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Platinum Audiolab cooks up all sorts of samples and loops into finely tuned, pre-mapped, instantly loadable production kits. Our fast download server can serve you a compressed 500mb zip file in minutes over a highspeed connection. We also offer mailed CD's almost anywhere in the world, all for reasonable prices affordable across all budgets. Take a listen to our demos to get a taste of our Platinum Quality! And take a look around our sample & loop browser to find the exact sound library you are looking for.
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Almost all of our products allow you to choose an instant download delivery as an option. That means you don't have to worry about paying extra for shipping, import taxes, or packaging. What you get is all of the contents found on the disk, with documentation, sent to you instantly over a blazing-fast download server.
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There's nothing hidden behind long, boring documentation. We're pretty straight-forward on our policy. When you purchase any of our libraries, you are entitled to 100% Royalty - FREE use in your commercial and personal compositions as per our licensing agreement. Hooray for simplicity!
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Quick Studio Tips

In your mixer settings, its a good idea to set the audio bit-rate to 32-bit. Newer computers take a small performance hit, but mixing in 32-bit results in a cleaner final master. Why? Because all of that fx processing and re-processing chips away at the initial bit-rate. For instance, if you lose 5 bits of effective resolution due to putting your audio through a ton of fx, you have a relative resolution of 27-bits with a 32-bit file, as opposed to a relative resolution of 11-bits with a 16-bit file. Being that the destination resolution is usually 16-bit (CD Quality Master), its best to give yourself that headroom from the get-go.
Installing 72-Pin RAM Memory In Your Vintage Akai MPC Sampler

This tutorial is specific to installing 72-pin RAM (16MB, 32MB, 64MB, 96MB) into samplers such as, MPC3000, MPC2000(XL), Akai S-Series, Korg Triton Series, Yamaha Motif/EX/RS and others. However, many of the principles in performing ram-upgrades in general are covered here. Let's take a look...

If you're looking for RAM for the samplers listed above, check out our store by going here.

First, a caveat about handling RAM. RAM sticks should be transported in anti-static bags/coverings to protect them from static electricity. Similarly, when removing the sticks from their package and installing, proper precautions should be taken to ensure that the chips don't get damaged. You should aim to:

  1. Make sure to ground yourself before handling the ram. You can do so by touching any piece of metal, such as on the sampler chassis.

  2. Stay in one place. Avoid moving around a lot as this may generate static electricity buildup.

  3. Try not to wear wooly socks, sweaters, and try not to do the upgrade on carpeting. Again, static.

  4. Make sure you don't force the chips in place too much. They should fairly easily click into place. Check that the seating is correct.

  5. Make sure the sticks snap into place and are not on an angle. Powering up with poorly seated ram can result in damage.

Step 1. Identify The Ram Slot - In most cases, the ram slot is distinguished from any other slot on your board. However, some samplers (such as the triton rack) contain other slots that are probably not where you want to install the ram. Consult your manual if you are unsure, or install the ram in the same group of slots that you see other ram installed in (if that is indeed the case). There is no harm in trying out the other slots, if you need to go by trial and error. See Figure 1.

.Figure 1


Step 2. Line Up The Notches - Next, with the front of the sampler facing you, flip the RAM stick so that the notch on the side is facing to your right. Then, line up the middle notch with the notch in the RAM slot on your board. See Figure 2.

.Figure 2


Step 3. Insert The RAM - Insert the RAM in the slot at a 45-degree angle. It should rest at an angle, pointing towards you. See Figure 3.

.Figure 3


Step 4. Push The RAM Into Place - And, finally, gently push the ram away from you, snapping it into place at a 90-degree angle. You should not have to force it into place too much, or else you have the seating wrong and you need to retrace your steps from the beginning (See Figure 4). Now all you have to do is power on your unit and wait for the message that tells you how much RAM is installed to see if the upgrade was successful. Don't panic if you see half of the amount you were expecting. Akai Samplers, and a few others, report the RAM as "MWORDS". In this case, 1 MWORD is worth 2MB's.

.Figure 4


Final Thoughts and Troubleshooting

Rare as it may be, it happens that upgrades don't go as planned. Everything from failing RAM slots, to zapped RAM chips, to improperly seated RAM sticks, to mixing old RAM with new RAM can cause issues. If you are sure that you inserted the RAM proplerly, as according our steps above, the next thing to do is find the offending stick/slot. If some RAM is showing as installed, then install each RAM stick one-at-time and power-on with one stick at a time to see if a dud shows up. If each stick installs fine, then you can rule out that the RAM sticks are duds. Next, replicate the process with other slots to see if the slot is a dud. Next, if the RAM is mixed with other RAM, its likely that they don't mix togethor, in which case you should get rid of the old RAM altogethor.