NAMM 2011 is finished and regarding video and VJ it’s a big no show.
The music industry keep struggling to restore revenue but seems to keep ignoring that extending musician tools to allow them to create video is important.
The only company that keep saying this is Roland and they finally made MIDI Visual Control an open protocol.
Roland also introduced a new video switcher the VR-5, this is nice machine for those who want hardware solution and does not need HD.
I was amazed by this Video Guitar made by Visionary Instruments. Here is a quick video loop on how it looks like:
There was one very interesting event where I went to see that was the WHAM BAM 2011 (4th Annual) :: MUSIC CONVENTION INSPIRED FUTURE SOUND AND TECHNOLOGY SHOWCASE ::
VJ Culture is doing visuals for them and already last year he tried to get me there. Several performers were presenting there controller and explaining the technical details of their sets.
I enjoyed the presentation of Moldover, here are a few tracks I tapped with my camera:
On this you see that Moldover was using the video guitar:
It is not very often that you see clearly how a performer is using his controller. Moldover created the Mojo and asked Livid Instruments to build it form him.
This is a really cool new instrument Moldover is building, here you can see him jamming from some random peoples:
The other part I did enjoy was the Laura Escudé set, I was not expecting ambient music at this event and so it was a very nice surprise. I taped 2 tracks:
This one is 20 minutes long, YouTube now does allow me to post longer pieces and I expected to use that in the future. The start of the piece was slow and dark and so I added some light flares to the first minutes to have some slow moving visuals from the start:
I bough his CD Pororoca and look forward enjoying it.
For me NAMM 2011 was much more interesting for the meetings I had and what I forecast to do this year from there.
The video installations were very impressive, here are some short loops I took quickly during my 2 days there.
Because I was just 2 days on site and I had not a lot of time to explore the huge space. During my quick visit I took those video loops:
Here are the installations and performance in this video:
United Visual Artists – Volume:
John Y Moon – Augmented Shadow
Quayola – Strata #1
Shantell Martin – Performance
VideoFabrika – Video tunnel
MSA Visuals – Body Paint
MSA Visuals – Webcam Piano 2.0
In December 2010 I was made some workshops at the International Festival of Audiovisual Arts Yota Space in St Petersburg (Russia).
Cool picture with Matt Black (Coldcut), Blanca Regina (www.whiteemotion.com), Pierre from ArKaos, Raquel Meyers (www.raquelmeyers.com), Ben Sheppee (www.lightrhythmvisuals.com), Shantell Martin (www.shantellmartin.com) and our friends organizers from CyberBrothers (cyberbrothers.tv)
Here is the full resolution picture for those that wants to keep that souvenir:
Yota Space team
Here we have 2 computers testing the capacity of Kling-Net.
Kling-Net can make use of gigabit ethernet and in this test we reach close to 50 MB/sec.
To do that we have one computer acting as a media server. For testing facility the software just grab the computer screen and then send it to the Kling-Net devices mapped.
The other computer is acting as 30 virtual LED panels, each panel has 128 by 128 pixels and receive pixels in 24 bits of resolution, 8 bits of each component red, green blue.
Here you see the screenshot of the MacBook acting as the server. The server application is called “Cocoa Server” you can see it just uses a few Mb of memory and 34% of cpu time. It feed the 30 LED tiles of 128 by 128 pixels at 30 FPS. The bandwidth is very stable at around 44.2 MB/sec.
The Kling-Net protocol has no restriction regarding output FPS or bandwidth other than the hardware limitation and so it has the capacity to saturate even gigabit ethernet.
Here is a quick video showing the desktop of the server being streamed to the 30 virtual tiles of 128 by 128 pixels:
Video made with an Android phone, the focus is not good when you are too close of the subject.
Here is another test where we drive a lot of devices. In this case there are 1500 Kling-Net devices, the set-up is the same than in the first test: one laptop is the server and the other one is simulating 1500 devices. So in this test the server is opening and holding 1500 TCP streaming sockets. Faster server will hold much more connections. The devices are low resolution 8 by 8 pixels but we still need around 30 MB/sec on the gigabit link.
Here we see the activity monitor of Mac OS X showing the network bandwidth:
The high number of packets per seconds (~44.500) is due to the fact that we feed 1500 devices 30 times per seconds in this test.
Here our simulator shows the 1500 devices running without streaming errors:
Here you see the bandwidth on the simulator end, it’s a little bit lower because with 1500 connections opened there are some networking overheads:
Here is the video from where the pictures are extracted: