Quick Verdict
A big step up from Intel’s old N‑series and U‑series value chips, with modern AI acceleration and good single‑thread performance for the power envelope, but limited multi‑thread headroom and a still‑maturing software ecosystem for its NPU.
Overview
Launch
2026
Status
LaunchedGeneration
Core Series 3 (Wildcat Lake)
Market
Value / Mainstream Laptops, Mini PCs, Embedded
The Intel Core 3 304 is a 5-core, 5-thread low-power mobile and embedded SoC from Intel’s Core Series 3 (Wildcat Lake) family, built on the Intel 18A process with one Cougar Cove performance core and four Darkmont low‑power efficiency cores, plus integrated Xe3 graphics and a dedicated NPU for everyday AI workloads.
Intel Core 3 304 is part of the new Core Series 3 family (Wildcat Lake), targeting value‑oriented laptops, small businesses, students, and edge devices. It combines one high‑performance Cougar Cove core with four low‑power Darkmont cores on Intel’s 18A node, alongside a 1‑Xe‑core Xe3 iGPU and an NPU rated at 15 TOPS INT8. With support for up to 64 GB DDR5/LPDDR5X memory and six PCIe 4.
0 lanes plus Thunderbolt 4, it is designed for everyday productivity, light creation, and on‑device AI rather than heavy gaming or sustained multi‑thread workloads.
Specifications
Performance
Strong single‑thread performance and modern AI acceleration make everyday office, web, and light creative work feel responsive, but multi‑thread workloads top out quickly due to the 5‑core / 5‑thread design.
Fine for a single light VM or container, but limited threads and memory channels restrict more serious virtualization use cases.
Capable of running older or e‑sports titles at low settings and 1080p, but the 1‑Xe‑core iGPU and limited CPU threads make it unsuitable for serious gaming; expect 30–60 fps in well‑optimized, lighter games only.
Intel’s 18A node and low‑power LPE cores deliver good performance per watt in thin‑and‑light systems, with configurable TDP down to 10 W for embedded scenarios.
- •1 Xe3 iGPU core with 9 GPU TOPS INT8 is optimized for media and AI, not gaming
- •Suitable for e‑sports and casual games at low settings and 1080p
- •Modern AAA titles will require reduced resolutions and settings to remain playable
- •15 TOPS INT8 NPU plus 9 GPU TOPS INT8 and CPU DL Boost
- •Adequate for local AI assistants, background blur, noise suppression, and small LLM inference
- •Not intended for heavy, continuous training workloads
Architecture
Intel 18A (~1.8 nm class)
Process Node
Wildcat Lake
Codename
5C / 5T
Core Config
6 MB
L3 Cache
15 W
TDP
Architecture Overview
Wildcat Lake is Intel’s value‑oriented 18A SoC family that brings hybrid P‑core/LPE‑core designs and integrated AI from the Panther Lake era down into mainstream laptops and embedded devices, replacing the older Alder Lake‑N and Twin Lake lines.
CPU Design
The Core 3 304 uses one Cougar Cove performance core and four Darkmont low‑power efficiency (LPE) cores. The P‑core handles bursty, latency‑sensitive tasks like UI responsiveness and light single‑threaded work; the four LPE cores run background services, audio, and lighter threads, improving efficiency and battery life. Unlike some higher‑end Intel chips, there are no full‑voltage E‑cores, only low‑power efficient cores, reflecting the focus on thin‑and‑light and embedded use.
Memory Subsystem
It supports up to 64 GB of DDR5‑6400 or LPDDR5X‑7467 over a single 64‑bit channel, which is a significant upgrade over the 16 GB DDR4/LPDDR5 limits of older N‑series value chips, but bandwidth is lower than dual‑channel designs used in higher‑end mobile CPUs.
PCIe & I/O
Six PCIe 4.0 lanes are provided directly from the CPU, configurable as x4+x2 or multiple x1 links, typically used for NVMe SSDs, Wi‑Fi, and other on‑board devices. Additional I/O is handled by the PCH, with platform support for Thunderbolt 4 and USB4 in many designs.
Overclocking
The multiplier is locked, and there is no Intel Turbo Boost Max 3.0 support; overclocking is limited to BCLK adjustments on embedded platforms, which is not a target use case for most end users.
