Serif Contrasted Ipme 9 is a regular weight, wide, very high contrast, upright, normal x-height font.
Keywords: editorial, magazine, book titles, luxury branding, invitations, elegant, formal, luxurious, classical, refinement, prestige, headline impact, editorial clarity, classic modernity, hairline serifs, vertical stress, crisp, refined, airy.
This serif typeface shows a pronounced thick–thin rhythm with strong vertical stress, pairing sturdy main stems with very fine hairlines. Serifs are sharp and delicate, with a clean, minimally bracketed feel that keeps joins crisp rather than softened. The letterforms read upright and spacious, with relatively wide proportions and open counters that maintain clarity even as the contrast increases. Terminals and curves are smoothly drawn, and the overall rhythm feels measured and consistent across capitals, lowercase, and figures.
This font suits editorial typography such as magazine headlines, section openers, and book titling where high contrast can add drama and hierarchy. It also fits premium branding applications—beauty, jewelry, boutique hospitality—and formal materials like invitations or certificates, where sharp serifs and refined proportions communicate prestige.
The overall tone is polished and high-end, evoking the restrained sophistication of fashion, arts, and literary publishing. Its dramatic contrast and precise detailing lend it a ceremonial, authoritative voice, while the airy hairlines add a sense of refinement and luxury.
The design appears intended as a modern take on high-contrast, vertical-stress serif typography: prioritizing elegance, clarity of structure, and a pronounced headline presence. Its wide stance and crisp detailing suggest a focus on sophisticated display use while retaining enough regularity for short-form text settings.
In the grid, diagonal and curved letters emphasize the contrast most clearly, with fine connecting strokes and crisp entry/exit points. In text, the delicate horizontals and serifs create a bright, shimmering texture, suggesting best performance at moderate-to-large sizes or in well-supported print and high-resolution display contexts.