Annex II

1. (a)

   Category A computer: 133,00;

2. (b)

   Category B computer: 158,00;

3. (c)

   Category C computer: 188,00;

4. (d)

   Category D computer: 211,00.

E_TEC shall be determined using the following formula:

For computers that lack a discrete sleep mode, but have idle state power demand less than or equal to 10,00 W, power in idle state (P_idle) may be used in place of sleep (P_sleep) in the above equation, such that the formula is replaced by

All P_x are power values in the indicated mode/state as defined in the definition section, measured in Watts (W) according to the procedures indicated in Annex III.

1. (a)

   memory: 1 kWh/year per GB over base, where base memory is 2 GB (for category A, B and C computers) and 4 GB (for category D computers);

2. (b)

   additional internal storage: 25 kWh/year;

3. (c)

   discrete television tuner: 15 kWh/year;

4. (d)

   discrete audio card: 15 kWh/year;

5. (e)

   discrete graphics card (dGfx) for the first and each additional discrete graphics card (dGfx):

The capability adjustments for discrete graphics cards (dGfx), discrete television tuner and discrete audio card mentioned in point 1.1.2 and point 1.2.2 only apply to cards and tuner that are enabled during testing of desktop computers or integrated computers.

1. (a)

   a minimum of six physical cores in the central processing unit (CPU); and

2. (b)

   discrete graphics card(s) (dGfx) providing total frame buffer bandwidths above 320 GB/s; and

3. (c)

   a minimum 16 GB of system memory; and

4. (d)

   a PSU with a rated output power of at least 1 000 W.

The annual total energy consumption (E_TEC in kWh/year) shall not exceed:

1. (a)

   Category A computer: 94,00;

2. (b)

   Category B computer: 112,00;

3. (c)

   Category C computer: 134,00;

4. (d)

   Category D computer: 150,00.

1. (a)

   Category A computer: 36,00;

2. (b)

   Category B computer: 48,00;

3. (c)

   Category C computer: 80,50;

E_TEC shall be determined using the following formula:

$E_{\mathrm{TEC}}=\left(8760∕1000\right)\times \left(\mathrm{0,60}\times P_{\mathrm{off}}+\mathrm{0,10}\times P_{\mathrm{sleep}}+\mathrm{0,30}\times P_{\mathrm{idle}}\right)$ where all P_x are power values in the indicated mode/state as defined in the definition section, measured in Watts (W) according to the procedures indicated in Annex III.

1. (a)

   memory: 0,4 kWh/year per GB over base, where base memory is 4 GB;

2. (b)

   additional internal storage: 3 kWh/year;

3. (c)

   discrete television tuner: 2,1 kWh/year;

4. (d)

   discrete graphics card (dGfx) (for the first and each additional discrete graphics card (dGfx))

The capability adjustments for discrete graphics cards (dGfx) and discrete television tuner mentioned in point 1.3.2 and point 1.4.2 only apply to cards and tuner that are enabled during testing of notebook computers.

1. (a)

   a minimum of four physical cores in the central processing unit (CPU); and

2. (b)

   discrete graphics card(s) (dGfx) providing total frame buffer bandwidths above 225 GB/s; and

3. (c)

   a minimum 16 GB of system memory.

The annual total energy consumption (E_TEC in kWh/year) shall not exceed:

1. (a)

   Category A computer: 27.00;

2. (b)

   Category B computer: 36.00;

3. (c)

   Category C computer: 60.50;

A product shall provide sleep mode and/or another condition that provides the functionality of sleep mode and which does not exceed the applicable power demand requirements for a sleep mode.

Power demand in sleep mode shall not exceed 5,00 W in desktop computers and integrated desktop computers and 3,00 W in notebook computers.

Desktop computers and integrated desktop computers where idle state power demand is less than or equal to 10,00 W are not required to have a discrete system sleep mode.

1. (a)

   an additional allowance of 0,70 W can be applied;

2. (b)

   it must be tested with a WOL functionality both enabled and disabled and must comply with both requirements.

Where a product is placed on the market without Ethernet capability, it shall be tested without WOL enabled.

Power demand in the lowest power state shall not exceed 0,50 W.

A product shall provide a power state or mode which does not exceed the applicable power demand requirements for the lowest power state when it is connected to the mains power source.

Where a product is placed on the market with an information or status display, an additional allowance of 0,50 W can be applied.

Power demand in off mode shall not exceed 1,00 W.

A product shall provide off mode and/or another condition which does not exceed the applicable power demand requirements for off mode when it is connected to the mains power source.

1. (a)

   an additional allowance of 0,70 W can be applied;

2. (b)

   it must be tested with a WOL functionality both enabled and disabled and must comply with both requirements.

Where a product is placed on the market without Ethernet capability, it shall be tested without WOL enabled.

All computer internal power supplies shall not perform at less than:

1. (a)

   85 % efficiency at 50 % of rated output power;

2. (b)

   82 % efficiency at 20 % and 100 % of rated output power;

3. (c)

   power factor = 0,9 at 100 % of rated output power.

Internal power supplies with a maximum rated output power of less than 75 W are exempt from the power factor requirement.

