YONKERS, N.Y., July 6, 2010 - From the second the horses storm out of the gate to the moment the lead contender gallops into the home turn, MultiDyne’s LiGHTBoX field fiber transport system delivers the thrill of the Yonkers Raceway to viewers, from a variety of vantage points. MultiDyne, a premier provider of fiber optic, video and audio transport and routing solutions for broadcast and pro A/V applications, has delivered two units of its award-winning LiGHTBoX to Yonkers Raceway, which employs the systems to transport video from cameras located in strategic spots on the racetrack and the entire complex. Read more…

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HD-1500 and RGB-5000 Solutions Give the Public a Glimpse Inside NASA Control Room

LOCUST VALLEY, NY, APRIL 27, 2010 – MultiDyne Video & Fiber Optic Systems, a premier provider of fiber optic-based video and audio transport and routing solutions for broadcast and pro A/V applications, is helping NASA TV document history at the NASA Goddard Space Flight Center in Greenbelt, MD. With several major space missions, NASA TV’s production team called upon MultiDyne to provide its HD-1500 fiber optic link and RGB-5000 systems to transport video from the center’s Space Telescope Operations Control Center (STOCC). These solutions moved video from across campus to the NASA TV control room, capturing several exciting moments in national history and displaying them for the public on NASA TV.

Two years ago, the TV production staff at the NASA Goddard Flight Center began looking for a video transport solution that would take advantage of the NASA campus’ robust fiber optic infrastructure. Production staff met with MultiDyne representatives at the National Association of Broadcasters (NAB) convention to discuss their needs and equipment criteria for NASA projects. As MultiDyne equipment features HD video capability and adheres to SMPTE standards, the center’s TV production manager selected the HD-1500 and RGB-5000 solutions, with plans to upgrade to the DVI-6000.

The MultiDyne HD-1500 supports the distribution of digital signals from 5 Mbps to 1.5 Gbps over singlemode fiber, transporting video from three Panasonic cameras installed in the STOCC to the NASA TV control room.  From there, video of the action-packed control room is used on NASA’s full-time satellite TV channel, on a daily “STOCC Update” TV program as well as for B-roll for various news organizations, documenting history for the public. In addition to the shots of the STOCC, the TV production staff also used MultiDyne’s RGB-5000 to transport real-time animation from NASA’s telemetry programs, incorporating high-resolution data from the spacecraft into NASA TV’s live programming. Recent NASA missions that were filmed include Servicing Mission 4, the final servicing mission for the famous Hubble Telescope, and the landmark launch of the Lunar Reconnaissance Orbiter (LRO), which represents the first step in NASA’s return to the Moon.

“Using our products, NASA TV has been able to design a high-tech system for transporting video across its campus, making sure that HD video of NASA’s milestones is available to the public,” says Frank Jachetta, managing director, MultiDyne. “It’s a thrill for us to be able to work with such a visionary agency as NASA and we look forward to continuing to provide it with our proven solutions for all of its fiber optic video transport needs at the Goddard Center.”

Applications, Applications for Video Fiber Optic Transport, Fiber Optic Transport Systems for Broadcast Television, Longer Distances, News

LOCUST VALLEY, NY, FEBRUARY 2, 2010 – As the Olympic torch is carried into BC Place Stadium for the official opening ceremonies of the Vancouver Winter Games, MultiDyne Video & Fiber Optic System’s HD-1500 Fiber Optic Link will be in action transmitting signals from the announcer booths and red carpet. MultiDyne, a premier provider of fiber optic-based video and audio transport and routing solutions for broadcast and pro A/V applications, was chosen to supply its HD-1500 and LiGHTBoX^® field fiber transport systems for the Canadian broadcast by CP Communications, the largest provider of wireless equipment to the sports broadcasting industry.

For this year’s opening ceremonies, CP Communications required the option of monitoring both HD and SDI signals and wanted to transport video back and forth from its client’s announcer booths to the network’s broadcast trucks. As a longtime user of MultiDyne equipment and with over 60 HD-1500 links in-house, CP Communications knew that the HD-1500 was one of the few products on the market designed for monitoring multiple formats in one single unit. With this in mind, the HD-1500 was incorporated into booth kits assembled for the client’s French, English, combined French/English mix and red carpet announce booth kits of equipment to be used during the Games’ opening ceremonies.

