SGS TESTING AND CERTIFICATION SERVICES FOR SERVER PRODUCTS

SGSޜခഗׂ೗ᅃበ๕

֪๬ණኤޜခ

෢௮ܾྼஓ

କ঴߸ܠ႑တ

ࡽೕ ๫ࡽዚࠅ

ᇀSGS࠲

About SGS

SGS๟ࡔाࠅණڦ๬֪ĂॠᄓࢅණኤऐࠓLj

ԥᇤྺ੗׼Ⴤ݀ቛĂዊଉ׵ࢅ႑ڦएጚă

࿢்ᆛᆶ99,600ܠఁጆᄽᇵ߾Ljݴքሞ

2,600ܠ߲ݴኧऐࢅࠓํᄓ๪ፇޜڦׯခ

ྪஏă݀ቛ዁ৃLj࿢்ڦᄽခԈࢻࡤ૴ᇑ

ׂ೗Ă߾ᄽᇑ࣍ৣĂᆐᄢᇑॳ੃Ăጲ඗ጨ

ᇸĂ࠶૙ᇑԍኤĂ੗׼Ⴤ݀ቛĂຕጴࣅर

ຍᇑظႎ೿ۇٴ୼቟Ӳ཮ă

SGSཚՔՔጚरຍޜခᆶ၌ࠅິᆯSGSण

ڦጺਆဣཥ૙࠶۽ׇ॔๨ॆࡔᇀຌ૯ࢅྲཱྀ

ዐࡔՔጚ੔रणཷࢇጨׯ૬ᇀ1991౎ă࿢

்૬ፁᇀणཷᄽခӱ੷Ljժཚࡗᆯ16,000

ܠ200ࢅࠓኧऐݴ߲ܠĂ100߾ఁጆᄽᇵܠ

߲ํᄓ๪ፇࡔڦׯాޜခྪஏLjྺ౫ׂ๋

೗Ăၩݯ೗ĂઁׂĂ็ࣅĂ߾ᄽĂీᇸĂ

ഛכĂ࣍ৣĂิ࿿ᅅᄱڪဦݴႜᄽ༵ࠃඇ

ݛ࿋֪๬ĂॠᄓĂණኤĂಢჟࢅၯጚڪዊ

ଉ঴ਦݛӄă

We are SGS – the world’s leading testing, inspection and certification company. We

are recognized as the global benchmark for sustainability, quality and integrity. Our

99,600 employees operate a network of 2,600 offices and laboratories around the

world. Today, the SGS Group structure consists of 7 focused areas: Connectivity &

Products, Industries & Environment, Health & Nutrition, Natural Resources, Business

Assurance, Sustainability, Digital Technology and Innovation.

SGS-CSTC Standards Technical Services Co. Ltd. was founded in 1991 as a joint

venture between SGS Group and China Standard Science and Technology Group.

With an extensive network of 100 branches and more than 200 laboratories we have

more than 16,000 professionals serving our customers every day. We provide a fully

comprehensive range of integrated testing, inspection, certification, training and

calibration services across diverse industries such as agriculture & food, consumer

goods, minerals, petrochemicals, industrial, energy, automobile, environment, life

science and other sub-industries.

SGSޜခഗׂ೗ᅃበ๕֪๬ණኤޜခ

SGS testing and certification services for server products

ඇࠃ༵೗ׂခഗޜྺLjSGSپ้ࣅሞຕጴ

ิంዜ೺ڦ๬֪ණኤޜခLjඓԍׂ೗ႠీĂ

ҾඇႠࢅ੍੗ႠLj஢ፁࡔाՔጚࢅׇ๨Ⴔ

൱ă჋ስSGSLjሺഽ౞ڦ೗ׂሞඇ൰๨ׇ

ڦ৪ኛ૰ă

In the digital age, SGS provides full lifecycle testing and certification services for server

products to ensure product performance, safety, and reliability, meeting international

standards and market demands. Choosing SGS enhances your product's

competitiveness in the global market.

