The DM-MD8X8-CPU3 delivers an advanced 4K60 4:4:4 AV signal routing solution to provide the foundation for a complete DigitalMedia™ system. The DM‑MD8X8‑CPU3 affords ultra fast switching and lossless distribution of HDMI® and other signals to support digital media players, HDTV receivers, computers, cameras, and display devices.
The DM-MD8X8-CPU3 is configurable to handle up to eight AV sources. The outputs are configurable to provide up to eight DM, HDBaseT®, and/or HDMI outputs, or up to four H.264 streaming outputs, in a single chassis.1 Based on the 3‑Series® platform, the DM‑MD8X8‑CPU3 provides enterprise‑grade security.
Integrated Ethernet networking and USB distribution provide a complete connectivity solution combined with built‑in Crestron® control2 for managing the displays and other room devices without any additional wiring. User‑friendly operation, setup, and troubleshooting tools are provided through the DM‑MD8X8‑CPU3 front panel, or via Crestron Toolbox™ software, to allow for easy setup. A web browser interface is also provided.3
4K Ultra HD
The DM‑MD8X8‑CPU3 is designed to meet the extreme bandwidth requirements for handling 4K and Ultra HD video signals. Support for 4K video also ensures support for the latest generation of computers and monitors with native resolutions beyond 1080p and WUXGA.4
DigitalMedia 8G+® Technology
The DM-MD8X8-CPU3 provides full support for Crestron DigitalMedia 8G+ devices as well as first-generation DM CAT 8,10 and DM Fiber 9,10 products, letting you take advantage of the latest Crestron DigitalMedia 8G+ technology.
A DigitalMedia 8G+ system handles high resolution video signals and can simultaneously distribute stereo and multichannel surround sound signals that support high bitrate 7.1 audio formats as well as uncompressed linear PCM. Signals are transported over one CAT type twisted pair cable or one strand of multimode or single-mode fiber.
HDBaseT® Certified
Using DigitalMedia 8G+® technology, the DM‑MD8X8‑CPU3 can be connected directly to an HDBaseT compliant device without requiring a DM transmitter or receiver.
H.264 Streaming
The DM‑MD8X8‑CPU3 streaming input capability enables IP cameras and other H.264 encoded sources to be distributed via DigitalMedia alongside HDMI and other non‑streaming sources. It also allows DM switchers to be bridged together for simplified routing of HD content between buildings and global offices. Large‑scale streaming to computers and mobile devices can be facilitated through integration with a streaming media system such as a Wowza® or Kaltura® media system.
Built‑In CONTENT LAN Port
Any streaming input or output may be configured to stream via the CONTENT LAN or LAN port of the DM switcher or via a dedicated CONTENT LAN port of a DMC Series input or output card. Control and content can be combined on a single network or can be isolated onto separate networks.
Modular Architecture
The DM‑MD8X8‑CPU3 features a modular architecture with 8 input card slots and 4 dual output card slots. A wide selection of input cards is offered to support a complete range of digital and analog AV signal types as specified in the following specifications table.
Output Expansion
An HDMI pass‑through output is provided on every input card to allow the inputs of up to five DM switchers to be daisy‑chained, enabling the configuration of very large distribution systems with many outputs. Using five DM‑MD8X8‑CPU3 switchers, for example, it is possible to support up to 40 separate outputs.
QuickSwitch HD™ Technology
Digital media signals are typically encrypted to protect against unauthorized viewing. After authenticating displays or signal processors, a source device must issue a key before delivering an output signal. Crestron QuickSwitch HD technology manages these keys to ensure fast, reliable switching and immunity to blackouts.
NOTE: QuickSwitch HD technology requires the use of a scaling HDMI output, which is available on DigitalMedia™ devices such as the DM‑RMC‑4KZ‑SCALER‑C and DMC‑4KZ‑HDO.
Auto‑Locking® Technology
Crestron Auto‑Locking technology enables super fast signal switching by instantaneously configuring every device in the signal path as soon as the signal hits the first device. Auto‑Locking technology virtually eliminates any noticeable gap while switching.
