My introduction to Ableton Push.
An Ableton push has landed upon our bench! It was performing reasonably well for about six months’ time. With my Live lite license in hand, I loaded the Ableton Push onto my computer and got right to work. The intention is rather clear about purchasing this piece of hardware which is simply to have the ability to make my own musical assets for the videos that are done on this site. Perhaps even beyond in the lines of games if I get good enough at composition. But something went very wrong. We should probably start with a disclaimer before continuing this blog entry as I am fully aware the music community is overly sensitive to criticisms of their products and/or software. So, lets get that out of the way first
WARNING: As this is my very first experience into diving into the business of musical production head first I should warn everyone that I am no expert on music theory or have composed a single song during the time of this blog posting. Feel free to take the opinions of the blogger of this website for whatever grains of salt you wish as the opinions of “S” may not reflect the opinions of the Ableton music community. As I placed in my FAQ I do not mind people disagreeing with me in comments but insults will just go right to the spam folder.
You have been warned!
What the hell is the Ableton Push?!?!?
The Ableton Push is a piece of hardware which serves as a MIDI controller for music programs. When using the “Ableton Live” software the keyboard comes to life with LEDs and all utilizing different patterns for different instrumental functions. If I were to describe what it’s like to use the Ableton Push it’s like a hybrid between a Piano and a Guitar with the way the LEDs display the major musical chords in a mode like the piano. Allowing you to play with two hands on the deck like a keyboard. The problem that we noticed right away is that the Ableton is a little TOO sensitive. Brushing your hands across the deck by accent in record mode ends up throwing extra notes into your songs. And also, there’s no feedback on how hard you are pushing a key like say, using a Roland Piano, or an actual guitar. Because of its larger footprint, you could go into note mode and treat it like a more traditional synthesizer and if you access a drum kit it switches into a drum-pad-like mode so you could enter in your own sequences. Finally, you could switch to session mode to record your songs. The Ableton Push is designed so even if you have a PC hooked up to the controller that you could go start to finish on composition without ever looking up at your computers LCD screen.
The software and the money.
Ableton comes with their own proprietary software called “Ableton Live” which purchasing a full license we found to be brutally expensive (The Ableton Push hardware is actually cheaper than a full version of their software!). I’m starting to understand why musicians are so poor all of the time. Companies like Ableton must think that all of their customers can make the “moneyz” rain! It is also witnessed on music forums that we went to for help these people believe that if you pay more for a piece of software then it’s suddenly more professional as fewer people use it and the end-users feel like they are in some exclusive club not understanding that with fewer people also comes less testing, support, and most importantly feedback for their software which has driven other packages such as FL-Studio to the forefront of musical production. Ableton live feels like there are things missing out of their software that FL-studio has already added and/or overcome because their user base is so large. These, of course, are just observations and not actual facts. Back to the problem.
After six months and my Ableton Push is now dead.
How did our Ableton Push die you ask? Well, we were moving it around the house. and after plugging in a USB plug into the “B” style connector of the Ableton Push controller. It was hard getting a good picture of this, but if you look closely, the ground pin on the USB controller is totally flat and not curved to make a connection to the plugs I’m using. Also, one of the data pins is not even properly seated in the female molding and it is drifting all over the place. I’ve had plenty of USB “B” connector style hard drives and never have I had a controller go bad in the way that I had with the Ableton Push. Unlike all of those portable hard drives that bounced around in my work truck all day. The Push sat happily on my desk only being moved about 20 or so times around the house. It was not dropped and we were using the manufactures USB cable up until the point of death. Since the USB plug is gone the unit is non-operational only doing the stupid rainbow pattern letting you know that it’s alive but not communicating. When its plugged it now the OS shuts down the USB hub thinking there’s a ground fault. But guess what? We may not be musicians. But if anyone who reads my blogs knows about me. I’m not afraid of the soldering Iron. So lets open up this unit and see what happened.
Laughable 1 year Ableton warranty.
Even though we had this unit for six months, the warranty apparently has expired because we did not purchase this from an authorized Ableton vendor and thus they go off of the manufacture warranty of only one year. And because it was sitting around for months guess what? Expired! Ableton really shows a lot of faith in their musical equipment to only give one year on their controllers and afterwards shrug their shoulders and tell musicians that you’re just going to have to get a Push Gen 2 controller which costs DOUBLE that of what you paid for your Push Gen 1. And oh yeah, give us MORE money if you want a messily 2-year warranty. Otherwise, fuck you you only get one year! This circles back to my comments earlier that Ableton must think musicians can simply make money rain for them! Perhaps being in the computer repair field was the wrong business to be in. And that musical career is the place to be because apparently they make thousands to spend on hardware! Perhaps Ableton is right! Musicians would simply buy another controller with the theoretical money we may or may not have! Apologies for the sarcasm in the least bit. However, since the career we choose is computer repair. Lets take this thing apart!
Disassembly of the Ableton Push.
Before we flip the Ableton Pushover and undo the tons of screws we must first remove the caps off of the “Tempo” and “Swing” pots. Underneath there is a nut and washer. Silver nut for the “Swing” and black nut and washer for the “Tempo”. Thankfully Ableton did not do anything evil like use Locktite red or blue to lock the nuts and washers into position so a socket wrench or even thin pliers makes them very easy to remove. Taking care of this early on is important as only these two pots are linked directly to the main board of the Ableton Push. All of your other parts are on a separate board that we will not be removing.
Remove the back screws.
