The specific patents that cover Crestron products are listed at patents.crestron.com.

Transcription

1 E UIE

2 restron product development software is licensed to restron dealers and restron ervice roviders (s) under a limited non-exclusive, non transferable oftware evelopment ools icense Agreement. restron product operating system software is licensed to restron dealers, s, and end-users under a separate End-User icense Agreement. Both of these Agreements can be found on the restron website at he product warranty can be found at he specific patents that cover restron products are listed at patents.crestron.com. ertain restron products contain open source software. For specific information, please visit restron, the restron logo, -eries, -eries ontrol ystem, Airedia, Auto-ocking,.AV Framework, apture, resfiber, restron K ertified logo, restron onnect It, restron onnected, restron Fusion, restron oolbox, igitaledia, igitaledia, igitaledia +,,, +, et, Quickwitch, onnex, and V-anel are either trademarks or registered trademarks of restron Electronics, Inc. in the United tates and/or other countries. iad, acbook, and acbook ro are either trademarks or registered trademarks of Apple, Inc. in the United tates and/or other countries. Blu-ray and Blu-ray isc are either trademarks or registered trademarks of the Blu-ray isc Association in the United tates and/or other countries. olby is either a trademark or registered trademark of olby aboratories in the United tates and/or other countries. - aster Audio is either a trademark or registered trademark of, Inc. in the United tates and/or other countries. Base and the Base Alliance logo are either trademarks or registered trademarks of Valens emiconductor td. in the United tates and/or other countries. HI is either a trademark or registered trademark of HI icensing in the United tates and/or other countries. erfectock is either a trademark or registered trademark of John ezzalingua Associates, Inc. in the United tates and/or other countries. Other trademarks, registered trademarks, and trade names may be used in this document to refer to either the entities claiming the marks and names or their products. restron disclaims any proprietary interest in the marks and names of others. restron is not responsible for errors in typography or photography. his document was written by the echnical ublications department at restron. 0 restron Electronics, Inc.

3 ontents restron igitaledia esign uide Introduction... urpose of this uide... igitaledia Overview... igitaledia Features... Ethernet Integration... - pecification and ertified raining... restron K ertification rogram... Infrastructure hoices... omparing opper and Fiber ransports... opper Infrastructure... 9 able ypes... Fiber Infrastructure... igitaledia and K... electing igitaledia Equipment... igitaledia witchers... resentation ystems... igitaledia oom ontrollers... 0 igitaledia ransmitters... HI olutions... HI witchers... HI Over Fiber Extenders... HI Over opper Extenders... HI istribution Amplifiers... HI ables... 9 Ultra ables and Accessories... 0 able... 0 oc. H crestron.com/digitalmedia i

4 restron igitaledia esign uide ystem ommissioning... esign... ink Quality est... est eport... + ower onsiderations... Appendix A: igitaledia etwork onsiderations... Appendix B: able pecifications... 9 Appendix : able lant ertification... Appendix : Application iagrams... Appendix E: In-epth ook at HI... lossary... ii oc. H crestron.com/digitalmedia

5 restron igitaledia esign uide Introduction igitaledia is a complete transportation, switching, and distribution system for digital, analog, and streaming video. It is the only fully engineered, field-proven, end-to-end digital solution that supports emerging technologies. restron began designing products with HI technology over ten years ago and has shipped more than 0,000 igitaledia systems including more than. million HI ports over the last eight years. is the only solution for the digital age, distributing all analog and uncompressed digital signals and managing embedded data, such as,, and E. matrix switchers are flexible, modular systems that can accept virtually every signal type and transmit them long-distance as digital signals. he built-in exclusive Quickwitch technology maintains a constant handshake for continuous, glitch-free switching. At the endpoints, receivers output HI and control to the display. urpose of this uide he purpose of this design guide is to provide the following: solutions for distribution issues etailed information to assist in the design of the media distribution system A functional background on how, specifically HI, is constructed and transmitted Information on what Extended isplay Identification ata () is and how to design a system with oc. H crestron.com/digitalmedia

6 restron igitaledia esign uide igitaledia Overview igitaledia distributes uncompressed digital audio and video signals over U (unshielded twisted pair) copper wire or fiber optic cable. A full selection of switcher input cards, transmitters, and room controllers (receivers) provides extensive connectivity throughout the installation, supporting a complete range of analog and digital signal types. igitaledia intelligently manages all of the different signals and devices, matching each source s output to the capabilities of the selected display(s). igitaledia is ready for the future with switching support for K Ultra built in. he product line features a complete range of devices to enable reliable K matrix switching using restron K certified sources and displays. restron HI extenders and switchers are fully K compatible. streaming capabilities enable high-definition signal distribution over an existing infrastructure, removing any distance limitations and allowing for the routing of signals wherever new wires cannot be run. Ideal applications for streaming include digital signage, mobile device connectivity, and signal routing between buildings or global offices. OE: For more information on K, refer to the K White aper on the restron website (under the esources tab). OE: For addtional igitaledia related information, refer to the restron rue Blue Online Help at igitaledia supports the following: istribution of uncompressed digital audio and video over U wire or fiber HI and. channel lossless audio Video resolutions up to K Ultra Full 00p0 up to 0 ft (00 m) without repeaters using standard Ae cable (or better) and K up to 0 ft (0 m) ultimode fiber for distances up to 000 ft (00 m) ingle-mode fiber for distances up to. miles ( km) igitaledia ignal upport Video Audio ata HI omponent (br) -video omposite BHV -I VI isplay ort -, -, or -channel - aster Audio olby rue /IF -hannel Analog Ethernet I - UB HI restron ontrol oc. H crestron.com/digitalmedia

7 restron igitaledia esign uide igitaledia Features igitaledia is installer friendly and provides a flexible choice of input and output cards. It expands easily to serve the most demanding multiroom solution. Advanced troubleshooting tools can be accessed via the front panel, restron oolbox software, and control system to identify potential problems with keys and handshaking, E control, video resolutions, UB, wiring, and audio format issues. igitaledia accommodates legacy AV systems, provides a zero-latency solution, and drives full content without compression or resolution loss. omputer ompatibility igitaledia handles every available V format supported by HI and also supports the distribution of VI and B computer signals. It is also fully compatible with computer signals up to 0 Hz and 0 Hz. UB HI witch igitaledia centralizes more than just television receivers and Blu-ray changers. It also centralizes other sources like media servers and computers. Built-in UB HI signal routing allows UB HI compatible keyboards and mice to be connected at each display location, extending their signals to the centralized equipment via UB HI ports provided on select switcher input cards. Format anagement When using varied AV sources, there can be a multitude of confusing video and audio formats to keep track of, and not every device in the system supports all of the same formats. igitaledia eliminates such conflicts by managing the that modern digital devices use to communicate their capabilities. Using restron oolbox software, the format and resolution capabilities of each device can be assessed which allows the installer to configure signals appropriately for the most desirable and predictable behavior. For more information on, refer to esign on page. Quickwitch echnology any content providers are using. is a copy-protection scheme designed to protect content against unauthorized copying and requires the source device to authenticate every display and signal processor through an HI connection before delivering an output signal. his process occurs every time any HI signal is switched, causing a complete loss of signal for up to seconds whenever a new source or display is selected anywhere in the house. restron Quickwitch technology eliminates this issue by maintaining a constant connection with each HI device in the system. By eliminating the need to reauthenticate each time a different source or display is selected, Quickwitch achieves very fast switching of HI signals. Key anagement uses keys to manage the handshaking that occurs between any two devices. Every HI source device supports a limited number of downstream devices as determined by the number of keys available. he number of keys is rarely advertised or specified by the manufacturer or service provider; therefore, without warning, the source simply stops outputting a signal when connected to too many displays or processors. igitaledia handles all key management, providing fully encrypted data to any number of displays simultaneously. oc. H crestron.com/digitalmedia

8 restron igitaledia esign uide Auto-ocking echnology restron Auto-ocking technology enables superfast signal switching by instantaneously configuring every device in the signal path, including transmitters, receivers, and scalers, as soon as the signal hits the first device. When the devices are switching between sources or V channels, Auto-ocking significantly reduces the time it takes each device to sense the new signal and configure itself to handle the changes, virtually eliminating any noticeable gap while switching. E ignal anagement he primary objective of every restron system is to precisely enable the control desired for a seamless user experience. o ensure this outcome, switchers intercept the E signals that many HI devices automatically generate, preventing any unwanted commands from being executed. hrough proper E management, igitaledia can control each device. Ethernet Integration igitaledia provides an Ethernet transport method in addition to HI, control, and UB HI transport. carries 0/00 Ethernet to each room controller and transmitter, supporting streaming media for multimedia devices or providing connectivity for any room device that requires Ethernet or Internet access. Its igabit Ethernet connection to the external helps maximize bandwidth for each network port. All products are Ethernet devices. Ethernet is transported via every connection. When using a switcher at the core of the system, the Ethernet uplink occurs at the switcher. Ethernet is distributed to the transmitter(s) or room controller(s) via the integrated 0/00 Ethernet switch contained in the switcher, making separate connections unnecessary. rivate etwork ode () simplifies deployment and configuration by moving all endpoints to a private, leaving only a single I address to be assigned on the public network. For more information on, refer to Appendix A: igitaledia etwork onsiderations on page. oint-to-oint ystems Input -X-0- ransmitter HI VA ch Analog Audio UB HI (ype B) 9... Output HI Input I (side) I (rear) oom ontroller UB HI (ype B) Output HI peaker / Audio ine / I ontrol ystem H erver oc. H crestron.com/digitalmedia

9 restron igitaledia esign uide witcher Based ystems -X-0- ransmitter -X oom ontroller Input HI VA ch Analog Audio UB HI (ype B) Output HI O- Input I (side) I (rear) UB HI (ype B) Output HI peaker / Audio ine / I - -VI VI-A-A -X-0- ransmitter Input HI VA ch Analog Audio UB HI (ype B) Output HI -VI-B - O- I otes: H range is and above. -X is in static mode. - From other witcher ontrol ystem H erver 9... room controllers come fully equipped with an integrated Ethernet switch. A spare courtesy Ethernet port is connected to a switcher. his port can be used for connecting other Ethernet devices. When a non- device is connected to a courtesy port, the Ethernet connection is passed transparently through the network as though that device is connected directly to the public. In a point-to-point scenario, the Ethernet port can be used as an uplink to the main network. For example, if a system contains a -X-00-- and a --00-, the must serve as the uplink point, since the -X-00-- does not provide an Ethernet port. If the -X-00-- is replaced with a -X-0- or -X-0-, the Ethernet uplink can occur at either the transmitter or the room controller since both of these devices have an available Ethernet port. OE: In point-to-point systems, only one of the devices should connect to the main network. In systems with switchers, the switcher should be the only device connected to the network. efer to Appendix B: able pecifications on page 9. OE: With enabled, these endpoint courtesy ports must never be connected to the public to which the switcher is connected. oc. H crestron.com/digitalmedia

