3.1
The Intel Atom S1269 1.6GHz has 2 cores that run at a clock speed of 1.6GHz.
It has an L2 cache size of 1024KB and an L1 cache size of 112KB.
| Cores | 2 | More cores means more threads and therefore more processes can be run simultaneously | |
|---|---|---|---|
| Speed | 1.6GHz | Clock frequency indicates processor speed, but is only reliable in comparisons between CPUs of the same family | |
| Codename | Briarwood | The code name given by the manufacturers | |
| Release Date | 11 Dec 2012 | The more recent the release, the more likely the CPU will receive up-to-date manufacturer support | |
| TDP | 12W | The lower the TDP, the less power the CPU requires to run and thus the more efficient it is and the less heat it creates | |
| L1 Cache | 112KB | The bigger the L1 cache, the more data can be stored for lightning CPU access to priority processes (though a bigger cache means a higher latency | |
| L2 Cache | 1024KB | After L1 cache, L2 is utilized for slower (but still very fast) data access | |
| Lithography | 32nm | The smaller the lithographic technology used, the less power is required to run the CPU, and the less heat is created during intense use | |
| CPU Socket | BGA 1283 | The motherboard socket and CPU socket should match to indicate the CPU is compatible with the motherboard and will fit into it | |
| Unlocked Multiplier | no | An unlocked clock multiplier means you can adjust the multiplier for an overclocking speed boost |
The CPU is now over 8 years old, which means it is extremely out of date and is based on very aged technologies. This processor will be dwarfed in performance by its modern counterparts, and will likely have very little support from Intel.
Created with lithographic technology sized at 32 nanometers, the Atom S1269 1.6GHz is quite efficiently built, and with a Thermal Design Power of 12W it also requires very little power to run.
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38
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24
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40
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45
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24
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