01

ခഗޜ . ခޜ๬֪ࡀҾ

Safety testing services - server product

ໜጣ5Gཚ႑Ă࿿૴ྪĂට߾ీ዇ĂՉᇹऺ

໙Ăሊऺ໙LjႵె၄ํڪႎरຍڦ႗ഐࢅ

੺໏݀ቛLjຕ਍ଉڦԖ݀๑ޜခഗڦႴ൱

׼ჄฉืăSGSዂ૰ᇀ༵ࠃඇ௬ޜڦခഗ

ૌׂ೗ණኤ֪๬ޜခLjኍܔႜᄽईഓᄽڦ

ਏ༹Ⴔ൱Lj༵ࠃଉวۨ዆ڦ঴ਦݛӄLjዺ

૰ഓᄽׂ೗༵ื੗׼Ⴤ݀ቛ৪ኛ૰Lj੺໏

৊ጂඇ൰๨ׇă࿢்ޜڦခԈઔڍփ၌ᇀǖ

With the rise and rapid development of new technologies such as 5G communication,

the Internet of Things, artificial intelligence, edge computing, cloud computing, and

virtual reality, there has been an explosive growth in data volume, continuously driving

up the demand for servers. SGS is committed to providing comprehensive safety

certification testing services for server products. Tailoring solutions to the specific

needs of industries or enterprises, SGS helps enhance the sustainable competitive

edge of corporate products and accelerate their entry into global markets. Our services

include, but are not limited to:

ණኤૌ႙तՔኾ

• CE/౹௑CEණኤ

• IECEE CB-Scheme/CBࢻණऺࣄ

• SGS GS Mark/ࡔڤGSණኤ

• SGS-NA/SGSԛெණኤ

• SGS CEBEC Mark/SGSԲ૧้CEBECණኤ

• SGS AU certificate/Ӑዞණኤ

• PSE certificate/නԨPSEණኤ

• SGS Product Safety Mark/SGSׂ೗Ҿඇ

ණኤ

• SGS FI Mark/SGSݰનFimkoණኤ

• ENEC Mark/ENECණኤ

• SGS NRCan mark/SGSेధۇٴၳీՔኾ

TYPES OF CERTIFICATION AND MARKS

• European Union CE certification

• CB Mutual Recognition Scheme

• German GS certification

• SGS North America certification

• SGS Belgium CEBEC certification

• Australian certification

• Japanese PSE certification

• SGS product safety certification

• SGS Finland Fimko certification

• ENEC certification

• SGS Canada Energy Efficiency Mark

02

ཞ้Ljᆯᇀޜခഗऐۉܔݝᇸဣཥࠀڦ୲

Ⴀतඹଉᄲ൱Ljۨ࿘ڦᆌࠃ૰ۉĂ๼ၳ୲د

૙ڦዐݝခഗऐޜྺׯࠓॐۉࠃڦۉෙ၎

ၙ჋ስăܔُLjSGSҾࡀํᄓ๪ᄺದԢକ

100KVAࠀۇٴ୲ෙ၎ۉ૰ీ๬֪Lj੗ᅜ஢

ፁࠀۇٴ୲ޜခഗׂ೗֪๬Ⴔ൱ă

ໜጣሊऺ໙ڦ݀ቛLjᆶ߸ڦܠຕ਍ዐ႐ॺ

૬LjሁઠሁޜڦܠခഗႴᄲሞᆶ၌ڦ੣क़ዐ

քਆLjොඤ࿚༶ሶׯକຕ਍ዐ႐Ⴔᄲ঴ਦڦ

ཀྵࡽ࿚༶ăܸᅂૐरຍᅺഄ၂ዸڦොඤᆫ

๞Ljׯྺຕ਍ዐ႐ڦዷᄲොඤरຍă ᅂૐ

ොඤ๟֑ᆩඤܔୁईඤݛڦڞد๕Ljཚࡗᅂ

༹ڦ৐ுईୁۯॽ݀ඤᇮॲڦඤଉټጽLjᅺ

ُܔૐඐ঻ዊतඹഗᆶटڦߛႠీᄲ൱ă

SGSएᇀ๢ᆩࡔڦाՔጚࢅጲวڦ๬֪ঢ়

ᄓLjܔᅂૐဣཥ዆ۨକᅜူ֪๬ݛӄǖ

܈ഽۉੇڦዊ঻ૐඐ•

• ૐඐ঻ዊڦ၎ඹႠ

• ૐඐ঻ዊڦ඘੗Ⴀ

• ૐඐ঻ዊඹഗڦ௢ԿႠ֪๬

๬֪܈ࠦॕڦዊඹഗ঻ૐඐ•

• ૐඐ঻ዊยԢڦᅴ׉๬֪

Additionally, due to the power transmission efficiency, electrical supply stability, and

capacity requirements of server rooms, a three-phase power supply architecture has

become the ideal choice in server room setups. To this end, SGS safety laboratories

are also equipped with a 100KVA high-power three-phase power testing capability,

meeting the testing needs for high-power server products.

