The Hardware
Back in September I was invited by Logitech to take part in their beta development program for a new piece of hardware.
This turned out to be the new Squeeze Controller.
There have been a couple of iterations of the hardware during the development process, and although they all look pretty much identical, there are some internal changes. The very first revision didn’t have a Logitech logo and will, at some point, not be able to handle newer firmware revisions. The second revision is the one I was sent. It is almost identical to the final hardware you will be able to buy. The only real change is an improvement to the wireless antenna on the final hardware (photos later).
At the start of February, Logitech sent all the beta testers and email saying they would be sending out a final production controller and a complimentary Squeeze Receiver. The Receiver was unveiled at CES at the start of the year, the only inkling the community had of its existence was a brief reference to pressing the button on the front while testing one build of the Controller firmware.
My Duet (Duet is just the name of the Squeeze Controller and Squeeze Receiver combination) bundle arrived at my parents place a couple of weeks ago, but I’ve been away offshore so this is the first chance I’ve had to take a look at it all. There are a couple of significant differences between what I was sent and what you would get in a retail environment. First up is the lack of retail packaging, everything was just bubble wrapped and placed in a small brown shipping box. Next up is the lack of battery and charger cradle for the Controller. Apparently there is a shortage of these items at the moment and all are going for retail. Not to worry, I can just use the battery and cradle from the beta hardware (the battery is also the same item used in the harmony 1000 remote control). I’ll be able to buy spares eventually, I don’t mind I’ve been sent in the region of £500 of audio gear so far
Now for some hardware photos.
The packing box.
The contents of the box. Mains adapter, SqueezeReceiver and SqueezeController.
As above but without the bubble wrap.
Mmmm I love how they are coated in that clingy almost-sticky-but-not-quite protective plastic.
My original beta Controller and charger dock.
Final unit and beta side by side. Note the final has a rubber cover over the (as yet) unused expansion/accessories port
(The port has several potential functions once the software is further developed to take advantage of it).
Backs of the Controllers without battery and cover. If you squint, you can just make out a tiny ‘M’ printed in the middle above the battery compartment on the left (final) Controller. There is a SD card slot tucked in there. The only use for it right now is for allowing the unit to dump error logs for debugging and storing screen grabs. Although it is completely software controlled so is SDHC compliant and can apparently handle 32GB cards. I wonder what you could do with that with the right software
Naked Controllers!! There goes that SD card slot. Note the only real difference. The final hardware has a small, metal, vertical antenna at the top left. This is the visible part of the re-designed wireless pickup.
Headphone socket and IR transmitter. The only thing the headphone socket does right now is play the button press and scroll wheel sounds effects. Music playback is planned, but that will be in the future. The IR transmitter is non functional right now, again, the software isn’t there. This will probably be used tell amps to turn on eventually. Although you could technically use it as a universal remote, the scroll wheel and limited hard buttons doesn’t lend itself to this.
Some other cool things about the Controller:
• It has a built in accelerometer. At the moment it is just there to detect when you pick it up, but it could be used in the future for gesture control (or anything else the comunity/developers can think of)
• There is a Flikr screen saver buily in
• The whole 'SqueezeOS' is linux based with an ARM processor. Specs are here: SqueezeboxController - Slim Devices : Community : Wiki and HardwareComparison - Slim Devices : Community : Wiki
• The interface is written in Lua
Factoids about the Reciever
• The internals are based on the SqueezeBox 3 (or SqueezeBox Classic as Logitech are callin it now)
• Becuase of the lac of display and other factors the bower brick is now 9v so they changed the DAC as well. There is no firm conclusion whether is DAC is better or not. The digital outputs share exactly the same path and caracteristics of the SB3 though.
• There is a very cool mulit-coloured status LED on the front of the unit embeded in a button. Colour codes: SBRFrontButtonAndLED - Slim Devices : Community : Wiki