ASUS Server PRODUCT PORTFOLIO

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ASUS Server PRODUCT PORTFOLIO ASUS Server PRODUCT PORTFOLIO https://www.asus.com/Commercial-Servers-Workstations/ In Search of Incredible ASUS는 Fortune 지가�선정한 "세계에서�가장�존경받는�브랜드"로써, 오늘날과�미래의�스마트�라이프를 선도할�제품을�만들어내고�있습니다. Zenbo, ZenFone, ZenBook을�비롯한�다양한 AR, VR, IoT 기기들 뿐�아니라, 다채로운�제품�포트폴리오를�구축하고�있는 ASUS는�전�세계 56개국에서�총 17,000여명의 임직원과 5,500명이� 넘는� 우수한 R&D 인력들을� 보유하여� 나날이� 발전해� 나가고� 있습니다. 그리고 혁신적인�제품�설계와�이에�못지�않는�품질을�바탕으로, 2016년�기준�약 15조의�매출�총액과 4,385개의 미디어�어워드를�획득하는�성과를�올렸습니다. Green ASUS -The Wall Street Journal Asia N0.1 in Quality and Services ASUS는�환경을�생각합니다 ASUS는�언제나�지속�가능한�미래에�대해�고민하며, 친환경적인�기술과�제품들을�시장에�선보이는 21년이�넘는�기간�동안�고품질의�서버를�제작, 공급해�온�업체 "GreenASUS"를�회사�경영의�기본�철학으로�설정하고�있습니다. 회사�내부의�제품�기획�단계부터 2014년 "Green500"이�선정한�고효율�슈퍼컴퓨터�부문에서 1위를�기록 제품을�생산하는�과정까지, ASUS는�지구와�환경을�생각합니다. 이러한�철학과�마음가짐이 EPEAT, 2017년 Computex에서 "Best Choice Award"를�획득한�유일한�서버�제조�업체 Energy Star, RoHS 인증을�획득할�수�있었던�배경이기도�합니다. 친환경적인�제품�디자인 ASUS가�생각하는 "그린�디자인" 철학은�제품의�곳곳에�스며들어�있습니다. ASUS의�모든�제품은�외형 뿐만이�아니라�내부�부품들�까지도�쉽게�수리가�가능하고�긴�수명을�보유하며, 제품의�수명이�다�한 후에도�쉽게�재활용이�가능한�부품들로�구성되어�있습니다. 친환경적�제조�프로세스 친환경적�제품을�설계함에�있어�제품의�제조�과정은�매우�중요합니다. ASUS는�유해물질�배출�등에 대한�매우�엄격한�내외부�규정을�적용하고�있으며, 이를�통해�진정한�의미의�친환경적인�제조�공법을 유지하고�있습니다. 친환경적인�제품�조달 ASUS는�제품�설계와�제조�단계�뿐�아니라, 신뢰�있는�공급망�구축을�통해�제품의�운송, 포장�단계에서도 환경을�생각하는�정책을�유지하고�있습니다. 02 Product Portfolio 우수한�사후�관리 1000+ 98+ GPU 서버 Service Centers Countries ASUS는 98개�이상의�국가에서 1,000개가�넘는�서비스�센터를 운영하며�고객들의�목소리를�듣고�있습니다. ASUS의 ESC 시리즈는�효율적인�전력�공급�디자인과 HA 써멀�솔루션을 바탕으로 AI와�비주얼�컴퓨팅�환경을�위한�최적의�성능과�안정성을 제공합니다. 업계�최고�수준의�품질과�안정성 랙/타워�서버 바이브레이션�테스트 전압�및�프리퀀시�테스트 ASUS는�풍부한�랙/타워�서버�제품�라인업을�구축하고�있습니다. ASUS의 제품의�프레임과�본체의�안정성을 각�국가, 지역별로�상이한�전압이 모든�제품들은�높은�컴퓨팅�밀도와�확장성을�제공하며, 쉽게�관리가�가능한 위한�테스트로, 어떠한�외부�환경의 공급되더라도�제품이�안정적으로 다양한�소프트웨어�솔루션을�제공합니다. 