“Reliable products are important for any project, but the Olympics and the live broadcast of the opening ceremonies absolutely steps up that need a notch,” says Kurt Heitmann, senior vice president of sales for CP Communications. “Security is also tighter for a major event of this stature, so you have to be able to rely on the equipment you ship in because you don’t have the opportunity to replace a product if it stops working. We have never had a failure with a MultiDyne product, and that gives us the confidence to recommend the HD-1500 to our customers, who are very comfortable using a high-quality solution like MultiDyne’s HD-1500 at this year’s opening ceremonies.”

Beyond its reputation with CP Communications for reliability, Heitmann also touts the HD-1500 as user-friendly, noting that the solution is easily rack-mountable unlike other smaller devices on the market that do not come with rack mounts. Further, as other products have much smaller displays, Heitmann appreciates the HD-1500’s large LED indicators for data rate, HD, lock and power that aid users who need to quickly identify certain functions.

In addition to the HD-1500 links, CP Communications will also provide clients at the Olympics with custom LiGHTBoX field fiber transport systems that will be used to transport audio and data bi-directionally as well as provide two-wire to four-wire communications for the camera operator.

“With MultiDyne, you can customize just about any product,” says Heitmann. “Their customer service is above and beyond and they are very flexible; they will work with you to develop unique, cost-effective products for you and your customers. We worked closely with them on the custom LiGHTBoX units and we just wouldn’t have been able to do that with some other manufacturers. As a company, we think MultiDyne is tops.”

The HD-1500 and LiGHTBoX units will be used at this year’s Vancouver Winter Games beginning February 12, 2010. For more information on the HD-1500 or LiGHTBoX, please visit www.multidyne.com.

Applications, Applications for Video Fiber Optic Transport, Broadband Cable Television Transport, Broadcast Television Transmission, Fiber Optic Transport Systems for Broadcast Television, Multiple signals, News, Uncategorized

I recently had a customer at the IBC show ask me about extending DMX lighting control signals over a MultiDyne fiber optic link.  The customer also needed to extend the 40 channels of audio over fiber.  Please see my recommendations below:

Regarding your other requirement, we have the DAM-4000 40 channels of analog audio transport.  This should me all your analog audio transport needs.  I’ve downloaded of research on the DMX lighting control format.  It is a form of RS 485 communication.  Please find the Wikipedia entry below:

http://en.wikipedia.org/wiki/DMX512-A

It appears that it is RS-485 with the baud rate of 250K.  our FMX-100 will provide RS-485 communication over one or 2 fibers.

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SilverBULLET 3G Fiber Link

• Get a 3G HD–SDI SMPTE mini Fiber Optic Link at the cost of a 1.5G link.
• Priced at $749 per end including Power Supply and Pelican style case.
• Why pay more for less?
• Save on Power Supplies and Pelican case and upgrade to 3G SMPTE for the same cost.

The SilverBULLET is an economic solution designed for transmission of SDI and HD–SDI TV signals on single mode fiber optic cable. Perfect for today’s professional and broadcast applications.  At just three inches in length, this cost–effective solution is ideal for a wide variety of pro A/V and broadcast applications, including video production and editing, ENG with additional uses for sports teleproduction, field production, remote camera links, cross oh–campus production, pre–fibered venues and courtesy feeds.  The SilverBULLET is designed for simple, single hop, 3G HD SDI fiber optic runs with a clean signal at the start. Longer fiber optic runs and multiple hops will start to accumulate jSilverBULLET now ships in a compact pelican style carrying case.  The carrying case holds one transmitter, one receiver, and two power supplies.