EDID Format Management
DigitalMedia technology manages the EDID (Extended Display Identification Data) that devices use to communicate to eliminate conflicts that may arise when one source is routed to multiple displays or audio components. Via Crestron Toolbox software, the format and resolution capabilities of each device can be assessed, allowing the installer to properly configure EDID.
A Scaler for Every Display
Installing select output cards into the DM-MD8X8-CPU3 or connecting a DM receiver with built‑in HD and 4k scalers to the DM-MD8X8-CPU3 allows for high‑performance scaling. Independent scalers placed at every display device allow for the routing of multiple sources to many different display devices.13 The Distributed Scaler Approach ensures an optimal image on every screen and allows a high‑res computer source to be viewed on any display in the building.
Versatile Audio Routing
HDMI is the key to handling 7.1 surround sound formats such as Dolby® TrueHD, Dolby Atmos®, and DTS HD Master Audio™. To share these audio sources with multiple audio zones, the DM-MD8X8-CPU3 allows for the simultaneous distribution of multichannel surround sound and two‑channel stereo signals from the same HDMI source.
The digital stereo signal is converted to analog to enable sharing via a Sonnex® Multiroom Audio System or any other audio distribution system. The DM‑MD8X8‑CPU3 also allows surround sound processors and amplifiers to be located centrally instead of at the display location via optional local HDMI outputs.
Built‑in Ethernet Switch
The DM-MD8X8-CPU3 includes an integrated Ethernet switch with a gigabit LAN port. In addition to transporting digital video and audio, a DigitalMedia system can also extend 100 Ethernet out to each display and source device via select DM receivers and transmitters, providing high‑speed connectivity for any room device that requires a LAN connection. Ethernet is also utilized internally by the Crestron control bus to manage the DM devices in the system and provide display control in each room.
Private Network Mode
To streamline its implementation on a corporate or university LAN, the DM‑MD8X8‑CPU3 employs Private Network Mode to provide a single‑point connection for the complete system. Using Private Network Mode, the DM‑MD8X8‑CPU3 requires just one IP address for the complete DM network.
USB Signal Routing
The DM‑MD8X8‑CPU3 supports USB HID (Human Interface Device) signal routing so that a USB HID compliant keyboard and/or mouse can provide local control for devices in other locations.16 USB HID connectivity is provided through select DM receivers, transmitters, and input cards. Connect a USB over Ethernet Extender host module (USB‑EXT‑DM‑LOCAL12) to a host that you would like to communicate with and install a device module (USB‑EXT‑DM‑REMOTE12) at every display location to connect keyboards, gaming controllers, mice, or other devices.
CEC Embedded Device Control
Through its connection to the control system, the DM‑MD8X8‑CPU3 provides a gateway for controlling many devices right through their HDMI or HDBaseT connections, potentially eliminating the need for any dedicated control wires or IR emitters.13
Web Browser Control
The DM‑MD8X8‑CPU3 also includes a built-in web server that allows functions such as Ethernet configuration, routing, and firmware upgrades to be performed.
