What Is the Intel N200?

The Intel N200 is a member of Intel’s Processor N family, the low-power chips that replaced the Celeron and Pentium Silver lines when Intel retired those names in 2023. Its official name is simply Intel Processor N200. It belongs to Alder Lake-N, a branch of 12th Gen Alder Lake built only from efficient cores (E-cores), which Intel launched in early 2023 for mini PCs, entry laptops, Chromebooks, thin clients and embedded boards.

Inside are four Gracemont E-cores without hyper-threading, so four threads, sharing 6 MB of cache. The cores boost to 3.7 GHz. The chip is soldered to the board, so it is chosen with the motherboard rather than fitted later. Its processor base power is 6 W, low enough for a small passive heatsink, which is why it appears so often in fanless designs.

Within the family the N200 sits between the N100 and the eight-core Core i3-N305. It keeps the N100’s cores and power rating and adds a higher turbo clock and the larger 32-EU graphics.

The N200 is most often weighed against the cheaper N100 and against the N250, its Twin Lake successor. The table uses Intel’s published specifications.

The 300 MHz higher turbo gives the N200 a modest gain in CPU-bound work over the N100, typically under 10%. The bigger difference is graphics: 32 graphics EUs (execution blocks) instead of 24 give the N200 a third more graphics hardware for video decoding, several displays and browser-based dashboards. The N250 keeps the N200’s layout and raises both the CPU and graphics clocks, so in a new design it gives the same power budget a little more headroom.

For the right job, yes. Four E-cores handle steady, moderate work well: a signage player, an HMI, a protocol gateway, a thin client, a data logger or a small network appliance. The N200 does this at very low power and without a fan, and its larger graphics block copes with two or three displays and hardware video decode better than the N100.

The same design sets clear limits, and they matter more than the clock speed.

Intel lists embedded options for the N200, unlike the N100. Embedded versions are generally covered by Intel’s longer availability program for IoT products, which matters for equipment that must be built unchanged for several years. Board makers have used it for that reason, and it often appears on industrial boards next to the N97, which runs the same four cores at a higher 12 W rating.

Temperature range is set by the board and enclosure as much as the chip. Industrial N200 boards are typically rated from around 0 to 60 °C or wider (one N200 board in our range is rated fanless from −5 to 65 °C), and a sealed fanless case has to be sized to remove the heat at the highest ambient temperature. For wider ratings, Intel’s Atom x7000RE (Amston Lake) parts use the same type of cores with extended-temperature models.

Our white paper on Alder Lake-N for compact rugged computers compares the N97, N100, N200 and i3-N305 and shows how to choose between them. Our Intel Processor N computers bring the family together, and N200 boards include an industrial Mini-ITX motherboard and a 3.5″ SBC with 9 to 36 V DC input.

We build N200 and other Intel Processor N systems with the memory, industrial storage and operating system image installed as standard, ready to deploy.