dbTechnologies, low profile in style at Prolight and Sound

(L-R) Marco Cantalù and Enrico Gamberoni

Present in full force with their big VIO L212 system in listening test, the italians guys from dbTechnologies also unveiled in Frankfurt two self-amplified newbies, practical and very well thought out:

– The small point source VIO X205 loudspeaker,
– And the ultra-flat VIO W10 wedge monitor.

To answer our questions we met on their Prolight+Sound stand in Frankfurt the Product Specialist Marco Cantalù and Enrico Gamberoni, dbTechnologies’ engineer, as fluent in acoustics as in marketing, and therefore analysis and transmission belt between the two departments.

VIO W10: flounders, better behave!

SoundLightUp : Where did the idea of an ultra flat wedge monitor come from?

Marco Cantalù (dbTechnologies Product Specialist) : We had discussions with the San Remo Festival teams, television channels and event service providers and they all told us they wanted to have “invisible” products. So we almost played around the idea and decided to start by employing compact transducers, but and still able to offer pressure and frequency response sufficient enough for professional use, without being “rock’n’roll”.

Ever seen a wedge monitor passed under a steamroller? Here comes the VIO W10, shown here without its protection grille. The grooves in the front have no acoustic vocation, they’re just here to lose a little more weight!

SLU : Other brands have used arrays of 4“ transducers since ages…

Enrico Gamberoni (Analyst & Market specialist) : No doubt, but not in ultra flat, amplified wedge monitors with variable directivity. (laughs)

Marco Cantalù : So, we have four wide range 4″ and a 10″ extremely flat speakers. These five transducers are connected to a 4-channel DiGiPro G3 amplifier with a total peak power of 400 W. Two outputs of this amp are in bridge mode for the 10″, and the other two channels are used on the two 4″ external ones for one channel, and the last one on the two internally positioned 4″.

A detailed view of the plate comprising audio, network and sector input and output ports, but also the local settings including the directivity of the mid-frequencies lobe: standard, tight, wide and deported.

This amplification set-up allows, via the internal DSP, to vary the directivity electronically by adjusting delay and filters. We have 4 positions. A normal, one where the lobe is enlarged, one where it is tightened and a last one where it is pushed back a few meters away which gives a wider use angle.

These four presets are inserted and selectable directly from the W10, but as it has a network port, it can also be controlled remotely. The connectors are IP65, which gives it the opportunity of outdoor use, and it could in the future be used as well hanging on a wall to further reduce its space on the ground, for example in a small jazz club.

SLU : The loading volume is compact, and I do not see any vent…

Enrico Gamberoni : There’s none. We went for closed load. This wedge monitor is a complex project, as we have different time alignments with the five transducers, and bringing in a vent with its turbulences would have complexified the whole lot and reduced the efficiency of the electronic waveguide.

I told you this wedge monitor IS flat, here’s the proof. Pay attention to the additional slit underneath the bottom part of the cabinet, designed to let all the cabling (audio, mains, network) pass discreetly through the loudspeaker.

SLU : Is it ready to take all the beatings a wedge monitor usually undergoes?

Enrico Gamberoni : Absolutely. It’s easy to carry around, less than 14 kg lightweight, and its grille is reinforced and step-proof. You can walk on it, the transducers are well protected. The max. SPL is 126 dB and the frequency response reaches 68 to 14 000 Hz at -6 dB. This opens the doors to TV sets, events, and all cases where the « low profile », in every term, is of the upmost importance, and more important than strictly power and dynamics. This is typically a niche product, ready to meet a lot of needs and peculiar requests.

VIO X205 : versatile in a (small) box

Second new product unveiled at Prolight+Sound, coming in two models, the X205-60 and the X205 -100. This is a small point source speaker designed around a 1.4” driver with constant directivity waveguide, with either 60°x60° or 100°x100° directivity, and in both versions flanked by two low frequency 5” woofers.


The VIO X205-60 without its front grille. For better and faster recognition, the front grille, also acting as phase coupler for the two 5“ transducers, bears a “60 x 60” mark on its right. Otherwise, just look at the depth of the driver, if it’s recessed then it’s a 60° version.

SLU : Active or passive ?

Enrico Gamberoni : Active, 2-way. The filter acts @ 1.5 kHz. The amplifier module is also home made. It is a DiGiPro G3, same generation as the one inside the W10 wedge monitor, it is very flexible indeeed. The big advantage of this little loudspeaker is that it can reach 85 Hz at -3 dB with its two 5“, which means for a conference I don’t need anything else. Via RDNet, I can program in the on-board DSP a delay up to 20 meters, so its use as lipfill is very simple indeed.

Look above the VIO S218 stacks in the listening area, these are actual X205s.

The max. SPL is 126 dB. The two openings bring a lot of versatility. At 60° the throw is enhanced, at 100° it is more pleasant in close reach. It can be hung in any way you need, and has a bottom hole for pole mounting. Despite its size, the cabinet is made of wood and its total weight is 7 kg only. The number of applications is almost infinite, stage, theatre, event, worship halls…

The VIO X205-100 mounted on its yoke, one of the many ways you can install it. son étrier, un des nombreux moyens de l’exploiter. Notice the two vents top and bottom of the enclosure.

SLU : Enrico, your power and SPL data seem very reasonable…

Enrico Gamberoni : They are indeed. First of all, we made the choice to work with the same measurement norms on all the VIO range, dans the GLL files are downloadable directly on our Website. Regarding the max. SPL, we integrate pink noise during 5 minutes with a peak factor of 6 dB.

We do this in our anechoic chamber, where we have a robotized arm, allowing us to find the best measurement point in the polar field, then we position the microphone at 3.25 meters distance, and then recalculate the value at one meter. Regarding the power delivered by our modules, it goes the same way. We don’t artificially overestimate our data, since the watt by itself doesn’t really mean anything.

Four VIO L212 on their dolly, it is the VIO range flagship and a very nice unit, musical and rock at the same time.

Knowing what the unit can handle is no big deal, opposite to what SPL it can deliver. (laughs) It is the same with the settings of our protections.
We don’t fool around with the SPL war, limiting in multi-bands the low frequencies before the other bands, just to display some extra dBs, at the expense of the general rendering quality. When we start going into limitation, we do it over the whole spectrum to preserve the sonic balance.
More information on dbTechnologies Website.

 

Chauvet Ovation E 260 WW Profile: extensive SoundLightUp test

Chauvet has been focusing on professional products for some time now, offering innovative and effective lighting fixtures. Their Ovation range pairs LED sources with the highest standards of conventional fixtures. We chose to test the E 260 profile in the warm white version.

Chauvet Ovation E 260 WW Profile Spot.

The fixture

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The E 260 comes in different versions: WW, Warm White, and CW, Cold White.
We tested the E 260 WW, whose color temperature we measured at 3250 K, with a CRI of 97. That already tells us a lot…
The unit consists of two distinct sections: the light engine and the lens tube. The light engine includes the source, its cooling system and the electronics.
It features a barrel equipped with a set of four framing shutters and allows you to fit fixed-angle lenses (14°, 19°, 26°, 36°, 50°). It can also mount two zoom lenses (15°-30 °, and 25°-50°) which have shutters directly incorporated. We tested a unit with a 15°-30° zoom configuration.