변화에도�안정성을�유지하도록 유지될�수�있도록�하는�검사입니다. 합니다. 워크스테이션 드롭�테스트 다양한 ISV로부터�인증을�획득할�정도로�높은�컴퓨팅�성능과�광범위한 써멀�쇼크�테스트 제품�이동, 운송�간�발생할�수�있는 확장성을�보유한 ASUS의 ESC 시리즈�워크스테이션은�고사양 VR 컨텐츠 급격하게�열이�발생하는 부주의에�의한�충격으로부터�제품의 개발, 고사양�어플리케이션�구동�등�모든�환경에서�최적의�성능을�제공합니다. 환경에서도�제품이�원활하게 안정성을�보장합니다. 동작하도록�보장합니다. 노이즈�테스트 열�감지�테스트 서버�및�워크스테이션�메인보드 원치�않는�소음이나�고음이�발생하는 모든 ASUS 서버�및�워크스테이션 ASUS는�경쟁�업체들�대비�압도적인�개발�노하우를�바탕으로�가장 환경에서도�제품이�원활하게�동작할 제품들은�각각의�구성품들마다�열�감지 안정적이고�신뢰성�있는�서버/워크스테이션�메인보드를�생산, 공급하고 수�있도록�보장합니다. 테스트를�시행하며�이를�바탕으로�적절한 있습니다. 쿨링�시스템을�제공, 구축하고�있습니다. 온도�및�습도�저항�테스트 충격�테스트 액세서리 제품을� 구성하는� 모든� 부품들이 모든�시스템과�부품들이�내외부의 OCP 메자닌�카드, PCIe LAN 카드�및 ASUS만의�독자적인 PIKE RAID 카드 급격한� 온도� 및� 습도� 변화에도 충격에도�안전하게�유지될�수 등�다양한�액세서리들이�여러분의�작업�효율성과�안정성을�향상시켜�드릴 적응할�수�있도록�합니다. 있도록�충격�테스트를�진행합니다. 것입니다. 04 Intel® Xeon® 다방면의�인증을�획득한 Scalable Platform 서버 컨텐츠�크리에이터에게�최적화된 워크스테이션 ASUS ESC4000 FDR/G25; 2014년 11월 RS520-E9 ESC8000 G4 RS700-E9 ESC4000 G4 ESC500 G4 E700 G4 ESC300 G4 ESC500 G4 SFF ESC510 G4 SFF 인텔® 제온® Scalable 프로세서 “ASUS Control Center” 소프트웨어 28코어�이상�지원, 1.65배�이상�향상된 모든�장치들을�보호, 관리할�수�있는 시스템�성능 원격�매니지먼트�프로그램 그래픽�디자인 엔지니어링�디자인 가상�현실 향상된 NVMe SSD 테크놀로지 독자적인�스마트�써멀�레이더�디자인 더�낮아진�레이턴시와 3배�더�빨라진 더�향상된�쿨링�효율을�보장하는 데이터�전송�속도 스마트한�팬�스피드�제어�솔루션 ® 인텔 인사이드Intel. inside®. 더 강력한 Extraordinary 생산성 Performance 아웃사이드. Outside. Intel® Scalable processors. Found at https://www.asus.com/Commercial-Servers-Workstations/ 06 스마트�써멀�레이더 통합적이고�광범위한 (Smart Thermal Radar) 기술 IT 인프라�관리�솔루션 ASUS가�랙�서버와 GPU 서버를�위해�개발한�독특한�기술인 '스마트�써멀�레이더' 기술은�향상된�성능의 서멀�센서를�통해�정밀한�내/외부�온도�모니터링과�팬�속도�상세�조정을�가능케�하는�기술입니다. 이�스마트한�써멀�디자인은�쿨링�팬의�전력�소모를 20% 이상�감소시켜주며�중단�없이�운영이�필요한 데이터�센터�등에서도 TCO를�감소시켜�높은�효율을�보장합니다. 호스트�디바이스 OUT-OF-BAND 서버�내부/외부�온도를�감지하기�위한�다수의�써멀�감지�센서�탑재 원격�제어�콘솔 (Web UI / CLI) IN-BAND CPU ACC 서비스 메모리 Acc Service 전면�패널�보드 GPU 카드 운영�체제 ASMB9-iKVM (BMC) 더�높은�전력�효율을�위해�시스템�상황에�맞는 적절한�팬�속도�조절로�발열�부위를�식혀줍니다. 