10 restron igitaledia esign uide - pecification and ertified raining restron provides the definitive design, installation, and commissioning specification to guarantee the reliable performance of igitaledia systems. he specification establishes an industry standard, and the ertification program ensures that AV professionals are fully educated and adhere to the standard. he igital ransport and istribution ystem (-) specification and corresponding coursework set a high benchmark for digital AV systems. - pecification he - specification defines the critical aspects of system design and installation to assure reliable system performance. restron guarantees and fully supports any system installation that conforms to the - standards. pecifiers who use this - specification guarantee their customers that the design is finalized by a -E-K, ensuring proper system installation and configuration of, video, resolution management, cabling, and cabling distance. ertified esigner - K (--K) In this free online course, the fundamental differences between analog and digital systems are covered including the unique design considerations to ensure reliable system operation for a K distributed system. If the attendee is a ertified esigner (--K), an online refresher course must be completed in order to add --K certification credentials. he course concludes with an exam that must be passed to earn --K certification. --K is a prerequisite for the -E-K course. ertified echnician - K (--K) his is a hands-on class for AV professionals who install systems or need a deeper understanding of installation requirements. Attendees are trained on all copper and fiber termination options available for systems and cable plant certification. Upon course completion, the attendee is able to install and test the performance capabilities of a system. he course concludes with a practical exam that must be passed to earn --K certification. A nonwaivable $00 course fee is required. ertified Engineer - K (-E-K) his rigorous three-day program includes - and - ertification, and details every aspect of system installation and commissioning. Only a -E-K is qualified to fully execute and support a project. A -E-K demonstrates proficiency in system setup, diagnostics, testing, and reporting. Only restron dealers with a -E-K on staff can bid on projects designed using the -. If the attendee is a ertified esigner (--K), a free online refresher course must be completed in order to add -E-K certification credentials. A nonwaivable $,000 course fee is required. ourses fill up fast, so reserve a seat today. here is a limit of two people per company per class. For more information on the - pecification and ertified raining, refer to the restron website. oc. H crestron.com/digitalmedia

11 restron igitaledia esign uide restron K ertification rogram o ensure that installations run smoothly, restron has introduced a K ertification program. Under this program, manufacturers submit their K sources and displays to restron. restron ensures that the K sources and displays do the following: eliver true 0 bit/s data rates to get the signal to its destination Interface with igitaledia to handle cable lengths found in integrated AV systems Work with other K products in a igitaledia system restron K ertification guarantees that certified sources and displays meet the demands of a K distributed system. restron engineers in the igitaledia lab rigorously test K products to ensure they work in a matrix-switched environment. Only those that do are awarded the restron K ertified logo. For more information on K products, refer to oc. H crestron.com/digitalmedia

12 restron igitaledia esign uide Infrastructure hoices Because of modular input and output cards, systems are able to offer several different ways of transporting signals: h. Ethernet streaming, igitaledia + ( over a single Ae or better U or ), and igitaledia Fiber ( over a single strand of multimode fiber). OE: and + products are recommended for new installations. omparing opper and Fiber ransports igitaledia uses twisted pair and fiber cabling to transport its signals. opper and Fiber Benefits able ype opper Fiber aximum istance Up to 0 ft (00 m) * Up to 000 ft (00 m) with multimode fiber Up to. miles ( km) with single-mode fiber Benefits Familiar eadily available Inexpensive reexisting infrastructure ong transmission distance ot susceptible to E Armored jacket available Extremely high bandwidth Easy to terminate igitaledia ransport echnology ypes echnology aximum istance abling Works with otes hird-arty able + Up to 0 ft (00 m) * ingle A-type es - Fiber Up to 000 ft (00 m) ingle strand of multimode fiber es - ingle-ode Fiber Up to. miles ( km) * 0 ft (0 m) for resolutions over 90 x 00 ingle strand of single-mode fiber es ompatible only with single-mode fiber hardware (not compatible with other fiber products) oc. H crestron.com/digitalmedia

13 restron igitaledia esign uide opper Infrastructure When the term copper is used in a igitaledia context, it refers to twisted pair cable. With, choose the cable based on the application. + erformance over opper + transmits high-resolution digital signals over unshielded Ae U with minimal errors. + technology maintains signal integrity over U without using compression, making it easy to upgrade existing Q, VI, and other analog distribution systems while delivering the highest quality video and audio, along with Ethernet, UB HI, and control. For the best results, restron recommends using shielded cable. hielded onnectors and atch ables All + products are based on Base technology, and all products are certified by the Base Alliance. his ensures the highest levels of reliability and performance and guarantees compatibility between + products and third-party Base devices, such as Base displays. o maintain the wire shield throughout the entire cable run, be sure to use fully shielded connectors. he wire shield is rendered practically useless if it is not carried through the connector. restron -O, --O, and --O-W are fully shielded for use with igitaledia. In addition, if using patch points, be sure to carry the shield through all connecting points. hese include wall plates, patch panels, and patch cables. -O --O --O-W igitaledia able Facts cable is a Ae that is certified up to 0 Hz with more operational margin and overhead than any other Ae. cable is the highest grade data cable and can be used for networking and communications where shielded Ae or better cabling would be used. cable is the only cable on the market that is pre-certified to reliably carry the full bandwidth despite environmental interference, and is supported by the restron performance guarantee. Every run of cable off of the production line gets put through rigorous restron testing to certify that it can handle the complete bandwidth spectrum from 0 to 0 Hz and that it is immune to environmental interference. cable exceeds all requirements of Ae data grade cable. It is appropriate for use in computer networks or other AV distribution systems where Ae is supported. cable is also recommended for use with onnex and any other applications that require Ae. oc. H crestron.com/digitalmedia 9

14 W V 0.A VI XX O AE I HI OE HI OE I K restron igitaledia esign uide opper erminations and atching + can be patched through a panel, wall plate, or similar point. he following guidelines must be followed when doing so. Up to four patch points may be used per wire run. If using shielded Ae or -B-, use shielded J- jacks or restron -W-. cable is more pliable than standard cable but be sure to avoid sharp bends. here is no minimum cable length requirement for +. atching uidelines odium Head End isplay ocation AO IA OE IO - -X-0- VIEO IO HI IAO A V 0.A --X HI IIA A HI HI OE OE IO IO IO -A- - - A B E I A B E I A B E I A B E I OE U A B E I A B E I A B E I A B E I U HI OE U HI O- HI HI HI HI O- HI HI HI UB HI 00-0V~.0A 0/0 Hz IO AE- O O O O E V 0.A AX W VIEO EE EU UB HI AO oveable odium -X-0- UB HI HI B IO EU -X-0- O UE E E EE HI -W olor Key HI HI X XO OO OOE isplay ocation EE EU V 0.A AX -W- HI UB HI IA X X O I --AE- -W- Quick isconnect Floor Box 0 oc. H crestron.com/digitalmedia

15 restron igitaledia esign uide able ypes he table below shows the maximum cable lengths by cable type. able ype with esolution Ultra able (-B-UA) able (-B-) Ae (or better) U or 00p0 Full 0 ft (00 m) 0 ft (00 m) 0 ft (00 m) 90X00 WUXA 0 ft (00 m) 0 ft (00 m) 0 ft (00 m) 00X00 UXA 0 ft (00 m) 0 ft (00 m) 0 ft (00 m) 0X00 K I 0 ft (00 m) 0 ft (00 m) 0 ft (00 m) 0X0 WQ 0 ft (00 m) 0 ft (0 m) ft (0 m) 0X00 WQXA 0 ft (00 m) 0 ft (0 m) ft (0 m) 0X0 Ultra 0 ft (00 m) 0 ft (0 m) ft (0 m) 09X0 K I 0 ft (00 m) 0 ft (0 m) ft (0 m) oc. H crestron.com/digitalmedia

16 restron igitaledia esign uide Fiber Infrastructure Fiber omparison - ingle-ode vs. ultimode ype Fiber echnology ingle-ode Fiber echnology onnector etails F/ F/ Example able Fiber escription ingle strand (simplex) of multimode fiber ingle strand (simplex) of single-mode fiber able equirements restron Fiber resfiber, resfiber * resfiber - hird-arty Fiber O * O or better onnector equirements One 0 µm connector per end One connector per end aximum istance 000 ft (00 m) *. miles ( km) Benefits One termination per end Inexpensive fiber solution an use existing infrastructure otes equires strand of multimode fiber, plus backups in the event of breakage restron recommends pulling at least strands to each location Extremely long distance transmission One termination per end an use existing infrastructure equires strand of single-mode fiber, plus backups in the event of breakage restron recommends pulling at least strands to each location * istance is limited to 00 ft ( m) resfiber and O or better. resfiber ensures maximum transmission distance of 000 ft (00 m). oc. H crestron.com/digitalmedia

17 restron igitaledia esign uide he table below illustrates the maximum distance a fiber signal can run between endpoints and switchers at any resolution. Because of the abundant bandwidth of fiber, video resolution does not affect transmission distance. An endpoint refers to any device, other than a switcher, to which terminates from a transmitter or receiver. aximum ransmission istance Fiber resfiber ingle ode ingle-ode Fiber echnology. miles resfiber Fiber echnology Original Fiber echnology 000 ft 000 ft resfiber Fiber echnology 00 ft Original Fiber echnology 000 ft O (or better) Fiber echnology 00 ft 000 ft istance Between Endpoints and/or witchers 9,00 OE: resfiber (EFIBE) is no longer available and has been replaced by resfiber (EFIBE). Fiber able Options for Fiber echnology able odel and ype Fiber ultimode ingle-ode Fiber resfiber 000 ft (0 m) max distance - resfiber 00 ft ( m) max distance - O/O (or better) 00 ft ( m) max distance - resfiber ingle ode -. miles ( km) max distance.. (or better) ingle ode -. miles ( km) max distance Facts ost devices are ready to send and receive video. does not require bandwidth beyond that of a 00p signal. onsult individual spec sheets for detailed compatibility with. oc. H crestron.com/digitalmedia

18 restron igitaledia esign uide Fiber erminations and atching fiber can be patched through a panel, wall plate, or similar point. he following guidelines must be followed. Any number of patch points may be used as long as the entire fiber loss does not exceed db. Any type of fiber connector may be used in patches as long as the fiber that terminates to the device uses connectors (for fiber) or connectors (for single-mode fiber). For information on how to test for optical loss, refer to Appendix : able lant ertification on page. Fiber Wall late (-W-) Fiber Facts O and O usually have an AQUA jacket. O and O have a core and cladding diameter of 0/ µm. connectors are most common for inside-plant telecom, but recently connectors (only natively compatible with single-mode products) are becoming more popular due to their smaller size. Intermediate patch panels and connections can use other types of connectors if necessary. oc. H crestron.com/digitalmedia

19 W VIEO HI HI HI AE restron igitaledia esign uide igitaledia and K For a K application to work properly, each component between the source and the display must support K. All 00p and K signals can pass normally through K components. he example below shows a working K application. Working K Example HI K V EE X X O HI - - K OO OOE B V 0.A AX EU -X -K- HI OE IO -K- A B E I A B E I A B E I A B E I -K-O- U (O ) OE OE A B E I A B E I A B E I A B E I -K-O- 00-0V~.0A 0/0 Hz Ultra able I --K-00- acbook ro -X-K-- Ultra able -O- U (O ) OE OE olor Key HI Ultra able HI oc. H crestron.com/digitalmedia

20 W VIEO HI HI HI AE restron igitaledia esign uide he illustration below shows an example of a nonworking K setup. he -O- output card, within the -X switcher, is not K compatible and therefore cannot provide K signals to the display (K V). he source must be set to output 00p (or similar) to pass the signal to the display. onworking K Example HI K V EE X X O HI - - K OO OOE B V 0.A AX EU acbook ro -X-K-- -X -K- HI OE IO -K- A B E I A B E I A B E I A B E I Ultra able U (O ) -K-O- OE OE -O- A B E I A B E I A B E I A B E I U (O ) OE OE 00-0V~.0A 0/0 Hz -O- --K-00- Ultra able O K OAIBE I olor Key HI Ultra able HI oc. H crestron.com/digitalmedia