With the development of cloud computing and the establishment of more data

centers, an increasing number of servers need to be deployed within limited spaces,

making heat dissipation a major issue. Liquid cooling technology, known for its

significant heat dissipation advantages, has become the main cooling technology in

data centers. Liquid cooling utilizes heat convection or conduction methods by

immersing or flowing liquid around heat-generating components to transfer heat away,

thus demanding high performance from both the cooling medium and containers.

Based on applicable international standards and its own testing experience, SGS has

devised the following test plans for liquid cooling systems:

• Dielectric strength of the cooling medium

• Compatibility of the cooling medium

• Flammability of the cooling medium

• Sealing test of the cooling medium container

• Durability test of the cooling medium container

• Abnormal testing of cooling medium equipment

03

ERPኸସ

ERPኸସ๟౹௑ీᇸ၎࠲೗ׂኸସLjഄ

EU2019/424݆؜ߴࡀକޜခഗࢅຕ਍ዐ

ٗࡀ݆޿แLjٯ੦࠶ᄲ൱तऺༀยิڦ႐

2019౎ํแLjSGSएᇀ޿݆ڦࡀኸ֪ۨ๬

ခăޜࠚႠೠࡀࢇڦ೗ׂ࠲၎ࠃ༵੗Lj݆ݛ

EUROPEAN COMMISSION

European Union is Energy-Related Products Directive, and its implanting regulation

(EU) 2019/424 sets out the eco-design requirements and control measures for servers

and data centers. This regulation has been in effect since 2019. Based on the

designated testing methods of this regulation, SGS can provide compliance

assessment services for related products.

ీᇸኮ႓

“ీᇸኮ႓”๟ெ࣍ࡔৣԍࢺຈᇀ1992౎݀

ഐڦᅃၜবీׂ೗ණኤၜణLjഓᄽጲᇼ֖

ᇑණኤLjཚࡗණኤڦ੗೗ׂᅜሞׂ೗ฉཌྷ

ᅃ߲ీᇸኮ႓ڦՔኾLjణڦྺ๟କ३ณ࿒

๪ഘ༹ࢅ࿫໲ഄක࿿ڦಇݣăీᇸኮ႓ഓ

ᄽޜခഗၜణLjణമ๟4.0ӲԨLjٗޜခ

ഗۉڦᇸఇ੷ڦၳీᄲ൱ޜࢅခഗऄۯጒ

ༀၳ୲ហኵ༵؜କ၎ᆌڦᄲ൱ăSGSਏԢ

֪๬ժණኤీᇸኮ႓ഓᄽޜခഗڦ૰ీLj

ዺ૰ิׂഓᄽइڥᆩࢽණཞׯ੗ྺ׼Ⴤ݀

ቛአ֧ڦዒํअӵă

ENERGY STAR

“Energy Star” is an energy-saving product certification program initiated by the United

States Environmental Protection Agency in 1992. Companies participate in the

certification voluntarily, and products that pass the certification can display an Energy

Star logo. The purpose of the program is to reduce greenhouse gas emissions and

other pollutants. The Energy Star Enterprise Server program is currently in version 4.0,

which sets forth requirements for the energy efficiency of server power supply

modules and the efficiency thresholds for server active states. SGS has the capability

to test and certify Energy Star enterprise servers, helping manufacturing companies

gain user recognition and become loyal partners in their sustainable development

policies.

04

05

ခഗޜ . ခޜ๬֪ग़ඹᇑพೕىۉ

Electromagnetic compatibility and radio frequency testing

services - servers

ໜጣට߾ీ዇AIׂᄽڦರղ݀ቛLjޜခഗ

ፕྺ࠲॰एإยแLjഐጣ዁࠲ዘᄲڦፕᆩă

ໜጣAI໙૰ڦट໏༵ืLjAIޜခഗᄺוጣ

ࡔྺቛăSGSፕၠ݀ݛڦࣅLjᅂૐ୲ࠀߛ

ाࠅණڦ๬֪ĂॠᄓࢅණኤऐࠓLjణമᅙ

ሞศᒰĂ࠽ዝĂฉ࡛Ăઑ෷ĂݨࢇĂၑߗ

ॺ૬କEMCىۉग़ඹํᄓ๪Ljኍࠀۇٴܔ୲

AIޜခഗLjᆮഄ๟ᅂૐޜခഗLjSGSॺ૬

କኝ༫ߛೝ຤ىۉڦग़ඹतพೕ֪๬ీ૰Lj

ྺਜ਼ࢽ༵ࠃᅃበ๕֪๬ޜခ঴ਦݛӄă

With the booming development of the artificial intelligence AI industry, servers play a

vital role as key infrastructure. With the rapid increase of AI computing power, AI

servers are also developing in the direction of high power and liquid-cooling, and SGS,

as an internationally recognized testing, inspection and certification organization, has

set up EMC laboratories in Shenzhen, Guangzhou, Shanghai, Kunshan, Hefei and Hong

