The consumer electronics industry is facing a supply chain challenge that is becoming increasingly difficult to contain: a severe shortage of memory components. As demand for artificial intelligence (AI) accelerates and data center investments continue to expand, manufacturers are competing for increasingly scarce supplies while contending with rising costs and persistent logistics uncertainty.
Memory prices have surged by as much as 400% over the past two years, according to research from Omdia. The scale of the disruption has created a sense of “desperation” among electronics manufacturers, said Willy Shih, the Robert and Jane Cizik Baker Foundation professor of management practice in business administration at Harvard Business School.
The shortage is only one part of the problem. Companies must also navigate changing trade regulations and transportation disruptions caused by both human activity and natural events.
“It seems like there’s much more tactical scrambling going on,” Shih told Supply Chain Dive.
Against this backdrop, five major developments are influencing how consumer electronics companies plan production, manage suppliers and move goods through their global networks.
1. Increased emphasis on long-term planning
Manufacturers experiencing long-term component shortages can no longer get away with annual budgeting and short-term operational adjustments. Supply chain specialists say companies are increasingly taking a multiyear view in managing inventory, product roadmaps and investment decisions.
“Companies will need to align inventory positioning, roadmaps and investments with strategies that span multiple years, not just the next annual budget,” Cori Masters, senior research analyst director in Gartner’s supply chain operations, industrial and high-tech practice, told Supply Chain Dive.
Joseph Fitzgerald, a managing director and partner at Boston Consulting Group, calls the change a “renaissance in planning discipline.” While many manufacturers upgraded their planning capabilities during the COVID-19 pandemic, some of those practices were allowed to lapse once the public health emergency ended. Today’s supply pressures are compelling companies to rebuild those capabilities.
Investment is going into more advanced planning systems and a rethink of operating models supported by current software platforms, including Kinaxis, Blue Yonder and SAP. Manufacturers are also testing artificial intelligence to improve demand sensing and operate leaner fulfillment operations.
Fitzgerald said the applications are still in their infancy, especially in developing supply chains that can constantly adapt to evolving conditions.
“We are in the infancy of applying AI intelligence to supply chains where we have always-on responsiveness, I think,” he said.
The aim is to give manufacturers greater insight into future requirements and the ability to react before shortages cause production disruptions.
2. Rising costs are altering product portfolios and design decisions
Electronics companies have been trying to absorb the extra costs from tariffs and memory shortages for the last 18 months. But many manufacturers have exhausted ways to offset costs and are increasingly passing some of the burden onto consumers, Masters said.
The pressure is evident in the price hikes from major console makers. Sony cited “ongoing pressures in the global economic environment” when it increased prices in April on a number of PlayStation video game consoles and accessories. The changes were announced in its PlayStation pricing update.
Microsoft then followed suit, raising prices on its Xbox consoles by as much as $150 this summer, according to its Xbox console price announcement.
The consequences extend beyond retail prices. More expensive materials and components are impacting the range of products that manufacturers are choosing to develop and sell. Some companies are shifting away from cheaper, less profitable models to higher-end products with better margins.
Others are looking for other materials and components to avoid U.S. tariffs on goods containing metals such as aluminum and steel. This approach has gained importance following the Supreme Court’s invalidation of tariffs levied under the International Emergency Economic Powers Act on the grounds of countries of origin.
“Trade measures are increasingly going after the very ingredients inside the products,” said Venky Ramesh, a director at AlixPartners. One of the firm’s industrial automation customers has swapped plastic for aluminum in some products to cut costs, he said.
And with high-cost inputs and changing trade rules it’s affecting decisions at multiple levels — from component selection and product engineering to pricing and the entire product portfolio.
3. Supplier partnerships are becoming more strategic
As memory becomes harder to secure, manufacturers are finding that closer relationships with critical suppliers can provide an important competitive advantage.
One of the clearest changes is the move toward longer purchasing commitments. Instead of relying on traditional one-year contracts, some companies are negotiating agreements that guarantee supplies for three to five years. In certain cases, these arrangements involve advance payments of up to 30%, Ramesh said.
The commercial logic is straightforward: manufacturers seeking preferential access to constrained components may need to offer suppliers more attractive financial terms, longer commitments and stronger order-by-order partnerships.
“If I want my supplier to put me higher up on their priority list, I need to give them a sweeter deal, which would mean, obviously, meet their cost demands, give them a longer-term contract, try to be a better partner in terms of each order that I give them,” Ramesh said.
These arrangements can favor the industry’s largest companies. Businesses with sufficient balance-sheet capacity to make advance payments and commit capital years in advance are better positioned to compete for limited supplies.