21 restron igitaledia esign uide electing igitaledia Equipment igitaledia witchers here are four main types of switchers: odular (card-based) odular (blade-based) Fixed (cardless) Integrated ultimedia resentation ystems () igitaledia odular witchers: ard Based here are three igitaledia switcher card frames: -X, -X, and -X. Each switcher permits inputs to be cascaded with up to four additional switchers, increasing the number of available outputs in the system while maintaining compliance. For example, using five -X switchers in a system provides a total of 0 available outputs. input and output card details are as follows: OE: Input and output cards must be selected upon time of order. witchers are shipped pre-loaded with custom configuration. For the -X and -X switchers, input and output cards may be added and reconfigured in the field. For the -X, only input cards may be added and reconfigured in the field; output cards must be added or configured by restron. For power information, refer to ransmitters by upporting Infrastructure on page. isplayort ultimode connectivity is supported via an HI or VI input port using a suitable adapter or interface cable (not included). What is? All three igitaledia switcher card frames are available with a redundant power supply, denoted by - at the end of the model name. With the option, the unit continues to operate as normal if one of the power supplies fails. he -X-, -X-, and -X- have an BF (ean ime Between Failures) of one million hours. OE: models do not provide et power internally. Instead, et power must be provided by external power supplies such as W- and -W00. + and Fiber endpoints do not require et power. oc. H crestron.com/digitalmedia

22 restron igitaledia esign uide -X and -X- Eight input card slots (field upgradable) for up to eight AV sources Eight room outputs and/or HI outputs for up to 0 outputs using multiple chassis Four output cards (field upgradable) Full audio and UB breakaway -X- has internal redundant power supply for utmost reliability (BF of,000,000 hours) K ready -X- oc. H crestron.com/digitalmedia

23 restron igitaledia esign uide -X and -X- input card slots (field upgradable) for up to AV sources room outputs and/or HI outputs for up to 0 outputs using multiple chassis Eight output cards (field upgradable) Full audio and UB breakaway -X- has internal redundant power supply for utmost reliability (BF of,000,000 hours) K ready -X- oc. H crestron.com/digitalmedia 9

24 restron igitaledia esign uide -X and -X- input card slots (field upgradable) for up to AV sources room outputs and/or HI outputs for up to 0 outputs using multiple chassis output cards (field upgradable) Full audio and UB breakaway -space 9-inch rack-mountable -X- has three power supplies (two required for operation) for utmost reliability (BF of million hours) K ready -X- 0 oc. H crestron.com/digitalmedia

25 restron igitaledia esign uide igitaledia witcher Input ards: ocal ources All input cards provide an HI loop output for switcher expansion. -K- he -K- includes K HI input, A analog audio output (which breaks out the embedded HI audio to feed a multiroom audio distribution system), and UB HI port (which passes a remote mouse or keyboard signal to the source device). Additional models are shown below. odel escription otes -K- HI Input with K upport Includes UB HI -K- -VI-A- A Analog Video Input ard with IF Audio br, /, composite -VI-A-A A Analog Video Input ard with Analog Audio br, /, composite -VI-B B Analog Video Input ard br, /, composite, balanced audio -VI Quad Video Input ard omposite video, for viewing security cameras -VI VI/B Input ard Analog and digital video input, analog audio, supports UB-HI -I I Input ard upports -I, -I, and -I -VA VA or Analog Video Input ard br, /, composite For a complete input card list, refer to oc. H crestron.com/digitalmedia

26 restron igitaledia esign uide igitaledia witcher Input ards: emote ources -K-- he -K-- K signal is received from a transmitter via or U. he built-in processing enables simultaneous multichannel. surround sound and -channel stereo signals. Additional models are shown below. odel escription otes -K- + Input ard with K ompatible with -X-0-, -X-00--, -K-- -X-0-, and -X-K Input ard with Optional own-ixing Fiber Input ard with Optional own-ixing ingle-ode Fiber Input ard with own-ixing H. treaming Input ard For applications requiring support for higher resolutions up to K ompatible with -X-0-, -X-00--, and -X-0- For use with surround sound sources version adds for.-channel down-mixing version adds for.-channel down-mixing Up to bps tream ecoder - he - is an input card for a restron igitaledia switcher, providing one streaming input. he streaming input receives a single H. video stream over an I network from another switcher, an I camera, a streaming server, or a apture system. treaming inputs expand the capabilities of a system, enabling high-definition AV signal routing from sources anywhere in the world. oc. H crestron.com/digitalmedia

27 restron igitaledia esign uide igitaledia witcher Output ards he O series is a family of output cards for restron igitaledia matrix switchers. A complete selection of cards is offered to allow numerous combinations of igitaledia, Base, HI, H. streaming, and analog audio outputs on a single switcher chassis. he -X can hold four output cards. he -X holds up to two outputs per card for a total of eight possible outputs. he -X can hold eight output cards. he -X holds up to two outputs per card, for a total of possible outputs. he -X holds up to sixteen output cards, with up to two outputs per card, for a total of possible outputs. he available output cards are shown below: -K-O- -hannel Base ertified K igitaledia + Output ard for witchers -K-O -hannel K caling HI Output ard for witchers -O -hannel HI Output ard for witchers -O- -hannel igitaledia Fiber Output ard for witchers -0- -hannel igitaledia ingle-ode Fiber Output ard for witchers -O treaming Output ard for witchers A witcher onfiguration ool is available to assist with configuring the switcher. oc. H crestron.com/digitalmedia

28 restron igitaledia esign uide igitaledia odular witchers: Blade Based he -X and -X feature restron blade architecture with high-density and high-reliability features such as the following: Hot-swappable power supplies, I/O blades, and fan tray Field-replaceable U and front panel aximum reliability and uptime esigned as core building or campus-wide router -X input blade slots (hot-swappable) output blade slots (hot-swappable) Up to outputs Full UB breakaway -space 9-inch rack-mountable wo power supplies (one required for operation) for utmost reliability -X input blade slots (hot-swappable) output blade slots (hot-swappable) Up to outputs Full UB breakaway UB HI witch -space 9-inch rack-mountable wo power supplies (one required for operation) for utmost reliability oc. H crestron.com/digitalmedia

29 restron igitaledia esign uide igitaledia witcher Input Blades Each input blade provides eight or HI input channels to the - X backplane switch. B-I- he B-I- includes eight Fiber inputs, each of which receives a signal from a Fiber transmitter or another switcher. For a complete input card list, refer to Additional models are shown below. odel escription otes B-K-I- HI Input x with K upport Includes Analog Audio Input x B-I- igitaledia Fiber Input x ompatible with -X-0- and -X-0- B-I- igitaledia ingle-ode Fiber Input x B-K-I- igitaledia + Input x ompatible with -X-0- and -X-0- igitaledia witcher Output Blades B-O- he B-O- includes Fiber outputs, each of which transmits a signal to a Fiber receiver or another switcher. For a complete output card list, refer to Additional models are shown below. odel escription otes B-K-O--caler HI Output x with K upport Includes Analog Audio Output x B-O- igitaledia Fiber Output x Works with --00-, --0-, --AE-, and B-O- igitaledia ingle-ode Fiber Works with Output x B-K-O- igitaledia + Output x OE: For more information on K, refer to the restron K webpage. oc. H crestron.com/digitalmedia

30 restron igitaledia esign uide igitaledia Fixed witchers restron fixed switchers provide a simple and cost-effective solution for distributing multiple high-definition AV sources to up to six rooms. switchers are intended to be used in smaller applications that do not require expansion. he fixed switchers are available in x and x matrices. -X capabilities: HI inputs, + out, and HI output -X capabilities: HI inputs, + out, and HI output -X -X About UB-HI UB HI is a UB device class used for simple human-interface devices such as mice and keyboards. UB HI features a standard communications interface that allows devices to communicate without special drivers. Although communication flows both ways, the important command flow of keyboard strokes, mouse output, etc. goes from the device to the host. he square type B connector on the input cards is considered a host port because it connects to the host, and the room controller has a rectangular type A device port to connect to UB HI devices. For more information on the UB devices supported by igitaledia, refer to the restron rue Blue Online Help at Answer I 00. oc. H crestron.com/digitalmedia

31 restron igitaledia esign uide igitaledia K Fixed witchers he -X-K and -X-K- are ultra high-definition scaling presentation switchers with advanced features that are best suited for huddle rooms, conference rooms, and classrooms. Both switchers are preloaded with.av Framework software that does all the programming for you, enabling control of a single display device, integration with Airedia, and centralized monitoring through restron Fusion Enterprise anagement oftware. Without requiring a separate control system or any programming, the -X-K and -X-K- are easily configurable for a variety of media presentation applications and are compatible with a touch screen, iad, or computer for setup and control. -X-K capabilities: VA inputs and HI outputs -X-K- capabilities: VA inputs, HI outputs, output, and ic input -X-K (Front and Back) -X-K- (Front and Back) For more information on.av Framework, refer to the.av Framework Base oftware for the -K-0-, -X-K-, and -X-K Operations uide (oc. ). For application examples using switchers, refer to Appendix : Application iagrams on page. oc. H crestron.com/digitalmedia

32 restron igitaledia esign uide resentation ystems he is a powerful -eries control processor that provides a complete, high-definition presentation control and signal routing solution for boardrooms, lecture halls, and video conference rooms. ore than a new AV control processor, the restron -eries is an integrated building management platform capable of unifying the various technologies within a commercial building to operate as a single, intelligent system rather than in silos as separate systems. models include the -K-0-, -00-, -00-, and -00--AE. he -00--AE is an enhanced version of the featuring full-bandwidth acoustic echo cancellation. -K-0-: HI inputs, VA inputs, HI output, and powered output -00-: HI inputs, VA inputs, HI output, powered input, and powered output (not shown) -00-: HI inputs, VA inputs, HI outputs, powered inputs, and powered outputs -00--AE: HI inputs, VA inputs, HI outputs, powered inputs, and powered outputs -K-0- (Front and Back) A control surface can be easily added to the -K-0-, which allows presenters to turn the system on and off, select a source, and adjust the volume using a restron touch screen, button panel, computer, or iad. he complete system configuration is enabled right from the device so that the installer can quickly select the control surface, specify the display device, and assign user-friendly names and icons to the inputs and output. he preloaded.av Framework software enables customized presentation control without programming. An instant switching system can be created by connecting up to four restron onnect It (-00) cable caddies. he source selection buttons and feedback work as soon as the UB cables are connected. eeting or class participants simply connect their laptops with the restron onnect It device at the table or lectern, and then press the how e button to immediately display their content. he -K-0- can control any restron onnected display or projector via Ethernet, any flat panel with HI E, and many popular displays via - (view list of supported models). For more information on.av Framework, refer to the.av Framework Base oftware for the -K-0-, -X-K-, and -X-K Operations uide (oc. ). oc. H crestron.com/digitalmedia

33 restron igitaledia esign uide -00- (Front and Back) he -00- integrates the control system, multimedia matrix switcher, mic mixer, audio, amplifier, and igitaledia distribution center all into a single -space rackmount package. he -00- affords substantial signal-routing flexibility and high-performance signal processing without the need for separate components. he preloaded.av Framework software enables customized configuration and control without programming AE (Front and Back) he -00--AE provides a complete presentation control and signal-routing solution with built-in audio conferencing for boardrooms and classrooms. Integrating the control system, multimedia matrix switcher, mic mixer, audio, amplifier, and igitaledia distribution center all into a single -space rackmount package, the -00--AE affords substantial signal-routing flexibility and high-performance signal processing without the need for separate components. Its built-in audio conferencing interface and full-bandwidth acoustic echo cancellation allow for high-quality, full-duplex voice conferencing via a I or O phone line, and seamless integration with up to two external video conferencing codecs. oc. H crestron.com/digitalmedia 9

