EN 50564 Test report
Test Report
standby and off mode , and network standby, electric power consumption
of networked equipment
Product under test
Brand name as identified on product
Netgear Model identification FVS336G v3 Version or serial number ‐‐
Product description Dual WAN Gigabit SSL VPN Firewall
Regulatory reference EC Commission Regulation No. 1275/2008 and No. 801/2013 Name of applicant NETGEAR, Inc.
Address of applicant 350 East Plumeria Drive, San Jose, California 95134, USA Name of test laboratory Sporton International Inc.
Address of test laboratory
14 Fl ‐2, No. 186, Jianyi Road, Zhonghe District, New Taipei City, Taiwan
Test report number X431514C024
Test date 2014‐05‐01
Prepared by
Mindy Tsai
Approved by
Hans Hsieh
Test results
Availability to deactivate the wireless network connection N/A, no wireless network function.
Availability of power management No. Default period of power management N/A Network port(s) providing power management function N/A
Name of mode Networked standby Test standard/Measurement
method
EN 50564
How is the mode selected or
programmed
Default initialed.
Sequence of events to reach the mode where the product automatically changes mode While a trigger signal through the WAN input was not detected, the EUT went into networked standby mode immediately.
Any notes regarding the operation of
the product
‐‐
Result in W 4.73 W
Limit applied 12 W (HiNA equipment)
Verdict Pass
If applicable, technical justification of
inappropriateness for intended use
N/A
Name of mode Standby / Off Test standard/Measurement
method
EN 50564
How is the mode selected or
programmed
‐‐
Sequence of events to reach the mode
where the product automatically
changes mode
‐‐
Any notes regarding the operation of
the product
‐‐
Result in W ‐‐
Limit applied N/A, not applicable to a HiNA equipment. Verdict ‐‐
Test conditions Ambient temperature in oC 23 ± 5 oC
Test voltage in V 230 V
Test frequency in Hz 50 Hz
Total harmonic distortion of the
supply system in %
2 %
Information and documentation on the instrumentation, set‐up and circuits used for electrical testing EUT was powered through a frequency converter, WAN port connected to a head‐end system and the Ethernet port was linked to a Giga‐LAN port of test PC.
Test equipment information Test equipment description YOKOGAWA
Test equipment model number WT210
Test equipment serial number 91M217385
Calibration due date 2015‐04‐18
Appendix – Photographs of EUT