AI

The component cost crisis is hitting TVs hard now, as chip prices rise higher than panel costs

techexpresshub Staff3 October 2026 at 01:00 UTC2 min read
The component cost crisis is hitting TVs hard now, as chip prices rise higher than panel costs

AI-driven demand is creating a global supply shortage of memory and processors, and it's expected to last through 2027(Flash storage is 9x more expensive while Wi-Fi modules have become as pricey as 4K panels)

AI continues to be the Very Hungry Caterpillar of tech, gobbling up so many semiconductors that supplies of crucial components are limited and prices are soaring. And it looks like the latest tech sector to be chomped is the TV market.

According to market research firm Omdia, as reported by DigiTimes, the cost of semiconductors has risen so much this year that for the very first time, the most expensive part of the TV may no longer be the panel, but the chips powering it.

The good news is that, for now at least, the issue is primarily at the lower end of the market: think 32-inch LCDs and Full HD models in the low 40 inches, rather than the best OLED TVs. But with component costs continuing to soar, the future looks a bit worrying to say the least.

Why component costs are pushing profits way down

We're not talking about a couple of cents here or there; according to Omdia's figures, the costs are rocketing. In the second quarter of 2025, you could expect the processing board's share of the costs to be just over 10%. In the third quarter of 2026, it's 45% or even 50% of the total cost.

Basic DRAM prices hit $25 in August this year, 4.4 times the price of a year ago, and NAND flash memory is up to $30.50, which is nearly nine times last year's price.

The good news keeps on coming. Wi-Fi modules are apparently up from $33.90 in 2025 to $118.20 now. That makes the Wi-Fi chip more expensive than the lowest 55-inch 4K panel ($116) and close to the average 4K panel price of $123.

The component crisis is expected to continue through 2027 and beyond, squeezing the profitability of manufacturers in a market that's already famed for its relatively low profit margins.

It's unlikely that manufacturers could or will absorb ever-increasing prices forever, and that means we're likely to see what we've already seen in the smartphone market: higher prices and lower specifications.

Try our TV size and model finder! You tell it how far you sit from your TV, we'll tell you what size to buy based on viewing angle advice from image quality experts, and we'll recommend our three top TVs at that size for different prices.

More Stories

AI

32,768 cores and 74 petaflops: AMD’s monster new rack for AI agents could be too much for traditional data centers

AMD's Helion Agentic AI Rack combines high-core-count processors, accelerators, and programmable networking, potentially requiring data centers to…

Read More ▸
AI

AI Came for Math. Now It’s Chasing the Rest of Science

Last week, I attended a talk at MIT by Neil Thompson, who studies progress in computing and artificial intelligence. Over the course of just half an…

Read More ▸
AI

Hard drives were supposed to lose the storage war — but AI demand is now pushing their biggest suppliers years ahead

Toshiba is expanding HDD production as AI drives demand for higher-capacity storage across data centers and cloud infrastructure.

Read More ▸
AI

‘Artificial’ Roasts AI’s Creators—and Sends a Dark Warning About Its Dangers

From their dorky parties to their weird walks, the movie holds OpenAI CEO Sam Altman and other stakeholders with contempt, while demonstrating their…

Read More ▸
AI

Google and Microsoft hit by fresh criticism of their AI data center plans

Big Tech firms are destroying the environment in a quest for further AI gains, critics claim.

Read More ▸
AI

‘The keyword is speed to power’: Dell, Apollo, and Jera launch a $140 billion plan to build up to 4GW of AI data centers across Japan and Asia

Dell, Apollo and Jera plan up to 4GW of AI data centres and gas power infrastructure across Japan within five years.

Read More ▸