SilverStone today rolled out the FARA H1 M, a Micro-ATX tower case (model: SST-FAH1MB). It shares much of its design language with the ATX FARA B1 from 2019, but incorporates an airy mesh front-panel, with a fine steel outer mesh, and a sturdy hexagonal inner lattice. The case features a conventional horizontally-partitioned layout, with the upper compartment having room for graphics cards up to 32 cm in length, and CPU coolers up to 16 cm in height. Storage options include two 3.5-inch bays that can each hold 2.5-inch; and two additional 2.5-inch mounts.

Ventilation options on the SilverStone FARA H1 M include two 140 mm / 120 mm front intakes, two 120 mm top exhausts, and a 120 mm rear exhaust. You can mount a 240 mm x 120 mm radiator along the front panel. Front-panel connectivity includes a USB 3.0 port, two USB 2.0/1.1 ports, and HDA jacks. The case measures 210 mm (W) x 392 mm (H) x 366 mm (D), and is made of SECC steel with ABS plastic bits. The company didn't reveal pricing.

Silverstone at CES 2020 took the opportunity to showcase selections of their portfolio for the media, ranging from PC cases in major form-factors, PSUs, and a range of "ease-of-life" and aesthetic-driven accessories. Accessory-wise, there's a range of SSD-related products, such as the MS09 stick, which allows conversion of an M.2 SSD to what basically amounts to a USB 3.1 pen drive; other products in this category include the MS09-Mini and the MS11, which improves support for the NVMe protocol. The ECM26 is a PCIe adapter for M.2 sticks, while the Silverstone TP02-M2 presents itself as a heatsink for installation on non-passive-cooled M.2 SSDs.

Continuing the SSD accessories galore, there are a number of other solutions, including a tool-less NMVe to PCIe adapter (ECM21-E), an ARGB powered one (ECM24-ARGB, which includes a heatsink), a simpler, non-ARGB one with a heatsink (ECM23), and my personal favorite, a docking station for a barebones M.2 drive you may have around, in the form of the TS16 station. The presence of a Power button very surely means this can't be hot-swapped - the risk of data-loss is real.