Hewlett Packard Enterprise and Apple are among the manufacturers that have incorporated long-term supplier agreements into their sourcing strategies for components such as chips. Earlier this year, Apple signed a multiyear agreement with longtime supplier Broadcom to provide custom silicon for computer manufacturing.
However, the benefits of closer supplier relationships go beyond securing component volumes. Manufacturers and their partners are also working to improve visibility into where products and components are sourced, manufactured, imported and exported.
Masters said this growing emphasis on supply chain provenance is intended to strengthen resilience beyond the individual device level. Companies are pursuing different forms of collaboration, including joint ventures, investment options and take-or-pay agreements.
The result is a more integrated sourcing model in which manufacturers seek not only reliable access to critical components but also a clearer understanding of the wider networks on which their production depends.
“It seems like there’s much more tactical scrambling going on.”
Willy Shih, Robert and Jane Cizik Baker Foundation professor of management practice in business administration at Harvard Business School.
4. Supplier diversification is gaining urgency
The memory shortage is drawing widespread attention, but the supply constraints affecting electronics manufacturers also extend to other components needed for AI infrastructure and electronic devices.
In September, Dell Technologies reported that it was dealing with shortages affecting more than memory, storage and central processing units (CPUs). The constrained components also included rack-level cooling equipment, networking hardware and power components required for AI computing, according to Supply Chain Dive.
Apple has also identified limited advanced-node manufacturing capacity for its systems-on-a-chip as a supply constraint in recent months.
These pressures are prompting manufacturers to reconsider their reliance on one or two suppliers for essential components. According to Masters, companies are increasingly looking beyond traditional single-sourcing and dual-sourcing arrangements to improve supply allocation and make their procurement networks more resilient.
“To develop secondary suppliers and plants takes time. Larger companies are slowly creating new vendor networks and production capabilities. Once those alternatives are well established, companies can dial back their exposure to countries where they have become overexposed in manufacturing, such as China, Ramesh said.
Another aspect of this strategy is regionalization. Electronics manufacturers increasingly are looking at supply chains where products are manufactured in or close to the markets where they will ultimately be sold.
This can help reduce cost pressures and allow manufacturers to respond more effectively to the needs of suppliers and customers in specific countries or regions, according to experts.
Diversification will not remove supply chain risk, but it can reduce reliance on a handful of suppliers, production sites or manufacturing regions when demand for critical components is still hard to meet.
5. Changes in freight strategy in response to component shortages
In terms of transportation decisions, electronics manufacturers are putting the availability of critical components before freight costs.
If a missing part in a memory can stop an entire line of production, it may make more sense to pay for faster shipping than to wait for production. So companies are more inclined to pay for costly shipping options to obtain constrained parts quickly.
“Freight cost is no longer the deciding factor for a mode or route choice – it is the unavailability of components. The premium to air-ship a constrained part is trivial compared to the cost of an idle line,” Ramesh said.
Air freight enables manufacturers to source urgent components and minimize production disruptions. But it’s not the only way to get noticed. “Some are looking more to ocean shipping because they are servicing growing enterprise customer bases,” said Fitzgerald.
Businesses catering to these customers may experience more stable demand over extended planning horizons. That visibility lets them shift some of their shipments to slower, less expensive modes of transportation, which can help offset the additional memory costs and protect profitability.
“So you can put a certain percentage on a longer slower freight mode, and then save money and boost margin or retain margin with your memory cost increases, you can get a more stable long-term forecast,” Fitzgerald said.
The best way is to mix modes of transport, rather than just rely on premium delivery or low cost freight. Leading operators are using ocean shipping for their standard, lower cost flows and keeping a smaller, deliberately expensive expedited channel for urgent requirements, said Ramesh.
Surcharges are linked to periodic reviews and on-time shipments performance under this model. The aim is to keep transport costs low for predictable volumes, but still have the flexibility to react to component shortages that threaten production schedules.
Planning, sourcing & logistics to be harmonized
These five trends are part of a bigger shift in consumer electronics supply chain management. Manufacturers are operating in a world where component availability, material cost, trade restrictions and transportation alternatives are increasingly inter-dependent.
The longer the planning horizon the better the firm can anticipate demand. Improved supplier relationships and a broader sourcing base may help improve access to critical inputs. Other levers to control costs and protect margins are product design and freight strategies.
AI demands already stretch memory and other components, so companies will need to get better at aligning these decisions in the future. It may be just as important to be able to source supplies, change production and select the appropriate mode of transport, as it is to find the lowest purchase or freight price.