Interior/exterior design of the fixture

The Ovation E260 WW in use.

The unit is long and tapered, with its lens accentuating its long-throw spotlight look. The very long yoke takes up vertical space (about 40 cm) when it is mounted, but offers the possibility to orient the fixture so that it can be positioned with no obstacles, especially when mounted horizontally with yoke underneath the body, or simply as a down light.

The lens is fitted into a circular mount – a bit like a camera lens – with a quarter turn and is locked by two knobs located on the light engine assembly. Unfortunately, the tightening is done directly with the end of the screws that clamp the lens mount, which means that you end up digging into the aluminum in different places very quickly.
It would have been sufficient to have a system of rounded shims on the end of the screws to ensure that they can be tightened without damage.
On top of the light engine, there is a large ring for attaching a safety cable.

The inside of the light engine assembly. To the right is the optical unit in its conical housing, and the heat sink on which the fan is mounted.

By dismantling the unit, we gain access to the inside of the light engine. This is spacious and airy. The front gives way to the large output lens, which is fixed with four screws directly in front of the LED source.
The source is about 3 cm in diameter, and is coupled using thermal paste to a huge heat sink, which is itself equipped with a large fan that covers almost all of its rear surface. The power supply is located at the bottom of the housing, and the control PCB is positioned against the rear panel.

The exposed LED source and, next to it, the optical unit.

At the rear is a handle for moving the fixture, the connection panel and menu controls.
The power supply is connected here via a PowerCON input with an throughput connector (remember that the unit absorbs less than 250 W, so you can chain a few of them on a single line!), and the DMX input/output connection is also duplicated on both XLR3 and XLR5.


The exposed LED source and, next to it, the optical unit.

The optical section is quite conventional and is based on the familiar operation of some standard traditional lenses, such as the double knob for moving the zoom and focus lens carriages, with the focus adjustable by extending a crank located on the larger knob. This adjustment is straightforward, smooth and precise.

A lateral inspection hatch that closes with a simple captive screw allows easy access to the lenses for cleaning. However, we don’t find any means of preventing the lens from falling accidentally. A small cable connecting it to the light engine would have been appreciated.

Just in front of the framing shutters is a sliding hatch, held in place by two captive screws, which allows access to the slot provided for a gobo holder. Closing the trapdoor prevents light from leaking out. The shutters are well designed. When fully inserted, they do not protrude beyond the maximum width of the fixture. In other words, when you lay the fixture flat, you don’t risk bending the ends of the shutters… No, really, this happens a lot!
The movement of the shutters, as you would expect, allows you to obtain any desired shape. It’s easy to work with them, nothing gets stuck (well, the unit is new, this would be bad…).
The barrel of the fixture can be rotated to allow the orientation of the shutters, to form a “diamond” if necessary.
A gel frame holder completes the unit, it allows the installation of gelatins with an output diameter of 17 cm.

Various views of the beam. In the shadows top right, you can just make out the theatre lighting designer Karine Tison on her scaffold, adjusting the fixture.

What’s on the menu

Configuration options for the E 260 WW can be accessed by means of a small display and four keys. You can select the control configuration between modes with 1, 2, 3, or 6 channels.
“6 canaux pour une découpe d’une seule couleur ?” S’interrogeront certains d’entre vous… Hé oui chers amis !
“Six channels for a single color profile?” Some of you may ask… Yes, my friends!
In addition to a 16-bit dimmer (thus, with a “fine” parameter), the six channels of the extended mode offer access to a strobe channel, an “auto-programs” channel that allows different programmed “flashes” to be triggered, a channel to adjust the speed of these “auto-programs”, and a channel used to remotely configure the four different dimmer modes, which range from OFF to curves 1, 2 and 3.
The 3-channel mode consists of dimmer, fine dimmer and strobe channels. The 3-channel mode consists of dimmer, fine dimmer and strobe channels.
The 2-channel mode is limited to dimmer and fine dimmer, while the 1-channel mode provides dimming from 0 to 100%. The 2-channel mode is limited to dimmer and fine dimmer, while the 1-channel mode provides dimming from 0 to 100%.


The dimming curve from 0 to 100%.

The dimming curve from 0 to 10%.

In the menu, the “static” mode provides access to direct local control (dimmer and strobe), and the fixture remembers this information, even after it has been turned off. This way, you can configure it and then turn on the projector whenever you want via a direct mains switch (I said a switch! Attention: not a dimmer!) and it immediately returns to its previously configured state. This is particularly useful in architectural, decorative and museological applications, for example.
The “Dimmer mode” function allows you to assign one of four different dimmer curves to the fixture. We’ll come back to this further on. You can select the operating frequency of the LEDs from six different settings (from 600 Hz to 25 kHz) via the “LED Frequency” tab. For some video applications, this can also be useful. You can also access information on the operating time of the device, the setting of the backlight of the display, etc. In short, there’s everything you need and more to configure this lovely luminaire!

Measurements

Derating: The derating curve. The output stabilizes quickly.

We turn on the fixture at full power and measure the illuminance at the center every five minutes to plot the derating curve, i.e. the attenuation of luminous flux due to heating.
The light output stabilizes between five and ten minutes with an attenuation of 7%, which is very good.
We can then perform photometric measurements at a beam angle of 20°, from which we can derive the luminous flux of the fixture.

At a distance of 5 m from the target, the illuminance at the center of the field reaches 11,180 lux when cold and 10,400 lux after derating. From this we obtain a luminous flux of 13,280 lumens cold and of 12,340 lm after derating from a single 230 W LED source! This is more than some equivalent fixtures with 2000 W lamps!
This is a big surprise because, although we know that many LED sources are now capable of quite amazing performance, we didn’t really expect such a “punch” from this product.


The light

Jocelyn Morel, the author of this article, in the beam of the Ovation E 260 WW. The fixture is located at 5 m, and the beam angle set at about 20°.

The light is clean, though its distribution is not perfectly uniform at all zoom settings. When zoomed in tightly, it’s impeccable; when zoomed out, there’s a little more light in the centre. The optical principle of this unit must be responsible for this phenomenon.
We can also observe in the haze, where the beam emerges, a kind of “rod” of light that forms at the centre of the beam (like a beam within the beam), which is slightly visible for several tens of centimeters in front of the lens.
Anyway, this is not a real defect, and it poses no real problem. It is just a characteristic of the fixture.
The flux is generally well directed and the focus is crisp and precise. The tight beam still requires at least six meters of distance for a clean and tight beam without any iridescence.

Some different aspects of the beam.


At less than this distance, a very slight orange halo encloses the edge of the beam. From about 17° and wider, this phenomenon disappears. As we noted above, the framing shutters are effective. The sharpness on all the shutters is really very clean, at short or long distances.

A difficult task for a profile: a beam firing at an angle (here about 45°) on an inclined surface; some compromise on sharpness is required. Our Ovation does quite well.

As for dimming, we tried the different dimmer modes. The OFF mode maintains the instantaneousness of LEDs, with a crisp and precise response to both ignition and blackout. The other three modes provide different emulations of the curve of a halogen lamp with an “inertia” that is faster or slower. The simulation is very accurate and realistic.

