quality are automatically improved using the suite \
vision function�
NORMAL ����������������Adjust the gain manually�
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[SIGNAL	TYPE]
Selection	of	RGB	and	component	signals.	Normally,	this	is	set	to	[AUT O].	Please	change	the	setting	if	the	color	of	the	
image	remains	unnatural.
AUTO ���������������������Automatically distinguishes RGB and component signals�
RGB �����������������������Switches to the RGB input�
COMPONENT ���������Switches to the component signal input�
[VIDEO	LEVEL]
Selection	of	the	video	signal	level	when	connecting	an	exter nal	device	to	the	HDMI	IN	terminal,	DisplayP ort	input	
terminal,	and	HDBaseT	input	terminal	of	the	projector.
AUTO ���������������������The video level is switched automatically based on the information from \
the device outputting the signal�
Depending on the connected device, this setting may not be made properly� In this case, switch to [NORMAL” 
or “ENHANCED” from the menu and view with the optimum setting�
NORMAL ����������������This disables the enhanced mode�
ENHANCED ������������This improves the image’s contrast, expressing the dark and light sections more dynamically�
SUPER WHITE �������The video contrast is improved and the dark areas appear more dynamic�
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[3D SETTINGS]
Please	refer	to	“3-9	Projecting	3D	videos”	(→	page	48)	for	the	operation.
FORMAT
Select	the	3D	video	format	(recording	/	transmission	for mat).	Select	to	match	the	3D	broadcast	and	3D	media.	Nor-
mally,	[AUTO]	is	selected.	Please	select	the	3D	input	signal	for mat	when	the	3D	detection	signal	of	the	for mat	cannot	
be	distinguished.
L/R	INVERT
Invert	the	display	order	of	the	left	and	right	videos.
Select	[ON]	if	you	feel	uncomfortable	with	the	3D	display	when	[OFF]	is	selected.
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Using the Lens Memory Function [LENS MEMORY]
This	function	serves	to	store	the	adjusted	values	for	each	input	signal	when	using	the	LENS	SHIFT,	ZOOM	and	FO-
CUS	buttons	of	the	projector.	Adjusted	values	can	be	applied	to	the	signal	you	selected.	This	will	eliminate	the	need	
to	adjust	lens	shift,	focus,	and	zoom	at	the	time	of	source	selection.
STORE �������������������Stores the current adjusted values in memory for each input signal�
MOVE ��������������������Applies the adjusted values to the current signal�
RESET ��������������������Returns the adjusted values to the last condition�
NOTE:
•	 Lens	memory	adjustments	will	be	automatically	registered	the	ENTRY	LIST.	These	lens	memory	adjustments	can	be	loaded	from	
the	ENTRY	LIST.	(→ page 87)
	 Note	that	performing	[CUT]	or	[ALL	DELETE]	in	the	ENTRY	LIST	will	delete	lens	memory	adjustments	as	well	as	source	adjust-
ments.	This	deletion	will	not	take	effect	until	other	adjustments	is	loaded.
•	 For	storing	each	adjustment	of	lens	shift,	zoom	and	focus	as	common	value	for	all	input	signal,	store	them	as	reference	lens	
memory.
To	store	your	adjusted	values	in	[LENS	MEMORY]:
1. Project the connected device signal you want to adjust.
2.	 Adjust	the	projecting	image	of	position,	size	and	focus	by	the	LENS	SHIFT/HOME	POSITION,	ZOOM	+/−,	
and	FOCUS	+/−	buttons.
•	 Adjustment	can	be	performed	by	the	remote	control.	Please	refer	to	“Adjusting	the	Picture	Size	and	Position”	on	
page	22.
•	 Slight	adjustment	by	moving	the	projector	position	and	by	the	tilt	foot	is	not	subject	of	[LENS	MEMORY].
3.	Move	the	cursor	on	[ST ORE]	and	press	ENTER.
4.	Move	the	cursor	on	[YES]	and	press	ENTER.
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To	call	up	the	adjusted	values	from	[LENS	MEMORY]:
1.	 From	the	menu,	select	[ADJUST]	→	[LENS	MEMORY]	→	[MOVE]	and	press	the	ENTER	button.
	 The	confirmation	screen	will	be	displayed.
2. Press the ◀	button	to	select	and	[YES]	and	press	the	ENTER	button.
	 During	projection,	if	the	adjusted	values	for	an	input	signal	have	been	sav ed,	the	lens	will	shift.	If	not,	the	lens	will	
shift	according	to	the	adjusted	values	stored	in	the	selected	[REF.	LENS	MEMOR Y]	[PR OFILE]	n umber.
To	automatically	apply	the	adjusted	values	at	the	time	of	source	selection:
1.	 From	the	menu,	select	[SETUP]	→	[INSTALLATION(2)]	→	[REF.	LENS	MEMORY]	→	[LOAD	BY	SIGNAL]	and	
press the ENTER button.
2. Press the ▼	button	to	select	and	[ON]	and	press	the	ENTER	button.
	 This	will	move	the	lens	automatically	to	the	position	at	the	time	of	source	selection	according	to	the	adjusted	values .	
NOTE: 
•	 The	Lens	Memory	function	may	not	produce	a	completely	aligned	image	(due	to	tolerances	in	the	lenses)	using	the	adjusted	
values	stored	in	the	projector.	After	calling	up	and	applying	the	adjusted	values	from	the	Lens	Memory	function,	finely	adjust	the	
lens	shift,	zoom	and	focus	to	produce	the	best	possible	image.
 
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❻ Menu Descriptions & Functions [DISPLAY]
[PIP/PICTURE BY PICTURE]
SUB	INPUT
Select	the	input	signal	to	be	displayed	in	the	sub-display.
Please	refer	to	“4-2	Displaying	Tw o	Pictures	at	the	Same	Time”	(→	page	68)	for	details	on	the	operation.
MODE
Select	either	PIP	or	PICTURE	BY	PICTURE	when	switching	to	2-screen	display.
PICTURE SWAP
The	videos	in	the	main	display	and	sub-display	will	be	switched.
Please	refer	to	“4-2	Displaying	Tw o	Pictures	at	the	Same	Time”	(→	page	70)	for	details.
PIP SETTING
Select	the	display	position,	position	adjustment	and	size	of	the	sub-display	in	the	PIP	screen.
START POSITION ���Selection of the display position of the sub-display when switching to t\
he PIP screen�
HORIZONTAL POSITION
 ������������������������������Adjust the display position of the sub-display in the horizontal directi\
on� The respective corners will serve 
as reference points�
VERTICAL POSITION
 ������������������������������Adjust the display position of the sub-display in the vertical direction� The respective corners will serve as 
reference points�
SIZE �����������������������Select the display size of the sub-display�
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