SEMICONDUCTOR REFERENCE
Explore the collection
Find products, devices, processes and manufacturing tools with specifications and original sources.
Specification query syntax
Use cores, threads, clock, boost, l2, l3, tdp, memory or year with =, >=, <=, > or <. Units: GHz, MB, W, GB. Unknown or conflicting values do not match numeric conditions.
Results
cpu
| Compare | Entity | CPU organization | Clock / peak | Cache | Process label | Die area |
|---|---|---|---|---|---|---|
AMD Zen 2 CCDAMD · silicon die · 2019 | 2 CCXsCCXs per CCDphysical core-complex die | unresearched | 16 MBMaximum L3 per CCXphysical core-complex die | unresearched | 74 mm²Die areaOne Zen 2 7nm CPU Core Complex Die (CCD), design-level disclosure | |
Intel 4004Intel · silicon die · 1971 | unresearched | unresearched | unresearched | 10 µmProcess labelprocessor design | unresearched | |
Intel 8086Intel · silicon die · 1978 | unresearched | unresearched | unresearched | 3 µmProcess labelprocessor design | unresearched | |
MOS Technology 6502MOS Technology · silicon die · 1975 | unresearched | unresearched | unresearched | unresearched | unresearched | |
Intel386 DXIntel · product family · 1985 | unresearched | unresearched | unresearched | unresearched | unresearched | |
Intel Pentium 60/66 MHzIntel · silicon die · 1993 | unresearched | unresearched | unresearched | 0.8 µmProcess labeloriginal 60/66 MHz models | unresearched | |
AMD Ryzen 5 3600AMD · product model · 2019 | unresearched | unresearched | 32 MBL3 cachecomplete processor product | unresearched | unresearched | |
AMD Ryzen 5 5600XAMD · product model · 2020 | unresearched | unresearched | 32 MBL3 cachecomplete processor product | unresearched | unresearched |
gpu
| Compare | Entity | Compute organization | Local memory | External memory | Memory bandwidth | Die area |
|---|---|---|---|---|---|---|
NVIDIA GeForce 256NVIDIA · silicon die · 1999 | unresearched | unresearched | unresearched | unresearched | unresearched | |
NVIDIA GH100 full GPU designNVIDIA · silicon die · 2022 | unresearched | unresearched | unresearched | unresearched | 814 mm²Die areaOne full GH100 silicon die powering H100 |
specimen
| Compare | Entity | Subject | Package | Die area |
|---|---|---|---|---|
AMD Zen 3 CCD specimenAMD · physical specimen | unresearched | unresearched | unresearched |
accelerator
| Compare | Entity | Compute organization | Local memory | External memory | Memory bandwidth | Die area |
|---|---|---|---|---|---|---|
NVIDIA A100NVIDIA · silicon die · 2020 | unresearched | unresearched | unresearched | unresearched | 826 mm²Die areaOne GA100 silicon die powering A100 |
Compare specifications
Source values, conditions and entity scope stay together.
| Specification / evidence | Samsung Exynos 2100silicon-die | Samsung Exynos 9820silicon-die |
|---|---|---|
| Record year | official-disclosure · sourcedScope: SoC designSource date: 2021-01-12Year basis: announced. This is distinct from source publication and record update.Source ↗ | Unresearched for this record |
| Process label | official-disclosure · sourcedScope: SoC designSource date: 2021-01-12Source ↗ | Unresearched for this record |
| CPU cores | official-disclosure · sourcedScope: SoC designSource ↗ | Unresearched for this record |
| CPU composition | official-disclosure · sourcedScope: SoC designSource date: 2021-01-12Source ↗ | Unresearched for this record |
| Cortex-X1 clock | official-disclosure · sourcedScope: SoC designSource date: 2021-01-12Source ↗ | Unresearched for this record |
| Announcement date | official-disclosure · sourcedScope: SoC designSamsung announced it through Exynos On 2021.Source ↗ | Unresearched for this record |
| Process | official-disclosure · sourcedScope: SoC designSource ↗ | official-disclosure · sourcedScope: silicon-dieSource ↗ |
| CPU topology | official-disclosure · sourcedScope: SoC designSource ↗ | Unresearched for this record |
| CPU prime core | official-disclosure · sourcedScope: SoC designSource ↗ | Unresearched for this record |
| CPU prime peak | official-disclosure · sourcedScope: SoC designSource ↗ | Unresearched for this record |
| CPU performance cores | official-disclosure · sourcedScope: SoC designSource ↗ | official-disclosure · sourcedScope: silicon-dieSource ↗ |
| CPU efficiency cores | official-disclosure · sourcedScope: SoC designSource ↗ | official-disclosure · sourcedScope: silicon-dieSource ↗ |
| GPU | official-disclosure · sourcedScope: SoC designSource ↗ | official-disclosure · sourcedScope: silicon-dieSource ↗ |
| Graphics apis | official-disclosure · sourcedScope: SoC designSource ↗ | Unresearched for this record |
| NPU architecture | official-disclosure · sourcedScope: SoC designSource ↗ | Unresearched for this record |
| NPU advertised performance | official-disclosure · sourcedScope: SoC designManufacturer-reported performance; workload, precision and test conditions affect comparisons.Source ↗ | Unresearched for this record |
| Memory | official-disclosure · sourcedScope: SoC designSource ↗ | official-disclosure · sourcedScope: silicon-dieSource ↗ |
| Memory bandwidth | official-disclosure · sourcedScope: SoC designSource ↗ | Unresearched for this record |
| Storage | official-disclosure · sourcedScope: SoC designSource ↗ | official-disclosure · sourcedScope: silicon-dieSource ↗ |
| Maximum camera resolution | official-disclosure · sourcedScope: SoC designSource ↗ | Unresearched for this record |
| Camera sensor concurrency | official-disclosure · sourcedScope: SoC designSource ↗ | Unresearched for this record |
| Video encoding | official-disclosure · sourcedScope: SoC designSource ↗ | Unresearched for this record |
| Video decoding | official-disclosure · sourcedScope: SoC designSource ↗ | Unresearched for this record |
| Modem | official-disclosure · sourcedScope: SoC designSource ↗ | official-disclosure · sourcedScope: silicon-dieSource ↗ |
| Modem peak downlink | official-disclosure · sourcedScope: SoC designSource ↗ | Unresearched for this record |
| Production status | official-disclosure · sourcedScope: SoC designSource ↗ | Unresearched for this record |
| Reported die area | third-party-report · sourcedScope: SoC designKurnal’s original die-shot entry reports 10.93 × 11.72 mm and 128.1 mm². Samsung does not publish die area.Source ↗ | Unresearched for this record |
| CPU custom | Unresearched for this record | official-disclosure · sourcedScope: silicon-dieSource ↗ |
| AI | Unresearched for this record | official-disclosure · sourcedScope: silicon-dieSource ↗ |
| Camera | Unresearched for this record | official-disclosure · sourcedScope: silicon-dieSource ↗ |
| Video | Unresearched for this record | official-disclosure · sourcedScope: silicon-dieSource ↗ |
Measured benchmarks must include workload/version, configuration, power mode and date. Theoretical peaks and vendor claims are not measured benchmark results.