Since we are talking about emulation, let’s dedicate a few lines to discussing a key issue: the color shift. While a fixture like this, with an LED source at 3260 K, is capable of simulating the inertia of different halogen lamps, it is incapable of simulating the shift in color – the well-known “orange” as the filament is falling towards black. At 5%, 10% or 15%, the beam is obviously still fixed at 3260 K…
That being said, the real question is this: Is it really a handicap for our E 260 WW (and for all products using the same technology) to keep its base color over the entire dimming range? Because, if this is indeed the real difference from halogen, isn’t it actually by using halogen that we had a handicap of color that varied according to the dimming level?

I can already hear those who are nostalgic for halogens shed a tear “as a matter of principle” about the variation in color and the famous “warmth” of the incandescent filaments of their beloved lamps. Nevertheless, it was a real pain sometimes to get the desired color at the desired intensity as soon as you dimmed a little. Just think about the appearance of a Blue 119 at 15% on a PC or a profile… Or consider the head of an actor illuminated with a 201 that was ruined by a profile at 20%…

With a LED, the problem no longer exists; we obtain exactly the same shade at any dimmer setting. In fact, it “corrects” the “problem” that we had finally digested and considered as the “norm” that we couldn’t do anything to prevent… until now!
What if this famous “warmth” of the amber that comes down really only ever mattered on the blinders, the Moles, etc.? In other words, these are sources that mostly make sense when the filaments are slightly glowing and that are rarely used for color. For spotlights, instead, 90% of the time maintaining color temperature over the entire dimming range is a major advantage.


The weather protection of the IP65 version.

Another interesting thing to know is that there is an IP65 version of this profile. It differs from the standard model mainly due to the presence of small flexible caps that ensure the waterproofing of the cables and connectors, but also by its casing, which has been designed to allow cooling without allowing water to enter.

Conclusion

This is a very nice unit that delivers remarkable luminous performance. The future of the “conventional” is in line with everything the lighting designer expects from a usable and well-built profile in 2019, and one that will be there for many years to come.

What we like:

  • The luminous output by itself
  • The lm/W ratio

What we don’t like:

  • The absence of a safety cable on the lens
  • Screws that scratch the aluminum when tightening the lens

Ovation general

More information on the Chauvet Lighting Website.

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The closer, the better: innovative Meyer Sound LEO configuration for Michael Bublé

For the new Michael Bublé tour, the Meyer Sound LEO configuration has been altered to remedy monitoring issues and to provide a more intuitive experience for the audience. This “dual hybrid” audio configuration complements and enhances the production’s split staging.

After a four year touring hiatus, smooth pop megastar Michael Bublé has returned to his adoring fans for 91 shows in North America and Europe. Dubbed “An Evening with Michael Buble,” the 2019 edition relies — as have Bublé’s tours for nearly a dozen years — on a Meyer Sound system supplied by Montreal-based Solotech.

Although the core LEO Family loudspeaker components are similar to those used since Bublé’s 2013 outing, for this tour the configuration has been altered dramatically to remedy monitoring issues and to provide a more intuitive experience for the audience.

Dual hybrid” audio configuration

Essentially, this audio configuration nicknamed “dual hybrid” complements and enhances the production’s split staging: a large end stage accommodating a full orchestra and background singers (up to 38 in total); and a smaller B-stage centered in the arena and connected to the main stage by a catwalk.

The main stage audio system, which anchors the orchestra image and covers the bowl seating up to about halfway back into the arena, comprises typical side and main arrays, but with the main front arrays canted off to the side, as they are not directed for vocal coverage of the rear portion of the arena.
That job is handled by a separate multi-array system flown under the scoreboard, with the two most powerful arrays here covering the rear seating bowl by functioning essentially as a massive delay cluster whenever Bublé is performing on the main stage.

Making the “zero point” follow the walking singer

Michael Bublé’s B-Stage.

However, when Bublé walks out to the central B-stage, the “zero point” of his voice follows along, transitioning in sync so that, when he arrives, his voice is securely anchored directly overhead while the orchestra image remains at the main stage.

As explained by Craig Doubet, Bublé’s FOH engineer since 2007, the original impetus for this novel setup came from Bublé himself.
“Michael loves getting out into the audience on a B-stage, which he has done the last two tours, but he was having a problem with his vocal from the main stage PA bleeding into his mic and then going into his IEMs. It’s distracting when you have a delay of 125 to 160 milliseconds coming back into your ears when you’re trying to sing.”

Craig Doubet, FOH Engineer, Jonathan Trudeau, System Engineer/Crew Chief.

When preparing for the tour, Doubet had a brainstorming session with Meyer Sound Director of System Optimization Bob McCarthy, Senior Technical Support Specialist David Vincent and Digital Systems Product Manager Rob Mele to sketch out possible solutions.
The particulars were engineered in collaboration with the tour’s System Engineer/Crew Chief Jonathan Trudeau and Solotech Audio Projects Manager Patrice Lavoie.

“The upshot is that now Michael is never directly in front of a loudspeaker,” says Doubet. “When he goes to the B-stage, we move his vocal along using some newly developed software in GALAXY.
What’s more, in a segment of the show where a small band joins him at the B-stage to evoke his days playing clubs, the main stage system is turned completely off and we bring up a pair of back-facing LEOPARD arrays to create a self-standing, in-the-round arena system. Michael is now very happy. We’ve made him feel like he’s always singing at the zero point.”

The innovations also help foster a more natural and intimate relationship between artist and audience. “There’s never a disconnect between where you see Michael and where you hear his voice coming from,” says Doubet. “When you see him go over there, his voice goes over there.”

The main stage system for the tour comprises a total of 16 LEO and 44 LYON line array loudspeakers configured across the front/out and side systems.
Twelve low frequency control elements 1100-LFC are flown at the main stage, with front fill from eight MINA and two JM-1P loudspeakers and floor bass anchored by four 900-LFC elements.

The B-stage system comprises two long-throw arrays each with five LEO-M and six MICA line array loudspeakers; side arrays of 14 each MICA loudspeakers; and stage-facing rear arrays of eight-each LEOPARD line array loudspeakers. Flown subwoofers here are 12 700-HP, with two 900-LFC elements on the floor along with 7 MINA loudspeakers for front fill. System drive and optimization is supplied by a Galileo GALAXY 816 AES master processor networked via AVB with seven GALAXY 816 array processors.

This novel configuration aside, the basic elements of the system deliver as expected for Doubet.
“I grew up in this business with the MSL-5 and 6, which were for me the epitome of a vocal box.
LEO sounds like that to me, except it has more power and versatility. Here LEOs are configured to cover the upper decks and it’s beautiful up there — out front as it should be, but rich and smooth all the time.”

He applauds too the consistency of the whole LEO Family, including the LEOPARD arrays, out for the first time with Bublé. “I know I can tune all the boxes the same way and Michael’s vocal will be the same everywhere,” he says. “That’s really my focus for this tour.”

