SOURCE-LINKED COMPARISON
Snapdragon 712 vs Snapdragon 730
GPU description: Snapdragon 712 Adreno 616; Snapdragon 730 Adreno 618. A sourced specification comparison.
Snapdragon 712 and Snapdragon 730 are compared as product models in the same soc cohort. CPU cores: Snapdragon 712 lists 8; Snapdragon 730 lists 8. Architecture: Snapdragon 712 lists Cortex-A75; Snapdragon 730 lists Cortex-A76. The listed organization describes the documented configuration; it does not rank application speed.
Memory technology: Snapdragon 712 lists LPDDR4X-3733; Snapdragon 730 lists LPDDR4X-3733. Memory bandwidth: Snapdragon 712 lists 13.91 GiB/s; Snapdragon 730 lists 13.91 GiB/s. Process label: Snapdragon 712 lists 10 nm; Snapdragon 730 lists 8 nm. GPU description: Snapdragon 712 lists Adreno 616; Snapdragon 730 lists Adreno 618. The GPU and memory descriptions help identify the documented graphics and data interfaces. Process names and nominal limits require their original source context.
This comparison matches 9 sourced fields across 4 specification sections. 3 fields differ. 0 of 18 field values use manufacturer disclosures; remaining values retain their source evidence class. The field publication dates remain attached to their sources. There is no matched measured workload benchmark or current price evidence in this page, so it cannot establish a purchase winner, energy-efficiency winner or total system cost.
Documented differences
| Specification / evidence | Snapdragon 712product-model · soc | Snapdragon 730product-model · soc |
|---|---|---|
| CPU coresOrganization and listed limits do not establish workload performance. | 8Scope: product-modelEvidence: third-party-reportSource date: 2020-09-14Source: chipswiki-950-r2686 · Qualcomm/snapdragon 700/712 · revision 2686 · {{chip}} / core count | 8Scope: product-modelEvidence: third-party-reportSource date: 2021-09-10Source: chipswiki-616-r1447 · Qualcomm/snapdragon 700/730 · revision 1447 · {{chip}} / core count |
| CPU threadsRead the original field scope, conditions and source before comparing. | 8Scope: product-modelEvidence: third-party-reportSource date: 2020-09-14Source: chipswiki-950-r2686 · Qualcomm/snapdragon 700/712 · revision 2686 · {{chip}} / thread count | 8Scope: product-modelEvidence: third-party-reportSource date: 2021-09-10Source: chipswiki-616-r1447 · Qualcomm/snapdragon 700/730 · revision 1447 · {{chip}} / thread count |
| GPU descriptionOrganization and listed limits do not establish workload performance. | Adreno 616Scope: product-modelEvidence: third-party-reportSource date: 2020-09-14Source: chipswiki-950-r2686 · Qualcomm/snapdragon 700/712 · revision 2686 · {{integrated graphics}} / gpu | Adreno 618Scope: product-modelEvidence: third-party-reportSource date: 2021-09-10Source: chipswiki-616-r1447 · Qualcomm/snapdragon 700/730 · revision 1447 · {{integrated graphics}} / gpu |
| ArchitectureRead the original field scope, conditions and source before comparing. | Cortex-A75Scope: product-modelEvidence: third-party-reportSource date: 2020-09-14Source: chipswiki-950-r2686 · Qualcomm/snapdragon 700/712 · revision 2686 · {{chip}} / microarch | Cortex-A76Scope: product-modelEvidence: third-party-reportSource date: 2021-09-10Source: chipswiki-616-r1447 · Qualcomm/snapdragon 700/730 · revision 1447 · {{chip}} / microarch |
| Instruction setRead the original field scope, conditions and source before comparing. | ARMv8Scope: product-modelEvidence: third-party-reportSource date: 2020-09-14Source: chipswiki-950-r2686 · Qualcomm/snapdragon 700/712 · revision 2686 · {{chip}} / isa | ARMv8Scope: product-modelEvidence: third-party-reportSource date: 2021-09-10Source: chipswiki-616-r1447 · Qualcomm/snapdragon 700/730 · revision 1447 · {{chip}} / isa |
| Process labelFoundry process names are labels, not equivalent physical dimensions. | 10 nmScope: product-modelEvidence: third-party-reportSource date: 2020-09-14Source: chipswiki-950-r2686 · Qualcomm/snapdragon 700/712 · revision 2686 · {{chip}} / process | 8 nmScope: product-modelEvidence: third-party-reportSource date: 2021-09-10Source: chipswiki-616-r1447 · Qualcomm/snapdragon 700/730 · revision 1447 · {{chip}} / process |
| Memory bandwidthOrganization and listed limits do not establish workload performance. | 13.91 GiB/sScope: product-modelEvidence: third-party-reportSource date: 2020-09-14Source: chipswiki-950-r2686 · Qualcomm/snapdragon 700/712 · revision 2686 · {{memory controller}} / max bandwidth | 13.91 GiB/sScope: product-modelEvidence: third-party-reportSource date: 2021-09-10Source: chipswiki-616-r1447 · Qualcomm/snapdragon 700/730 · revision 1447 · {{memory controller}} / max bandwidth |
| Memory channelsRead the original field scope, conditions and source before comparing. | 2Scope: product-modelEvidence: third-party-reportSource date: 2020-09-14Source: chipswiki-950-r2686 · Qualcomm/snapdragon 700/712 · revision 2686 · {{memory controller}} / channels | 2Scope: product-modelEvidence: third-party-reportSource date: 2021-09-10Source: chipswiki-616-r1447 · Qualcomm/snapdragon 700/730 · revision 1447 · {{memory controller}} / channels |
| Memory technologyRead the original field scope, conditions and source before comparing. | LPDDR4X-3733Scope: product-modelEvidence: third-party-reportSource date: 2020-09-14Source: chipswiki-950-r2686 · Qualcomm/snapdragon 700/712 · revision 2686 · {{memory controller}} / type | LPDDR4X-3733Scope: product-modelEvidence: third-party-reportSource date: 2021-09-10Source: chipswiki-616-r1447 · Qualcomm/snapdragon 700/730 · revision 1447 · {{memory controller}} / type |
Who should consider each?
Use the soc specifications to check the intended integration requirements. For a purchase, add current availability, price, software compatibility and measurements of your workload. The field differences alone do not justify recommending one model.
Related records
Sources
- Snapdragon 730 — ChipsWiki, revision 1447 · ChipsWiki / WikiChip contributors · 2021-09-10 · CC BY-NC-SA 4.0
- Snapdragon 712 — ChipsWiki, revision 2686 · ChipsWiki / WikiChip contributors · 2020-09-14 · CC BY-NC-SA 4.0
A specification difference is not a measured workload result. Sources and entity scope must match before drawing performance conclusions.