 IBM in collaboration with Sony has demonstrated the ability to record at an aerial density of 201 gigabits per square inch on a magnetic tape that's 201 billion bits per square inch that translates into a potential cartridge capacity of 330 terabytes in a single tape cartridge. Barium ferrite technology uses a thin film of nanoscale barium ferrite particles that are coated onto the tape in a liquid form, a little bit like a thin layer of paint, whereas sputter tape uses several layers of thin metal films that are coated onto the tape using vacuum sputter technology that's similar to technology as is used for manufacturing integrated circuits. Foremost this really demonstrates the potential to continue scaling tape technology basically at historical rates of doubling the cartridge capacity every two years for at least the next 10 years. And that's really good news for our customers that rely on tape technology, it's kind of an integral part of their storage infrastructure to really preserve their data in a cost-effective manner. This means that they will continue to be able to use tape to meet those storage needs. Cloud is really one of the growing use cases of tape technology, both as a kind of backup application to reserve data that's stored on other technologies in the cloud, but also as an archival tier for cold data, which is not very frequently accessed. We want to continue trying to push the limits, 201 gigabits that we showed today, but the potential is huge to continue scaling tape for many more years beyond what we've been able to show today.