Lenovo, HP, Dell sign long-term memory deals to secure PC supply through 2027

Lenovo, HP, and Dell sign long- term memory agreements to secure PC supply through 2027, addressing a 20- 30% component shortage.

Lenovo, HP, Dell PCs
Lenovo, HP, Dell PCs

, HP and have secured long term deals with memory vendors in order to secure their supply chain. The deals are intended to ensure that there are component supply for PC making up until 2027. It is a big deal because it's a huge bottleneck in the past that restricts how much PC can be made. As the industry face component shortage, consumers and businesses can look forward to less delay in getting their hands on new PCs.

Major PC vendors lock in memory supply to bridge 2026 shortages

Three big PC vendors is putting an emphasis on securing memory and storage component supply to feed their manufacturing channels. According to sources from the industry, in the first half of 2026, there will be a 20-30% supply demand gap for memory and storage. This shortfall in component has directly affected the PC making capacity.

This caused some uncertainty for consumers and even enterprise clients. These new deals are intended to fill up this supply and demand gap to secure steady PC making.

The new deals are essentially long term supply agreement to secure component availability in the next year and half. Memory vendors are the main component partners in these deals. These memory components are needed to build up the system.

These deals are stressing on memory and storage supply because it's an essential component nowadays in any computing workloads. However, in the existing reports, it doesn't talk about the specific price and quantity in the deals.

B2B is becoming the biggest battleground for 2027 PC market. With AI tools, the productivity demand push for a strong PC spec. Businesses are elevating their work-station to support the new workloads.

This adds to a demand for stable memory supply. With these long term deals, it helps manufacturers to support the specific enterprise demand without interruption.

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