Intel Core Ultra 5 236V socket: BGA 2833

What the Core Ultra 5 236V is

The Core Ultra 5 236V is an eight-core, eight-thread mobile processor that Intel released on September 24, 2024 with Lunar Lake for mainstream thin AI laptops. Four Lion Cove Performance-cores and four Skymont Low Power Efficient-cores give 8 threads with no Hyper-Threading at 2.1 GHz base on both islands, boosting to 4.7 GHz on Performance-cores and 3.5 GHz on Efficient-cores. Cache is 8 MB of Intel Smart Cache with 2.5 MB of L2 per Performance-core and 4 MB per Efficient-core module. Processor base power is 17 W with turbo up to 37 W.

On-package memory defines the value case: 16 GB of LPDDR5X-8533 beside the tiles keeps cost down against the 32 GB Intel Core Ultra 5 238V with identical silicon. Buyers whose workloads fit 16 GB save money for the same cores, clocks, graphics and NPU. An Intel AI Boost NPU adds up to 40 TOPS for 97 TOPS of total platform throughput, matching its bigger sibling.

Arc 130V graphics with 7 Xe-cores at up to 1850 MHz drive the display with Xe2 efficiency for media and light play. The compute tile uses TSMC N3B with an N6 platform tile, not the N3P node some lists print. No unlocked multiplier is documented for V SKUs.

Workload fit is mainstream thin-and-light duty: students, office travelers and home users who want Lunar Lake battery life with AI features at lower prices. Sixteen gigabytes covers office multitasking with margin, while buyers who keep large models resident should step to the 32 GB 238V instead.

Socket and motherboard compatibility

The 236V fits the BGA 2833 soldered package at 27.5 × 27 mm with on-package memory. Laptop makers solder the unit with cooling for the 17 to 37 W band. There is no socket, no retention and no later change to chip or memory, so the 16 GB decision is permanent.

Board designs assume fixed 16 GB with no SODIMM fallback. Makers tune fan tables for 17 W sustained operation with 37 W bursts during AI, creation and update workloads. Radios, storage and display attach through the platform tile.

Shoppers comparing Lunar Lake SKUs meet the same package from the 226V through the 9-series. Memory size decides between the two 5-series twins here, while graphics and NPU tiers separate higher models.

Memory, PCIe and cooling

On-package LPDDR5X-8533 at 16 GB across two channels is the fixed configuration. Short traces cut transfer power against socketed designs for longer battery life. Buyers should confirm typical workloads fit 16 GB before committing, since Copilot+ features assume headroom above the operating system and browser baseline.

PCIe lanes number 8 in total with 4 Gen5 and 4 Gen4 from the CPU. Thin laptops wire them to NVMe storage and radios rather than discrete graphics, since Arc 130V covers display duty. A fast Gen4 SSD saturates this class without compromise.

Cooling follows the thin chassis across 8 to 37 W with fans tuned for quiet 17 W operation. No cooler ships with the soldered processor. Sustained AI workloads settle at the power the body rejects, so reviews of the exact model predict real behavior.

Upgrade paths

No processor or memory upgrade exists on soldered boards. The Lunar Lake choice runs from this 16 GB part to the 32 GB Intel Core Ultra 5 238V and higher V tiers, selected at order time for the laptop lifetime. Storage alone changes afterward.

Beyond Lunar Lake the replacement is a whole laptop on newer platforms such as Panther Lake designs. The LGA, PGA and BGA: CPU package types explained guide covers the soldered tradeoff behind thin mobile designs.