In 2017, there were important developments in CPU technology that changed computer hardware. Intel released its 8th generation Core processors, called Coffee Lake, which had more cores compared to earlier models, improving performance for tasks that use multiple processing threads. This was beneficial for gamers and people who do tasks like video editing and 3D rendering. At the same time, AMD made a strong return with its Ryzen processor series. The Ryzen 7 models offered 8-core and 16-thread setups to the general public, providing good performance and pricing compared to Intel.

• AMD's Ryzen Threadripper was released, bringing massive core counts with up to 16 cores and 32 threads.
• Intel's Core i9 series was introduced, aiming at high-end desktops with the Skylake-X architecture.
• The introduction of AMD EPYC provided a competitive solution for servers, making a significant impact in the data center market.
• ARM-based CPUs started gaining traction, being used in more devices beyond mobile phones, hinting at the potential for lightweight, power-efficient desktops.

In 2017, people wanting better computer performance had many choices. Both AMD and Intel offered processors with more cores, which helped with multitasking. Gamers and professionals who bought these new chips quickly saw improvements. The cost compared to the performance was appealing, especially with Ryzen's lower prices. Many were happy about the chance to keep their systems up-to-date with these powerful CPUs. There were many discussions in tech communities about the benefits of each processor, leading to many people upgrading their systems during the year.

In 2017, the market for graphics cards saw major advancements with several key launches. NVIDIA introduced the GeForce GTX 1080 Ti, which gained attention for its strong performance and relatively lower price compared to the Titan model. Featuring 11 GB of GDDR5X memory and an effective cooling system, it was highly regarded by gamers and professionals for enhancing 4K gaming. AMD also made strides with the release of their Radeon RX Vega 56 and Vega 64, aimed at competing with NVIDIA’s products while offering new features like high-bandwidth cache.

Here is a short list of important graphics cards that came out in 2017:

• NVIDIA GeForce GTX 1080 Ti - Known for its performance and efficiency.
• AMD Radeon RX Vega 64 - Introduced with top-tier performance and a focus on gaming enhancement.
• AMD Radeon RX Vega 56 - Offered competitive pricing and features for mid to high-end gamers.
• NVIDIA Titan Xp - Aimed at professionals and deemed one of the most powerful GPUs at the time.

In 2017, people had various options for graphics cards based on their needs and budgets. NVIDIA led the market with their popular Pascal architecture, while AMD's Vega series offered good value with its pricing and performance. There was a lot of talk about how much power each card used, with Vega needing more power at first. Both companies improved their graphics cards to support virtual reality better. For buyers, 2017 had more options and better perfomance in the GPU market.

In 2017, there were important improvements in memory and storage technology. One key development was 3D NAND technology, which allowed manufacturers to stack memory cells on top of one another. This led to more storage capacity in a smaller space. As a result, devices became more portable and efficient. Another big improvement was the growing popularity of NVMe SSDs. These drives offered faster data transfer speeds than SATA SSDs, boosting system performance for demanding applications and gaming.

In 2017, manufacturers launched some exciting new products featuring the latest technologies. Intel released Optane Memory modules to speed up boot times by caching data for hard drives. Samsung brought out the 960 PRO and EVO NVMe SSDs, known for their speed and reliability. Western Digital introduced the WD Blue 3D NAND SSD, offering better power efficiency and durability. These improvements led to faster loading times and increased productivity for users.

• Higher capacity HDDs: Larger drives became available, making storage of large data sets and media files simpler.
• Toshiba XG5 NVMe SSDs: These were praised for excellent power efficiency and competitive pricing.
• Crucial BX300: This budget-friendly SSD offered solid performance without breaking the bank.

In 2017, new developments in memory and storage gave people more options and improved performance. These changes set the stage for future technological progress, transforming how we store and access personal and work data.