34 restron igitaledia esign uide igitaledia oom ontrollers oom controllers provide the connection between the signal and output devices such as a television. he table below lists the features for each model. All room controllers feature a low profile design and can be installed behind flat panel displays and above ceiling mounted projectors. --K-AE- igitaledia oom ontroller Feature omparison hart odel ommunication Video Output ypes -- AE Fiber HI or VI HI or VI HI or VI Fiber he --K-AE- provides a controller and interface for an or K display device as part of a complete igitaledia ystem. It includes a built-in K/0 scaler and analog audio output. It easily connects to the + output of a witcher or ransmitter via Ae,, or Ultra able. his controller is compatible with Base and includes I, -, Ethernet, and relay control ports. -- AE- (-) Fiber (-) ingle-ode Fiber (-) (-) Fiber (-) ingle-ode Fiber (-) -- K-00- HI or VI HI or VI HI or VI HI or VI --K K-AE HI or VI HI or VI Video caler K K - - K K - - K/0 Hz Audio Output HI HI HI HI HI HI, ypes Analog tereo HI, Analog tereo HI, Analog tereo HI, Analog tereo tereo Amplifier - 0 W W I orts O orts Ethernet es es es es es es es - es ower upply Included Included Included Included Included Included Included Included Included UB ort es es - es es es elays ontact ensing Input ounting ang Wall Box -ang Wall Box urface ount urface ount -ang Wall Box -ang Wall Box urface ount -ang Wall Box and urface ount ower Over es es es urface ount For a complete listing of the oom ontroller and eceiver models, technical specifications, photos, and As, refer to 0 oc. H crestron.com/digitalmedia

35 restron igitaledia esign uide igitaledia ransmitters transmitters provide the ability to add remote sources to the switcher system via Ae, cable, or fiber. transmitters are typically used in conjunction with modular switchers and models, but they also work in point-to-point systems with room controllers and receivers. -X-0- (Front and Back) Built-in x AV switcher with auto-switching and analog audio-breakaway onnects to igitaledia switcher or receiver via Ae or better cable HI and B/component video inputs UB type B HI device port ow-profile, surface-mount design ocal HI monitor output -X-0- (Front and Back) Built-in x AV switcher with auto-switching and analog audio-breakaway onnects to a switcher or receiver over one multimode fiber strand HI and B/component video inputs UB HI device port for connection to a computer ow-profile, surface-mount design ocal HI monitor output oc. H crestron.com/digitalmedia

36 restron igitaledia esign uide -X-0- igitaledia single-mode fiber transmitter and multimedia interface Built-in x AV switcher with auto-switching and analog audio-breakaway HI and B/component video inputs rovides HI and B/component video inputs UB type B HI device port UB HI device port for connection to a computer ow-profile, surface-mount design ocal HI monitor output -X-00-- igitaledia + transmitter and multimedia interface rovides HI and B/component video inputs Built-in x AV switcher with auto-switching and analog audio-breakaway onnects to a switcher or receiver over one Ae or restron cable upports Base Alliance specifications rovides HI and B/component video inputs ransmitters by upporting Infrastructure ransmitters + Fiber F -ang Wall Box HI ransmitter -X-K-- -X-K-00-- x VA and HI ransmitter -X-0- -X-0- -X-0- -ang Wall Box VA and HI ransmitter -X-00-- x VA, HI, isplayort, and omposite ransmitter -X-0- -X-0- -X-0- For application examples utilizing transmitters, refer to Appendix : Application iagrams on page. oc. H crestron.com/digitalmedia

37 restron igitaledia esign uide HI olutions he following HI solutions are compatible with igitaledia products. For more information on HI, refer to Appendix E: In-epth ook at HI on page. HI witchers Quickwitch switchers from restron enable high-performance HI signal selection with new features designed by restron to deliver trouble-free, low-latency switching of all V and Blu-ray isc players, V receivers, media servers, game consoles, multimedia computers, surround processors, and high-definition displays. he -X-K-E and -X-K-E models feature four HI inputs and a single HI output to feed a video display or processor. he -X-K-E offers six HI inputs and two independent HI outputs. -X-K-E -X-K-E -X-K-E (Front and Back) he list below shows some of the features of the HI switchers: For stand-alone use, or as part of a fully integrated restron system Fully operable using front panel controls, a Web browser, or a restron control system implified setup through the front panel OE display or Web browser ingle-space, 9 in rack-mountable design Universal 00-0 V external power pack included Quickwitch technology manages keys for fast, reliable switching omprehensive built-in configuration tools VI and isplayort ultimode compatible Handles olby rue, -, and uncompressed. linear audio High-speed Ethernet connection oc. H crestron.com/digitalmedia

38 restron igitaledia esign uide HI Over Fiber Extenders restron HI over Fiber ransmitters and eceivers deliver straightforward, cost-effective digital AV signal extension for use in the home, classroom, or corporate boardroom. he extenders enable wire runs up to 000 ft (00 m) using just a single multimode fiber cable (for OIA fiber wiring, use EFIBE-E- or other quality simplex multimode fiber optic cable). Extends uncompressed digital video, audio, and control signals 000 ft (00 m) over a single multimode fiber upports. lossless audio up to khz Also compatible with VI and isplayort ultimode Handles resolutions up to 90 x 00 and 00p0 asses, E, and Universal I repeater up to 9 khz Bidirectional - extender up to kbd o programming or configuration needed X/X adds analog audio, UB-HI, and Ethernet extending -X-F (Front and Back) -X-F (Front and Back) -X-F (Front and Back) -X-F (Front and Back) oc. H crestron.com/digitalmedia

39 restron igitaledia esign uide -X-F and -X-F Application ower upply IA ontrol OIA V 0.A HI A AE ultimode Fiber up to 000 ft EO -X-F OIA FIBE HI EVE ower upply OIA A AE V 0.A ultimode Fiber up to 000 ft OIA A AE V 0.A ower upply E E EU Z Z EO -X-F OIA FIBE HI AE ontrol (-) ower upply EO -X-F OIA FIBE HI EVE -X HI U U EO EEOI. OKH, J 0 HI -W HI HI -W E HI HI BU-A resnet HEA E OO E OIA A AE V 0.A EO -X-F OIA FIBE HI AE HI AO olor Key ontrol resnet HI ultimode Fiber oc. H crestron.com/digitalmedia

40 restron igitaledia esign uide HI Over opper Extenders -EX- he restron HI over Base Extender (-EX-) delivers professional-grade digital AV signal extension for use in the home, classroom, auditorium, or corporate boardroom. Without special setup or configuration, the -EX- enables the transmission of high-definition digital video and audio, plus - and I control. Base ertified K Ultra signal extender Extends uncompressed digital video, audio, and control signals over a single A type twisted pair cable upports cable lengths up to 0 ft (00 m) for all resolutions up to K and Ultra using Ultra cable upports cable lengths up to 0 ft (00 m) for 00p, WUXA, and K using cable or Ae upports cable lengths up to 0 ft (0 m) for K and U using cable, or ft (0 m) using Ae ompatible with HI, VI, and isplayort ultimode sources ompatible with HI and VI display devices upports olby rue, -, and uncompressed. linear audio compliant and passes E and Includes universal I repeater up to khz Extends bidirectional - up to. kbd Vdc power pack included Available in white or black o programming or configuration required -EX- he restron HI over Base Extender (-EX-) delivers professional-grade digital AV signal extension for use in the home, classroom, auditorium, or corporate boardroom. Without special setup, the -EX- enables the transmission of high-definition digital video and audio. Handles K Ultra video resolutions upports Base Alliance certified specifications ompatible with HI, VI, and isplayort ultimode sources ompatible with HI and VI display devices Handles Full 00p video and Works reliably without any programming or configuration asses E,, and Includes universal I repeater up to khz Extends bidirectional - up to. kbd Vdc power pack included upports olby rue, - aster Audio, and uncompressed. linear audio oc. H crestron.com/digitalmedia

41 restron igitaledia esign uide -AE--E he -AE--E is a simple, cost-effective video scaler designed to enable an,, or computer display device to handle virtually any input resolution up to Full 00p or WUXA. Its low-profile, surface-mountable design and set-and-forget simplicity allow the -AE--E to be installed discreetly in the back of an equipment rack, behind a flat panel display, or above a ceiling projector. his scaler also includes stereo analog audio input and audio output for easy embedding to or extracting from HI. -AE-VA-E he -AE-VA-E is a simple, cost-effective video scaler designed to enable an,, or computer display device to handle analog VA, B, and component video signals with input resolutions up to Full 00p or WUXA. Its low-profile, surface-mountable design and set-and-forget simplicity allow the -AE-VA-E to be installed discreetly in the back of an equipment rack, behind a flat panel display, or above a ceiling projector. his scaler also includes stereo analog audio input and audio output for easy embedding to or extracting from HI. oc. H crestron.com/digitalmedia

42 restron igitaledia esign uide HI istribution Amplifiers -A- he -A- is a compact wall or rack mountable -to- HI distribution amplifier. With the -A-, the audio portion of an HI signal can be added or extracted easily on the fly. he -A- can split an HI signal into video for the display and audio for the surround sound processor. he audio is available in both IF (coaxial) and analog forms. he -A- does the reverse, merging IF (coaxial or optical) audio with an HI video signal into two HI outputs. In addition, the -A- splits one HI input into two HI outputs. hree-in-one HI toolbox rovides a one-in, two-out HI signal splitter upports.-linear or high-bitrate encoded audio Includes front panel input signal and status indicators Enables extracting analog and IF audio signals from the HI source Enables embedding IF audio (coax or optical) onto the HI outputs reates an HI signal from separate video and audio (IF) sources Allows versatile configuration of audio and key handling o programming or control system required -A--QUA he -A--QUA provides four independent -to- HI distribution amplifiers in a single rack-space unit. and management is built-in to the device. ommon uses are to split four HI sources or to expand the outputs of an -X. rovides four independent HI splitters Enables audio loop-thru for V inputs Handles, and. linear or high-bitrate encoded audio asses, E, and ompatible with VI and isplayort ultimode upports video resolutions up to WUXA 90 x 00 and 00p0 Includes front panel input sync Es anages digital rights management for connected devices erforms automatic AV signal format management via ingle-space 9-inch rack-mountable Includes external power supply o programming or control system required -A--QUA (Front and Back) oc. H crestron.com/digitalmedia

43 restron igitaledia esign uide HI ables B--OK his premium HI cable provides a perfect connection for devices. he erfectock HI connector keeps the cable securely locked when plugged into any ype A receptacle, but it is easily disengaged by pulling the connector body. High-speed HI certified erfectock connector with lb ( kg) retention /F rated for in-wall use upports, K, and audio return channel Available in a variety of lengths B- High-quality, high-speed HI digital AV interface cables for connecting high-definition multimedia devices, such as V and Blu-ray isc players, cable and satellite V receivers, high-def video displays and projectors, surround sound processors, game consoles, and multimedia computers. High-speed ategory HI cable upports 00p0 V with -bit color depth Handles computer resolutions up to WQXA upports A, V-Audio, olby rue, and - aster Audio karat gold-plated 9-pin ype A connectors and high-flex -rated jacket Available in a variety of lengths oc. H crestron.com/digitalmedia 9