클라이언트�디바이스 더�향상된�쿨링�효율1.2배 27˚C 더운�공기 Fan Duty 25°C 35°C 100% 80% ASMB9-iKVM ASUS Control Center 60% 24˚C 40% 원격으로�급작스런�오류�해결, OS 설치�및�팬�컨트롤�등이�가능한 통합적인�관리가�가능한 IT 매니지먼트�소프트웨어 서버�관리�솔루션 20% 온도나�전압, 팬�속도나�팬�구동�상태�등�시스템�상태와�관련된�지표들을 업무�스케줄�관리나�회선�관리�등을�쉽고�간편하게�처리�가능 상시로�모니터링�가능 0% 높은�호환성과�보안�능력(HTML, HTTPS 및 Redfish 지원)을�보유한 0 55 83 97 100 언제�어디서나�접속과�모니터링이�가능한�웹�기반의�유저 웹�기반의 UI 컨트롤 친화적인�디자인 20 ˚C CPU Temp. 찬�공기 To nd out more about ASUS Control Center, please visit https://asuscontrolcenter.asus.com/ 08 슈퍼�컴퓨팅�솔루션 ESC8000 G4 슈퍼�컴퓨팅 최대 8개의 GPU를�싱글�루트 PCI-E 토폴로지로�설정�가능한�유연한�솔루션 ESC8000 G4는�최대 8개의�더블-덱 GPU 카드를 4U 케이스에�설치�가능한 제품으로, 전용� 소프트웨어를� 통해 PLX PCI-E 스위치� 설정을� 변경하여 PCI-E 레인의 Topology를�유연하게�조정할�수�있습니다. 솔루션 또한�듀얼�임베디드 Omni-Path 100Gbps 패브릭이�한층�더�향상된�데이터 전송을�지원합니다. AI 및�딥러닝 4U 2 24 딥�러닝은�이제�거스를�수�없는�시대적�조류로서�인공지능과�차세대�컴퓨팅�시장의�가장�중요한 Form CPU Memory 키워드가�되고�있습니다. 또한�딥�러닝을�실행하는데�있어�필수적인�데이터들도�이미지, 사운드, 테스트 Factor Number Number 등으로�그�형태가�다양해�지고�더�방대한�양의�데이터를�요구하고�있습니다. 이렇듯�다양한�형태와�방대한 수량의�데이터를�네트워크�계통에서�활용하기�위해, 컴퓨터들은�더�많이�보고, 읽고, 대응할�수�있도록�복잡한 상황과� 환경에� 적응할� 수� 있어야� 합니다. 오늘날의� 컴퓨팅은� 기존과� 다른� 새로운� 제품과� 서비스, 처리� 로직을 필요로�하고�있습니다. RS720Q-E9 한편, GPU는�병렬적�작업�환경에서 CPU 대비 10~75배�이상�빠른�데이터�처리�속도를�보여주어�주�단위의�작업�시간을 일�단위로�감소시키는�등�더욱�복잡해�지는�딥러닝�환경의�새로운�해법으로�떠오르고�있습니다. GPU는�딥-뉴럴�네트워크 캐비닛�밀도와�전력�효율이�극대화된�효율적인�솔루션 기술�상에서 12배�이상의�학습�속도를�보여줍니다. RS720Q-E9 제품은�전�세대�제품�대비�더욱�향상된�최적화된�효율과 AI 혁명은�이제�목전에�와�있습니다. 오늘날�컴퓨터들은�단순히�학습하는�것만이�아니라�스스로�생각하는�수준까지�발전해 공기�배출�능력을�제공합니다. 또한�프로세싱�성능�극대화를�위해�최신 있습니다. 이러한�추세는�로보틱스�산업, 의료�산업�및�자율�주행�자동차�등�다양한�산업�군에게는�환상적인�기회라�할�수 CPU 기술이� 적용되었고, 손쉬운� 유지� 보수가� 가능한� 독특한� 모듈러 있습니다. ASUS는� 여러분이� 이� 경이로운� 변화의� 선두에서� 빠르게� 딥� 러닝� 어플리케이션을� 개발하고� 발전시키며� 시대를 디자인이�적용되어�고성능�컴퓨팅(HPC), 데이터�센터, 클라우드�컴퓨팅 주도해�갈�수�있기를�기원합니다. 환경�등�다양한�산업에서�최적의�성능을�자랑합니다. 