Comparison of Lenovo ThinkPad P1 Gen 6 and Gen 7: Highlighting the Differences

The LPCAMM2 is bringing something new to the table with mobile platforms: it’s cranking up the memory speed while keeping power consumption low. With this development, the ThinkPad P1 Gen 7 now features upgraded, removable memory—a significant change from being permanently attached to the motherboard.

Now, let’s talk a bit about the ThinkPad P1 Gen 7. It comes equipped with the newer LPDDR5X memory, which uses the LPCAMM2 design, making it easier than ever to upgrade. An ordinary screwdriver is all you need to swap out the memory, making this laptop stand out in a market where upgradeable memory is usually the preserve of desktops. Desktops have always led in the upgradeability race thanks to the simple task of removing and adding DIMMs. While some laptops can handle SODIMM modules, LPDDR5 and LPDDR5X have mostly been a no-go for upgrades—until now.

Thanks to the LPCAMM2, laptops get in on the action with LPDDR5X-level performance without those pesky soldered motherboards. A recent video on Bilibili highlights this convenience, showcasing how easy it is to remove the memory module in the Gen 7 as compared to the Gen 6.

Looking specifically at the ThinkPad P1 Gen 6, it uses SODIMM DDR5 memory clocked at 5600 MT/s, though it can only achieve 5200 MT/s due to certain constraints. Enter the ThinkPad P1 Gen 7, which flexes its muscles with LPDDR5X-based LPCAMM2 memory reaching speeds of 7500 MT/s. The installation process isn’t too different from sliding in a regular M.2 drive, with only three screws to handle.

The LPCAMM2 memory is compact, similar in size to SODIMM DDR5, but it delivers much better performance and efficiency. However, there’s a catch—it costs nearly double what you’d pay for soldered LPDDR5X to the motherboard. A 16 GB LPCAMM2 might set you back as much as a 32 GB soldered version, which might not seem like a great deal. But, weighed against the overall cost of the laptop, it might just be worth it.

LPCAMM2 not only trims down the physical footprint but also cranks up speeds to 8533 MT/s. Major industry players like Samsung, Micron, and GEIL have already rolled out their own LPCAMM2 solutions, and it looks like it won’t be long before we see this becoming the go-to option for high-end laptops. This standard is also expected to make its way to desktops, albeit in niche segments. Despite being a relatively new player, it promises various perks, including faster speeds, reduced PCB traces, lower latencies, cooler operation, and more.

The LPCAMM2 is JEDEC-standardized and could be a boon for PCs, laptops, and high-performance workstations. Plus, it uses about 60% less power than SODIMM memory, which helps manage heat better.

The original news source for this exciting development? Bilibili.

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