Kong, and has established a full set of high-level EMC and RF testing capabilities for

high-power AI servers, especially liquid-cooled servers. For high-power AI servers,

especially liquid-cooled servers, SGS has established a complete set of high-level EMC

and RF testing capabilities to provide customers with one-stop testing service

solutions.

06

૰ీ࠲ခഗ၎ޜ

• AIޜခഗ

ခഗޜ૙ت਍ཚᆩຕ•

• ᅂૐޜခഗ

ࡋᅂૐऐ•

SERVERS RELATED CAPABILITIES

• AI server

• General Data Processing Server

• Liquid Cooled Server

• Liquid Cooled Cabinet

SGSىۉग़ඹᇑพೕ֪๬ీ૰

ELECTROMAGNETIC COMPATIBILITY AND RADIO FREQUENCY TESTING CAPABILITY

ाණኤࡔ

GMA

๬֪ࡀ݆ெන• ౹

Regulatory Testing for EU/ES/Japan

• ዐࡔĂࡔڪࡔࡣॆᇨ֪๬

Pre-Testing for China/Korea

• ᅃዂႠ֪๬

PTCRB/GCF/BT Logo/Wi-Fi/Logo Testing

• ࿮၍Ⴀీ֪๬

Wireless Performence Testing

• ཀ၍Ⴀీ֪๬

OTA Testing

๬֪٪ࠌ၍• ࿮

Wireless Coexistence Testing

֪๬

TEST

Ⴀీ

PERFORMANCE

ණኤ

CERTIFICATION

၍ණኤ࿮ࡔ߳ •

ITA for Wireless Product

Ҿඇණኤࡔ߳ •

GMA for Product Safety

• ߳ࡔׇ๨ጚ෇ᄲ൱

The Requirement for Each Country

• ெࡔTCB݀ኤ

FCC ID Certification

• ౹ዞRED݀ኤ

EU RED Certification

• ᆈࡔUKCA݀ኤ

UKCA Certification

• NTRAණኤ

NTRA

Certification

• SDPPIණኤ

SDPPI Certification

07

ᅂૐᆫ๞!ADVANTAGES OF LIQUID COOLING

CAPACITY ADVANTAGE

ᅂૐୁଉ Liquid cooling flow rate

዆ૐࠀ ୲Cooling power

܋੨ຕଉ Port

Ҿጎݛ๕ Installation method

ᅂૐ܋੨࿋ዃ Location of liquid cooling port

40L/min

15KW

Input *2

Output*2

Ӂ๪ྔዃ๕-Ն௨ᅂૐऐᆅ෇߅ඡ

Installed outside the chamber - Avoid interference from the liquid cooling machine

ገ໼ዐ႐ Turntable Center

TEST ITEM SGS CAPABILITIES

CE

RE

Harmonic

Flicker

ESD

RS

EFT

Surge

CS

V-dips

PFMF

Three Phase Current: 200A

Three Phase Current: 125A

Three Phase Current: 75A

Three Phase Current: 75A

Three Phase Current: 125A

Three Phase Current: 125A

Three Phase Current: 125A

Three Phase Current: 125A

Three Phase Current: 100A

Three Phase Current: 75A

Three Phase Current: 125A

08

ᄲ൱࠲ခഗEPEAT၎ޜ

SERVER EPEAT REQUIREMENTS

ᄲ൱ૌ՚

EQUIREMENT CATEGORY

रຍᄲ൱

TECHNICAL REQUIREMENTS

ీၳ

Energy Efficiency

• ࢇޙENERGY STARޜခഗՔጚ

Compliant with ENERGY STAR server standards

• ኧ׼੗থ๴࿒ࢅ܈โݔ܈)ྷASHRAE Class A2)

Supports acceptable temperature and humidity ranges (ASHRAE Class A2)

• ߛၳۉᇸ(80 Plus®ණኤ/ۉߛუACۉᇸ)