Overseeing all aspects of the intricate staging and AVL technology — filling 19 trucks — is veteran Production Manager Dean Roney, who filled that role on Bublé’s tours since 2005. From Roney’s perspective, Meyer Sound technology and support have proven critical.
“Because of the unique set-up, with around 50 hang points for audio, having all self-powered loudspeakers was essential,” he comments. “And, as usual, Meyer Sound support is awesome. Their team took care of a great deal of paperwork and programming in advance, so we were ready to go from day one.”

Also contributing to the sonic excellence of the tour, alongside Trudeau, are monitor engineers Marc Depratto and Louis-Philippe Maziade.

Michael Bublé’s monitor engineers: Marc Depratto (left) and Louis-Philippe Maziade (right).

“An Evening with Michael Bublé” launched on February 13 and toured North America through April 19. From May 20 through November 10 the tour alternates between Europe and North America, with additional dates around the globe through next summer to be announced soon.

“In a segment of the show where a small band joins Michael Bublé at the B-stage to evoke his days playing clubs, the main stage system is turned completely off and we bring up a pair of back-facing LEOPARD arrays to create a self-standing, in-the-round arena system. Michael is now very happy. We’ve made him feel like he’s always singing at the zero point”, concludes Craig Doubet, Michael Bublé FOH Engineer

(L to R) Francis Lussier, PA/Stage Technician, Jeremy Walls, PA/Stage Technician, Sebastien Richard, PA/Stage Technician, Craig Doubet, FOH Engineer, Jonathan Trudeau, System Engineer/Crew Chief, Marc Depratto, Monitor Engineer, Louis-Philippe Maziade, Monitor Engineer (NOT PICTURED) Charles Deziel, Patch/RF/Intercom technician.

More information on Meyer Sound.

 

Macca plays half a thousand DARTZ on Freshen Up Tour with Elation

Beatles legend Paul McCartney released his latest album Egypt Station last September and then promptly launched his “Freshen Up” world tour to support the album.
Paul McCartney lighting designer LeRoy Bennett, who has been with the star for over 17 years, dresses the nearly 40-song playlist in complementary visuals using a lighting, video and effects package that includes over 500 Elation Professional DARTZ 360™ luminaires. Lighting supply is by Upstaging.

Some 528 of the compact LED beam/spot lights are used in the “Freshen Up” show under the lighting direction of Wally Lees, who has been McCartney’s lighting director for 17+ years and serves as lead programmer for all his tours and events.

Dartz on pods

Located above the stage in three identical pods are 240 DARTZ, each pod comprising 80 DARTZ in 5 rows of 16 fixtures wide. The pods are located center stage and run upstage to downstage on the center stage line.
Located behind an upstage see-through video wall, approximately 50’ from the down stage edge, is a rear wall containing 288 DARTZ spread across 24 columns. Each column is 12 DARTZ tall and only becomes visible to the eye when the fixtures become active.

With a punchy output, 3-degree aperture and small footprint (11.2 x 7.7 x 17.9, 28 lbs), the DARTZ is proving to be an ideal luminaire for large light walls and pod configurations. Bennett has turned to the compact DARTZ fixture often of late, using them on his current Kelly Clarkson tour design, as well as Lady Gaga’s Las Vegas residency Enigma show.

Best when used in mass

Lighting Designer Leroy Bennett. Photo ©leroybennett.com.

Paul McCartney lighting designer LeRoy Bennett said of the narrow beam luminaire, “The DARTZ 360 is a bright, reliable, fast, and compact light source. It’s proven itself to be the best when used in mass.”

At 76, McCartney still gives a highly entertaining performance and “Freshen Up” has received stellar reviews. The tour has played dates in Canada, Asia, Europe and South America with a U.S. leg kicking off on May 23rd in New Orleans.

More information on Elation Lighting Dartz 360.

 

NEXO STM SERIES FOR LEADING BELGIAN ARTS CENTRE

The busy Vooruit arts complex in the centre of Ghent in Belgium has transformed a historic venue, built in years before World War I, into a bustling arts centre with an impressive variety of cultural events.
It has collection of different venues, all equipped with NEXO sound systems, but the jewel in the crown is the Concertzaal, where production company VDB-PA has just completed a permanent installation of NEXO’s modular STM Series line array.

Nexo STM installation.

Design and specification of the new front-of-house system for the 1100-capacity Concertzaal was managed by Thomas Coene and Jan Van den Brande at VDB-PA, and marked a step-change in the 15 year relationship between VDB and de Vooruit.
“They have been dry-hiring systems for many years,” says Jan Van den Brande, “they use their own team of technicians and came to us for the main PA, consoles and monitors, depending on the event. When Vooruit decided to install a permanent system, we were able to draw on our huge experience in this venue to guide them to NEXO STM, which they chose over several other high-profile loudspeaker brands.”

Thomas Coene, who started his career as a student at VDB-PA, was put in charge of the design, noting Vooruit’s priorities for its 100+year-old architectural interior when it came to installing the line array.

“The size and weight of the small STM cabinets was an important factor,” says Thomas Coene. “There is a wraparound balcony around the venue so we had to respect audience sightlines, and also the flying points can only carry 500 kilos per motor. We need to choose compact lightweight loudspeaker cabinets.”

Doing the job perfectly

Coene designed the arrays with 12x STM M28 cabinets on each side, the top three boxes directed at the balcony audience, and then, with a small gap to avoid reflections from the balcony itself, the lower nine cabinets are angled at the floor.
“We did think of using some of NEXO’s small ID Series cabinets on the balcony, but the carefully-angled M28 cabinets do the job perfectly, and the top three boxes can be switched off if there is no one in the balcony.”

12x STM S118 subs are installed under the stage, equally spaced and running in omni mode. The system runs over a Dante network, powered by NEXO NXAMP4x4 amplifiers. “I can definitely hear a quality difference in the networked system,” says Coene.
“Also we have the flexibility to place the console anywhere, on the stage or on the balcony, and when bands come in with their own console, it is very easy to patch it into the system.”

Easy operation is key to the Vooruit installation. “We’ve set it up so that it is really practical to use. Whatever kind of event – dance party, world music, alt-rock – comes in, it takes just 10 minutes to set it up.
I like to hand over the system as flat as possible so it needs minimal adjustment for the room, and then I leave it up to the engineer.

“The STM M28 system is incredibly powerful, with enormous headroom. I like the brightness of the sound, and that the dispersion is truly 90 degrees, which allows you to make very precise adjustments to remove any unwanted reflections. The scaling and modularity makes it a very easy system to design.”

Three other performance venues with Nexo

De Vooruit has three other performance venues in its complex, featuring a wide variety of NEXO systems. The largest of these is the Teaterzhalle, capacity 700, with its proscenium arch stage. Here a long-standing NEXO GEO S8 system has just been expanded to 12 a side, with an upgrade to its amplifiers in the shape of new NXAMP4x2 models, as well as ID24 compact loudspeakers for infill.

NEXO ID24s discreetly installed in the Art Deco café.

In the Balzaal, new NXAMP4x4 amplifiers have been added to power the 5-a-side NEXO GEO S12 and RS18 system, and in the Vooruit’s ‘club’, the Domzaal, there are NEXO PS15 point-source speakers paired with RS15 subs.

