SOURCE-LINKED COMPARISON
Samsung Exynos 2100 vs Samsung Exynos 2500
CPU cores의 기록 값은 Samsung Exynos 2100 8, Samsung Exynos 2500 10입니다. 출처를 확인할 수 있는 사양 비교입니다.
Samsung Exynos 2100 및 Samsung Exynos 2500의 비교 범위는 같은 soc 계열의 실리콘 설계입니다. CPU cores의 출처 값은 Samsung Exynos 2100 8, Samsung Exynos 2500 10입니다. CPU peak clock의 출처 값은 Samsung Exynos 2100 2.9 GHz, Samsung Exynos 2500 3.3 GHz입니다. 이 구성 값은 문서에 기록된 설계를 설명하며 실제 작업 속도의 순위를 뜻하지 않습니다.
Memory technology의 출처 값은 Samsung Exynos 2100 LPDDR5, Samsung Exynos 2500 LPDDR5X입니다. Storage interface의 출처 값은 Samsung Exynos 2100 UFS 3.1; UFS 2.1, Samsung Exynos 2500 UFS 4.0입니다. Maximum camera resolution의 출처 값은 Samsung Exynos 2100 200 MP, Samsung Exynos 2500 320 MP입니다. Process label의 출처 값은 Samsung Exynos 2100 5nm EUV, Samsung Exynos 2500 3 nm Gate-All-Around (GAA)입니다. GPU description의 출처 값은 Samsung Exynos 2100 Arm Mali-G78, Samsung Exynos 2500 fourth-generation Xclipse 950입니다. GPU와 메모리 설명으로 기록된 그래픽 구성과 데이터 인터페이스를 확인할 수 있습니다. 공정명과 명목상 한계는 원문의 조건과 함께 읽어야 합니다.
출처가 확인된 11개 필드를 6개 사양 영역에서 대조했으며, 11개 필드의 값이 다릅니다. 전체 22개 값 중 22개는 제조사 공개 자료이며, 나머지 값의 근거 유형도 그대로 표시합니다. 21개 값은 카탈로그에 출처 발행일이 없습니다. 이 페이지에는 동일 조건의 실측 작업 벤치마크나 현재 가격 근거가 없으므로 구매 우열, 에너지 효율 우열, 전체 시스템 비용을 판정할 수 없습니다.
출처에서 확인한 차이
| Specification / evidence | Samsung Exynos 2100silicon-die · soc | Samsung Exynos 2500silicon-die · soc |
|---|---|---|
| Maximum camera resolutionRead the original field scope, conditions and source before comparing. | 200 MPScope: SoC designEvidence: official-disclosureSource date: Not suppliedSource: specs-s2100 · lines 91, 104 | 320 MPScope: silicon-dieEvidence: official-disclosureSource date: Not suppliedSource: specs-s2500 · imaging section |
| Modem peak downlinkRead the original field scope, conditions and source before comparing. | 5.1 Gbps sub-6; 7.35 Gbps mmWave; 3.0 Gbps LTEScope: SoC designEvidence: official-disclosureSource date: Not suppliedSource: specs-s2100 · line 93 | 9.6 Gbps FR1; 12.1 Gbps FR2Scope: silicon-dieEvidence: official-disclosureSource date: Not suppliedSource: specs-s2500 · connectivity section |
| CPU coresOrganization and listed limits do not establish workload performance. | 8Scope: SoC designEvidence: official-disclosureSource date: Not suppliedSource: specs-s2100 · lines 86, 97-99 | 10Scope: silicon-dieEvidence: official-disclosureSource date: Not suppliedSource: specs-s2500 · CPU section |
| CPU efficiency coresOrganization and listed limits do not establish workload performance. | 4× Cortex-A55Scope: SoC designEvidence: official-disclosureSource date: Not suppliedSource: specs-s2100 · line 86 | 2× Cortex-A520 at 1.8 GHzScope: silicon-dieEvidence: official-disclosureSource date: Not suppliedSource: specs-s2500spec · embedded Specifications API, CPU: ‘Cortex-A520x2 1.8 GHz’ |