44 restron igitaledia esign uide Ultra ables and Accessories -B-UA- and -B-UA- he -B-UA cable is a high-bandwidth Aa shielded twisted pair (/F) cable. his cable is engineered to deliver optimum performance for 0 B data networking and K ultra high-definition AV signal distribution applications. he -B-UA is available in plenum-rated or riser-rated. Exceeds HI specifications requiring less than one pixel error per billion Every spool individually tested and certified easurement markings on outer jacket Available in type -rated for riser and other non-plenum installation or -rated for plenum installation ables -B-- and -B-- restron igitaledia cable is a 0 Hz-certified twisted-pair cable with overall foil shield (F/U) that is engineered to deliver optimum performance for use in data networking and high-definition AV signal distribution applications. he -B- is available in plenum-rated or riser-rated. anufactured and tested to exceed Ae specifications and qualified for use wherever a high-quality shielded Ae is required Ensures restron guaranteed performance for igitaledia + and onnex ink Highly recommended for use with Base pools individually tested and certified Available in type -rated for riser and other non-plenum installation or -rated for plenum installation 0 oc. H crestron.com/digitalmedia

45 restron igitaledia esign uide ystem ommissioning ommissioning a system consists of the following: roper Extended isplay Identification ata () configuration in ool ink Quality (Q) tests est eport esign design is just as crucial as system hardware design. is the information that tells a source what resolution to output when it is plugged in. data flows in reverse from the AV information, so the display tells the source what it wants not the other way around. AV In some cases, the user can adjust the output resolution of the source, but not without a valid table from the display. A allows the user to choose a resolution from the list provided in the display settings. hat list is generated by the display and is sent to the. igitaledia distributes to all the sources that are attached. his table should be manually set by the system commissioner and considered a part of a complete system design. While automatic mode guarantees that something appears on the screen, it cannot guarantee the customer is seeing what they actually want. ool software (available in restron oolbox) allows the user to manually configure the table, while complying to all the rules of. here are only so many entries that can exist in an table, which means every resolution cannot be listed. ignal type (VA, VI, HI) impacts the table size; HI signals allow for more entries than VI and VA (keep this in mind when choosing sources). tart off designing the table by answering these two questions:. How does the customer expect the system to work? For residential systems, the answer may be as simple as I want 00p video everywhere. In commercial systems, the customer may want to choose from a number of sources, including using a laptop to display on the projector.. What is the native resolution of each display in the system? If all displays do not share the same native resolution, is there a common resolution across all? he designer must process this data and come up with an table that satisfies both requirements. In many cases resolution conflicts prevent the designer from sending the highest quality video to all displays. receivers that feature video scalers, such as the --AE-, can be used to ensure that each display provides the best resolution it can support. For additional information on design, refer to on page 9. oc. H crestron.com/digitalmedia

46 restron igitaledia esign uide ink Quality est he ink Quality (Q) button is available on + and Fiber devices. lick this button to run a quick test on the status of the connection between the devices. Based on a bit-error test, one of the following states is reported: tatus olor tatus ext otes reen ink is good o action is required ed ink is unstable or down erminations and cable should be checked ink Quality Example est eport he est eport is the final document generated by ool. he report provides a comprehensive summary of the system, documenting inputs, outputs, settings, status, and any open items or notices that may impact system performance. his report can be provided to the system designer and/or client as a final notice regarding the system s configuration and status. A sample est eport is located at crestron.com/digitalmedia. oc. H crestron.com/digitalmedia

47 restron igitaledia esign uide + ower onsiderations Each fiber-based and + endpoint ships with a power supply for local powering. ome + devices can be powered via o in place of using the included power supply. + input and output cards have a OE port for each port. onnect a oe power source to each OE input and output card to provide power. he same Ae or better cable that carries video and audio also carries power to the endpoint. he following restron products supply oe for use with +: WE-0U, E-W-OE-, E-W-OE-, E-WOE-, -U-, and -U-. he -00-, -00-, -00-, and -00--AE provides o via its companion power over supply. he following endpoints can be powered via o: --00-, -X-0-, -X-00--, and -X-0-. -X HI HI HI HI IIA A HI HI UB HI VI-I HI HI UB HI HI IIA A HI HI UB HI UB HI HI HI UB HI IO IO IO IO UB HI IO IO IO IO - -VI A B E I A B E I A B E I A B E I HI HI OE OE OE OE HI U U HI HI A B E I A B E I A B E I A B E I OE OE OE OE HI igitaledia HI EO HI EO HI EO IO EO VI-I HI HI UB HI OOIE IO UB HI b/ r//o IF IO HI HI UB HI HI HI UB HI HI HI HI UB HI 00-0V~.0A 0/0 Hz FIBE U IO IO -VI -VI-A IO IO - - -VI- - -FIBE - E-W-OE- oe Uplink EO V ower E-W-OE- ower over Ethernet witch OE OE OE OE OWE U igitaledia igitaledia igitaledia EE olor Key OE igitaledia HI X XO I OO OOE HI X XO I EU V 0.A AX OO OOE HI X XO I EE EU V 0.A AX OO OOE HI V 0.A AX X XO I EE EU OO OOE EE EU V 0.A AX oc. H crestron.com/digitalmedia

48 restron igitaledia esign uide Appendix A: igitaledia etwork onsiderations ost restron igitaledia devices are Ethernet devices. Ethernet traffic due to igitaledia devices is relatively low. he custom control system program that ties together the system dictates how much bandwidth is needed. igitaledia ertified esigners and Engineers Every restron system should be designed by a igitaledia ertified esigner (-) and commissioned by a igitaledia ertified Engineer (-E). Only restron certified engineers ensure that a system is properly installed and configured to restron standards. he information in this design guide is intended to explain basic I addressing considerations. onsult the -E for further questions. igitaledia ystem opology Each link (connection between two devices) carries Ethernet embedded inside; therefore, no additional wiring is needed to provide network connectivity for third party Ethernet products installed at the endpoints. Interconnected devices only need a single point (typically the main switcher) to be connected to the in order to provide Ethernet to all devices in the system. o facilitate this, restron devices have integrated managed Ethernet switches and an exposed Ethernet port. OE: Endpoints refers to any transmitter or receiver. igitaledia Ethernet onnectivity In the scenario below, Ethernet connectivity is provided to all devices and third-party devices from the single connection at the -X. his eliminates the need to run extra wiring to each location to provide Ethernet connectivity. igitaledia Ethernet onnectivity Blu-ray layer Ethernet -0- ransmitter -0- ransmitter ink ink -X ard-based witcher ink ink eceiver -X witcher Ethernet ink rojector eceiver Ethernet Ethernet olor Key Ethernet ink he main Ethernet uplink to a system occurs at the igitaledia switcher. he -X, -X, -X, -X, -X, and all model switchers contain 0/00/000Base auto-negotiating uplink ports. he -X switcher contains 0Base/00BaseX auto-negotiating uplink ports. oc. H crestron.com/digitalmedia

49 restron igitaledia esign uide rivate etwork ode rior to 0, every card and endpoint in an installation required its own I address on the corporate network. In 0, restron introduced to switchers. greatly reduces the number of I addresses required for installations. restron recommends using to manage Ethernet settings for cards and endpoints connected to a switcher. Other methods are not recommended. For details on legacy modes of operation, refer to restron rue Blue Online Help. OE: is not applicable to standalone installations involving directly connected endpoints with no associated switchers. In these installations, each endpoint device needs its own I address either configured manually or via H. creates a completely private I network for all cards and endpoints that are connected to the switcher, effectively isolating them from the building network. significantly streamlines home and organizational infrastructures, conserving I addresses, reducing costs, and simplifying system management and troubleshooting. he only device that appears on the building network is the switcher. he switcher needs just one I address, which can either be set statically or assigned via the building s H server. In this mode, none of the cards or endpoints are directly reachable via the network of the building; instead, communication to these devices is managed through the main switcher. he devices connected to the ports found on many endpoints remain visible to the network. he main switcher U is the only device connected to both networks. hat U may receive an instruction on the public network (such as from a restron control system) and create a new instruction for a device on the private network ( card, blade, or endpoint). At no time does an Ethernet packet from the public network traverse to the private network, and no private Ethernet packets may traverse to the public network. For most installations, such as in corporate or university settings, using is the best practice because it does not heavily impact the network. also isolates traffic that is related to. OE: is enabled by default on all new units and is enabled upon system restore. is only available in UF.0 (firmware package update file) or later. units require two I addresses. he integrated control processor requires its own I address, and the integrated equipment (switcher, all endpoints) requires one more. If an endpoint is connected to a switcher, its connector must not be connected to the corporate network. In this configuration, these ports are only for connection to devices such as laptops, Blu-ray players, or projectors. oc. H crestron.com/digitalmedia

50 restron igitaledia esign uide rivate etwork ode onfiguration Options O/OFF ode omments O tatic Assign one I address to the main switcher O H akes one I address from the H server OFF tatic and H an be in tatic or H mode rivate etwork ode with Auxiliary evices equires many I addresses his method is not recommended by restron for most installations -X Inputs -X-00 rivate I -A -X-0- rivate I - rivate I X-0- rivate I - rivate I - rivate I evices attached to Ethernet ports on endpoints are connected to the building network. In this example, this laptop receives an I address from the H server below. -X-00-F rivate I -VI rivate I -VI-A- -F -I rivate I Outputs --00 rivate I O rivate I rivate I O- () rivate Is rivate I rivate I rivate I OE: H erver H-distributed I addresses have been chosen at random to illustrate that devices attached to endpoints are connected to the building. he devices enclosed by the gray box sit behind the one I address assigned to the -X. oc. H crestron.com/digitalmedia

51 restron igitaledia esign uide ultiple igitaledia witchers Using rivate etwork ode When two or more switchers are connected by way of links, they are considered cascaded. Each switcher in a cascaded system must be configured with a unique ystem I. his prevents I conflicts among devices on the private network. In the illustration below, only one I address per switcher is required from the building network. ultiple witchers Using Example orporate -eries ontrol ystem Ethernet witch Key ink (Internal etwork) ontrol ubnet ontrol ubnet unnel through orporate ransmitter witcher ystemi: 0 eceiver (haded area represents closed rivate etwork) hese switchers are on both the rivate etwork and the control subnet. hey must remain attached to the control subnet. witcher ystemi: 0 eceiver OE: he ystem I can range from 0 to and must be uniquely set for each switcher. By default, the ystem I is set to 0. he I can be set via the front panel, the I Windows program, or the ystem Info tool in restron oolbox. Each switcher must be directly connected to the corporate, one switcher cannot receive Ethernet via another switcher, and each switcher must receive an I address from the control subnet. apid panning ree rotocol () ince devices embed Ethernet in every link, a valid AV configuration can create network loops, such as routing two AV signals from one switcher to another switcher. o eliminate any network looping problems, products implement IEEE 0.w. With enabled, the switcher manages the Ethernet links to prevent network loops. products transmit Bridge rotocol ata Units (BU) per the specification. With enabled, BUs are isolated to the private network and are not visible to the corporate network. is not enabled on user-accessible connectors. o prevent network loops, endpoints should not be connected to the corporate in this configuration. By default, every switcher ships with and enabled. If is disabled, remains enabled. If required, disable and manage Ethernet ports manually. oc. H crestron.com/digitalmedia