Serial number hidden to protect the guilty. Also, I removed the rubber feet as they were falling off of my Ableton Push and I have a pack of rubber feet that I use for my other hardware projects that I will install onto the bottom instead. During this disassembly process, I highly recommend that you use hand-tools for removing all of the screws as just about every screw inside of the Ableton Push is a plastic tapping screw. Over-torquing your screws will result in breaking the plastic sockets. It’s highly tempting to use a power screwdriver because of how many screws we are removing. But don’t do it. Also, when flipping your Ableton Push, place a towel underneath to prevent damage to the pots during disassembly.
Remove the stabilizing plate screws.
Since Ableton encourages its users to be total monsters by punching your pads to achieve intensity depending on the music bank you choose this chunk of plastic keeps the board from warping on the inside. Since it doesn’t really provide any feedback as your pressing the buttons everyone that has tried to use the Ableton Push always slams on the pads hard. Also once you remove the metal backing off of your Ableton Push there will be two long strips of plastic that can simply be removed from the front and back.
Undo edge connectors and… You guessed it! Remove even more screws!
Now we can finally remove the motherboard. Unscrew the insane amount of screws that hold the board in place. You are probably asking why so many screws? There are laptops that use fewer screws to keep motherboards in place. And the answer is the sensors on the Ableton Push. They need to be as flat as possible. Any warping from the board may cause a pad or key to misfire. Be especially careful with the edge connectors highlighted in yellow. Much like a laptop, they are held in by some very fragile clips. Breaking those clips could render your Ableton Push unusable as the connectors would never seat properly inside. Once you have removed every screw from the unit you can lift the board from the bottom of the unit facing you and pull up. You will not be able to pull up from the front-facing away from you like the USB, power, and aux jacks are wrapped around the plastic. However with a little bit of tilting they come out very easily.
The culprit: Bad USB Connector.
Upon flipping it over the problem was rather apparent as to why the pins were so jacked up on my Ableton Push. Which is the USB connector inside was literally falling apart. So much in fact that without the support of the outer casing tied to ground the only thing holding the connector down really is the 4 ultra-fine connectors soldered onto the PCB board. and since they are getting pushed back Ground and +5vdc were now touching and this is why the USB hub on my PC was disabling itself. I know there’s going to be a lot of people that would simply say the following:
You abused it! Tough luck! Not Ableton’s fault! Treat your equipment better n00b!
Durability of the USB “B” Connector.
It should be noted that I have a lot of USB “B” type connectors around my house ranging anywhere from printers, portable hard drives, scanners you name it! the USB “B” style connector was always one of durability and one that can take a good amount of abuse before damage set in. However, whatever company Ableton went through on their USB “B” plugs must have been terribly low quality as just average use of plugging in a USB cable around the house caused it to break. I did not even do what most people do with the Ableton Push by taking it on tour or transporting it out of the house! It’s a rather unfair assessment to state that you have to treat some parts of a piece of musical equipment like glass but other parts you have to use force upon. But that is just the opinion of this lowly blogger.
Notes about removal of the USB port.
When using your soldering iron to remove the USB port the Ableton Push board is heavily grounded and you’re going to require a minimum of a 60watt iron capable of minimum 450 degree temperature I would recommend around 500+ degrees if you can get a soldering iron cheap enough to go that high. A 40-watt cheapo iron isn’t going to cut it. This is both for the ground plane and also because the solder used is ROHS compliant which can be harder to heat-up and remove with your solder sucker. Do not use solder braid as it will break the traces of the USB connector. You can flow lead solder to attempt to soften the ROHS solder already on the board if you are having difficulty removing the ground plane connectors on the USB port.
Finding a replacement USB port.
We got a question asking where to find a 4-pin “B” class female USB dip connector. You can go to Ebay if you don’t mind waiting from china, or paying an nominal fee in shipping from an American vendor. Alternatively, if you would rather want to buy new you can check out Digikey here, and here for some plugs that will work. If you need something quick and local you can hunt around the local thrift store for a similar USB female connector on it. Also if you know someone who has a lot of electronics. Things like DSL routers and print-servers will have them. Not only can you get one fast for $1-5 but you can also practice your socket removal skills on a garbage board before trying it on your expensive Ableton.:) Oh, and you recycle by salvaging parts too. So it’s a win-win that way. After you replace it. Reassembly is very easy and straight forward.
Oh no! My precious warranty that I never-ever had! I voided it I guess?
Repaired, back online and afterthoughts.
Since we’re already good with a soldering iron repairing the Ableton is not that hard to repair. The most annoying factor was probably removing all of those screws. We’re surprised they didn’t put the power circuit and pots on their own board making it a little easier to service then flipping the whole board out but all in all everything is fine again and we’re able to go back into the production of my terrible terrible music! The new USB connector feels nice! That nice fresh click and the device manager kicking in all happy is a welcoming sound. Despite all of the complaints I have I do like the Ableton Push’s hardware. Even some aspects of Live I liked. I have used musical programs in the past such as Rubber Duck and Mixman and those seem like toys in comparison to this. And very slowly I am learning how to actually make something that resembles music with this thing. That in itself is worth the hundreds of dollars we’ve have spent on this unit.
Attitudes of Ableton.
The thing I don’t like about Ableton really is the company itself! The level of sheer arrogance they have. We understand is a reflection of the music industry and the customers that surround them. The notion of not having any standardization of their hardware with other platforms of musical production. However, despite their attitudes, it really doesn’t affect what we’re doing so fuck em’! I posted this because if I had an issue with the USB ports then others obviously will run across a similar issue. If it helps someone great. If not then hope you find answers elsewhere.
Don’t die. Server protect you.
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