- Move from Intel 7 to Intel 18A process for better efficiency
- Hybrid architecture (1P+4LPE) vs homogeneous 8 E‑cores in N305
- DDR5/LPDDR5X up to 64 GB vs 16 GB DDR4/LPDDR5 in N305
- Integrated Xe3 iGPU with AV1 decode and much higher GPU clocks vs UHD Graphics in N305
- Dedicated NPU (15 TOPS) vs GNA 3.0 only in N305
Key Highlights
- Big single‑thread jump over older Intel N‑series and U‑series value chips
- Intel 18A node and low‑power LPE cores enable good efficiency and battery life
- Integrated NPU and Xe3 iGPU bring modern AI and media features to mainstream devices
- Support for up to 64 GB DDR5/LPDDR5X is generous for this segment
- Modern connectivity with Thunderbolt 4, Wi‑Fi 7, and PCIe 4.0 in many designs
- Only 5 cores and 5 threads; limited multi‑thread headroom for heavy workloads
- Single memory channel restricts memory bandwidth versus dual‑channel designs
- 1‑Xe‑core iGPU is not designed for gaming; better suited for media and AI
- New architecture; NPU and Xe3 software ecosystem still maturing
- BGA package means the CPU is soldered and not user‑upgradeable
History
Intel Core 3 304 belongs to the Wildcat Lake family, which was first teased at CES 2026 as part of Intel’s effort to bring modern hybrid architectures and AI acceleration to value‑oriented laptops and edge devices. At the time, Intel kept exact SKU details vague, but leaks quickly revealed a 1P+4LPE core configuration and significantly higher clocks than the existing Alder Lake‑N and Twin Lake chips. In April 2026, Intel formally launched the Core Series 3 lineup, positioning it as the first hybrid AI‑ready Core series for mainstream buyers, built on the same 18A node and IP foundations as Panther Lake but tuned for lower power and cost.
Early benchmarks from Geekbench and other databases showed the Core 3 304 delivering roughly double the single‑core performance and around 20% higher multi‑core performance versus the older octa‑core Core i3‑N305, despite having three fewer cores. By Computex 2026, Intel and its partners were demonstrating dozens of thin‑and‑light laptops and mini PCs based on Core Series 3, emphasizing long battery life, built‑in NPU, and modern connectivity like Thunderbolt 4 and Wi‑Fi 7. The 304, as the entry‑point P‑core part, has become a reference design for OEMs wanting to offer a clear step up from Celeron‑ and Pentium‑class systems without moving to higher‑power Ultra or H‑series chips.
Improvements over Previous Generation
- Move from Intel 7 to Intel 18A process for better efficiency
- Hybrid architecture (1P+4LPE) vs homogeneous 8 E‑cores in N305
- DDR5/LPDDR5X up to 64 GB vs 16 GB DDR4/LPDDR5 in N305
- Integrated Xe3 iGPU with AV1 decode and much higher GPU clocks vs UHD Graphics in N305
- Dedicated NPU (15 TOPS) vs GNA 3.0 only in N305
Alternatives & Competitors
Should You Buy It?
Recommended for the right buyer
Everyday laptop or mini PC for office work, study, and light creation where you want modern AI features and long battery life rather than high‑end gaming or multi‑thread performance.
Avoid if…
- You need strong gaming performance or high fps in modern AAA titles
- You regularly run heavily multi‑threaded workloads (large compiles, heavy 3D rendering)
- You want a desktop‑class upgrade path with socketed CPUs and dGPU
Use Cases
Interesting Facts
Core 3 304 is one of the first Intel CPUs to use the Darkmont low‑power efficient (LPE) cores in a client SoC.
Wildcat Lake shares its Cougar Cove + Darkmont core IP with Panther Lake, but is tuned for lower power and cost.
Intel markets Core Series 3 as its first hybrid AI‑ready Core series for value buyers, with up to 40 platform TOPS across CPU, GPU, and NPU.
Compared to the 8‑core Core i3‑N305, early leaks show Core 3 304 being roughly twice as fast in single‑core and ~20% faster in multi‑core despite having three fewer cores.
The integrated NPU supports Windows Studio Effects and AI frameworks like OpenVINO, WindowsML, and WebNN, enabling camera and audio enhancements without heavy CPU load.
Intel lists an “embedded” variant of the Core 3 305 with the same die, indicating this silicon is also used in industrial and edge systems.