| CPU peak clockOrganization and listed limits do not establish workload performance. | 2.9 GHzScope: SoC designEvidence: official-disclosureSource date: Not suppliedSource: specs-s2100 · lines 86, 98 | 3.3 GHzScope: silicon-dieEvidence: official-disclosureSource date: Not suppliedSource: specs-s2500spec · embedded Specifications API, CPU: ‘Cortex-X925 3.3 GHz’ |
| CPU prime coreOrganization and listed limits do not establish workload performance. | 1× Cortex-X1Scope: SoC designEvidence: official-disclosureSource date: Not suppliedSource: specs-s2100 · lines 86, 98 | Cortex-X925Scope: silicon-dieEvidence: official-disclosureSource date: Not suppliedSource: specs-s2500 · CPU section |
| CPU topologyOrganization and listed limits do not establish workload performance. | 1+3+4 tri-clusterScope: SoC designEvidence: official-disclosureSource date: Not suppliedSource: specs-s2100 · line 86 | 1+7+2Scope: silicon-dieEvidence: official-disclosureSource date: Not suppliedSource: specs-s2500 · CPU section |
| GPU descriptionOrganization and listed limits do not establish workload performance. | Arm Mali-G78Scope: SoC designEvidence: official-disclosureSource date: Not suppliedSource: specs-s2100 · lines 87, 99 | fourth-generation Xclipse 950Scope: silicon-dieEvidence: official-disclosureSource date: Not suppliedSource: specs-s2500 · graphics section |
| Process labelFoundry process names are labels, not equivalent physical dimensions. | 5nm EUVScope: SoC designEvidence: official-disclosureSource date: 2021-01-12Source: samsung-2100 · Introduction | 3 nm Gate-All-Around (GAA)Scope: silicon-dieEvidence: official-disclosureSource date: Not suppliedSource: specs-s2500 · benefits and power-efficiency sections |
| Memory technologyRead the original field scope, conditions and source before comparing. | LPDDR5Scope: SoC designEvidence: official-disclosureSource date: Not suppliedSource: specs-s2100 · line 103 | LPDDR5XScope: silicon-dieEvidence: official-disclosureSource date: Not suppliedSource: specs-samsung-2500-table · Memory row |
| Storage interfaceRead the original field scope, conditions and source before comparing. | UFS 3.1; UFS 2.1Scope: SoC designEvidence: official-disclosureSource date: Not suppliedSource: specs-s2100 · line 104 | UFS 4.0Scope: silicon-dieEvidence: official-disclosureSource date: Not suppliedSource: specs-samsung-2500-table · Storage row |
어떤 선택을 검토해야 하나
Samsung Exynos 2100와 Samsung Exynos 2500 설계를 공부할 때 이 비교를 활용할 수 있습니다. 기기를 구매하려면 해당 스마트폰·컴퓨터·가속기 SKU의 냉각 구성, 지원 소프트웨어, 실제 작업 측정을 추가로 비교해야 합니다. 전체 다이 사양이 모든 판매 제품의 활성 구성을 나타내지는 않습니다.
관련 기록
출처
- Samsung Sets New Standard for Flagship Mobile Processors With Exynos 2100 · Samsung · 2021-01-12
- Samsung Sets New Standard for Flagship Mobile Processors With Exynos 2100 · Samsung Global Newsroom · 날짜 미제공
- Exynos 2500 | Mobile Processor · Samsung Semiconductor · 날짜 미제공
- Exynos 2500 embedded Specifications · Samsung Semiconductor · 날짜 미제공
- Exynos 2500 — official structured specifications · Samsung Semiconductor · 날짜 미제공
사양 차이는 실측 성능 결과가 아닙니다. 성능 판단에는 출처와 측정 대상 범위가 일치하는 근거가 필요합니다.