One of the most dynamic areas of the complex is the Art Deco café, with its long bar and high ceilings, which has been equipped with a NEXO ID Series system, 12 units of ID24 super-compact point source speakers teamed with 6x IDS S110 subs.

More information on NEXO.

 

Maggio Musicale Fiorentino debut for Claypaky Axcor Profile 600: LED Sight Story

The “Teatro del Maggio Musicale Fiorentino” hosted the return of Leonard Bernstein’s West Side Story one hundred years after his birth (from 13 to 22 December).
This musical theatre masterpiece is one of the most loved shows still performed today.

The Florentine edition was directed by Federico Bellone and produced by WEC (World Entertainment Company), thanks to an agreement with Music Theatre International (MTI). The book was newly adapted by Franco Travaglio, Jerome Robbins’s original choreography was reproduced by Fabrizio Angelini, and the music was provided by the Maggio Musicale Fiorentino orchestra and choir conducted by Maestro Francesco Lanzillotta.

Lighting designer Valerio Tiberi says he “drew inspiration for (his) work from the new adaptation and the atmosphere of the Upper West Side of New York in the mid 1950s.
For this occasion, I requested and used the new Axcor Profile 600 from the Claypaky Axcor series, used here for the first time in Italy.”

Two versions are available on the market: one with an extremely bright 500W 6500K white LED source, and the other with a colour temperature of 5600K and CRI of 90.
Axcor Profile 600 lights mean top-ranking performance, with excellent light quality and high luminous efficiency, increasable by up to 25% using a boost function.

The enormous stage and scenery recalled the urban jungle of New York, where the Jets and Sharks try to get the upper hand in an atmosphere of hatred and intolerance.
This goes on until it is broken by the star-crossed romantic love story between Tony and Maria and its tragic epilogue.

The performance of the six Profile 900s the theatre is equipped with was integrated with 24 new Axcor Profile 600s arranged both on the ground in the wings, and above the stage on the battens.

“I am definitely happy with the overall set-up I was able to give this lighting design, and with the entertaining, romantic choral scenes. However I particularly remember the endings of the First and Second Acts with great satisfaction, since I was able to illuminate them with precisely the light I was looking for.”

“The contrast between light and dark prevailed at the tragic end of the First Act thanks to the position of the units, and the angles, but above all thanks to the power of the white light from the Axcor Profile 600s, which proved to be a successful fundamental feature.
The same thing happened in the final scene of the second half – the most intense and dramatic one. This is also marked by the contrast between powerful white lights and long cutting shadows, which accompany the final clash between the actors, the arrival of the police, and the last moments of Tony’s life.”

The lights were programmed by Emanuele Agliati, who used a Grand Ma 2 console.
The Axcor Profile 600s were provided by Audiolux srl Milan.

More information on the Claypaky Website.

 

New China office for Brompton Technology

In a succesful inauguration, Brompton Technology, manufacturer of high-end LED video processors, has opened its new China office, based in High Tech Industrial Park, Nanshan, in the modern metropolis of Shenzhen, Guangdong Province.
The decision to open a dedicated China support office was made in direct response to requests from Brompton’s customers, with Shenzhen being the obvious location as the region is now home to the majority of LED panel manufacturers.

The Brompton Technology Asia team, from left to right, Pokman Chu, Account Manager, Summer Zhang, Office Assistant, Thomas Walker, Product Manager, Elijah Ebo, General Manager, Jack Fung, Lead FAE, Jacky Kwan, Senior FAE and Vivi Chiang, FAE.

“At the first few meetings I had with potential customers in China, there were two immediate comments made,”explains Elijah Ebo, Brompton’s General Manager (China). “I was told, ‘It’s nice to meet you, but we don’t speak English, so you’ll struggle to deal with us,’ and ‘London [where Brompton’s head office is located] is a long way away and the time difference is considerable. But if you had an office here…’”

As a fast moving, highly responsive company, Brompton acted quickly and within just a few weeks had employed two Chinese speaking Field Application Engineers (FAEs) to help its customers with system design and technical support, whilst Elijah, who is also learning to speak Mandarin, started travelling to China more regularly.

Considerable benefit

“We acquired the office space in August last year and we’ve already seen a considerable benefit,” Elijah adds. “And in addition to being on hand in Shenzhen we have recently added Chinese language support to all our processors, which can be accessed via the Language section of the Preferences menu, and are in the process of updating all our technical and marketing literature into Chinese as well as working on a new Chinese website.”
Both the new office and Chinese language support have had a big impact on how quickly and how many people the team can see. “Our panel manufacturer partners and customers appreciate the fact that we are now readily available for them to communicate with and offer support when needed and that we have both Mandarin and Cantonese speakers in our team,” concludes Elijah. “We are very much looking forward to welcoming many of our key customers to Shenzhen.”

More information on Brompton Technology.

 

New $100m Innovation Center at its Japanese Headquarters for Yamaha

Yamaha has been at the forefront of the professional audio industry for many decades. The corporation is committed to maintaining this position and, to achieve this, it has opened a brand new, $100m Innovation Center at its headquarters in Hamamatsu, Japan.
Designed to accelerate pan-Yamaha development of a wide range of audio-related products, the major project has brought together engineers who used to be located in different buildings inside and outside the Yamaha Corporation HQ.

Originally planned a number of years ago, it had to be postponed due to the 2011 earthquake. The project was reactivated in 2016 and is now complete after three years of intense work and construction.

The Innovation Center comprises three buildings. A new seven-story, 35,000㎡ engineering facility is complemented by refurbished manufacturing control and quality assurance departments. The new building hosts engineers, including those from Yamaha’s professional audio, Unified Communications, home audio and its musical instrument divisions.
By assembling them together in one location, Yamaha is aiming to making collaboration between engineers from different business units and disciplines more streamlined, to enhance development efficiency. Complementing this aim, the new contemporary and inspiring work environment will boost creativity, delivering superior innovations and benefits to customers.

This Innovation Center has a number of cutting-edge facilities to ensure that every Yamaha audio product delivers both the best sound and user experience possible. To ensure new products are evaluated both technically and subjectively, the engineering and testing rooms include:

– One of the largest anechoic chambers in Japan, measuring 9 m wide x 14 m deep x 13 m high.

– Speaker testing rooms with the highest quality acoustic insulation.

– A main recording studio (amongst several others) designed for engineers to bring in any audio I/O, mixing and processing equipment they choose.



Also available are vibration experiment rooms, ergonomic evaluation rooms, sensory rating rooms (for subjective product evaluation), and reverb chambers with adjustable 0.3 – 1.6 second reverb time.

The recording studio, session studio and experiment rooms are all linked with both analogue and Dante digital audio networks. The Dante network allows for running remote session in multiple rooms, making it possible to simultaneously record studio sessions in different monitoring environments.

More information on the Yamaha Website.

 

Everybody wants to rule the lights: RoboSpot and MegaPointes do! on Tears for Fears on tour

“Everybody Wants To Rule The World”, “Shout”, “Sowing the Seeds of Love”, “Woman in Chains”, and many, many more… Tears for Fears was one of the UK bands who helped define the sound of 1980s pop-rock with classics – and this year they are back on the road in style, kicking off 2019 with a sold-out UK and European arena tour … for which lighting designer Alex Reardon, from LA-based creative design practice Silent House, delivered a stunning lighting scheme.

