Eizo Coloredge Cg222w Users Manual

							
5. Reference
1

Pin Assignment
•DVI-I Connector
123456789101112131415161920211718222324
C1C2C3C4C5
Pin No.SignalPin No.SignalPin No.Signal
1 TMDS Data 2- 11 TMDS Data1/3 Shield21NC*
2TMDS Data 2+12NC*22TMDS Clock shield
3TMDS Data2/4 Shield13NC*23TMDS Clock+
4NC*14+5V Power24TMDS Clock-
5NC*15Ground (return for +5V, 
Hsync and Vsync)
C1Analog Red
6DDC Clock (SCL)16Hot Plug DetectC2Analog Green
7DDC Data (SDA)17TMDS Data0-C3Analog Blue
8Analog Vertical Sync18TMDS Data0+C4Analog Horizontal Sync
9TMDSData1-19TMDS Data0/5 ShieldC5Analog Ground(analog 
R,G,&B return)
10TMDS Data1+20NC*
(*NC: No Connection)
•USB Port
No.SignalRemarks
1VCCCable power
2- DataSerial data
3+ DataSerial data
4Ground Cable Ground
UpstreamDownstream
Series B 
Connector
Series A 
Connector
 
						

							

5. Reference

-. Glossary
Clock
With	the 	analog 	input 	signal 	display, 	the 	analog 	signal 	is 	converted 	to 	a 	digital 	signal 	by 	the 	LCD	
circuitry.	 To	convert	 the	signal	 correctly,	 the	LCD	 monitor	 needs	to	produce	 the	same	 number	 clock	
pulse	 as	the	 dot	 clock	 of	the	 graphics	 system.	When	the	clock	 pulse	is	not	 correctly	 set,	some	 vertical	
bars	of	distortion	are	displayed	on	the	screen.
DVI (Digital Visual Interface)
A	 digital	 flat	panel	 interface.	 DVI	can	transmit	 digital	data	from	 the	PC	directly	 without	 loss	with	 the	
signal	 transition	 method	"TMDS".	 There	are	two	 kinds	 of	DVI	 connectors.	 One	is	DVI-D	 connector	
for	digital	signal	input	only.	The	other	is	DVI-I	connector	for	both	digital	and	analog	signal	inputs.
DVI DMPM (DVI Digital Monitor Power Management)
The	 Power	 management	 system	for	the	 digital	 interface.	 The	"Monitor	 ON"	status	 (operation	 mode)	
and	 the	"Active	 Off"	status	 (power-saving	 mode)	are	indispensable	 for	the	 DVI-DMPM	 as	the	 moni
-
tor's	power	mode.
Gain Adjustment
Adjusts 	each 	color 	parameter 	for 	red, 	green 	and 	blue. 	The 	color 	of 	the 	LCD 	monitor 	is 	displayed	
through	 the	color	 filter	of	the	 LCD	 panel.	 Red,	green	 and	blue	 are	the	three	 primary	 colors.	The	colors	
on	 the	 monitor	 are	displayed	 by	combining	 these	three	colors.	 The	color	 tone	can	change	 by	adjusting	
the	illumination	amount	passed	through	each	color's	filter.
Gamma
Generally,	 the	relationship	 that	the	light	 intensity	 values	of	a	monitor	 change	nonlinearly	 to	the	 input	
signal	 level	is	called	 "Gamma	 Characteristic".	 On	the	monitor,	 low	gamma	 values	display	 the	whitish	
images	and	high	gamma	values	display	the	high	contrast	images.
HDCP (High-bandwidth Digital Contents Protection)
Digital	signal	coding	system	developed	to	copy-protect	the	digital	contents,	such	as	video,	music,	etc.	
This	helps	to	transmit	the	digital	contents	safely	by	coding	the	digital	contents	sent	via	DVI	terminal	
on	the	output	side	and	decoding	them	on	the	input	side.
	