When designing a 1.5G or 3G HD SDI fiber optic system, proper management of signal integrity and jitter is critical.  If the noise or jitter characteristics of your HD SDI signal are not carefully managed and reduced with re–clocking circuitry, it is possible that your HD SDI signal becomes so noisy and full of jitter that the signal degrades beyond repair and recovery.  For better Jitter Management and Reclocking it is recommended that a fiber optic transport system be used with HD SDI re–clocking such as the HD–1500 1.5G HD SDI fiber optic link or the HD–3000 3G HD SDI SilverBULLETBUSilverBULLETBULLET

BULLET™ Mini 3G HD/SDI Fiber Optic Link. Now less than the cost of 1.5G. $749/end with PS & Pelican Case

• An economical solution for the fiber optic transport of 19.4 Mbps to 3 Gbps HDTV signals
• Supports the SMPTE 424M 2.97Gbps, SMPTE 292M 1.485 Gbps and SMPTE 259M 270 Mbps standards
• Typical Link Distance up to 30KM
• Get a 3G HD-SDI SMPTE mini Fiber Optic Link at the cost of a 1.5G link
• Priced at $749 per end including Power Supply and Pelican style case
• Power 5-16 VDC with 4 Pin XLR

New SilverBULLET Power Clip that eliminates the need for an additional power supply.

MultiDyne is also introducing a new SilverBULLET Power Clip that provides the SilverBULLET with power via the DC power output on a camera. As other camera mounted fiber transport systems add additional weight to the camera, they can throw off the center of gravity for a cameraman, making it difficult to operate a camera that is off balance. The SilverBULLET Power Clip, when combined with the SilverBULLET, provides a small and lightweight 3G HD-SDI fiber transport solution powered by the camera.

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HD-1500 Fiber Optic Link Used in ActionCam’s Final Four Debut; Upcoming HBO Production

LOCUST VALLEY, NY, AUGUST 11, 2009 – While ActionCam’s aerial camera made history flying over the Michigan State vs. University of Connecticut showdown during the CBS 2009 NCAA Final Four, a tiny fiber optic link provided by MultiDyne Video & Fiber Optic Systems was working overtime transmitting the broadcast’s HD-SDI and SDI TV signals. MultiDyne, a premier provider of fiber optic-based video and audio transport solutions for broadcast and pro A/V applications, supplied the company’s HD-1500 Fiber Optic Link incorporated into ActionCam’s aerial camera, ensuring seamless transmission during the Final Four broadcast.

“Getting an over-the-court shot for the first time in live broadcast basketball was a major component of our company’s national debut, and MultiDyne was a part of that,” says PJ Bennett, president and CEO of ActionCam, a next-generation aerial camera provider specializing in sports events, feature films, entertainment and commercials. “We’ve been using the MultiDyne HD-1500 link from day one, and it is a primary element of our aerial camera system. When we do an event like the Final Four for a major network, we have to get video routed from our camera to the production truck, and then to the network’s production truck. We go through a lot of chains, and MultiDyne’s HD-1500 fiber optic link allows us to send high-quality video, across long distances, on a singlemode fiber without any transmission or display errors. It works flawlessly.”

The MultiDyne HD-1500 is used in the camera head of the ActionCam aerial camera system to send video to the ActionCam production truck, supporting rates of 5 Mbps to 1.5 Gbps. Using singlemode operation, the link distance for the HD-1500 is up to 12.4 miles (20km) at 1.485Gbps. In addition, multiple MultiDyne HD-1500 units are used in the ActionCam production truck to route video to the network’s truck and then to the operator station. The HD-1500 is available in stand-alone and compact rack-mount configurations, simplifying installation in mobile production trucks and giving ActionCam the ability to rack six units using one rack. ActionCam’s full set-up of broadcast-quality HD camera equipment for aerial shots also includes a Panasonic HC 1500 camera and Fujinion HD lens. MultiDyne’s HD-1500 will also be used in future ActionCam projects, including the September 19 Floyd Mayweather “comeback” fight that will be filmed for HBO from the MGM Grand in Las Vegas.

“For a major national broadcast, high-quality, fully SMPTE compliant, fiber optic transport gear is the only way to go,” says Jim Jachetta, senior vice president of engineering and product development for MultiDyne. “Now more than ever there’s a demand for smaller solutions with the capability to transport HD video over longer distances, and the reclocked, jitter eliminating HD-1500 is designed to do just that. ActionCam’s overhead shot of the Final Four was truly groundbreaking, and we’re proud to have been a part of getting that killer shot for the viewers at home.”