Alex utilised 66 x Robe MegaPointe moving lights a key element of the rig – among other fixtures – to imagine a memorable looking and highly flexible lightshow as the band delighted enthusiastic audiences – original and new – and fans with their diverse catalogue and multiple hits that have etched their place in 20th century music culture.

Meagapointes everywhere

He positioned the multipurpose MegaPointes everywhere in the rig. Thirty – 10 each – were rigged on three overhead trusses, some were positioned upstage behind a row of LED video pixel battens, there were three per side on the deck for low-level cross lighting and another six in the air each side for high-level effects.
He described the MegaPointe as “a perfect size and choice for multiple lighting tasks” on this design. Their flexibility meant he could use them for a soft-edged front light and a hard-edged beam effect, having both the necessary punch and being compact and adaptable enough to work in arenas of all sizes.

Alex Reardon, Light Designer, Silent House.

Alex explained how his successful design projects break down into the “three bars” of aesthetics, logistics and finance, all of which must be levelled at the same height.
“MegaPointes have the functionality to give me the style and looks I needed, they are available in sufficient numbers to check the ‘logistics’ box and are nicely priced as a rental item to please even the most stringent tour accountants!”

In addition to these, Alex spec’d two BMFL Spot fixtures which were used with a Robe RoboSpot remote follow spot system. “I’m a huge fan of this” he commented. “The simplicity of operation and the smooth motion of the RoboSpot system is stunning, and the fixtures are great as well!”

Leaving targeting and iris control to the spot operators

He and his lighting director / operator on the road, Richard White, left the targeting and iris control to the spot operators, with all other parameters running through the control desk.

This was an obvious way to achieve perfect fade ins / outs and interesting colour bumps as well as keeping the operators focussed on accurate pick-ups and following trajectories!

On the design process itself, Alex starts every piece of work with the same approach – a delicate balance between illumination and effects. As a lighting designer, he feels his job is to find the “tipping point” for those two criteria and get the balance just right for the specific song or music. His goal is to create designs where every permutation and combination of the two can be created and mixed appropriately.

He’s also a big fan of using LED screens as light sources – which essentially is exactly what they are – and he was able to push this treatment during the huge numbers like “Shout” and “Change” which he found extremely satisfying.

Architecture, shape and form – an inspiration

Architecture, shape and form – from buildings to performance spaces – has always been an inspiration for Alex’s visions of stage or performance environments, and in this instance, he chose to keep the look very straightforward with simple, clean, straight, directional lines and “no visual fuss”. Juxtaposed against this, he let the cueing, contrasts and timing do the “heavy lifting”.
He and Richard White previously worked on The Black Eyed Peas … where Richard’s calm, professionalism, sense of rhythm and excellent timing really impressed Alex.

Richard recently directed / operated for him in China on a Jesse J tour using local promoters and productions.
Having dealt with the unpredictability of this with so much panache, Alex knew that he’d be ideal for the Tears tour, which he also felt it offered a bit of a “karmic salvation” by comparison!

Lighting for the UK and European dates was supplied by award-winning London based Neg Earth – who Alex thinks should win another award for “Best Prepped Rig I’ve Ever Seen”.
Richard, programmer-to-the-stars Joe Cabrera and he spent two days in previz and then a week at the LH3 rehearsal space in London with the rigged plugged in pushing the grandMA2 console hard with 163 DMX universes going into it … which is where Alex was blown away with Neg Earth’s attention to detail.

Overall challenges

Quizzed on the overall challenges – this one was refreshingly relatively challenge-free thanks to some great teamwork and communication.

The whole process between production manager JB (Jean-Baptiste Blot), band management and himself was very transparent, and any elements that potentially could have been mountains on another tour proved to be proverbial ‘molehills’ on this one!

“We just worked through it! Anyone who has worked with me knows that I only ever ask for what’s needed to give the client what they want”. Having been given everything he needed – an expert programmer, an accomplished operator, a fantastic lighting company and some time … they got what they wanted!

Alex worked closely with video provider Stu Mercer from Vis-A-Vis Video who supplied the LED screen and added the cameras for the London O2 gig which the multi-talented Stu also directed. Stu presented several “thought-through solutions” says Alex, to ensure that the two mediums of lighting and video worked optimally together.
Alex concludes, that in addition to all the great people and positives involved, “the music really is superb, so this was a labour of love to create!”

More information on Robe MegaPointe and RoboSpot.

 

Creative potential raised by Meyer Sound Technologies at Seattle Symphony’s Octave 9: Raisbeck Music Center

Equipped with Meyer Sound’s Constellation® active acoustics and Spacemap® spatial sound, Octave 9 affords virtually limitless potential for exploring new ways to create, present and experience music from all genres and eras — from string quartets and vocal ensembles to contemporary electronic — in a richly immersive environment.
Octave 9: Raisbeck Music Center has been created by The Seattle Symphony to expand creative possibilities for musical performance and composition throughout the community. It was designed as an intimate venue inside the orchestra’s home at Benaroya Hall in downtown Seattle.

Octave 9’s street-level space had been previously occupied by Soundbridge, a modest venue primarily devoted to educational programs. It had hosted small ensemble performances, but the room’s limited size and low ceiling provided limited and fixed acoustical support. Looking to the future, Seattle Symphony Vice President of Education and Community Engagement Laura Reynolds envisioned a radical transformation using 21st century digital technologies to create highly adaptable aural and visual environments.

“We knew that if we were to transform this space into a venue that could serve many audiences, and be a place to experiment and explore, we would need the flexibility to create different acoustic environments,” Laura Reynolds recalls.
“Our project partners suggested active acoustics, and Meyer Sound was the company that immediately came to mind.”

A whole spectrum of new possibilities with refined active acoustics

For the Seattle Symphony, Octave 9 opens a spectrum of new possibilities. Reynolds shared, “When we think about the future of music, we think about partnerships with artists who are redefining experiences, intersecting with many disciplines and technologies.
For example, Constellation and Spacemap allow our resident composers and artists the opportunity to create site-specific works in new ways. They are treating the room itself as an instrument.

Beyond that, we also think of that future as inclusive of the community, so we need a space that can adapt to everything from early childhood and elementary school programs to contemporary music concerts, meetings, parties and so much more.”

Constellation is a highly refined system of active acoustics.By applying digital signal processing coupled to multiple ambient sensing microphones and an array of evenly distributed lateral and overhead loudspeakers, Constellation modifies the room’s acoustic characteristics by adding early reflections and/or reverberation to create the optimum acoustics for the event at hand.

Acoustic characteristics are generated using the patented VRAS (Variable Room Acoustical System) algorithm. As implemented at Octave 9, Constellation comprises 62 small full-range loudspeakers augmented by 10 compact subwoofers that extend the reverberation envelope through the deep bass frequencies.
Twenty-eight miniature microphones are spread across the ceiling for ambient sensing. Digital signal processing is supplied by a D-Mitri® digital audio platform with 13 modules, including two D-VRAS modules for separate control of early reflections and reverberation.