Any	digital	contents	cannot	be	reproduced	if	both	of	the	equipments	on	the	output	and	input	sides	are	
not	applicable	to	HDCP	system.
Phase
The 	phase 	adjustment 	decides 	the 	sampling 	timing 	point 	for 	converting 	the 	analog 	input 	signal 	to 	a	
digital	signal.	Adjusting	the	phase	after	the	clock	adjustment	will	produce	a	clear	screen.
Range Adjustment
The	Range	Adjustment	controls	the	level	of	output	signal	range	to	display	the	whole	color	gradation.
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5. Reference


Resolution
The	LCD	 panel	 consists	 of	a	fixed	 number	 of	pixel	 elements	 which	are	illuminated	 to	form	 the	screen	
image.	 The	display	 panel	of	this	 monitor	 consists	of	1680	 horizontal	 pixels	and	1050	 vertical	 pixels.	
At	a	resolution	of	1680	x	1050	,	images	are	displayed	as	a	full	screen(1:1).
sRGB (Standard RGB)
"International	Standard	for	Red,	Green,	and	Blue	color	space"	A	color	space	was	defined	with	the	aim	
of	 the	 color	 matching	 between	applications	 and	hardware	 devices,	such	as	monitors,	 scanners,	printers	
and	digital	cameras.	As	a	standard	default	space,	sRGB	allows	Internet	users	to	closely	match	colors.
Temperature
Color	 Temperature	 is	a	method	 to	measure	 the	white	 color	tone,	generally	 indicated	 in	degrees	 Kelvin.	
At	 high	 temperatures	 the	white	 tone	appears	 somewhat	 blue,	while	 at	lower	 temperatures	 it	appears	
somewhat	red.	Computer	monitors	generally	give	best	performance	at	high	temperature	settings.
5000	K:	Slightly	reddish	white.
	
6500	K:	Warm-white	tone,	similar	to	white	paper	or	daylight.
	
9300	K:	Slightly	bluish	white.
TMDS (Transition Minimized Differential Signaling) 
A	signal	transition	method	for	the	digital	interface.
VESA DPMS 
(Video Electronics Standards Association - Display Power Management 
Signaling)
The 	acronym 	VESA 	stands 	for 	"Video 	Electronics 	Standards 	Association", 	and 	DPMS 	stands 	for	
"Display	 Power	Management	 Signaling".	DPMS	is	a	communication	 standard	that	PCs	and	graphics	
boards	use	to	implement	power	savings	on	the	monitor	side.
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6. APPENDIX/ANHANG/ANNEXE
. APPENDIX/ANHANG/ANNEXE
Preset Timing Chart for Analog input 
Timing-Übersichten für Analog Eingang 
Synchronisation des Signaux pour Analog numerique
NOTE
•	Based	on	the	signal	diagram	shown	below	factory	presets	have	been	registered	in	the	monitor's	
microprocessor.
•	Der	integrierte	Mikroprozessor	des	Monitors	unterstützt	werkseitige	Standardeinstellungen	(siehe	
hierzu	die	nachfolgenden	Diagramme).
• 	Signaux 	ont 	été 	enregistrés 	en 	usine 	dans 	le 	microprocesseur 	du 	moniteur, 	conformément 	au 	diagramme	
de	synchronisation	ci-dessous.
ModeDot Clock MHz
FrequenciesSync PolarityHorizontal:kHz Vertical:Hz
VGA 640×[email protected] MHzHorizontal31.47 NegativeVertical59.94 Negative
VGA TEXT 720×[email protected] MHzHorizontal31.47 NegativeVertical70.09 Positive
Macintosh 640×[email protected] MHzHorizontal35.00NegativeVertical66.67Negative
Macintosh 832×[email protected] MHzHorizontal49.72NegativeVertical74.55Negative
Macintosh 1152×[email protected] MHzHorizontal68.68 NegativeVertical75.06 Negative
Macintosh 1280×[email protected] MHzHorizontal74.76PositiveVertical74.76Positive
VESA 640×[email protected] MHzHorizontal37.86NegativeVertical72.81Negative
VESA 640×[email protected] MHzHorizontal37.50NegativeVertical75.00Negative
VESA 640×[email protected] MHzHorizontal43.27NegativeVertical85.01Negative
VESA 800×[email protected] MHzHorizontal35.16PositiveVertical56.25Positive
VESA 800×[email protected] MHzHorizontal37.88PositiveVertical60.32Positive
VESA 800×[email protected] MHzHorizontal48.08PositiveVertical72.19Positive
VESA 800×[email protected] MHzHorizontal46.88PositiveVertical75.00Positive
VESA 800×[email protected] MHzHorizontal53.67PositiveVertical85.06Positive
VESA 1024×[email protected] MHzHorizontal48.36NegativeVertical60.00Negative
VESA 1024×[email protected] MHzHorizontal56.48NegativeVertical70.07Negative
VESA 1024×[email protected] MHzHorizontal60.02PositiveVertical75.03Positive
VESA 1024×[email protected] MHzHorizontal68.68PositiveVertical85.00Positive
VESA 1152×[email protected] MHzHorizontal67.50PositiveVertical75.00Positive
VESA 1280×[email protected] MHzHorizontal60.00PositiveVertical60.00Positive
VESA 1280×[email protected] MHzHorizontal63.98PositiveVertical60.02Positive
VESA 1280×[email protected] MHzHorizontal79.98PositiveVertical75.03Positive
VESA CVT 1680×1050 60Hz146.3 MHzHorizontal65.29NegativeVertical59.95Positive
VESA CVT RB 1680×1050 60Hz119.0 MHzHorizontal64.67PositiveVertical59.88Negative
 