High-efficiency power supply (80 Plus® certified/high voltage AC power supply)

SGS EPEATණኤޜခ . ޜခഗ

SGS EPEAT service - server

EPEATණኤ๟ඇ൰ࠅණ࣍ڦৣᆷۉࡻጱׂ

೗ೠॏ༹ဣLj໲ཚܔࡗ೗ׂڦኝ߲ิంዜ

೺৊ႜჹ߭ೠࠚLjԈઔጨᇸবሀĂీᇸၳ

୲Ăᆶ࡞࿿ዊ੦዆Ă੗࣮֌๭ଙ๑ᆩݛڪ

௬Ljྺഓᄽࢅአު֑ࠔ༵ࠃକ੗੍࣍ڦԍ

֖੊ăSGSፕྺEPEATණኤࢇݛ࠳ڦፕअ

ӵLjྺ౞༵ࠃྰ඄Ăࠅኟڦණኤޜခă

EPEAT certification is a globally recognized system for evaluating environmentally

friendly electronic products. It conducts a rigorous assessment of the entire lifecycle of

products, including resource conservation, energy efficiency, control of hazardous

substances, and the use of recyclable materials, providing a reliable environmental

reference for corporate and government procurement. SGS, as an official partner of

EPEAT certification, offers authoritative and impartial certification services.

09

ᄲ൱ૌ՚

EQUIREMENT CATEGORY

रຍᄲ൱

TECHNICAL REQUIREMENTS

૙࠶ዊ࿿

Substance Management

ᆫ჋֌ଙ๑ᆩ

Preferred Material Use

ׂ೗Ԉጎ

Product Packaging

ยऺ

(ྼႪLjዘް๑ᆩLj࣮(๭

Design (Maintenance,

Reuse, Recycling)

ׂ೗๱ం

Product Life

ዃتፌዕڦሴඪ޶

Responsible End-of-Life

Treatment

ഓᄽሴඪ

Corporate Responsibility

RoHSኸସ౹௑ࢇޙ •

Compliant with the EU RoHS Directive

• ३ณ᠉ࢅ୰ࡤଉ(໒ଙևॲ)

Reduction of bromine and chlorine content (for plastic parts)

• ࠃᆌ૾ࠏཚ(࿿ዊ႑တࠅਸ)

Supply chain communication (public disclosure of substance information)

• ࿿ዊൣࢅڇೠࠚ୤ऻ)ࠅࢅਸ࿿ዊ႑တ)

Substance inventory and assessment (documenting and disclosing substance information)

• ำ௽࣮֌๭ଙࡤଉ

Declare the content of recycled materials

• ྔևྔ੕࣮֌๭ଙࡤଉ(10%)

Recycled material content in the external casing (10%)

• ༵࣮ߛ֌๭ଙࡤଉ(Ľ10%/25%/10%)

Increase the content of recycled materials (Ľ10%/25%/10%)

• Ԉጎዐ࿮ᆶ࡞࿿ዊ

No hazardous substances in packaging

• ༵ߛԈጎ֌ଙ࣮ڦ๭Ⴀ

Increase the recyclability of packaging materials

• ࣮ྼ္๭ࡤଉ(25%/50%)

Recycled fiber content (25%/50%)

• ३ณԈጎ(ፇࢇԈጎ)

Reduce packaging (combined packaging)

• ᅟᇀྼႪĂም૧ᆩ࣮ࢅ๭

Designed for ease of maintenance, reuse, and recycling

• ໒ଙ࣮๭ยऺ

Plastic recycling design

• ࣮ऺ୲๭໙(Ľ90%)

Recycling rate calculation (≥90%)

ፇॲ࣑߸੗ࠃ༵ •

Provide replaceable components

ခޜ๭࣮೗ׂࠃ༵ •

Provide product recycling services

(Քጚ૙ت࿿ݭጱۉࢇޙ)ዃᄲ൱تፌዕ•

End-of-life disposal requirements (compliant with electronic waste treatment standards)

• ੵࡔሏ๼(ፏ๰݆ୱ݆ࡀ(

International transportation (compliant with laws and regulations)

• ॺ૬࣍ৣ࠶༹૙ဣ(EMS)

Establish an Environmental Management System (EMS)

(ၳሴඪजࣷมࢅৣ࣍)ߢԒ૾ᆌࠃ •

Supply chain reporting (environmental and social responsibility performance)

(႑တ཭ઁׂ؋ਸࠅ)ࠔ֑ଙ֌ᇱڦሴඪ޶ •

Responsible sourcing of raw materials (public disclosure of conflict minerals information)