52 HI K restron igitaledia esign uide, which is an advanced version of, supports multiple spanning trees on multiple Vs. implements but not. If running on the network, ensure that the network port in which is connected only belongs to one V. his is only a concern if is disabled. anaged Ethernet switches can be configured to have edge ports. o Ethernet switches can be plugged into edge ports. If is enabled, a switcher is compatible with edge ports. If is disabled, the managed Ethernet switches may consider the system to be an Ethernet switch and shut down the edge port. Ethernet Wiring Example OA OIO OFEEE E -X HI IIA A HI IIA A IO IO -A- -A- HI U A B E I A B E I A B E I A B E I A B E I A B E I A B E I A B E I U HI OE OE HI HI HI O- HI OE HI HI UB HI 00-0V~.0A 0/0 Hz IO IO - - Ethernet AO HI UB HI HI B IO EU -X-0- E E E -X-0- W V HI 0.A EE HI igitaledia W IO UB EE EU HI HI -X-00- OO E OJEO EO EEOI., OKH, J 0 HI ontrol HI X XO I OO OOE EE EU V 0.A AX onnect Every witcher to Audio IO E o O onnect eceiver to HI olor Key ontrol Audio HI igitaledia BU-A OE: switchers should be the only devices in the system connected to the. Ensure that the ystem I of each switcher in the system is unique. o not connect room controllers or transmitters to the. oc. H crestron.com/digitalmedia

53 restron igitaledia esign uide Appendix B: able pecifications opper able pecifications igitaledia able (-B-) igitaledia able (-B) igitaledia able (-B-) Outer iameter (on-lenum) 0. ±0.0 in ( ± mm) 0. in ( mm) 0.0 in ( mm) Outer iameter (lenum) 0. ±0.00 in ( ± mm) 0. in ( mm) 0.0 in ( mm) inimum Bend adius. in (9 mm).0 in ( mm).0 in ( mm) aximum ull ension lbf ( ) lbf ( ) lbf ( ) OE: It is recommended that a pull box be installed at every 90-degree bend to ensure that the cable can be put through the conduit with minimal stress to the wire. resfiber able pecifications resfiber (EFIBE) Outer iameter (on-lenum) 0. in ( mm) nominal or less Outer iameter (lenum) 0. in ( mm) nominal or less inimum Bend adius (loaded).0 in (0 mm) inimum Bend adius (unloaded). in (0 mm) aximum ull ension 0 lbf (00 ) ultimode and ingle-ode Fiber ultimode and single-mode fiber should be tested for optical loss in accordance with their respective IA/IE test standards. he optical time domain reflectometer (O) method of testing is strongly recommended. Each fiber end should be inspected with a 00x to 00x microscope and cleaned if necessary before testing. Fiber links should always be tested end to end for optical insertion loss. he diagram below shows a typical fiber link being test and the associated test equipment. ote that patch cords and infrastructure fiber are included in the test. ypical Fiber ink est Example ight ource aunch ord atch ord Infrastructure able atch ord eceive ord ower eter A B onnector pairs B and represent infrastructure patch panels while connector pairs A and represent couplers. he couplers connect the fiber link being tested to the launch cord and receive cord associated with the test equipment. oc. H crestron.com/digitalmedia 9

54 restron igitaledia esign uide ultimode fiber cable should be tested in accordance with IA---B OF--B ethod B (One-ord eference ethod). he European equivalent standard is IE 0--. ultimode fibers should be tested with 0 nm and 00 nm wavelength sources. ue to the comparatively short lengths of multimode fiber runs and the varying fiber lengths supported by EFIBE and O, restron has simplified the acceptable loss requirement for multimode fiber. Acceptable insertion loss of each fiber link end to end is < 0 nm and < 00 nm. ingle-mode fiber cables shall be tested in accordance with IA-- OF- ethod A. (One Jumper-able easurement). he European equivalent standard is IE 0--. ingle-mode fibers should be tested with 0 nm and 0 nm wavelength sources. Acceptable loss for each wavelength is determined by the sum of two factors: umber of connector pairs that are being tested. A connector pair is the pair of connectors that mate at each coupler or patch panel. he maximum allowed loss per pair is 0. db. otal fiber length. he acceptable loss is defined in db per kilometer and varies by wavelength. he table below shows the acceptable insertion loss per kilometer at each wavelength for EFIBE--. Wavelength, nm aximum Attenuation, db/km o calculate the maximum acceptable attenuation, add the losses allowed per connector pair to the loss allowed in the fiber. For example, a 0 km link maximum allowed fiber loss (F) is calculated as follows: F = 0.*0 = nm F = 0.*0 = nm he total link loss () for the example above is as follows: = F+A+B++ = = 0 nm = F+A+B++ = = 0 nm By comparison, the maximum allowed attenuation for a 00 m fiber link is less than half that of a 0 km link: = F+A+B++ = =. 0 nm = F+A+B++ = =. 0 nm = A+B+ = =. 0 nm 0 oc. H crestron.com/digitalmedia

55 Why is a longer fiber cable allowed to have more loss? restron igitaledia esign uide he equipment that is needed for testing is as follows: Fiber Optic icroscope (for example, fiber I-00 Fiber Optic Inspection cope) Fiber Optic leaning Wipes (for example, icroare Fiber Wipes or wipes included with EFIBE-K) ultimode Fiber Optic oss est Kit (for example, oyes K-) ingle-ode Fiber Optic oss est Kit (for example, K- ontractor eries ultimode and ingle-ode est Kit) An receiver should accept a certain fixed amount of power loss over a fiber link, regardless of length. However, these measurements are more than just a measurement of optical power losses. hey are an indicator of connector termination quality and fiber integrity. oorly terminated connectors and kinked fibers cause easy-to-measure optical power losses as well as other problematic but difficult-to-measure artifacts such as optical reflections. A short, poorly terminated single-mode fiber with db of loss may output the same optical power as a much longer well-terminated fiber; however, the short fiber has reflection issues that may result in video loss or other link problems. oc. H crestron.com/digitalmedia

56 restron igitaledia esign uide E and V-anel able istance he maximum cable distance with E and V-anel (original A technology only) is shown in the table below. -B and -B- E- with V, V 00 ft (0 m), repeaters not compatible E- with V, V 00 ft (0 m), up to 0 ft ( m) using two - repeaters V-anel and& E ompatibility V-anel E ompatibility, E- E Z A Z - U E OE E E E E A O A B V B IO IO OO E EO VI IO / O, V E- A Z E E A O A B IO + +- IO + +- IO E E.A V~ -00 Hz 000/ A /O r/ b/ VI B /O IQU IQU E W I EE AVI: EO A O O 0 V IO U HOK I V A EEOE OF E E IK O O A OW A U OO E E OW -B E Z U E O E E E O E HO EO VI r/ b/ B B A U IO + +- IO + +- IO A EE B /O EO VI EO VI I IQU HO r/ b/ O /O IO U HOK I V A EEOE OF E E IK O O OW E E Z A b/ r/ E A O A O E E OW V 0 W A.A V~ -00 Hz 000/ U -X-0- Z U E O E E E O E E E B HI IQU V A AVI: IO B E- OO E U E - E 0 XE - E U B E E W V A 0. O A B - ote: he V is not compatible with the E-. able ross eference ouch creen V, V V ompatibility ross eference able able (-B) able ouch creen E- E- V V V requires -X-0- (-B-) oc. H crestron.com/digitalmedia

57 Appendix : able lant ertification restron igitaledia esign uide igitaledia infrastructure wiring should be tested before connecting equipment. he basic methods to certify the cable plant for igitaledia are outlined below. he certifications are very typical for an Ethernet style data network (most of the terminology and values are functions and vocabulary of the test equipment). Original cable (-B) cannot be tested using these methods. able (-B-) he cables should be certified to A/IA--B. Ae with a Fluke X-00 using the following: Ae hannel or Ae ermalink test F (foil twisted pair) cable with the shield test ominal velocity of propagation is at 9% B wiring recommended (use A if that is the plant s wiring) If certifying patch points, use the ate ermalink test, which assumes that short patch cables (less than 0 ft total) may be used on either end. If certifying the entire communications channel from port to port, use the ate hannel test. ate ermalink and hannel est Example atch oints --X ess than ft ess than ft --X ermalink less than 90 ft total hannel less than 0 ft total Fiber and Fiber (EFIBE) Each fiber end should be inspected with a 00x to 00x microscope and cleaned if necessary before testing. Each fiber should be tested for optical loss. est using the IE 0-- single reference cable method or IA - OF- ethod B with the acceptable link attenuation (insertion loss) on each fiber end-to-end link of < 0 nm and < 00 nm. he equipment that is needed for inspection, cleaning, and testing is as follows: Fiber Optic icroscope (for example, fiber I-00 Fiber Optic Inspection cope) Fiber Optic leaning Wipes (for example, icroare Fiber Wipes or wipes included with EFIBE-K) ultimode Fiber Optic oss est Kit (for example, oyes K-) esting HI ables HI cables should be tested using a Quantum ata 0 wire test function. oc. H crestron.com/digitalmedia

58 restron igitaledia esign uide Appendix : Application iagrams esidential ultiroom istribution ultiroom distribution in residential environments involves the combining of several sources and format types to different makes and resolutions of displays. restron igitaledia enables the distribution, resolution determination, and management across a minimal whole home infrastructure. he example below shows multiroom distribution in a residential environment. A AE. U E VIEO IA dio E Audio HI and VI HI BU-A Au dio Au (l A ) vel le ine A -X -X E er eat h E EA le ab IO X UB HI IO I HI UB O I I H I E B A IA H A H I H E II O E E ea (sp o i le d Au ab I- -V O.0A 0V~ Hz 00-0/0 I H E U O I H OI -V O H I- O I -A U A B A I- -V IO I H UB HI I H E Z I J 0 W A E+ BAA + - E AA O E+ BAA + E+ BAA U KE EE O. O K H,.J. EF+ IH+ A.0 V E F U I - IA E B A I/O U E. 0..J A I O EE A U E X X X X A X X O O O H A EF+ W 0 Ω W WII 0 Ω A EF+ UA 0 A IH+ EF+ IH + EF+ IH+ EF+ IH + IH + IH EF+ I EA VI O OH - + HOK E HO + IH + IO A E OE OF E IK O O QUE + IQUE EF - 0 EU 0 E 9 EF+ AVI: BI IF Z E IH- E A II HU OO Z IF 9 X 9 - E+ BAA + - KE. O B O OW A B U O O E UB E Z 0 Z IH,, O OI er st a 0 U E EE O - - H E ) EAKE a ble Au dio Au (sp dio eak (sp er l eak eve er l) lev el) u ltim od ef EU X X - le ker E A I- IO H -V E OI I IO IF O r// b/ O X E IF I H - O H vel IO O r// HI UB b/ VI I VIEO IA I UB EAKE HI A B I H O /O VIE r/ b/ IO IF IO + + VI-I I H K I O E., H, J UA 0 O O EE AO dy tu OIO ibe r - olor Key VIEO IA EAKE Audio HI able ultimode Fiber ol o oc. H crestron.com/digitalmedia