						

							

Congratulations!
The display you have just purchased carries the TCO’03 Displays label. This 
means that your display is designed, manufactured and tested according t\
o 
some of the strictest quality and environmental requirements in the worl\
d. 
This makes for a high performance product, designed with the user in foc\
us 
that also minimizes the Impact on our natural environment.
Some of the features of the TCO’03 Display requirements:
Ergonomics
●	 Good	visual	ergonomics	and	image	quality	in	order	to	improve	the	working	environment	for	the	user	
and	to	reduce	sight	and	strain	problems.	Important	parameters	are	luminance,	contrast,	resolution,	
reflectance, colour rendition and image stability.
Energy
●  Energy-saving mode after a certain time - beneficial both for the user and environment
●	 Electrical	safety
Emissions
● Electromagnetic fields
●	 Noise	emissions
Ecology
● The products must be prepared for recycling and the manufacturer must have a certified environmental 
management	system	such	as	EMAS	or	ISO	14000
●	 Restrictions	on
● chlorinated and brominated flame retardants and polymers
●	 heavy	metals	such	as	cadmium,	mercury	and	lead.
The	requirements	includes	in	this	label	have	been	developed	by	 TCO	Development	in	co-operation	with	scientists,	
experts,	users	as	well	as	manufacturers	all	over	the	world.	Since	the	end	of	the	1980s	 TCO	has	been	involved	in	
influencing the development of IT equipment in a more user-friendly direction. Our labeling system with displays 
in	1992	and	is	now	requested	by	users	and	IT-manufacturers	all	over	the	world.
For more information, please visitwww.tcodevelopment.com
 
						

							