Available system presets can instantly transform room acoustics to emulate a small room, medium room, large hall or cathedral. The suite of Meyer Sound technologies also includes Spacemap, a software-based system for exploring three-dimensional spatial sound through the dynamic movement of discrete sounds around, over and through the audience.

One artist who already is leveraging the creative potential of Octave 9 is noted composer and clarinetist Derek Bermel, currently the Seattle Symphony’s composer in residence, who will debut a new work on April 28 that was written specifically to incorporate the new technologies.

“Constellation expands the dimensions of my thinking,” says Derek Bermel. “Generally, spatialization is not part of my composing palette, though I have in the past placed instrumentalists offstage, in the audience or in specific places on stage to achieve a sonic effect. But Constellation allows me to adjust the space to fit a musical concept, rather than the other way around. As you can imagine, that opens all sorts of possibilities.”

Bermel expects the late April concert will “bring the Constellation system into full effect” as it will feature works with an electroacoustic edge from a host of contemporary composers, including Seattle’s own Kaley Lane Eaton. As for his own work, he will bring the pre-recorded Seattle Symphony into Octave 9 along with live players on stage.

“I’m working with [composer and digital artist] Marcin Pączkowski to design custom spatialization that takes full advantage of the loudspeakers and microphones in the space. It’s a promising new direction, and I hope it’s the first of many creative experiences with Constellation.”

Non-stop, 24-hour music marathon introduction

Octave 9 was introduced to the Seattle music community with a non-stop, 24-hour music marathon on March 23 and 24.
Musical selection encompassed everything from multi-track electronics to solo instruments and percussion ensembles.

Composer Melody Parker, who also is the Meyer Sound acoustic engineer principally responsible for the system’s design and tuning, premiered a sound installation piece called “Hearkening” which exploited the aural dynamics of both Constellation and Spacemap.

The architecture of the space, including the innovative “honeycomb” acoustical ceiling, was designed by LMN Architects in Seattle working in collaboration with principal acoustical and AV consultant Garth Hemphill of Jaffe Holden.

For a full sensory experience, the sonic effects of Constellation are complemented by equally advanced visual technologies as designed by Belle & Wissell, Co. of Seattle. Visual effects are displayed on moveable screens that can fully surround the space with images displayed on 10 ultra-short throw projectors.

“Integrating the sonic, acoustic, and visual technologies in this room was no small feat, and is a testament to the creative vision and talents of the Seattle Symphony, Jaffe Holden, LMN, and Belle and Wissell.
Octave 9’s unique combination of adjustable active acoustics, spatial mixing, and immersive digital imagery provide a virtually unlimited palette to support both current and emerging forms of musical expression,” summarizes Meyer Sound Director, Spatial Sound Steve Ellison.

The response to Octave 9 — from critics and audiences alike — to both the marathon and the first concerts has been enthusiastic, if not ecstatic.

“At the symphony, our inboxes are filled with emails from audience members and artists who are eager to hear, see and do even more,” says Reynolds. “People love the variety of programming and the new experiences we are able to create.”

Funding for Octave 9 was raised through public and private sources, spearheaded by a $2 million matching grant from philanthropists James and Sherry Raisbeck.

More information on Meyersound technologies.

 

Martin waltzing with Andre Rieu and The Johann Strauss Orchestra

Netherlands-based Fairlight and André Rieu Productions design lighting for 100-venue concert tour using MAC Encore Performance CLD and MAC Aura to meet the needs of live audiences, broadcast and cinema.

World-famous violinist and conductor André Rieu is known for his incredibly popular tours, visiting over 100 venues a year with his Johann Strauss orchestra. The tour has a huge opportunity to impress both live audiences and millions of viewers watching in cinemas and on DVD. This means that the lighting needs to be suitable for cameras recording the show for broadcast, DVD and the cinema, as well as the audience attending the performance.

It is important for the André Rieu Tour lighting be as compact, portable and low weight as possible to enable quick transitions between shows, supporting the tech crew as much as possible. The large number of performers in the orchestra need to be lit with a uniform field and dynamic effects to highlight different aspects of the performance, creating a great atmosphere for the audience.

To meet these goals, Maurice Verbeek, lighting designer at André Rieu productions, used lights including MAC Encore Performance CLD and MAC Aura, supplied by Netherlands-based Fairlight. The set is 100 % made up of intelligent lights and all moving lights are LED.

Mac Encore CLD fixtures under roof.

Martin MAC Encore CLDs are deployed as the orchestra’s key lights, offering ultimate size/weight/performance ratio. They are attached to pre-fabricated parts of the set, facilitating quick transitions between performances.

The cutting-edge LED technology’s advanced colour mixing is ideal for illuminating the orchestra, and flicker-free refresh rates ensure that cameras can capture top quality footage.

For the orchestra’s backlight, Verbeek created five chandeliers, each incorporating 16 MAC Auras. The chandeliers are on wheels and thanks to the Aura’s compact, low weight design, can travel as one piece in the tour truck, helping to ensure fast transitions between venues.

MAC Aura XBs under rain protections.

Super-bright MAC Aura XBs are used as side lights, hanging at both high and low levels at the side of the stage, providing 6000 Lumens output and rapid movement.
For the tour’s outdoor events, such as Rieu’s annual Maastricht summer concerts, MAC Quantum Wash provide an impressive balance between colours and whites.

Features such as smooth CMY colour mixing make it possible to illuminate large areas of the orchestra, stage and surrounding buildings in colour, creating an atmospheric experience for the live audience and cinema viewers alike.

“The tour is getting better and better every year,” Maurice Verbeek says. “I personally think that we have the perfect tour set. I have the perfect products and the quickest, most silent and most flexible tour set. I’m really happy with it.” He adds “the technical crew who work with the gear, doing the loading and unloading, are also really happy with the set as it’s all on wheels and the Encore is really light.”

Verbeek’s experience has helped him to realise the importance of orchestra key lights.
“I notice a big difference with the Encore. I’m convinced it’s got the perfect flat field and colour temperature,” he explains.

The pricing of the MAC Encore has also had an impact on the effects that Verbeek can create, enhancing the visual experience for the audience. “It’s made it possible for me to add more spots, so I can include more specific key lights,” he says.

The quality of the lighting fixtures means that all elements of the stage can be lit with the same intensity and brightness, so the performance can be captured by the cameras, ensuring a high-quality show for Rieu’s millions of viewers. Verbeek concludes: “Every year it looks better for broadcast, for DVD and for the cinema.”

More information on Martin Professional lighting fixtures.

 

IS-Series brings clarity to IFGF Semarang in Indonesia: another Adamson sonic miracle

IFGF Semarang is widely known for its lively, contemporary services. They recently built a new main campus in Semarang, Central Java, to better serve its dynamic weekly congregation of over 650 worshippers.
As a result of a rigorous audition process, the main auditorium boasts a brand-new audio system built around the install-focused IS-Series from Adamson Systems Engineering, which was selected to enhance the church’s musically-rich services and maximize community engagement.

Adamson IS-Series audio system at IFGF Semarang, Indonesia.