• ፏ๰ኰᄽॳ੃ᇑҾඇࢅมࣷሴඪՔጚ

Compliance with occupational health and safety and social responsibility standards

• ׂ೗ิంዜ೺ೠࠚ)LCA)

Product lifecycle assessment (LCA)

• ׂ೗ሏ๼࣍ڦৣᆖၚ

Environmental impact of product transportation

10

AIޜခഗᆘॲႠీ֪๬&ණኤ

ໜጣට߾)ీ዇AI)ڦ݀໏੺ቛLjۇٴଉڦAI

ఇ႙ჟଁߛࢅ೗ዊڦAIླྀ૙Ⴔᄲሞޜခഗ

ฉ৊ႜᅜඓԍሏႜ໏܈ăኄၵሞޜခഗฉ

ڞܸٗLjࡼၩ૰໙ڦଉۇٴิׂࣷAIڦሏႜ

ዂཞڪଉڦీᇸၩࡼăᅺُLj࢚ଉAIޜခ

ăీၳࢅ܈໏ڦǖAIሏႜ๟॰ኸՔ࠲߲ଇڦ

एᇀీ࣏ࡼᆶܮྔଇ߲ኸՔኵ࠲ڥጀǖሏ

ႜ้ڦሯᅼࢅ࿒܈ă

SGS AI SERVERS – HARDWARE PERFORMANCE TESTING & CERTIFICATION

With the rapid development of artificial intelligence (AI), not only does a large amount

of AI model training need to be conducted on servers, but many high-quality AI

inferences also need to run on servers to ensure their speed. The massive computing

power consumed by these AIs running on servers leads to equally massive energy

consumption. Therefore, there are two key indicators for AI services: the speed of AI

running and the energy efficiency of AI running. In addition to energy consumption,

there are two extra indicators worth paying attention to: noise and temperature during

AI running.

SGSණኤޜခ჋ၜ

֪ስएᇀᅜฉ੗჋ࢽႴ൱Ljਜ਼ڦा਍ํߵ

๬ڇၜኸՔڦSGS Performance Testedණ

ኤLjᄺ੗ᅜ჋ስ֪๬໯ᆶ຺ၜኸՔժڟٳ߸

ߛᄲ൱ڦSGS Premium Performanceණኤă

SGS CERTIFICATION OPTIONS

Manufacturers can choose interested metrics items to apply for SGS Performance

tested Mark, or SGS Premium Performance Mark if all the metrics pass the criteria.

SGS֪๬ኸՔ

AIఇ႙ڦ๬֪

Ԉࡤ3ۇٴૌǖ

• ཮ၟǖݴૌLjణՔॠ֪LjణՔߪݴ

• ᇕᅼǖᇕᅼ๎՚Ljᇕᅼׯࢇtts

• ۇٴᇕჾఇ႙llm

܈໏ – ኸՔ1֪๬

• ڇ಼ْڦሏႜ้क़: ms

• ܠ಼ْڦሏႜཾུଉ: FPS, TOPS

֪๬ኸՔ2 – ీၳ

ǖjouleࡼీሏႜڦ಼ْڇ •

• ܠ಼ْڦሏႜీၳǖframes/joule,

TOPs/joule

֪๬ኸՔ3 – ሯᅼ

• ֪ଉserverሞሏႜAI้ڦሯᅼำუपǖdBA

֪๬ኸՔ4 – ࿒܈

܈࿒ڦ॰և࿋࠲้߳ଉserverሞሏႜAI• ֪

SGS TESTING CRITERIA

AI MODELS TO TEST

Including 3 major categories：

• Vision: classification, objects detection, segmentation

• Audio: audio recognition, text to speech

• Large Language Model

METRICS 1 – SPEED

• Single batch respond time: ms

• Multiple batches throughput: FPS, TOPS

METRICS 2 – EFFICIENCY

• Single batch energy consumption: joule

• Multiple batches energy efficiency: frames/joule, TOPs/joule

METRICS 3 – NOISE

• Sound pressure level of the noise produced at AI running: dBA

METRICS 4 – TEMPERATURE

• Not too high temperatures of the major hardware to ensure AI running performance