2U4N 2 12 Form CPU Memory HPC: 고성능�컴퓨팅 Factor Number Number 고성능�컴퓨팅은�크게�두�가지의�유형으로�구분됩니다. "대칭형�다중�프로세싱(SMP, Symmetric Multi-Processing)"과 "고성능�클러스터�컴퓨팅(HPC, High-Performance Cluster)"가�그것입니다. 대칭형�다중�프로세싱�기반의�프로세서�아키텍처들은 ASUS의 RS720Q-E9 2U 시리즈�서버�등과�같이�다수의 CPU를�하나의�서버에�설치, 사용할�수�있도록�합니다. ESC4000 G4 그리고�모든�메모리들과�입출력�리소스들을 CPU와�공유�합니다. HPC 어플리케이션을�위해�유연한�확장성과�높은�성능을�제공하는 2U 서버 한편 "고성능� 클러스터� 컴퓨팅" 환경의� 클러스터� 아키텍처의� 경우 4개� 또는 8개� 이상의 GPU를 ESC4000 G4는 800mm 높이와 2U 규격�케이스에 "8+3"개의�확장�슬롯이 지원하는 ASUS의 ESC8000 및 ESC4000 시리즈와� 같이� 다수의 CPU와 GPU를� 설치� 가능한 장착된�유연한�확장성을�지닌�제품입니다. 다수의�서버를�통해�구현됩니다. 또한 듀얼�임베디드 Omni-Path 100Gbps 패브릭이�적용되어�데이터�전송 효율도�향상되었습니다. 이� 두� 가지� 아키텍처들이� 사용되는� 환경은� 매우� 상이합니다. SMP 아키텍처� 상에서 CPU와� 메모리의� 리소스� 배분은� 운영� 체제에� 의해� 결정되기� 때문에, 직접적인 2U 2 16 관리가�덜�필요하게�됩니다. 반면 HPC 아키텍처에서는 CPU와�메모리의�배분이 Form CPU Memory 사용자에� 의해� 수동으로� 조정되기� 때문에� 결과에� 대한� 직접적인� 조정과 Factor Number Number 수정이�가능합니다. 10 TS100-E9 극�저소음�디자인으로�교육�환경에�탁월한�선택! 교육용�솔루션 TS100-E9 시리즈는 26dB라는�우수한�소음�억제�능력이�돋보이는�제품으로, 8개의 USB 포트와 6개의�확장�슬롯을�포함한�다채로운�입출력�포트들을�지원합니다. 2016년까지�약 2,000곳의�교육�현장에�활용되고�있는�제품으로, TS100-E9-P14 모델의�경우�이러닝�환경에서�최대 40개의�클라이언트 PC와�접속이�가능합니다. 클라우드�교육�서비스 1 4 CPU Memory 클라우드�컴퓨팅은�원격의�호스트로부터�제공되는�다양한�서비스를�인터넷�상의�서버를�통해�한�번에�사용하거나 Number Number 다른�장비들과�커뮤니케이션�하는�등의�작업이�가능한�컴퓨팅�환경을�일컫습니다. 클라우드�컴퓨팅의�빠른�발전으로�인해�가장�큰�수혜를�입은�시장은�교육�시장이라�할�수�있는데, 이제�학습자들은 TS300-E9 원격으로�언제�어디서나�교육�서비스�제공자들의�서버에�접속하여�원하는�정보를�습득할�수�있게�되었습니다. ASUS의 RS520-E9 시리즈와�같은�제품들은�방대한�스토리지를�보유하고�있기�때문에 '디지털�도서관' 으로 이러닝에�최적화된�우수한�컴퓨팅�능력과�확장성�제공 활용이�가능하며, 학습자들에게�원하는�정보를�제한없이�제공할�수�있습니다. TS300-E9 시리즈는�교육�서비스의�운영용�시스템이나�어플리케이션 드라이브에�적합한�제품으로�서버의�작업�속도를�빠르게�유지시켜�줄�수 또한�교육�서비스�제공자들�역시�학습자들에게�최신의�정보와�서비스를�제공하기�위해�수시로�커리큘럼을 있습니다. 또한 ASUS PIKE II (옵션�제공)과 12G SAS를�통해�효율성과 업데이트하고�모든�유형의�학습�자료들을�서버에�저장하는�등의�융통성을�발휘할�수�있게�되었습니다.
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