지역 가용성
유럽 | 아시아 | 북미 | 아프리카 | 남아메리카 | 오세아니아 |
---|---|---|---|---|---|
건지 | 네팔 | 과들루프 | 가나 | 가이아나 | United States Minor Outlying Islands |
그리스 | 대만 | 과테말라 | 가봉 | 베네수엘라 | 괌 |
네덜란드 | 대한민국 | 그레나다 | 감비아 | 볼리비아 | 나우루 |
노르웨이 | 라오스 | 그린란드 | 기니 | 브라질 | 노퍽섬 |
덴마크 | 레바논 | 네덜란드령 카리브 해 지역 | 기니비사우 | 수리남 | 뉴질랜드 |
독일 | 마카오 | 니카라과 | 나미비아 | 아르헨티나 | 뉴칼레도니아 |
라트비아 | 말레이시아 | 도미니카 | 나이지리아 | 에콰도르 | 니우에 |
러시아 | 몰디브 | 도미니카 공화국 | 남수단 | 우루과이 | 동티모르 |
루마니아 | 몽고 | 마르티니크 | 남아프리카 | 칠레 | 마샬 군도 |
뤽상부르 | 미얀마(버마) | 멕시코 | 니제르 | 콜롬비아 | 미크로네시아 연방 |
리투아니아 | 바레인 | 몬세라트 | 라이베리아 | 파라과이 | 바누아투 |
리히텐슈타인 | 방글라데시 | 미국 | 레소토 | 페루 | 북마리아나 제도 |
맨섬 | 베트남 | 미국령 버진아일랜드 | 르완다 | 포클랜드 제도(말비나스 군도) | 사모아 |
모나코 | 부탄 | 바베이도스 | 리비아 | 프랑스령 기아나 | 솔로몬 제도 |
몬테네그로 | 브루나이 | 바하마 | 리유니온 | 아메리칸 사모아 | |
몰도바 | 사우디아라비아 | 버뮤다 | 마다가스카르 | 오스트레일리아 | |
몰타 | 스리랑카 | 벨리즈 | 마요트 | 월리스푸투나 | |
바티칸 시국 | 시리아 | 생마르탱 | 말라위 | 쿡 군도 | |
벨기에 | 싱가포르 | 생바르텔레미 | 말리 | 키리바시 | |
벨로루시 | 아랍에미레이트 | 생피에르앤드미클롱 | 모로코 | 토켈라우 | |
보스니아 헤르체고비나 | 아르메니아 | 세인트루시아 | 모리셔스 | 통가 | |
북마케도니아 | 아제르바이잔 | 세인트빈센트그레나딘 | 모리타니아 | 투발루 | |
불가리아 | 아프가니스탄 | 세인트키츠네비스 | 모잠비크 | 파푸아뉴기니 | |
산마리노 | 영국령 인도양 지역 | 신트마르턴 | 베냉 | 팔라우 | |
세르비아 | 예멘 | 아루바 | 보츠와나 | 프랑스령 폴리네시아 | |
스발바르 얀마옌 제도 | 오만 | 아이티 | 부룬디 | 피지 | |
스웨덴 | 요르단 | 앤티가 바부다 | 부르키나 파소 | 핏케언 제도 | |
스위스 | 우즈베키스탄 | 앵귈라 | 상투메프린시페 | ||
스페인 | 이라크 | 엘살바도르 | 서사하라 | ||
슬로바키아 | 이란 | 영국령 버진아일랜드 | 세네갈 | ||
슬로베니아 | 이스라엘 | 온두라스 | 세이셸 | ||
아이슬란드 | 인도 | 자메이카 | 세인트헬레나 | ||
아일랜드 | 인도네시아 | 캐나다 | 소말리아 | ||
안도라 | 일본 | 케이맨 군도 | 수단 | ||
알바니아 | 조선민주주의인민공화국 | 코스타리카 | 시에라리온 | ||
에스토니아 | 조지아 | 쿠바 | 알제리 | ||
영국 | 중국 | 퀴라소 | 앙골라 | ||
오스트리아 | 카자흐스탄 | 터크스케이커스 제도 | 에리트레아 | ||
올란드 제도 | 카타르 | 트리니다드토바고 | 에스와티니 | ||
우크라이나 | 캄보디아 | 파나마 | 우간다 | ||
이탈리아 | 코코스 제도 | 푸에르토리코 | 이디오피아 | ||
저지섬 | 쿠웨이트 | 이집트 | |||
지브롤터 | 크리스마스섬 | 잠비아 | |||
체코 공화국 | 키르기스스탄 | 적도 기니 | |||
크로아티아 | 타지키스탄 | 주부티 | |||
키프러스 | 태국 | 중앙아프리카공화국 | |||
페로 제도 | 터키 | 짐바브웨 | |||
포르투갈 | 투르크메니스탄 | 차드 | |||
폴란드 | 파키스탄 | 카메룬 | |||
프랑스 | 팔레스타인 | 카보베르데 | |||
핀란드 | 필리핀 | 케냐 | |||
헝가리 | 홍콩 | 코모로 | |||
코트디부아르 | |||||
콩고 | |||||
콩고 민주공화국 | |||||
탄자니아 | |||||
토고 | |||||
튀니지 |