59 restron igitialedia esign uide ommercial Video onference oom Video conference rooms require combining disparate media to be transmitted to a remote location and on multiple local displays simultaneously. All teleconference codes now provide an signal via HI with protection. he restron igitaledia distribution system brings together analog and digital managing resolutions and to provide the highest quality signal with our exclusive low-latency Quickwitch switching technology. he example below shows a commercial video conference room. IH HAE I O O E E V AX A WIHE A. 0V~Hz 00-0/0 E B Z Z Z Z O 0V W /Ω Ω + o IA E I B A o B U 0 E E E E E E E I I IO HI A -VI- IO I I HI IF r//o A -VI- b/ -VIHOK IOE A VI IF r//o b/ HI A -VI- IO I IF r//o b/ I HI IO A HI I I OOIE O A Hz 00-0V~.0 0/0 E OE OF IK O O EQUE E AVI: HO IQUE HI IO A A IIA IO UB HI IO HI UB HI ) (O U HI HI UA H, I O, J 0 OK EEO E E- E Z Z U OE E E E UB IO IO + +- IO IO HOK A E OE OF E IK O O QUE E AVI: O r// O b/ VIE I V B O VI r// O E A A OWE OA OA W V E OW H U 0V~. Hz 00-0/0 I H O E AE O EU U B HI HI HI A U - + U U o U IO UB /O IF HI / b IIA HI A E W 0 B A V OWE O E B A OA HI A o r/ HI A A E U - IO UB O I HI HI - IO UB HI /Ω Ω 0V 00V /Ω Ω + A 9 IO A IIA IIA HI HI - HI HI HI IO UB HI IO UB HI EOVE IO O IO HI HI HI 0 E UB E A O HI U HI O HI HI HI WE O O I OWE WHIE E O O ) (O I OWE WHIE E EOVE O O A O X 0/0 V X O EAKE X A. 0V~Hz 00-0/0 HO b/ VIE IQUE I H B U B U U AO U U E IO B BU-A AO OHOE A EVE V B HI U E 0 XE - E U O *W-U (sold separately) is required to enable ower over (o), which supplies power to o compatible + transmitters and receivers. E E X oc. H crestron.com/digitalmedia U O O o B HI ontrol Video Audio B HI resnet igitaledia V A U olor Key X O X AIIVE IE E E OJEO - 0 * U - W W V A 0. A

60 IF UB HI VA I I UB VIEO O O UB UB E V 0.A I X I X restron igitaledia esign uide esidential -X ystem he example below shows a residential -X system with the following: A U rack mount matrix switcher that includes three + outputs and one HI output. he provides video, audio, Ethernet, and control to each display. he -XA serves as a receiver with full surround sound processing and amplifiers. A HEAE IO U FO U BAK EE IO IO IF IF IO r b OOIE OWE EE HEAE VIEO U I EA U Z -XA HI Audio X- -X IO IK OF E HOK O O OE AVI: IQUE E HO EQUE E A VI HI- HI- UB HI HI HI- HI- HI- HI- HI A OO U HI IIA A OO- OO- HI 00-0V~.0A 0/0 Hz UB HI BU-A E olor Key HI ontrol Audio X- HI ontrol HI X O OO OOE EE EU V 0.A AX X- HI ontrol HI X O OO OOE EE EU V 0.A AX oc. H crestron.com/digitalmedia

61 restron igitaledia esign uide ommercial Video onference oom with -00--AE he -00--AE integrates the control system, multimedia matrix switcher, mic mixer with Acoustic Echo ancellation (AE), audio, and amplifier. he -00--AE affords extensive signal routing flexibility and high-performance signal processing and can be used with both video and audio conferencing without the need for an additional mixer or processors. he example below shows a commercial video conference room using a -00--AE. IH AIIVE IE EAKE O OJEO OJEO O O IO O O - X O X O O O O E O V AX A 0. I E E - W * U E O V AX A 0. I BH E Z B O A O Z V U A 0- U U A U A B U E O o A E E H A U H B U B U U IO I +- U U o U U - K O I H V I E A E OE E K OF I O O IQUE IQ / Ω o U UE I: AV - U A IF + - E A Ω IO 0W o b/ + - /Ω Ω 0V 00V /Ω Ω + /Ω Ω + O / r/ KE EA 0/ + -AE AO I U O IA E I B A A 0W 00V U U O U XO Z U XO O O / H 0W A Z AX E OW O A E V U U B OHOE ~. 0VHz 00-0/0 o U - A V U E O O O X O X A E E - I -0 U E E E A O IO - Z AEA O HAE U IO E- AO IO X E O E E E O U E IO IO + +- IO IO IO U A I HOK A EE OE OF E IK O O IQUE E E AVI: O OW A EO VI E A O E /O A O E 0 W A ~. 0V 0 Hz 00-0/ A V OW r/ b/ B /O I V EE E Z E B U HO EO VI IQU r/ b/ B B IO V Z U E O IE V E AEA -X U - E 0 XE - E U U E IO O AO W V A 0. B HI U - E 0 XE - E U O A A E E W V A 0. *W-U (sold separately) is required to enable ower over (o), which supplies power to o compatible + ransmitters and eceivers. E E B oc. H crestron.com/digitalmedia B HI - -0 V olor Key ontrol Video Audio B HI resnet igitaledia V

62 restron igitaledia esign uide -K-0- with a -00 he example below shows a simple huddle space with four restron onnect It cable caddies connected to a -K-0-. IA OE I -K-0- U EE O VA HI VE -K-0- K E E A I O E E W E HW- W- I OE I OE I OE I olor Key Audio HI UB VA oc. H crestron.com/digitalmedia

63 VA 0V.0A + - E I X X O AE V EU EE restron igitaledia esign uide -K-0- Basic lassroom he example below shows a basic classroom system powered by a -K-0-. EO FUIO EVE W-0 AO AO IO OO OO -K-0- IO IO -A0-0V HI HI W V EA U IO I X X O UB Z 00-0V~.A 0/0 Hz V W A U OHOE IA AO E AEA K E HI --K-00- OO OOE B 0.A AX --K-00- ain Flat anel isplay IA Flat anel isplay (for teacher) AO olor Key Audio HI VA Ultra able BU-A AE oc. H crestron.com/digitalmedia 9

64 restron igitaledia esign uide igital ignage ystem igital out-of-home advertising and information systems require dynamic high-resolution graphics, glitch-free switching, and a straightforward topology. restron igitaledia provides the best method of content delivery in high-definition. he example below shows a digital signage system with multisource, multidisplay HI distribution, and long-distance capability using resfiber. he source computer is controlled via a UB HI connection on any receiver. KEBOA and E OO OO OIO OJEO EF OJEO OJEO IH OJEO HI - OIO HI OIO Video able OIO Video able OIO Video able OIO Video able Video able able ontrol Video able olor Key Video HI/VI able ontrol able E -X HI HI HI HI HI HI HI HI UB HI UB HI UB HI UB HI IO IO IO IO A B E I U A B E I A B E I A B E I U A B E I A B E I A B E I A B E I HI HI HI HI HI HI HI HI UB HI UB HI UB HI UB HI 00-0V~.0A 0/0 Hz IO IO IO IO ontrol HI ontrol HI E ontrol HI BU-A EO E HI ontrol E HI ontrol E HI ontrol ontrol HI E ontrol HI AEA 0 oc. H crestron.com/digitalmedia

65 IO A I X XO E HI UB EA W K VIEO EU O I restron igitaledia esign uide ultiwindow rocessing and Annotation with witching restron, combined with the V-B video processor, provides multiwindow processing, annotation, switching, and full support. he example below shows multiwindow processing and annotation using switching HI OO OOE EE EU V 0.A AX HI ontrolojeo (00p) --00 EO -00 OO OOE X X HI ontrol OJEO (00p) OJEO OJEO -W0 - E AEA B/VI VI B/VI - OO E AO B/VI -X-0- UB HI HI B IO EU - X O U E E E HI W V 0.A EE -X HI HI VI-I IIA A OE UB HI IO IO -VI - OE A B E I A B E I A B E I A B E I HI U U HI A B E I A B E I A B E I A B E I HI OE O- HI HI HI HI VI-I IIA A 00-0V~.0A 0/0 Hz UB HI E A B b/ r//o EU IO IO -VI-A-A -A- E Z -VI V-I restron uidebar AOAIO -A B A -X-00 EO - -X00 EE EU HI W K -W0 HI U B HI I V-B HI Video Audio - EO Q VI/BHV VI/BHV -BO U U U VI/BHV/ b r EO VIEO -BVI U U HI HI EO Q -BO A B UB HI U EO A U HI U 00-0V ~.0A 0/0 Hz olor Key ontrol Video Audio B/VI HI -A Video V AE Audio oc. H crestron.com/digitalmedia

66 restron igitaledia esign uide arge-cale ystem Using a -X he example below shows a large-scale distribution system using a -X with full audio and UB breakaway and a -space, 9-inch rack-mountable -X switcher. 0-0 I O O I HI X X -X 0.A AO I V VI IO E VI E E - H O X O X E IA V AX A 0. I O O X O X E O I IA O X O X E O U E O V AX A 0. I EAKE I O O I HI 0.A AO I V VI E E - H O IA I X O X E O U E O O V AX A 0. I O E - H O X O X H E U E E O E U E I IA E O X O X E O EO U E O V AX A 0. I EAKE E X O X U E HI + + VI EO O A X Audio VE O OE O IO ( U OE I O UB HI I IO H I H UB HI I IO H I H UB HI I H IO I H HI UB I IO IO ultimode Fiber H H IO OE I F b/ EO F b/ - -VI IO I H F A I - -VI /O r/ b/ H O IE O -VI H IO U K I HO I V A EEOE OF E UE IK O O A.0 0V~ - Hz 000/0 I IO EO I V IQ A UE E HO EE : IQ AVI I H HI UB I F/ H F/ I IO H I HI UB F/ H F/ I H I IO H I H O HI UB ) ( U I BU-A - O I H F/ V AE - V AE I O A IO EO VI A I /O r/ - -VI I VI IO H V A I /O r/ F/ H F/ IO I H 0.A AO I VIEO V AE - - O A E I W 0 A B - V I E WE O O E B - A A I O E - I E - I E - I E I E - I E - I E F/ O - I H OE I H O I HI VI ontrol (I) - I H I OE OE OE H OE I OE IO - OE IO HI I H I H ) I H OE UB O O WH E U VE O E O E O O WE IE BU-A IO O BU-A I O I H + - IO BU-A 9 0 O O E - I WE IE O WH E U O E O X X HI/VI OE V Video 0.A AO I VIEO V AE olor Key + O I VI BU-A I O V AX A 0. IO E O O O I O O O IA - H X X I O A O O O IO H V AX A 0. - I I O O EAKE O X O X O O IO IA - H I I V AX A 0. I O E E E O O O O IA I I VI V AE E O VIEO IO O A O EAKE - H O O IO I I V AX A 0. EO V AE E E U E O O O O IO U E O O O O IA I - H E E I I VI X X A OW VIEO E AEA H I H A A I U EO 0 E BU-A VI O E E O, J IH E K, O A U I O EF IBE BU-A BU-A EO VI E FIB E O I U EO VI / F / F E A IA X O X O O IO O - O - O 00- O E I H V A AX 0. I IA EAKE X O X O O IO O - O - O 00- O E IA IA X O X O O IO 00- O E O O IO O - O - O 00- O E IA V A AX 0. IA X O X O O IO - O - O 00- O E O O IO O - O - O 00- O E V A AX 0. IA X O X O O IO - O - O 00- O E EUI AEA EO EUI AEA / F E E I H U E V A AX 0. I EAKE VI VI E O EUI AEA E I H EO U E V A AX 0. I / F U E I EAKE X O X EAKE E O V A AX 0. E I H E I H U E I / F U E I EAKE - O X O X EAKE E E - O I H V A AX 0. EAKE O E E U E I / F I H E E U E EUI AEA / F / F E E I H IA X O X O O IO O - O - O 00- O E U E V A AX 0. I EAKE oc. H crestron.com/digitalmedia