11

SGSሯำ֪๬ޜခ . ޜခഗ

SGS noise testing service - server

ߵ਍አު݆ࡀ)සOSHAई౹௑ኸସ)Lj߾ܔ

ፕईิऄ࣍ৣڦሯำᆶ௽ඓᄲ൱Ljᅜԍࢺ

ට்ڦད૰௨๴໦ฅăޜခഗፕྺሊऺ໙Ă

ณ੗रຍႜᄽՂփڪీ዇߾ටࢅ૙ت਍ຕ

ࢅፕ߾ሏᆩᇀڦ้ํݘ࠽॰ยԢLjԥ࠲ڦ

ิऄׇ໯Ljᅺُഄሯำ੦዆዁࠲ዘᄲă໯

ᅜޜခഗ዆ሰฆႴᄲ૙঴ࢅፏ๰၎࠲݆ࡀLj

ժ৊ႜሯำ֪๬Ljኄܔᇀ༵ืᆩࢽ༹ᄓࢅ

ዘᄲă࠲዁੃ॳڦ்ට

SGSำბํᄓ๪੗ᅜ༵ࠃሯำ֪๬ޜခLj

तܔՔጚISO 7779LjISO 9296त၎࠲݆ࡀ

ጧკޜခLjӻዺޜခഗ዆ሰฆ஢ፁႜᄽՔ

ጚࢅ݆ࡀᄲ൱Lj༵ืᆩࢽ༹ᄓă

According to government regulations (e.g. OSHA or EU directives), there are clear

requirements for noise in the work or living environment to protect people from

hearing damage. As servers are widely used in real-time in work and living places as

essential and critical equipment for technology industries such as cloud computing,

data processing and artificial intelligence, their noise control is crucial. That's why

server manufacturers need to understand and comply with regulations and conduct

noise testing, which is critical to enhancing user experience and people's health.

SGS Acoustic Laboratory can provide noise testing services and consultancy services

on standards ISO 7779, ISO 9296 and related regulations to help server manufacturers

meet industry standards and regulatory requirements to enhance user experience.

ਉ૩๖ݔᆩ֪๬ኵ(ݥඪࢆ၎࠲๬֪೗ׂኵ)

EXAMPLE OF TEST VALUES FOR DEMONSTRATION PURPOSES (NOT ANY RELATED PRODUCT TEST VALUES)

ำ௽ڦAे඄ำࠀ୲प՚LjLWAd (B)

Declared A - weighted sound power level, LWAd (B)

ሏႜዐ

OPERATING

੣ှ

IDLE

8.0

8.0

62

62

ำ௽ڦAे඄ำუप՚LjLpAm (dB)

Declared A - weighted sound pressure level, LWAd (B)

12

ޜခഗሯำ֪๬ᄲ൱

• ໴๕ޜခഗ

• ऐॐ๕ޜခഗ

ခഗޜೌژ •

• ሊޜခഗ

REQUIREMENTS FOR SERVER NOISE TESTING

• Tower servers

• Rack mounted servers

• Blade servers

• Cloud servers

֪๬ၜణ჋ስ

ခഗփཞሏႜޜ॰ದዃĂ࠲ڦခഗޜ਍ߵ

ࢁ޶ᄲ൱৊ႜሯำಇݣ๬֪ăዷᄲ֪๬ా

ඹԈઔǖࠦۨਐ૗(ටᇵ֡ፕ࿋ዃࢅኟ׉ಖ

୲ࠀሯำำڦခഗޜำუपLjڦ(ኁ࿋ዃ࠵

पLjሯำփඓۨኵLjሯำڦำ௽ኵă

TEST PROJECT SELECTION

Conduct noise emission testing based on the key configuration of the server and the

different operating load requirements of the server. The main test contents include the

sound pressure level at a fixed distance (personnel operation position, normal

bystander position), the noise power level of the server, the uncertain value of noise,

and the declared value of noise.