For ActionCam, beyond selecting a fiber optic link with HD video capability, a key factor was cost efficiency. “One of the things we provide to the industry is a better aerial camera system at a better price, so we need to be focused on building our systems at the best cost we can,” says Bennett. “MultiDyne’s HD-1500 is a low-cost solution that fits our needs. What’s even better is that not only is the MultiDyne solution cost-effective, but it also provides looped inputs and dual outputs, so we can get our video routed without a separate router switch.”

The loop through input is equalized, re-clocked and buffered, and the solution also provides for dual re-clocked outputs. Several SMPTE standards are supported, including SMPTE 292M 1.485 Gbps, SMPTE 259M 270 Mbps, SMPTE 310M 19.4 Mbps, M2S or DBV-ASI 270 Mbps, SMPTE 344M 540 Mbps and SMPTE 305M SDTi rates.

About MultiDyne:

For more than 30 years, MultiDyne has been a leading provider of innovative and outstanding video and fiber optic-based transport systems for the broadcast, cable, satellite, production, digital cinema, pro A/V, corporate, retail, surveillance, teleconferencing, judicial arraignment, transportation, government, military, and healthcare markets. MultiDyne’s fiber optic transport systems for video, SDI, 3G HD, DVB/ASI, VGA, DVI, HDMI, audio, AES, Ethernet, data, CATV, as well as the company’s other broadcast accessories are used worldwide by such industry leaders as ABC, CBS, NBC, CNN, RAI, BBC and the Department of Transportation. MultiDyne provides a seven-year warranty on its core product line. For more information, call MultiDyne at 1-877-MULTIDYNE or 1-516-671-7278, visit the company’s Web site at www.multidyne.com, or send an e-mail to sales@multidyne.com.

# # #

Media Contact:

Kate Lee

D. Pagan Communications, Inc.

631-659-2309, ext. 21
katel@dpagan.com

Company Contact:

+1 (516) 671-7278, Ex 302

marketing@multidyne.com

Applications, News, User Report ActionCam, Final Four, HBO, HD-1500 Fiber Optic Link, Mayweather

Frank Jachetta of MultiDyne Video & Fiber Optic Systems

Frank Jachetta – Senior VP of Sales and Operations
MultiDyne Video and Fiber Optic Systems

Frank, can you first fill us in on your background?

I hold a Bachelors degree in computer science and started in the industry as a circuit board designer and firmware developer. I have transitioned into a sales and operations position, but still enjoy being involved in product development.

What is the history of MultiDyne?

My father Vincent started MultiDyne in 1977 by building the first portable colour bar generator. MultiDyne then went on to create the first hand held signal generator. Our signal distribution background started with long-haul, cable equalizing DAs and has now evolved into a full line of fibre optic transport products.

What are the main product lines of MultiDyne?

MultiDyne comes from a broadcast background, but as convergence becomes a reality, many of our products carry over or focus on pro-AV, high end surveillance, intelligent traffic systems, military, government and simulation.

Our focus is high quality, point to point fibre optic transport. We can transport virtually any signal over fibre optic cable including composite, component and HDSDI video, high resolution graphics such as DVI dual link and RGB, AES and analogue audio, and much more.  Another product line is the field rugged, fibre optic transport working in conjunction with our tactical cable assemblies. In fact, the LiGHTBoX 1150 won two awards at IBC in 2008.

Which applications represent the current “sweet spot”?

I would have to say the optical router (EOS-4000) in conjunction with the DVI/RGB Fibre Link (DVI-6000).   When these two are installed in concert, it is no longer just a point to point device, we can distribute from one point to many points, such as multiple screens with the same content. Or, with a touch of the remote control, different images can be displayed on each of those same screens. DVI, DVI-DL, NTSC, PAL, RGB or YPbPr can be transported over the same link, so regardless of the source and destination signal requirements, one device can carry any of these signals. Audio also comes along for the ride and soon, USB!

Fibre optics is clearly a main component, how has this evolved in recent years?

