05.01.2015 Views

Cadenza Document - Energy Star

Cadenza Document - Energy Star

Cadenza Document - Energy Star

SHOW MORE
SHOW LESS

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

Hooray! Your file is uploaded and ready to be published.

Saved successfully!

Ooh no, something went wrong!