Intel Core 5 210H socket: BGA 1744

What the Core 5 210H is

The Core 5 210H is an eight-core, twelve-thread mobile processor that Intel released in December 2024 as the entry point of Core Series 2 performance laptops. Four Performance-cores and four Efficient-cores give 12 threads at 2.2 GHz P-base with turbo to 4.8 GHz, while the Efficient-cores run 1.6 GHz base with turbo to 3.6 GHz. Cache totals 12 MB of Intel Smart Cache. Processor base power is 45 W with turbo up to 115 W.

It is the on-ramp to H-class performance: the same 45 W envelope as the 12-core Intel Core 5 220H with fewer Efficient-cores and less cache for mainstream bodies and budgets. Memory support steps down slightly on LPDDR5X to 5200 against 6400 on its bigger sibling, which board makers note in thin designs and datasheets. The multiplier is undocumented for H SKUs, so no unlocked claim appears here.

Graphics use Intel UHD with 48 execution units at up to 1400 MHz for laptop displays and media duty. ECC memory is absent, as on all consumer mobile parts in this batch. The 35 W minimum assured power lets slim chassis configure the chip down.

Workload fit is entry performance laptops: student workstations, office power users and light creators where 8 cores cover multitasking inside 45 W. Buyers pick the 210H where U-series thin designs throttle too soon but 12-core pricing overshoots. Campus and office fleets often standardize here because one SKU covers mainstream performance seats.

Socket and motherboard compatibility

The 210H fits the BGA 1744 soldered package at 50 × 25 mm. Laptop makers solder it with cooling for the 45 W base and 115 W turbo band. There is no socketed option and no later processor swap, so the buying decision covers the whole machine.

Memory configurations span DDR5-5200 and DDR4-3200 SODIMM plus LPDDR5X-5200 and LPDDR4X soldered options across two channels to 96 GB for flexible designs. This SKU tops out lower on LPDDR5X than its siblings, so memory-bound buyers should compare the Intel Core 5 220H where bandwidth matters for integrated graphics.

The Series 2 stack shares the package from this 8-core part through the 14-core Intel Core 9 270H. Only core counts, graphics size and clocks change between them.

Memory, PCIe and cooling

DDR5-5200, DDR4-3200 and LPDDR5X-5200 support arrives over two channels to 96 GB. Dual-channel fitting feeds the 48 EU graphics as well as the cores, so matched pairs matter in integrated-graphics builds. A 2 x 8 GB kit covers office multitasking, with 2 x 16 GB preferred for development and light virtual machines.

PCIe 5.0 lanes total 28 across CPU and PCH with Gen5 graphics links and Gen4 storage links on typical boards. A fast Gen4 SSD saturates this class, since laptop storage of the period was Gen4 throughout. Discrete graphics remain possible where the chassis wires the slot for entry gaming duty.

Cooling follows the laptop design across 35 to 115 W with heat pipes sized for sustained 45 W in daily use. No boxed cooler exists for soldered mobile parts in any laptop form factor. Thin bodies hold lower sustained clocks than thick workstations with the same chip, so cooling reviews decide between otherwise identical models.

Upgrade paths

No CPU upgrade exists on soldered boards. The Series 2 ladder starts here at 8 cores and climbs through the 12-core Intel Core 5 220H to the Core 7 and Core 9 H SKUs, chosen at purchase. Only storage and SODIMM memory change afterward on boards that socket them.

Beyond Raptor Lake-H the replacement is a whole laptop on newer silicon. The LGA, PGA and BGA: CPU package types explained guide covers the soldered tradeoff behind these designs.