With the advent of HDSDI and its tremendous proliferation, fibre has moved from being a luxury to becoming a necessity. Depending on cable types, HDSDI can only travel a few hundred feet over copper. This removes the option of copper from even a large room, not to mention a building, campus or metro area.

Does fibre compete favourably with copper?

Until it became a necessity, copper was more favourable due to fibre’s higher cost and fibre frailty. Fibre also had a stigma of being too difficult to terminate. However, with the increasing cost of copper, rugged tactical fibre and field termination kits, fibre has become more favourable than copper. In fact I was onsite for a railroad installation, standing in a tent on a windy winter day while the technician there terminated ST connectors onto fibre in a matter of seconds!

What future do you see for 3G transport?

Of course one day 3G will go the way of the VCR and vinyl records, but for now, the future of 3G transport is bright. The higher resolution 3G or 1080p HDTV is supported by many consumer displays and has proliferated into broadcast productions. 3G can be used to transport dual link HDSDI by multiplexing two 1.5G HDSDI streams into one 3G stream for digital cinema.  3G or HDTV 1080P is also used in sports and television productions. The 3G HD signal format is often used as the transport format of choice. Various types of signals are converted to and from the 3G format. This holds true for our DVI/RGB fibre link which converts DVI to 3G for transport or cross conversion. This way the 3G can pass through other 3G devices and routers easily, before it is converted back to DVI or simply left in its new 3G form.

How has the current business climate affected you?

I feel as an industry, even outside of fibre, we are all very blessed by the explosive growth of high resolution video content and the need to distribute it. With the mandates of changing over to HD, all the new video services that consumers have available and are willing to purchase and the proliferation of multimedia into all aspects of life, I am cautiously optimistic that our industry will not just weather these difficult times, but thrive.

Would you like to make a few predictions about the future of the media industry once the financial crisis is behind us?

Although the word convergence has become a cliché, I feel this is our future. When a single broadband conduit is brought to the home it will not just bring voice data and video, but will bring on demand services of very specialized content as easily as accessing a web site. When you can access various HD camera views at will, while watching baseball; when you can shop interactively, or take a real-time virtual walk through the summerhouse you are about to rent 3000 miles away, this is the future.

Current on demand and fibre to the home are a glimpse of what’s to come, but as the economy improves and the infrastructure is expanded, these services will quickly become reality. Of course, the broadband conduit to the home will be fibre.

Edition 71

2nd quarter 2009

Applications, News, User Report 1080p, 1080p over fiber, 3G HD Fiber Link, 3G SMPTE, convert DVI to 3G SMPTE, DVI converter, dvi fiber optic link, DVI fiber optic routing switcher, DVI fiber optics extender, DVI for video wall, dvi optical link, dvi over fiber, DVI-6000, DVI6000, EOS-4000, fiber optic routing switcher, HDMI fiber optic link, hdmi over fiber, LiGHTBoX fiber, LiGHTBoX fiber for HD camera, LiGHTBoX fiber link for HD camera, RGB fiber optic extender, RGB optical routing switcher, rgb over fiber

Clear-Com® and RTS® Two- To- Four Wire Intercom Bridge

Orlando, FL, June 24, 2009 – MultiDyne Video & Fiber Optic Systems, a premier provider of fiber optic-based video and audio transport solutions for broadcast and pro A/V applications, introduces the COMMS-2000 Two Wire to Four Wire Intercom Interface at InfoComm 2009 (Booth 4629).

The COMMS-2000 interface allows for the conversion of a single channel of standard or TW party-line intercom to four-wire audio, while also converting call signals to RS-422 data. It also offers the capability to convert the signal back to its original form. The resulting audio and RS-422 data from the COMMS-2000 can then be sent to a Clear-Com Matrix port, fiber optic converter such as the MultiDyne Fiber-Comms or connected to another COMMS-2000 over twisted-pair cable such as CAT-5E. With its excellent hybrid null, offering superior isolation between sender and caller audio, and wide-range level controls, the COMMS-2000 may also be used as a high-quality stand-alone two-to-four-wire converter. It is also a cost-effective integrated component for the LiGHTBoXTM field portable fiber optic transport system.

