Area Overview for CB2 0SN

CB2 0SN is a small, densely populated postcode area in Cambridge, covering just 4.4 hectares and home to 1,778 residents. Its high population density of 40,596 people per square kilometre reflects its compact, residential nature. The area, part of the Queen Edith’s ward, was developed primarily between the 1950s and 1970s on land historically linked to Cherry Hinton and Trumpington parishes. This suburb is named after Edith, wife of Edward the Confessor, though its origins trace back to 10th-century agricultural land. Today, it is a modern residential cluster with a focus on flats, serving a community of young adults aged 15–29. Nearby, Nightingale Avenue and Nightingale Park stand as tributes to Florence Nightingale, reflecting the area’s ties to St Thomas’ Hospital, which once owned the land. Residents benefit from proximity to Addenbrooke’s Hospital and the Queen Edith’s Medical and Research Centre, blending historical significance with contemporary healthcare access. The area’s compact size and proximity to Cambridge’s rail network make it a convenient base for those working in the city or nearby.

The population of CB2 0SN is overwhelmingly young, with a median age of 22 and 72% of residents falling into the 15–29 age range. This demographic skew suggests a community dominated by students, graduates, and young professionals. Home ownership is low at 28%, indicating that most residents rent their accommodation, which is predominantly flats. The area’s ethnic composition is largely White, reflecting broader trends in Cambridge’s suburbs. The high population density of 40,596 people per square kilometre means the area is intensely lived-in, with limited open space relative to its size. This density, combined with the prevalence of rental housing, points to a transient community with strong links to local institutions like the university and hospitals. While the data does not specify deprivation levels, the low home ownership and young age profile suggest a reliance on local amenities and transport networks for daily life.