Intel Atom C3758 vs Intel Processor N100

Introduction: The Intel Atom C3758 (codename Denverton) is designed for servers, NAS, and embedded applications, focused on reliability.

The more modern Intel Processor N100 (codename Alder Lake N) targets energy-efficient mini-PCs and entry-level laptops, for balanced performance in everyday tasks.

Manufacturing Process and Cores/Threads: The Intel Atom C3758 is manufactured using a 14 nm process, has 8 cores, 8 threads, and 16 MB of Level 2 cache. The Intel Processor N100 uses a 10 nm process, offers 4 cores, 4 threads, 4 MB of Level 2 and 6 MB of Level 3 cache.

Both support PCIe 3.0 and 38 GB/s maximum memory bandwidth. Single-Core and Multi-Core Performance: In benchmarks, the Intel Processor N100 shows slightly better single-core performance. No comparable data is available for multi-core applications of the Intel Atom C3758; the Intel Processor N100 delivers solid performance for common applications here.

Performance in Gaming Scenarios: Neither is suitable for demanding games. The Intel Processor N100, with its integrated Intel UHD Graphics (24 EUs, Alder Lake), offers significantly improved graphics performance for media playback and simple tasks. The Intel Atom C3758 has a rudimentary graphics unit.

Power Consumption and Thermal Design Power (TDP): The Intel Processor N100 is characterized by very low power consumption and low TDP, ideal for passively cooled systems. The Intel Atom C3758 has a higher TDP. Price-Performance Ratio and Market Prices: Both are primarily available as part of integrated systems.

The Intel Processor N100 offers excellent price-performance ratio for mini-PCs through modern performance and low consumption. The Intel Atom C3758 finds its place in niche markets for servers and network devices.