Պࡽ ITEM ֪๬ၜణ TEST ITEM ֖੊Քጚ REF STANDARD

1

2

3

ISO 7779

ISO 7779

ISO 9296

ሯำำუप֪๬ Sound pressure level

ሯำำࠀ୲प֪๬ Sound power level

ሯำำ௽ኵ Declared Value

13

SGS੗੍Ⴀޜခ . ޜခഗ

SGS reliability services - server

ڦरຍڪీ዇߾ටࢅ਍ຕۇٴ໙Ăऺໜጣሊ

੺໏݀ቛLjޜခഗፕྺ࠲॰एإยแLjഄ

࿘ۨႠࢅ੍੗Ⴀܔᇀഓᄽሏᆐ዁࠲ዘᄲă

૙঴ժ༵ޜߛခഗׂ೗ሞ߳ዖ࣍)ৣट܋࿒

܈Ăโ܈Ăናۯत࿫කڪ(ཉॲူڦ࿘ۨႠ

ࢅీၳLjփৈ๟ܔरຍڦ༑໭Ljᄺ๟ྺକ

ඓԍᄽခ૶ჄႠĂ༵ߛຕ਍ҾඇႠĂᆫࣅ

Ⴀీࢅጨᇸ૧ᆩ୲Ă஢ፁႜᄽՔጚࢅ݆ࡀ

ᄲ൱Ljᅜत༵ืᆩࢽ༹ᄓă

With the rapid development of technologies such as cloud computing, big data and

artificial intelligence, the stability and reliability of servers, as critical infrastructure, are

crucial to business operations. Understanding and improving the stability and efficacy

of server products under various environmental conditions (extreme temperature,

humidity, vibration and contamination, etc.) is not only a quest for technology, but also

a way to ensure business continuity, improve data security, optimize performance and

resource utilization, meet industry standards and regulatory requirements, as well as

enhance user experience.

ޜခഗ੗੍Ⴀ၎࠲ᄲ൱

• ໴๕ޜခഗ

• ऐॐ๕ޜခഗ

ခഗޜೌژ •

• ሊޜခഗ

RELEVANT REQUIREMENTS OF SERVER RELIABILITY

• Tower servers

• Rack mounted servers

• Blade servers

• Cloud servers

14

֪๬ၜణ჋ስ

ࢅৣ࣍ৠĂ๑ᆩׇाᆌᆩํڦခഗޜ਍ߵ

Ⴀీᄲ൱৊ႜጹࢇ੊୯ă੗ᅜ჋ስഄዐڦ

ᅃၵ࠲॰ၜణ৊ႜ֪๬Ljᄺ੗ᅜߵ਍Ⴔᄲ

৊ႜඇ௬ڦ๬֪ăཞ้Lj֪๬ײࡗዐᆌჹ

߭ӀቷՔጚݔࡀ৊ႜ֡ፕLjඓԍ֪๬঳ࡕ

Ⴀă੗੍ࢅጚඓႠڦ

TEST PROJECT SELECTION

Comprehensive consideration is made based on the actual application scenarios, usage

environment and performance requirements of the server. Some of the key items can

be selected for testing, or a comprehensive test can be conducted as needed. At the

same time, the testing process should be carried out in strict accordance with standard

specifications to ensure the accuracy and reliability of the test results.

Պࡽ NO. ֪๬ၜణ TEST ITEM ֖੊Քጚ REF STANDARD

1

2

3

4

5

6

7

8

ᅈ਍ํा߾઄ॺఇݴဆ

Simulation Analysis Based on Real-World Operating Scenarios

GB/T 9813.3, IEC 60068-2 Series, GB/T 2423 Series

ASTM D4169, ISTA Series, GB/T 4857 Series

GB/T 25000.51, ISO/IEC 25051

ᅈ਍ํा฿ၳఇ๕ۨ዆ݛࣅӄ

Tailored Solutions Based on Actual Failure Modes

GB/T 29309, GMW 8287

IEC 62506, GB/T 34986

Telcordia SR 332, IEC TR 62380, GB/T 5080.7

ඤݠኈݴဆ Thermal Simulation Analysis

੍࣍੗ৣႠ֪๬ Environmental Reliability Test

Ԉጎሏ๼֪๬ Packaging and Transport Test

෉ॲ੗੍Ⴀ֪๬ Software Reliability Test

฿ၳݴဆ Failure Analysis

ߛ๱໏ेం(HALT) Highly Accelerated Life Test (HALT)

े໏๱ం๬ᄓ(ALT) Accelerated Life Test (ALT)

MTBFऺ໙/֪๬ MTBF Calculation/Test

10/24/SGS Testing and Certification Services For Server Products_V1 © SGS Société Générale de Surveillance SA. (2024)

www.sgs.com

www.sgsonline.com.cn

૴ဣ࿢் CONTACT US

ศᒰ Shenzhen

T : +86 (0)755 2654 4661

ee.shenzhen@sgs.com

ฉ࡛ Shanghai

T : +86 (0)21 6191 5016

ee.shanghai@sgs.com

࠽ዝ Guangzhou

T : +86 (0)20 8215 5411

ee.guangzhou@sgs.com

ၑߗ Hong Kong

T : +852 2204 8343

ee.hk@sgs.com