Ideal for touring situations, the COMMS-2000 offers a lightweight, compact size in a design that does not call for an additional power source, as the COMMS-2000 obtains its DC operating current through the party-line connection on pin two of its XLR connector. Long copper cable runs are no longer required as the COMMS-2000 utilizes lightweight UTP cables. When used with a Clear-Com Matrix system, the COMMS-2000 allows a party-line channel to be connected to the Matrix frame with up to 5000 feet of cable. The COMMS-2000 can easily be rack-mounted, with up to three units fitting across a standard 1-RU rack space.

For systems where only one or two party-line channels are needed, the COMMS-2000 is ideal. Simply run UTP cable from the Matrix frame to the COMMS-2000, which is connected to and powered by the party-line system. A rear panel dip-switch on the COMMS-2000 allows the four-wire audio and RS-422 data to be connected to the RJ-45 jack, instead of an all-inclusive, hardwired DB-15 connector, simplifying set-up.

“When combined with our new Fiber-Comms four wire optical extender for intercom and IFB, the COMMS-2000 becomes a vital component to our user’s intercom-over-fiber transport needs,” says Jim Jachetta, senior vice president of engineering and product development. “With more and more broadcast and AV setups incorporating  intercom communications equipment, the COMMS-2000 allows for intercom connectivity through a standard analog audio fiber optic link.”   In addition to its acting as a visual indicator, when used with two COMMS-2000 units, the call signaling function can be used to trigger relays or functions in other intercom equipment. An amber data LED provides the user with continuous status on the data link between two COMMS-2000 units and will indicate whether or not a proper link has been established. The COMMS-2000 also includes internal jumpers to select different baud rates for the RS-422 data.

About MultiDyne:

For more than 30 years, MultiDyne has been a leading provider of innovative and outstanding video and fiber optic-based transport systems for the broadcast, cable, satellite, production, digital cinema, pro A/V, corporate, retail, surveillance, teleconferencing, judicial arraignment, transportation, government, military, and healthcare markets. MultiDyne’s fiber optic transport systems for video, SDI, 3G HD, DVB/ASI, VGA, DVI, HDMI, audio, AES, Ethernet, data, CATV, as well as the company’s other broadcast accessories are used worldwide by such industry leaders as ABC, CBS, NBC, CNN, RAI, BBC and the Department of Transportation. MultiDyne provides a seven-year warranty on its core product line. For more information, call MultiDyne at 1-877-MULTIDYNE or 1-516-671-7278, visit the company’s Web site at www.multidyne.com, or send an e-mail to sales@multidyne.com.   # # #   MultiDyne, LiGHTBoX, and the MultiDyne logo are registered trademarks of MultiDyne Video & Fiber Optic Systems. Clear-Com and RTS Systems are registered trademarks of their respective holders.

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Media Contact:
Kate Lee
D. Pagan Communications, Inc.
631-659-2309, ext. 21
katel@dpagan.com

Company Contact:
+1 (516) 671-7278, Ex 302

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Please click below for the MultiDyne Short-Form Product Catalog on the entire video and fiber optic transport systems product.

MultiDyne Short-Form Product Catalog on the entire video and fiber optic transport systems product.

For more than 30 years, MultiDyne has been a leading provider of innovative and outstanding video and fiber-optic-based transport systems for the broadcast, cable, satellite, production, digital cinema, pro A/V, corporate, retail, surveillance, teleconferencing, judicial arraignment, transportation, government, military, and healthcare markets. MultiDyne’s fiber optic transport systems for video, SDI, 3G HD, DVB/ASI, VGA, DVI, HDMI, audio, AES, Ethernet, data, CATV, as well as the company’s other broadcast accessories are used worldwide by such industry leaders as ABC, CBS, NBC, CNN, RAI, BBC and the Department of Transportation. MultiDyne provides a seven-year warranty on its core product line. For more information, call MultiDyne at 1-877-MULTIDYNE or 1-516-671-7278, visit the company’s Web site at www.multidyne.com, or send an e-mail to sales@multidyne.com.

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