Intel Atom C5310 socket: BGA 2106

What the Atom C5310 is

Buyers meet the Atom C5310 as the 4-core member of the Atom C5000 Parker Ridge family for BGA 2106 boards from June 2022. 4 Tremont cores without Hyper-Threading give 4 cores and 4 threads at a fixed 1.6 GHz with no boost table. The package carries 9 MB of cache. The 32 W envelope fits compact appliance heatsinks.

DDR4-2400, 2 channels, ECC, up to 256 GB with ECC feed the cores for forwarding tables, and matched DIMMs hold the rated speed. PCIe Gen3 lanes wire NICs and NVMe on the appliance board. Fixed clocks keep validation simple across temperature ranges.

Low power control planes take this 1.6 GHz C part at 32 W, where the power floor matters more than speed. Boards need a BGA 2106 layout with the Atom C5310 qualified at design time, since the chip solders to the board. The Socket vs chipset: what decides whether a CPU works guide covers embedded board choice in general, and Intel Atom P5352 shows a nearby BGA 2106 option.

Socket and motherboard compatibility

The C5310 solders to BGA 2106 with 2106 balls and cannot be replaced. There is no socket upgrade path, so buyers choose the SKU at board layout time. The footprint is shared across Snow Ridge and Parker Ridge, but lane wiring follows the SKU lane count.

Platform choice decides port count and switching rather than CPU fit. A board built for a 12-lane C part cannot use all 32 lanes of a P part even though both share the grid array. Check the board design files for the exact SKU before spinning the layout.

Memory, PCIe and cooling

DDR4-2400, 2 channels, ECC, up to 256 GB feed the cores, and matched DIMMs hold the rated speed. Capacity reaches 256 GB with high density DIMMs, which suits tables and buffers on 4 cores.

PCIe Gen3, 12 lanes wire NICs, NVMe and storage controllers on the appliance board. Lane bifurcation follows board firmware, so slot population rules come from the board manual.

The 32 W envelope needs a board heatsink with appliance airflow. The 47.5 × 47.5 mm package uses factory reflow with even mounting pressure. Paste and torque sequence follow the board maker specification.

Upgrade paths

On BGA 2106 there is no CPU upgrade path because the chip is soldered. The practical moves are memory growth within the 256 GB ceiling and NIC additions where lanes allow, or a new board spin for a larger SKU.

Outside this SKU, Intel Atom P5352 (Atom P5352) on BGA 2106 trims or adds cores for lighter or denser templates. A move to socketed Xeon scale needs a new board with its own memory plan, so board local growth comes first.