67 restron igitaledia esign uide arge-cale ystem Using a -X he example below shows a large-scale distribution system with a -X. his system requires switcher systems with the flexibility and power to manage multiple source and destination resolutions and keys. IO - X U U UB I H H O O U O F/ /O r/ O UB F/ I H O E O U AIAI OIA AE WIH AE O IO IO IE VIEWA HI UB H F/ I H E O U AIAI OIA AE WIH AE O O H O O HI E IO IO IE VIEWA F/ UB HI I H H UB O U AIAI OIA AE WIH AE I HI H H O /O r/ IO IO IE VIEWA HI UB E O U AIAI OIA AE WIH AE H F/ I H E O U AIAI OIA AE WIH AE I HI H O O F/ O H UB OE O HI H UB F/ I H O E O HI O B IO VA A. IO W K EO VI HI UB U E E IOIO IE VIEWA E 0- E - O O O O H E IE VIEWA ut) -0 O Inp ( H / F E O U AIAI OIA AE WIH AE IE VIEWA O B HI U I BU-A B X A F/ -0.0A V~ -00 Hz 000/ F t) tpu Ou ( / O U AIAI OIA AE WIH AE II H H I OE O F/ I H IO E O U AIAI OIA AE WIH AE II H H HI UB U OE H BU-A H IOIO IE VIEWA IO IO IO IE VIEWA F/ O E O U AIAI OIA AE WIH AE O IOIO IE VIEWA HI UB O E O U AIAI OIA AE WIH AE O I H I HI H UB I H - I-B- -H -V- E O U AIAI OIA AE WIH AE O F/ H II H H I IO IO IE VIEWA HI U H F/ I F/ F/ O + - HI UB I H O O IO IOIO + b/ III H H H F/ -! IOIO OK OK! II H H U WE O.0A V~ -00 Hz 000/ F/ A OJEO A F/ H E IE VIEWA - FA F/ I HI H O IE VIEWA HI UB! U WE O F/ F/ H O U AIAI OIA AE WIH AE O U I IOIO F/ E O O H H EAKE O O H I IO IOIO E IE VIEWA I H II H H AIAI OIA AE WIH AE I HI H IE VIEWA O U AIAI OIA AE WIH AE O HI UB U F/ IO IO IE VIEWA F/ I U O HI UB O I A OEF E O U AIAI OIA AE WIH AE O F/ H II H H E IOIO VIEWA HI UB H II H H I H O F/ I F/ I O B HI O O U E O U AIAI OIA AE WIH AE IE III H H H F/ F/ F/ I HI H IO IOIO I-B- -H -V- HI UB b/ F/ O E O W K EO VI HI UB E 0- E O -0 IO - I O U U F / H O U U F / O U U F / O U U F / F/ O U U F / IOIO H O U U F / E E II H H IE VIEWA I H O F/ IOIO IE VIEWA O U AIAI OIA AE WIH AE O.0A V~ -00 Hz 000/ O F/ I H II H H O U U F / U AIAI OIA AE WIH AE II H H O U U F / H - + U VA A. E IE V E H IOIO E U HI UB F/ IE VIEWA O IE VIEWA E O U AIAI OIA AE WIH AE O HI UB HI E IOIO IE VIEWA HI UB O F/ H O U AIAI OIA AE WIH AE I HI H A E H IO IO HI E A E X A F/ - + X X F/ B-I B- t) pu (Ou E HI UB O U AIAI OIA AE WIH AE IE VIEWA A A E E E O U AIAI OIA AE WIH AE O F/ H II H H IO IO IE VIEWA O E H E O U AIAI OIA AE WIH AE O F/ O A O- A - - X X - X HI UB O I H I HI H - B- A ) ut up F/ I H I HI H B-I - E E (O F/ H I F/ A O- E E F/ UE E E A A F/ F/ IO IO - I-B- -H -V- I H E O U AIAI OIA AE WIH AE IE VIEWA B- - A A A A A O- E IOIO HI UB O B-I - E E B- B- O O B-I IO IOIO I III H H H F/ F/ A B-I - A /O r/ HI UB b/ F/ I E H - II H H B-I B-I - O- O- A B-I - B- O- B- U O- B- O- X X IO AO H I I O O EAKE OJEO AO U E IO B X B HI U - 0 XE - E U O + E E E + IO -X X VA A. -0 A OA OA OIO W V A IO W K EO VI HI F/ put) I (n UB U E E A -X -0 - OA OIO E 0- E O -0 - O EAKE - O 00- O O X X I B HI U I O O oc. H crestron.com/digitalmedia OJEO olor Key F/ (Input) F/ (Output) OO IO HI + B

68 restron igitaledia esign uide ow-ost lassroom Using + he example below shows a low-cost classroom using + with the following: he laptop and Blu-ray sources are located at the podium (local monitor can display either source). he single + cable runs from the podium to the room controller located by the ceiling projector. he projector connects via HI and a built-in, 0-watt amplifier powers the speakers in the room. he control system is connected via Ethernet. ontrol OWE BU-A IH OFF AO IH O V -X-0- OIU EE OW VE OW EE U VE U - B - Audio UB HI HI B IO EU OA OIO HI OWE U Audio EAKE - + I - + IO OO OOE HI UB HI ontrol O X X OWE U V.A AX I W K VIEO UB HI EU EE X O U E E E EE Video OJEO HI W V 0.A olor Key ontrol Video Audio B HI oc. H crestron.com/digitalmedia

69 X owerful Boardroom Using and A he example below shows a boardroom using and A. restron igitaledia esign uide he -X connects to the control system via Ethernet and to the wall plates via igitaledia A. he two room controllers and two computer centers connect to the -X via igitaledia. he first room controller (--00-) sends video to the projector via HI. he second room controller (--00-) sends video to a monitor via HI, connects the UB keyboard and mouse, and controls the Blu-ray player via I. he computer center (-X-0-) at the podium sends Blu-ray audio and video to the -X. he computer center (-X-0-) at the conference table sends audio and video from the laptop to the -X, and mirrors the laptop display on a local monitor. W IO UB HI HI EE HI EU K AV OO E OJEO EO -X HI IIA A OE IO HI EEOI., OKH, J 0 -A- - HI OO HI U A B E I A B E I A B E I A B E I A B E I A B E I A B E I A B E I U HI OE OE HI HI HI O- HI EO EO EO EO HI HI HI OE IO b/ r//o IF IO OOIE OOIE -VI-A -VI-A OE IO b/ r//o IF IO HI 00-0V~.0A 0/0 Hz --AE- O O O O E HI UB HI X X VI- -VI- V 0.A AX O I W K VIEO UB HI --AE- EU EE IO olor Key ontrol Audio HI IO E OFEEE E AO UB HI UB HI HI B IO EU - X O U E E E EE W V HI 0.A IO OO OOE X V.0A AX I O I HI UB HI W K VIEO UB EU EE OA OIO HI OIU EVIEW OIO E & KEBOA HI HI OO -X BU-A HI OO UB HI HI B IO EU -X-0- - X O U E E E EE W V HI 0.A OO oc. H crestron.com/digitalmedia

70 OFF O O XX restron igitaledia esign uide -X-0- BO with restron onnect It he example below shows a simple, low-cost point-to-point AV presentation solution with BO source. EE I HI X XO I OO OOE EU V 0.A AX HI IO O HI XX IAO V 0.A OO IA VI VIEO VA IO HI OO E olor Key ontrol Audio VA HI isplayort -X-0- with Installed ources he example below shows a simple, low-cost point-to-point AV presentation solution with installed sources. V V HI I HI OO IA OOIE OO IO -X- HIEE WIE AI HI EVE AV O IAOI EE E O OAE E AV K O VIEO BK I O- VIEO VIEO IO O HI XX IAO V 0.A isplayort acbook VI VIEO IO VA HI E BU-A H EE OO E EO olor Key ontrol omposite Audio VA AE HI isplayort igitaledia oc. H crestron.com/digitalmedia

71 restron igitaledia esign uide Appendix E: In-epth ook at HI High efinition ultimedia Interface (HI) is an uncompressed, all digital AV interface. By delivering crystal clear, all digital audio and video via a single cable, HI dramatically simplifies cabling and provides consumers with the highest quality AV experience. onsumers using HI devices supporting have the comfort of knowing that they have access to premium content now and in the future. ontent providers (movie studios and television networks) are requiring that devices transmit video to only protected outputs that use. Because HI is a digital interface, it has lossless transmission and provides the best video quality unlike analog video. he difference is especially noticeable in low brightness scenes and at higher resolutions, such as 00p and K. igital video is sharper than component video and eliminates the softness and ghosting found with component video. he small high-contrast details, such as text, especially show this difference. HI combines video and multichannel audio in a single cable, eliminating the cost, complexity, and confusion of multiple cables currently used in AV systems. his is particularly beneficial when equipment is upgraded or added. HI supports two-way communication between the video source (such as a V player) and the V, enabling new functionality such as automatic configuration. By using HI, devices automatically deliver the most effective formats (such as 0p vs. 0p, :9 vs. :) eliminating the need for external intervention to identify the best resolutions and audio formats. HI has one cable carrying uncompressed digital video and audio. here are two primary reasons for HI problems: bandwidth and complexity. Uncompressed video requires enormous digital bandwidth, which is difficult to push through copper wire. opular features such as K resolution can be added. here are a number of products appearing on the market that attempt to address this issue. equired ata ates with HI Overhead 0i 0 fps :: 0p 0 fps :: 00p 0 fps :: K or 0 fps :: K 0 or 0 fps ::0. bit/s. bit/s. bit/s.9 bit/s.9 bit/s oc. H crestron.com/digitalmedia

72 restron igitaledia esign uide HI is a full-duplex digital communications interface. HI takes advantage of its digital nature and adds several communication mechanisms to automatically control and encrypt content. HI does not scale well. ince digital control is relatively new to most of the major AV distribution players, the learning curve has been very steep. hough much more complex than analog, HI is not nearly as complicated as home automation, Ethernet, or any of the myriad wireless protocols. ompanies with experience in these fields are in a position to implement HI in environments that the designers did not anticipate. omparing Analog and HI ables Analog able HI able eparate audio and video cables obust signals Field termination Inexpensive Installer friendly eliable multiroom distribution istance is rarely an issue o copy protection () support ingle AV cable elicate signals annot be field terminated Very expensive ifficult to run Unreliable multiroom solution imited distance upports copy protection he complexity of HI becomes obvious when HI cables are compared to analog audio and video cables. Analog cables typically consist of one to three wire pairs, depending on the format, and they simply carry an audio or video signal (not both). In contrast, the HI cable consists of 9 wires, which carry high-speed video, audio, and other digital information. he digital audio and video data is encoded into three color channels and a clock channel. Audio is embedded inside the video data and is inserted and extracted at each end. Additional information carried by HI includes the following: he ata isplay hannel () is a two-way communications interface between the source and the downstream repeater or display device. his channel was originally provided to communicate device capability information, which is encoded in. HI devices use to indicate what audio and video formats they support. he interface is also used to set up and maintain encryption. he downstream device, or sink, indicates its presence to the source with the hot plug detect (H) signal, which allows each device to know when a cable has been connected and to start authentication. onsumer Electronics ontrol (E) is a function that provides control to multiple devices over HI using one remote control. A secondary device receives commands from a primary device. Although E wiring is required for every HI port, it does not mean that every HI port has the function enabled. epending on the device and manufacturer,, H, and E signals interact differently. his inconsistency can negatively affect device performance. Additional control signals are associated with HI, but they are beyond the scope of this guide. oc. H crestron.com/digitalmedia