IN Brief:
- China-based panel makers are forecast to account for 65.2% of global automotive display shipments in H2 2026.
- Their share has risen from 28.1% in 2019 to 56.6% in 2025 and 59.0% during H1 2026.
- Omdia expects commercially available non-China automotive a-Si and oxide LCD front-end lines to fall from seven in 2026 to three under its selected 2028 scenario.
Omdia expects China-based panel manufacturers to account for 65.2% of global automotive display shipments in the second half of 2026, extending a production shift driven increasingly by the economics of mature LCD capacity.
The forecast compares with 59.0% in the first half of 2026 and 56.6% for 2025. In 2019, China-based suppliers represented 28.1% of automotive display shipments, meaning their share has more than doubled as panel production and investment have become concentrated in mainland China.
Omdia attributes the change to more than another cycle of capacity expansion. Low returns from mature LCD manufacturing are encouraging suppliers outside China to close, sell, or repurpose fabrication lines and redirect capital towards businesses offering stronger returns.
Automotive electronics makes that restructuring more consequential than a short-term movement in panel pricing. Displays are commonly designed into vehicle programmes years before production and may need to remain available through lengthy manufacturing and service periods, making continuity of the qualified fabrication base part of component selection.
The sharpest contraction is expected in amorphous-silicon and oxide LCD. Under Omdia’s selected 2028 scenario, the number of commercially available automotive-relevant front-end a-Si and oxide production lines outside mainland China falls from seven in 2026 to three.
Mainland China retains a substantially broader production base, with a-Si and oxide output increasingly concentrated in larger Generation 8.x fabs. Scale at those facilities provides another route to lower unit costs while keeping mature LCD technologies commercially useful for vehicle programmes.
LTPS LCD offers greater geographic diversity, although much of the capacity outside China is mature. Omdia says most relevant non-China LTPS lines entered mass production before 2015 and generally operate at less than 30,000 substrates per month per line.
China also has a broader LTPS manufacturing base, but Omdia does not currently expect major new LTPS LCD capacity additions through 2028. Sourcing options may therefore remain more diverse than a-Si and oxide without creating a large wave of new manufacturing capacity elsewhere.
The practical constraint for vehicle manufacturers and Tier 1 electronics suppliers is second-source resilience. A display panel is not necessarily interchangeable merely because another manufacturer supplies the same diagonal size and resolution. Optical performance, timing, backlight behaviour, mechanical dimensions, touch integration, thermal characteristics, electromagnetic compatibility, and functional-safety requirements can all trigger additional validation.
Those constraints make a late supplier change expensive. As qualified front-end production becomes concentrated, maintaining two genuinely independent sources becomes harder even where several display brands remain nominally available.
OLED follows a different manufacturing path. Korea remains the established non-China automotive OLED production base, while mainland Chinese manufacturers continue investing in Generation 8.x OLED capacity aimed initially at smartphone and IT demand.
Omdia expects those larger fabs eventually to release more mature Generation 6 OLED capacity for automotive use. A significant proportion of G6 capacity that entered production around 2020 is also expected to be fully depreciated by 2028, reducing its cost base and potentially making OLED more competitive in vehicle applications.
That could broaden the available technology mix even as LCD sourcing becomes more concentrated. OLED offers advantages in contrast, response time, black-state performance, and packaging flexibility, but automotive qualification still has to address brightness, lifetime, image retention, temperature behaviour, and long-term supply.
The current shipment figures therefore describe both geography and manufacturing economics. Chinese suppliers have expanded their share while operating a larger pool of commercially viable mature LCD capacity, whereas some competitors outside China are reducing exposure to older fabrication lines that no longer meet return targets.
Omdia’s forecast does not imply that non-China automotive display production disappears. LTPS LCD remains available from several established suppliers, and Korea continues to provide an OLED manufacturing base. Those alternatives are becoming more specialised as the broadest mature LCD capacity becomes concentrated in China.
The sourcing calculation consequently extends well beyond the panel price at design freeze. A component that is economical at the start of a vehicle programme becomes considerably less attractive if its fabrication line closes before production ends, particularly when replacement requires fresh optical, mechanical, electrical, and software validation.
The forecast 65.2% share is therefore also a measure of where qualified production capacity is accumulating. Vehicle displays have become progressively more visible to drivers and passengers, while the industrial question remains largely hidden behind them: which fabs will still be producing the required technology several years after the dashboard has been approved?