For	U.S.A.	,	Canada,	etc.	(rated	100-120	Vac)	Only
FCC Declaration of Conformity
We, the Responsible Party EIZO	NANAO	TECHNOLOGIES	INC.
5710	 Warland	Drive,	Cypress,	CA 	90630
Phone:		(562)	431-5011
declare that the product Trade	name:		EIZO
Model:		ColorEdge	CG222W
is in conformity with Part 15 of the FCC Rules. Operation of this product is subject to the following two 
conditions: (1) this device may not cause harmful interference, and (2) this device must accept any 
interference received, including interference that may cause undesired operation.
This	equipment	has	been	tested	and	found	to	comply	with	the	limits	for	a	Class	B	digital	device,	pursuant	to	Part	15	
of	the	FCC	Rules.		These	limits	are	designed	to	provide	reasonable	protection	against	harmful	interference	in	a	
residential	installation.		 This	equipment	generates,	uses,	and	can	radiate	radio	frequency	energy	and,	if	not	installed	
and	used	in	accordance	with	the	instructions,	may	cause	harmful	interference	to	radio	communications.		However,	
there	is	no	guarantee	that	interference	will	not	occur	in	a	particular	installation.	If	this	equipment	does	cause	harmful	
interference	to	radio	or	television	reception,	which	can	be	determined	by	turning	the	equipment	off	and	on,	the	user	
is	encouraged	to	try	to	correct	the	interference	by	one	or	more	of	the	following	measures.
*	 Reorient	or	relocate	the	receiving	antenna.
*	 Increase	the	separation	between	the	equipment	and	receiver.
*	Connect	the	equipment	into	an	outlet	on	a	circuit	different	from	that	to	which	the	receiver	is	connected.
*	Consult	the	dealer	or	an	experienced	radio/TV 	technician	for	help.
Changes or modifications not expressly approved by the party responsible for compliance could void the user ’s 
authority	to	operate	the	equipment.
Note
Use the attached specified cable below or EIZO signal cable with this monitor so as to keep interference within the 
limits	of	a	Class	B	digital	device.
-	 AC	Cord
-	 Shielded	Signal	Cable	(Enclosed)
Canadian Notice
This	Class	B	digital	apparatus	complies	with	Canadian	ICES-003.
Cet	appareil	numérique	de	le	classe	B	est	comforme	à	la	norme	NMB-003	du	Canada.
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Hinweise zur Auswahl des richtigen Schwenkarms für Ihren Monitor
Dieser	Monitor	ist	für	Bildschirmarbeitsplätze	vorgesehen.	Wenn	nicht	der	zum	Standardzubehör	gehörige
Schwenkarm	verwendet	wird,	muss	statt	dessen	ein	geeigneter	anderer	Schwenkarm	installiert	werden.	Bei	der
Auswahl	des	Schwenkarms	sind	die	nachstehenden	Hinweise	zu	berücksichtigen:
Der	Standfuß	muß	den	nachfolgenden	 Anforderungen	entsprechen:
a)	Der	 Standfuß	 muß	eine	ausreichende	 mechanische	Stabilität	zur	Aufnahme	 des	Gewichtes	 vom	Bildschirmgerät	
und  des  spezifizierten  Zubehörs  besitzen.  Das  Gewicht  des  Bildschirmgerätes  und  des  Zubehörs  sind  in  der 
zugehörenden	Bedienungsanleitung	angegeben.
b)	Die	 Befestigung	 des	Standfusses	 muß	derart	 erfolgen,	 daß	die	oberste	 Zeile	der	Bildschirmanzeige	 nicht	höher	
als	die	 Augenhöhe	eines	Benutzers	in	sitzender	Position	ist.
c)	Im	 Fall	eines	 stehenden	 Benutzers	muß	die	Befestigung	 des	Bildschirmgerätes	 derart	erfolgen,	 daß	die	Höhe	 der	
Bildschirmmitte	über	dem	Boden	zwischen	135	–	150	cm	beträgt.
d)	Der	 Standfuß	 muß	die	Möglichkeit	 zur	Neigung	 des	Bildschirmgerätes	 besitzen	(max.	vorwärts:	 5°,	min.	 nach	
hinten ≥ 5°).
e)	Der	 Standfuß	 muß	die	Möglichkeit	 zur	Drehung	 des	Bildschirmgerätes	 besitzen	(max.	±180°).	 Der	maximale	
Kraftaufwand	dafür	muß	weniger	als	100	N	betragen.
f)	Der	Standfuß	muß	in	der	Stellung	verharren,	in	die	er	manuell	bewegt	wurde.
g)	Der	Glanzgrad	des	Standfusses	muß	weniger	als	20	Glanzeinheiten	betragen	(seidenmatt).
h)	Der	 Standfuß	 mit	Bildschirmgerät	 muß	bei	einer	 Neigung	 von	bis	zu	10°	 aus	der	normalen	 aufrechten	 Position	
kippsicher	sein.
Hinweis zur Ergonomie :
Dieser	Monitor	erfüllt	die	 Anforderungen	an	die	Ergonomie	nach	EK1-ITB2000	mit	dem	 Videosignal,	1680×	1050	
,	Digital	Eingang	und	mindestens	60,0	Hz	Bildwiederholfrequenz,	non	interlaced.	 Weiterhin	wird	aus	
ergonomischen	Gründen	empfohlen,	die	Grundfarbe	Blau	nicht	auf	dunklem	Untergrund	zu	verwenden	(schlechte	
Erkennbarkeit,	 Augenbelastung	bei	zu	geringem	Zeichenkontrast.)
„Maschinenlärminformations-Verordnung	3.	GPSGV:
Der	höchste	Schalldruckpegel	beträgt	70	dB(A)	oder	weniger	gemäss	EN	ISO	7779“
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