Top-source consensus and TSO verification conclusion:
Source 1 confirms that Murata launched the GCJ21BD72A225KE02 on June 3, 2026, positioning it as a soft-termination MLCC for automotive powertrains and safety equipment, with 2.2μF/100Vdc achieved in the smallest 0805-inch size.
Source 2 confirms that Murata described the product as the “world’s first” soft-termination MLCC to reach 2.2μF/100Vdc in an 0805-inch package, and linked it to automotive powertrain and safety system requirements.
Source 3 confirms that the device is based on Murata’s proprietary ceramic material design and reaches 2.2μF/100Vdc in an 0805 size; previously, the same specification was only achievable in the larger 1206 size.
TSO verification conclusion: The core facts across the three sources are consistent and can be cross-verified as “Murata launched the automotive-grade GCJ21BD72A225KE02, specified as 0805 package, 2.2μF/100Vdc.” The “world’s first” wording appears explicitly in Sources 1 and 2; Source 3 does not repeat it directly but does not conflict with it. The area-reduction claim appears only in Source 3 and cannot be independently confirmed by the other two sources.
Commonly confirmed facts:
The product name is GCJ21BD72A225KE02.
The product type is a soft-termination multilayer ceramic capacitor (MLCC).
It is intended for automotive applications, including at least powertrains and safety systems/equipment.
The key specification is 2.2μF, 100Vdc, in an 0805-inch package.
The release date is June 3, 2026.
All three sources point to the demand for smaller, higher-voltage automotive passive components.
Main differences or divergences:
“World first” wording: Sources 1 and 2 explicitly use this description; Source 3 does not state it in the same way. There is no contrary denial in the available sources, so this is a difference in wording strength rather than a factual conflict.
Application wording: Source 1 says “automotive powertrain and safety equipment”; Source 2 says “automotive powertrain and safety systems.” The meanings are close, though the phrasing differs.
Depth of background explanation: Source 2 mentions 48V adoption and ADAS demand; Source 3 says the same 2.2μF/100Vdc specification had previously only been available in 1206 size and claims about a 51% reduction in board-level occupied area. Source 1 does not elaborate on these points.
Technical source description: Only Source 3 refers to “Murata’s proprietary ceramic material design, including fine particle size and uniformity control”; the other sources do not mention these details, so they cannot be independently confirmed from the provided materials.
Background and analysis:
Taken together, the three sources show that Murata’s key breakthrough is pushing automotive high-voltage MLCC capacity and package size forward simultaneously: 2.2μF/100Vdc in an 0805 form factor. For automotive powertrain and safety systems, such components typically address higher-voltage environments and more compact board designs. Source 2 explicitly ties the product to the spread of 48V systems and ADAS demand; Source 3 adds that the same specification had previously only been seen in the larger 1206 package, indicating that the product focuses on reducing mounting area, improving design density, and enhancing reliability. The “world’s first” claim and the “approximately 51% area reduction” claim are both supported by the sources but must be reported strictly within the wording and scope of the original materials, without extrapolation.
Three-source summary:
Source 1: Announces the product from the company’s perspective, emphasizing world-first status, 0805 size, 2.2μF/100Vdc, and automotive powertrain/safety applications.
Source 2: Highlights market-demand background, stressing how 48V adoption and ADAS are driving demand for smaller, higher-voltage passive components.
Source 3: Focuses on the technical achievement and size comparison, noting that this specification was previously only possible in 1206 size and claiming about a 51% reduction in board area.
Conclusion:
Based on the three sources, it can be confirmed that Murata has launched the GCJ21BD72A225KE02 automotive soft-termination MLCC and achieved 2.2μF/100Vdc in an 0805 package. The “world’s first” and area-reduction statements are supported by the sources but should be confined to the original source wording; other extended interpretations or external facts cannot be verified from the provided material.