Newsletter Archive

Laminar Streamer Update

Hi everyone,

We have some workshop pictures, a discussion board thread pertaining to our painstaking past trials and discoveries in computer audio, and some news about SD card read speed to share with you today.

1st, some pictures

Finally, after overcoming so many unexpected inhibitions, described in our earlier newsletter, the Laminar Streamer project is once again moving ahead. We now have our first precision milled part, made for a delicate trial out of a large block of MDF. Substantially more dense Panzerholz will be used in the final design. So far, so good! Have a look at some raw snapshots fresh off the machine:

Laminar Streamer

Above is the bottom of the unit. What you are seeing is an upside down view of the underside of the Laminar Streamer from above. The milled ring in the center will contain the round steel leg which will provide three perfectly balanced contact points. These will rest on the surface that the Laminar Streamer will ultimately stand on during use.

Laminar Streamer

Above is a side angle of the same part. Even when made from MDF this thing is already heavy. There is no known substitution for weight when dealing with micro-vibrations on the level we need to really achieve the sublime quality we are striving for here. The final unit will weigh over fifty pounds (~34 Kg).

Laminar Streamer

Now we turn this piece over so that it stands the way it would in the final product. This view is from the back of the device. The square shaped indentation you see milled in the center of the unit will house the transformer of the power supply, and above that will be a thick sheet of steel to keep the transformer largely isolated from the delicate operating system and streaming circuitry, which will be above this steel flux barrier. In this way we don't need two enclosures and our signal paths remain very short. At the same time, the steel provides added weight to reduce vibration. Because the steel will be tightly sandwiched between two generous layers of Panzerholz, its own micro-vibration will be aggressively damped.

Emerging echoes in the audiophile world

For several years we aggressively pursued discoveries of every detail of digital playback quality which led us to the development of the Laminar Streamer's own operating system and crucial layout. Naturally, these began with customizing computer playback systems years ago.

Just a few days ago, a customer was kind enough to share this very recent thread on a discussion board at, which echoes quite exactly all of our previous testing and discoveries. These are now being made by more and more people throughout the world. The additional testing and discovery by a broader audience helps add weight and confirmation to our own findings which led quite naturally to the vision of the Laminar Streamer.

Those who have persistence and tweak-curious personalities are leading the way for other like-minded individuals to follow. But for those who would like a finished, refined solution, we will be offering the very distillation of all of this discovery in the form of the Laminar Streamer Direct Drive SD card player.

Discovery of a new qualitative parameter

After further refinements to our power supply solution and a few scrupulous listening tests to really confirm this, it is now evident that the very best sound quality is available based on the SD card parameter called Read Speed or Read Rate. Data storage size of the card has no effect on the playback quality, but read speed does. Very inexpensive cards today have a rate of around 30 MB/sec. Some go faster, at 45 MB/sec. The fastest ones now widely available do 95 MB/sec., but Toshiba has announced that they are now selling (in Japan only) a new breed of SD card which boasts a read speed of a whopping 260 MB/sec.

Laminar Streamer

Now, please note that this speed parameter is not important to signal integrity at audio data rates. In fact, even the slow 30 MB/sec. read speed cards have no difficulty with streaming 192 kHz / 24 bit files. But the perceived qualitative aspect here seems to be a result of their efficiency of operation, which, in turn, means that less circuit contamination takes place overall. Thus, higher music quality can be gained than ever before thought possible.

This is exciting news, and when we test this, we'll let you know the results. Right now it can be said that we prefer 95 Mb/sec to 30 and 45 MB/sec read speed cards.

Thank you all for your interest and patience while we work our way through all the stumbling blocks which lie ahead to bring the Laminar Streamer into your hands for your enjoyment.

Cheers to great sound,

Louis Motek  |