Sans Other Jigu 7 is a bold, wide, low contrast, upright, normal x-height font visually similar to 'Exabyte' by Pepper Type (names referenced only for comparison).
Keywords: logotypes, posters, headlines, game ui, packaging, tech, sci‑fi, industrial, arcade, futuristic, futurism, modularity, impact, tech styling, geometric consistency, geometric, angular, square, monoline, octagonal.
A geometric sans built from heavy, monoline strokes with squared terminals and frequent 45° chamfers. Counters and bowls tend toward rectangular or octagonal forms, producing a tight, engineered rhythm and a distinctly modular silhouette. Proportions run on the wide side with sturdy horizontals, short apertures, and compact joins; diagonals are simplified into crisp angled cuts rather than smooth curves. The lowercase mirrors the uppercase construction, keeping a uniform, schematic texture across text.
Best suited to branding, logotypes, posters, and headline settings where its angular geometry reads as intentional and distinctive. It also fits game UI, tech-themed graphics, and packaging that benefits from a rugged, modular voice. For long-form text, it will work more comfortably at larger sizes with generous spacing.
The overall tone is futuristic and technical, with an arcade-like, digital-industrial flavor. Its hard corners and boxed-in counters feel mechanical and utilitarian, suggesting interfaces, machinery, and science-fiction worldbuilding rather than soft editorial warmth.
The letterforms appear designed to translate a modular, machined aesthetic into a sans system: wide proportions, squared geometry, and chamfered corners that preserve a consistent visual logic across cases and numerals. The intent reads as a bold, contemporary display face for tech-forward or retro-digital styling.
The design’s squarish counters and tight apertures create strong presence but can reduce clarity at small sizes, especially in dense text. The numerals follow the same chamfered geometry, giving a cohesive, display-oriented set for headings and UI-style readouts.