The Xe3 iGPU in Wildcat Lake is a cut‑down version of the larger Xe3 designs used in Panther Lake, but still supports AV1 decode and modern display outputs.
Core 3 304’s configurable TDP range (10–35 W) makes it suitable for everything from fanless mini PCs to thin‑and‑light laptops.
Intel claims up to 2.8× GPU AI performance versus previous‑generation Core 7 150U‑class parts for Series 3 as a whole.
Over 70 laptop and embedded designs based on Core Series 3 were announced at Computex 2026, showing strong OEM adoption.
People Also Ask
Is Intel Core 3 304 good for gaming?
It is only fair for light or older games at low settings and 1080p; the 1‑Xe‑core iGPU is optimized for media and AI, not gaming, so modern AAA titles will struggle.
Does Intel Core 3 304 have a dedicated NPU?
Yes, it integrates an NPU rated at 15 TOPS INT8 for AI workloads like background blur, noise suppression, and local inference.
What is the difference between Core 3 304 and Core 3 305?
Core 3 305 has 2 performance cores and 6 threads versus 1P+4LPE and 5 threads on the 304, giving the 305 better multi‑thread performance while sharing the same 15 W base power, cache, and iGPU configuration.
How much RAM does Core 3 304 support?
It supports up to 64 GB of DDR5‑6400 or LPDDR5X‑7467 over a single memory channel.
Is Core 3 304 better than Intel N305?
For most users, yes; it offers much higher single‑core performance, DDR5/LPDDR5X, an NPU, and Xe3 graphics, though N305 has more cores (8) at lower clocks and may still appeal in some embedded scenarios.
Can you overclock Intel Core 3 304?
No, the multiplier is locked and Intel does not expose Turbo Boost Max 3.0; overclocking options are limited to BCLK on some embedded platforms, which is not a mainstream use case.
What socket does Core 3 304 use?
It uses the FCBGA1516 socket, which is a ball‑grid array package soldered directly to the motherboard and not user‑replaceable.
Is Core 3 304 suitable for video editing?
It can handle 1080p timeline editing and basic effects, especially with Quick Sync and the NPU, but heavy 4K multi‑stream projects will be constrained by the 5 cores and single memory channel.
Does Core 3 304 support Thunderbolt 4?
Yes, Intel lists Thunderbolt 4 support for the platform, though actual implementation depends on the laptop or motherboard design.
What process node is Core 3 304 built on?
Intel specifies Intel 18A lithography for the CPU and GPU, which is Intel’s ~1.8 nm class advanced logic node.
Frequently Asked Questions
What is Intel Core 3 304?
It is a 5‑core, 5‑thread low‑power mobile and embedded processor from Intel’s Core Series 3 family, featuring one performance core, four low‑power efficiency cores, Xe3 integrated graphics, and an NPU for AI tasks.
How many cores and threads does Core 3 304 have?
5 cores (1 performance + 4 low‑power efficient) and 5 threads total.
What is the base and boost clock of Core 3 304?
The P‑core base is 1.5 GHz with up to 4.3 GHz turbo; the LPE‑cores base at 1.4 GHz and boost up to 3.3 GHz.
How much cache does Core 3 304 have?
6 MB of Intel Smart Cache (L3); L2 cache sizes are not officially documented and are set to null in this profile.
What memory types does Core 3 304 support?
DDR5 up to 6400 MT/s and LPDDR5X up to 7467 MT/s, with a maximum capacity of 64 GB over one channel.
Does Core 3 304 have integrated graphics?
Yes, it has Intel Graphics with 1 Xe3 core, up to 2.3 GHz max dynamic frequency, 9 GPU TOPS INT8, and AV1 decode.
What TDP does Core 3 304 have?
Processor base power is 15 W, with configurable TDP between 10 W and 35 W depending on the platform design.
Is the CPU multiplier unlocked on Core 3 304?
No, the multiplier is locked and the CPU does not support Intel Turbo Boost Max 3.0; it is not designed for enthusiast overclocking.
What PCIe version and lane count does Core 3 304 provide?
It supports PCIe 4.0 with a maximum of 6 lanes from the CPU, configurable as x4+x2 or multiple x1 links.
Is Core 3 304 good for AI workloads?
It is intended for light to moderate AI tasks, with a 15 TOPS NPU, 9 GPU TOPS, and CPU DL Boost; it is not aimed at heavy, sustained training workloads.