Samsung predicts a bumper 2024, forecasting a 900% increase in profits for the first three months of the year

The second largest chip manufacturer in the world, Samsung, has announced its forecast for the company's first quarter results of 2024. While it's only expecting a reasonable 8% increase in sales, compared to this time last year, operating profits are expected to improve by more than 900%—from a mere half a billion dollars up to an enormous $4.9 billion.

Unfortunately, the forecast doesn't go into any details as to why Samsung's fortunes have dramatically changed, but its financial report for 2023 gives some clues. A sizable portion of its sales income is down to the success of Samsung's memory division, accounting for roughly one third of all sales.

Peel apart the innards of a typical gaming PC and you'll stand a good chance of seeing Samsung memory chips plastered all over it—GDDR6 used for the VRAM on the graphics card, DDR4 or DDR5 for the system memory, and possibly NAND flash chips in SSDs. In the case of DRAM, Samsung leads the industry, with a 40% market share, with competitors SK Hynix and Micron taking second and third place respectively.

It's not quite as good news for the foundries churning out processors, despite having a backlog of orders. It was reported last year that Samsung was struggling to make its new 3nm GAA (Gate All Around) process node work well and until it does, any money invested in research and development won't get covered in sales.

Meanwhile, chief rival TSMC is forecasting that the first quarter of 2024 will be more of the same—a healthy $18.9 billion of net revenue and a big operating margin of 42%. The Taiwanese chip firm manufactures pretty much everything for AMD and Apple, the majority of Nvidia's products, and around 30% of all the silicon wafers that Intel needs.

Against such dominance, you might think that Samsung stands no chance, but don't forget that it makes some of the best display panels for gaming monitors you can buy, and it's one of the few manufacturers of HBM3e—an ultra-high bandwidth memory that AI and compute