IFGF Semarang administrators were clear from the outset that no expense would be spared in delivering a premium audio experience for its congregants. As such, they invited five manufacturers to demo their solutions in the previous auditorium. The IS-Series system, supplied by longtime Adamson Network partner Big Knob Audio, was the clear winner across the board.

Clarity and impact

“We heard the other four systems first, and none had the clarity or impact of the Adamson IS-Series,” says Dibya Krisnanda, IFGF Semarang’s Senior Engineer. “As soon as we heard it, we knew we’d found what we were looking for.”
The system now installed in the church’s auditorium is comprised of left-right arrays of five IS7 two-way, full-range line array enclosures beneath a single IS118 subwoofer per side and an additional four E119 subs on the ground for extra low-end support.

“The ultra-compact IS7 cabinets pack a lot of SPL and sound like a much larger system, and the E119s are just a world apart from any other subwoofer on the market,” adds Krisnanda. “We can get the furniture literally shaking if we want to!”

Fully-operational system in a few days

(L-R) Ahmad Rafi’i, Big Knob Audio; Timo Wibianto, Big Knob Audio; Dibya Krisnanda, IFGF Semarang & Steve Widjaja, IFGF Semarang.

Thanks in large part to the IS-Series rigging hardware, which is specifically designed for permanent installations, the entire integration process from cabling to a fully-operational system took only a few days.

“The installation crews love the IS-Series because it is incredibly light considering its capabilities and goes up so easily,” offers Timo Wibianto, Senior Partner with Big Knob Audio.
“It’s just a matter of following the instructions from Adamson’s Blueprint AV software regarding the angling and tilting. It’s as simple as that. We’re thrilled to welcome IFGF Semarang to our fast-growing Adamson family in Indonesia.”

Since moving into their new home, both clergy and congregants at IFGF Semarang have noticed a significant improvement in the clarity and quality of their services – especially the music ministry.

“This system is just so flexible,” concludes Steve Widjaja, one of the church’s audio department volunteers. “You want it loud? You’ll get loud. You want it musical? You’ll get musical. It’s so enjoyable to mix on this system. Regardless of what you throw at it, the Adamson IS-Series will deliver.”

More information on Adamson IS-Series.

 

Portman Light P3 PIX3L with video demo

The P3 PIX3L is a rather large industrial looking hexagon, dressed up in a shiny big reflector. It comprises 3 linear halogen bulbs positioned in star configuration behind a honeycomb-like grille.
Each lighting source can be individually controlled thru DMX512-RDM and integrated dimmers. Adapted to its time, wireless control is available as an option, from Wireless Solution Sweden.

Originally delivered with a yoke, more hanging/mounting accessories can be supplied to assemble several items into spectacular frames or structures.

Detailed view of the rear plate with the XLR-5 DMX in/thru, the PowerCON mains input, and the display.

The 3-lamp P3 Pix3l head.


More info on the Portman Website.

 

Fresh interactive approach for Audio Pros from Yamaha: Audioversity Webinar Series Mid-May

Mid-May sees the start of a brand new series of webinars from Yamaha, aimed at professional audio engineers, systems integrators and venue technicians. Taking a fresh and engaging new approach, each webinar will run twice to ensure that as many participants as possible from across Europe, the Americas, Russia, Africa and the Middle East can take part.

For many years Yamaha has been renowned for its training, helping tens of thousands of users in more than 50 countries worldwide to deliver the best audio experience to audiences.
The new webinars form part of Yamaha’s new Audioversity training initiative, which ushers in an even more deeply involved era of education and training that will lead to increased satisfaction and confidence for customers, as well as trying to deliver a brighter future for the pro audio industry as a whole.

Yamaha product specialists Andy Cooper and Karl Christmas.

Hosted by Yamaha product specialists Andy Cooper and Karl Christmas – who are familiar faces to audio professionals across the globe – the new webinar series begins on Wednesday 15th May, with a session focusing on system design using CL and QL series digital mixing consoles.
The series will continue at approximately monthly intervals and cover a wide range of pro-level topics aimed at the live production, hospitality, house of worship, corporate installation and broadcast markets.

Each webinar will take place at 10am and again at 5pm UK time*. For those who are unable to participate, they will be archived for later viewing. “With these Audioversity webinars we have taken a new look at what we offer,” says Atsushi Kitagawa, General Manager at Yamaha R&D Professional Audio (UK).

“We are making them more interactive, with Q&A sessions, as well as adding interviews and other useful content. “We want to engage with as many audio professionals around the world as possible and give our webinars much more of a face-to-face training feel. I believe that they will make a very positive difference throughout the professional sound market.”

Participants will need to register in advance for each webinar. For the 10am (UK time) session on 15th May please register here. For the 5pm (UK time) session on the same day please register here.

* UTC (or UTC+1 during periods of Daylight Saving Time). Please check the registration web site and your local time zone to confirm the start time in your location.

 

New ETC touchscreens for lift control and architectural lighting

EchoTouch (image top) surrounded by several modules from the ETC Echo range.

For this 2019 Prolight+Sound edition in Frankfurt, the US brand comes to Europe with two new intelligent interfaces in its suitcase. The first one is dedicated to lift control for motors, and, last but not least, the second one is a touchscreen controller for architectural lighting.

QuickTouch Preset, is the birth name of this new intelligent box designed to control 24, or even 96 lifting points. This remote box can entirely be configured, and is unveiled as the most intuitve ever designed by ETC. It looks like a box with an integrated 7-inch touchscreen, an emergency button and a “Go” button.

The new QuickTouch Preset, here in version 8. This is the new lift interface, looking a bit like a central command.

The purpose of this interface is simple, making it easier for operators, especially those for whom lifting skills are limited. The multiple modes go from simple single motor control to the programming of complex movements via a bank of presets, editable at will in “administrator” mode. The so-called “administrator” can then create from scratch his own user interface and determine the possibilities which he wishes (or not!) to let the operators have access to.

This clever box thus integrates a lot of functions that can evolve via updates. Regarding the presets, there are 999 maximum, when the maximum number of 24 motor points can be increased to 96 by connecting one or more MCX nodes.
This new unit is halfway between computerized motorized pole controller and more “classic” lifting controller. Note that this remote control is only compatible with ETC lifting systems.

In the same way of thinking, let’s have a deep look into the EchoTouch, an interface presented as a single touchscreen dedicated to architectural lighting and the global control of small or mid size rooms or working spaces. This system comprises in its main functions the control of the ETC Echo range (contact closure, power rewlay, interactive control thru presence detector, etc), both in control and data feedback. The icing on the cake comes thru the total control of all kinds of intelligent lighting fixtures via DMX/RDM and sACN.

The EchoTouch, touchscreen controller for various spaces and architectural ensembles.

This unit integrates , like in a standard lighting console, a fixture library comprising almost all the lighting fixtures on the market. Nevertheless, there should be confusion between a lighting console and the EchoTouch.
The latter only has one DMX universe and 64 output channels, and its control features are more dedicated to Echo products and its EchoConnect protocol.

Its operation is very close to that of a small console: virtual buttons and faders, color picker, sequences editing… The graphical environment of the device is fully modifiable by the user who can thus determine and configure the functions he wants to display on the screen and, if he wishes, lock them.

More information on these new lifting control and architectural lighting on the ETC Website.