Laptops have always been our entry to the modern digital world, and also our constant companions, growing and evolving with users’ needs. But there’s always an elephant in the room – the lack of upgradeability of their components. Now, a new innovation has a chance of changing that, and bring us into a new age, when at last our laptops could start to keep up with our needs. The Lenovo ThinkPad P1 (Gen 7) comes with the new LPCAMM2 memory module. Let’s take a closer look at it and what it means.
For years, developing laptops that made a promising gain on performance had been a Pyrrhic victory at best. Every new advance in memory technology – including the transition from old-school DDR RAM to Low Power Double Data Rate (LPDDR) – held great promise in terms of boosting power efficiency. But it also came with a cost: LPDDR was welded onto the laptop’s motherboard, a condition that rendered any hope of an upgrade a daunting, if not impossible, modification.
Lenovo ThinkPad P1 (Gen 7), pictured here after the tech sleuths at iFixit tore it down, offers the latest LPDDR5X memory and it does it using a brand new kind of memory module known by the awful acronym LPCAMM2 (Low-Power Compression-Attached Memory Module). LPDDR5X is emerging as the next version of DDR memory, but it doesn’t exist in single-DIMM sticks so enthusiasts can swap them in and out at will. Instead, it comes soldered to the motherboard. That’s not so great. So the creation of LPCAMM2 is a sign that things could start changing. Users will, in the user-friendly parlance, ‘have to unscrew and swap’. The DIY laptopers among us will be able to enhance or replace the laptop’s memory by ripping out the memory module and popping a different one into its place. I confess, my pet project regarding laptops is to figure out how we can make them last generations.
LPDDR5X memory, such as that in the LPCAMM2 format, is not simply about low-power operation. It’s about enabling laptops to do more at higher speed and with lower power – and increasing the speed of data processing, starting with everyday tasks like opening large files, and stretching to the limits that some especially challenging professional applications face.
A key selling point of the LPCAMM2 is modularity. That is, it is easy to upgrade the memory of an LPCAMM2, without having to commit to any longer-term purchase of particular components. Are working on something that requires extra memory? If you have an LPCAMM2 motherboard in your laptop, a simple upgrade to the motherboard will give your laptop the ability to properly execute that task.
By increasing the upgrade options to laptops, we create a more sustainable way of living in an increasingly electronic world, since these modular laptops can be used for a much longer period. It also decreases the number of e-waste that the world receives, as users can remove the broken module on their computer and replace it with a new module to upgrade their laptops.
A future in which you can buy some processing performance, but add memory capacity as your needs evolve. A future in which the sale of a laptop no longer marks the end of its evolution. This kind of technology could change consumer expectations and demands when buying a laptop. Eventually, frustrated consumers may start griping about their mobile computing hardware, calling for more modular laptops and an end to the era of the soldered memory nightmare.
The Lenovo ThinkPad P1 (Gen 7) might be the first laptop with LPCAMM2 technology, but widespread adoption in even more laptop models – and from other brands – could truly accelerate its success. It will be exciting for consumers and businesses alike to see how quickly, and in what quantities, LPCAMM2 takes hold in the marketplace.
LPCAMM2 memory is more than just a technical issue, for I regard it as part of a deeper paradigm shift – one in which users wield more control over technology. In sum, while it may be an uphill battle, the potential for innovation in both laptop design and functionality remains high.
Laptops are rarely more than a couple of millimetres thick and a few kilogrammes in weight – a significant upgrade from their bulkier 1980s ancestors. They seem designed to maximise versatility and portability. A machine filled with predictive applications is one we could take anywhere, using for every imaginable purpose. The LPCAMM2 could be a harbinger of a new era, in which laptops become ever-more central to our lives – moulded to us in ways we have merely begun to imagine.
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Ultimately, the LPCAMM2 memory module is designed to help us see the device – and not the other way around. As laptops continue to evolve, we can expect them to offer even more flexibility, mobility and power. This presents an opportunity for us to explore ways to mould our devices to our wills, bringing both our professional and personal lives to new heights. In the right hands, the process of organisations like Gizmogo reusing and curating these gadgets seems to herald a bright future where we can utilise technology in more intimate ways.
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