Cadenza Document - Energy Star
Cadenza Document - Energy Star
Cadenza Document - Energy Star
You also want an ePaper? Increase the reach of your titles
YUMPU automatically turns print PDFs into web optimized ePapers that Google loves.
Key Efficiency Criteria<br />
Qualified models meet all ENERGY STAR requirements as<br />
listed in the Version 5.1 ENERGY STAR Program<br />
Requirements for Displays that are effective as of October<br />
30, 2009, or the Version 6.0 ENERGY STAR Program<br />
Requirements for Displays that are effective as of June 1,<br />
2013.<br />
Version 5.1 Requirements<br />
Version 6.0 Requirements<br />
On Mode Max Power Consumption Requirements (Non-<br />
ABC-Enabled):<br />
Calculation of Maximum On Mode Power Requirements<br />
(PON MAX)<br />
Diagonal Screen<br />
Size, d (inches)<br />
Product Type<br />
Screen<br />
Resolution, r<br />
(megapixels)<br />
PON_MAX (watts)<br />
Where:<br />
r = Screen resolution in<br />
megapixels<br />
A = Viewable screen<br />
area, rounded to the<br />
nearest 0.1 square<br />
inches.<br />
On Mode Max Power Consumption Requirements (Non-ABC-<br />
Enabled):<br />
Calculation of Maximum On Mode Power Requirements (PON<br />
MAX)<br />
On Mode power (PON), as measured per the ENERGY STAR test<br />
method (referenced in Table 6), shall be less than or equal to the<br />
Maximum On Mode Power Requirement (PON_MAX), as calculated<br />
and rounded per Equation 1, below. If the product’s pixel density (DP),<br />
as calculated per Equation 1, is greater than 20,000 pixels/in2, then<br />
the screen resolution used to calculate PON_MAX shall be determined<br />
per Equation 2.<br />
Equation 1: Calculation of Pixel Density<br />
D_P=(r×(10)^6)/A<br />
d < 30.0<br />
r ≤ 1.1<br />
r > 1.1<br />
(6.0 x r) + (0.05 x A) +<br />
3.0<br />
(9.0 x r) + (0.05 x A) +<br />
3.0<br />
Notes: DP is the pixel density of the product rounded to the nearest<br />
integer, in pixels/in2,<br />
r is the screen resolution, in megapixels, and<br />
A is the viewable screen area, in in2.<br />
Equation 2: Calculation of Resolution if Dp > 20,000 pixels/in2<br />
r_1=(20,000×A)/(10)^6<br />
r_2=(D_P-20,000)×A)/(10)^6<br />
30.0 ≤ d ≤ 60.0 Any (0.27 x A) + 8.0<br />
Where:<br />
- r1 and r2 are the screen resolutions, in megapixels, to be used when<br />
calculating PON_MAX,<br />
- DP is the pixel density of the product rounded to the nearest integer,<br />
in pixels/in2, and<br />
- A is the viewable screen area, in in2.<br />
Sleep Mode Requirements<br />
Measured Sleep Mode power (PSLEEP) shall be less than or<br />
equal to the Maximum Sleep Mode Power Requirement<br />
(PSLEEP_MAX) of 2 Watts.<br />
Table 1: Calculation of Maximum On Mode Power Requirements<br />
(PON_MAX)<br />
PON_MAX<br />
where Dp ≤ 20,000<br />
pixels/in2 (in watts)<br />
PON_MAX<br />
where Dp > 20,000<br />
pixels/in2 (in watts)<br />
Off Mode Requirements<br />
Measured Off Mode power (POFF) shall be less than or equal<br />
to the Maximum Off Mode Power Requirement (POFF MAX) of<br />
1 Watt.<br />
Number of Units Required for Testing<br />
Representative Models shall be selected for testing per the<br />
following requirements:<br />
For qualification of an individual product model, a product<br />
configuration equivalent to that which is intended to be<br />
marketed and labeled as ENERGY STAR is considered the<br />
Representative Model;<br />
Product Type and<br />
Diagonal Screen<br />
Size, d<br />
(in inches)<br />
d