The Celeron was a family of microprocessors from Intel targeted at the low-end consumer market. CPUs in the Celeron brand have used designs from sixth- to eighth-generation CPU microarchitectures. It was replaced by the Intel Processor brand in 2023.

Desktop processors

P6 based Celerons

Celeron (single-core)

"Covington" (250 nm)

"Mendocino" (250 nm)

"Coppermine-128" (180 nm)

"Tualatin-256" (130 nm)

Netburst based Celerons

Celeron (single-core)

"Willamette-128" (180 nm)

"Northwood-128" (130 nm)

Celeron D (single core)

"Prescott-256" (90 nm)

"Cedar Mill-512" (65 nm)

Core based Celerons

Celeron (single-core)

"Conroe-L" (65 nm)

"Conroe-CL" (65 nm)

Celeron (dual-core)

"Allendale" (65 nm)

"Wolfdale-3M" (45 nm)

Westmere based Celerons

Celeron (dual-core)

"Clarkdale" (MCP, 32 nm)

Sandy Bridge based Celerons

"Sandy Bridge" (32 nm)

"Ivy Bridge" (22 nm)

Silvermont based Celerons

"Bay Trail-D" (22 nm)

Airmont based Celerons

"Braswell" (14 nm)

Haswell based Celerons

"Haswell-DT" (22 nm)

Skylake based Celerons

"Skylake-S" (14 nm)

Goldmont based Celerons

"Apollo Lake" (14 nm)

Goldmont Plus based Celerons

"Gemini Lake" (14 nm)

"Gemini Lake Refresh" (14 nm)

Kaby Lake based Celerons

"Kaby Lake-S" (14 nm)

Coffee Lake based Celerons

"Coffee Lake-S" (14 nm)

"Coffee Lake-H" (14 nm)

Comet Lake based Celerons

"Comet Lake-S" (14 nm)

Golden Cove based Celerons

"Alder Lake" (Intel 7)

Mobile processors

P6 based Celerons

Mobile Celeron (single-core)

"Mendocino" (250 nm)

"Coppermine-128" (180 nm)

"Coppermine T" (180 nm)

"Tualatin-256" (130 nm)

Netburst based Celerons

Mobile Celeron (single-core)

"Northwood-256" (130 nm)

Pentium-M based Celerons

Celeron M (single-core)

"Banias-512" (130 nm)

"Dothan-1024" (90 nm)

"Dothan-512" (90 nm)

"Yonah-512" (65 nm)

"Yonah-1024" (65 nm)

"Sossaman" (65 nm)

Core based Celerons

Celeron M/Celeron (single-core)

=

"Merom", "Merom-L" (standard-voltage, 65 nm) =====

"Merom-2M" (standard-voltage, 65 nm)

"Merom-L" (ultra-low-voltage, 65 nm)

Celeron (single-core)

"Penryn-3M" (45 nm)

Celeron (dual-core)

"Merom-2M" (65 nm)

"Penryn-3M" (45 nm)

Westmere based Celerons

Celeron (dual-core)

"Arrandale" (MCP, 32 nm)

Sandy Bridge based Celerons

"Sandy Bridge" (32 nm)

"Ivy Bridge" (22 nm)

Haswell based Celerons

"Haswell-MB" (22 nm)

"Haswell-ULT" (SiP, 22 nm)

"Haswell-ULX" (SiP, 22 nm)

"Haswell-H" (22 nm)

"Broadwell-U" (14 nm)

Silvermont based Celerons

"Bay Trail-M" (22 nm)

Airmont based Celerons

"Braswell" (14 nm)

Skylake based Celerons

"Skylake-U" (14 nm)

Goldmont based Celerons

"Apollo Lake" (14 nm)

Goldmont Plus based Celerons

"Gemini Lake" (14 nm)

"Gemini Lake Refresh" (14 nm)

Kaby Lake based Celerons

"Kaby Lake-U" (14 nm)

"Kaby Lake-Y" (14 nm)

"Kaby Lake Refresh" (14 nm)

Coffee Lake based Celerons

"Whiskey Lake-U" (14 nm)

Comet Lake based Celerons

"Comet Lake-U" (14 nm)

Tiger Lake based Celerons

"Tiger Lake-UP3" (10 nm SuperFin)

Tremont based Celerons

"Jasper Lake" (10 nm)

Alder Lake based Celerons

"Alder Lake-U" (Intel 7)

Embedded processors

Nehalem based Celerons

Celeron (single-core)

"Jasper Forest" (45 nm)

Sandy Bridge based Celerons

Celeron (single-core)

"Gladden" (32 nm)

Tremont based Celerons

"Elkhart Lake" (10 nm SuperFin)

Tiger Lake based Celerons

"Tiger Lake-H" (10 nm SuperFin)

Alder Lake based Celerons

"Alder Lake-U" (Intel 7)