The computer shall offer a power management function, or a similar function which, when the computer is not providing the main function or when other energy-using products are not dependent on its functions, automatically switches the computer into a power mode that has a lower power demand than the applicable power demand requirement for sleep mode.

The computer shall reduce the speed of any active 1 Gigabit per second (Gb/s) or higher ethernet network link when transitioning to sleep or off-with-WOL mode.

When in sleep mode, the response to ‘wake events’, such as those via network connections or user interface devices, should happen with a latency of ≤ 5 seconds from the initiation of a wake event to the system becoming fully usable including rendering of display.

The computer shall be placed on the market with the display sleep mode set to activate within 10 minutes of user inactivity.

A computer with Ethernet capability shall have the ability to enable and disable a WOL function, if available, for sleep mode. A computer with Ethernet capability shall have the ability to enable and disable WOL for off mode if WOL from off mode is supported.

Where a distinct sleep mode or another condition that provides sleep mode functionality exists, the mode shall be set to activate within 30 minutes of user inactivity. This power management function shall be activated before placing the product on the market.

Users shall be able to easily activate and deactivate any wireless network connection(s) and users shall be given a clear indication with a symbol, light or equivalent, when wireless network connection(s) have been activated or deactivated.

1. (a)

   product type and category as defined in Article 2 (one and only one category);

2. (b)

   manufacturer’s name, registered trade name or registered trade mark, and the address at which they can be contacted;

3. (c)

   product model number;

4. (d)

   year of manufacture;

5. (e)

   E_TEC value (kWh) and capability adjustments applied when all discrete graphics cards (dGfx) are disabled and if the system is tested with switchable graphics mode with UMA driving the display;

6. (f)

   E_TEC value (kWh) and capability adjustments applied when all discrete graphics cards (dGfx) are enabled;

7. (g)

   idle state power demand (Watts);

8. (h)

   sleep mode power demand (Watts);

9. (i)

   sleep mode with WOL enabled power demand (Watts) (where enabled);

10. (j)

    off mode power demand (Watts);

11. (k)

    off mode with WOL enabled power demand (Watts) (where enabled);

12. (l)

    internal power supply efficiency at 10 %, 20 %, 50 % and 100 % of rated output power;

13. (m)

    external power supply efficiency;

14. (n)

    noise levels (the declared A-weighted sound power level) of the computer;

15. (o)

    the minimum number of loading cycles that the batteries can withstand (applies only to notebook computers);

16. (p)

    the measurement methodology used to determine information mentioned in points (e) to (o);

17. (q)

    sequence of steps for achieving a stable condition with respect to power demand;

18. (r)

    description of how sleep and/or off mode was selected or programmed;

19. (s)

    sequence of events required to reach the mode where the equipment automatically changes to sleep and/or off mode;

20. (t)

    the duration of idle state condition before the computer automatically reaches sleep mode, or another condition which does not exceed the applicable power demand requirements for sleep mode;

21. (u)

    the length of time after a period of user inactivity in which the computer automatically reaches a power mode that has a lower power demand requirement than sleep mode;

22. (v)

    the length of time before the display sleep mode is set to activate after user inactivity;

23. (w)

    user information on the energy-saving potential of power management functionality;

24. (x)

    user information on how to enable the power management functionality;

25. (y)

    for products with an integrated display containing mercury, the total content of mercury as X,X mg;

26. (z)

    test parameters for measurements:

    • test voltage in V and frequency in Hz,

    • total harmonic distortion of the electricity supply system,

    • information and documentation on the instrumentation, set-up and circuits used for electrical testing.

If a product model is placed on the market in multiple configurations the product information required under point 7.1.1 may be reported once per product category (as defined in Article 2), for the highest power-demanding configuration available within that product category. A list of all model configurations that are represented by the model for which the information is reported shall be included in the information provided.

If a notebook computer is operated by battery/ies that cannot be accessed and replaced by a non-professional user, in addition to the information specified in point 7.1, manufacturers shall provide in the technical documentation, and make available on free-access websites and on the external packaging of the notebook computer, the following information ‘The battery[ies] in this product cannot be easily replaced by users themselves’.

The information provided on the external packaging of the notebook computer shall be clearly visible and legible and it shall be provided in all the official languages of the country where the product is marketed.

1. (a)

   product type as defined in Article 2 (one and only one category);

2. (b)

   manufacturer’s name, registered trade name or registered trade mark, and the address at which they can be contacted;

3. (c)

   product model number;

4. (d)

   year of manufacture;

5. (e)

   internal/external power supply efficiency;

6. (f)

   test parameters for measurements:

   • test voltage in V and frequency in Hz,

   • total harmonic distortion of the electricity supply system,

   • information and documentation on the instrumentation, set-up and circuits used for electrical testing.

7. (g)

   maximum power (Watts);

8. (h)

   idle state power (Watts);

9. (i)

   sleep mode power (Watts);

10. (j)

    off mode power (Watts);

11. (k)

    noise levels (the declared A-weighted sound power level of the computer;

12. (l)

    the measurement methodology used to determine information mentioned in points (e) to (k).

If a product model is placed on the market in multiple configurations the product information required under point 7.3.1 may be reported once per product category (as defined in Article 2), for the highest power-demanding configuration available within that product category. A list of all model configurations that are represented by the model for which the information is reported shall be included in the information provided.