It makes sense: the new pattern has a higher hole-to-metal ratio. These sausage bodies have been replaced by a honeycomb pattern in most locations except underneath the PSU, which according to Lian Li should allow more air through. Wikipedia informs us that this shape can be called a stadium, obround, discorectangle, or sausage body, but it’s so hard to choose. The ventilation holes used throughout the Lancool II were originally elongated ovals. The Mesh’s legs are canted inwards, which allows the lower doors to open fully without pinching the legs. There’s a tradeoff being made here, but we believe it’s worth it. Lian Li informed us during our visit this year that the final version of this mesh section would be more reinforced than the prototype, and it is, but it’s still much more flexible and prone to warping than the solid steel panel on the other side of the case. The steel side panel that formerly had a small intake vent is now made entirely of mesh, making the shroud-top fan mounts much more usable. There are open 120mm holes in the shroud for unobstructed airflow, which can be covered with perforated steel plates when not in use. The original case had two 120mm fan mounts on top of the PSU shroud directly underneath the GPU, and the Mesh expands on this feature. The front panel of the Mesh is considerably simpler than the original, which was a fairly elaborate construction with two sections of ARGB lighting. The Cooler Master TD500 case, the NR600, and the Phanteks A-series cases have all started moving toward similar designs. The first and most obvious is the front panel, which is now steel mesh over a plastic frame with no backing filter, a style that we’ve seen increasingly often lately. Those are the fixes we wanted, but Lian Li has also made some other changes. On the Mesh, these magnets are covered with foam pads that protect them and cushion the impact slightly. Even if they didn’t, the lower doors would slam shut, steel against steel. On the original Lancool II these magnets were left bare, so that if they weren’t tucked carefully into the corners during assembly they could smack against the metal chassis and chip. The four door sections on Lancool II cases are held shut with magnets. We can’t say for sure that the problem is fixed based on a single unit, but it’s a start. The sleds in our L2 Mesh are exactly the same design, but assembled properly this time. The hard drive cages in our first Lancool II sample were falling apart at the hinges like many problems, it was nothing a little hammering couldn’t fix, but that hammering should have been done at the factory. First, let’s cover some complaints we had with the original version that have been resolved.
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