Quick Verdict
A big step up from older 15W U‑series chips in efficiency and AI, but single‑channel memory and limited iGPU power keep it firmly in the value mainstream rather than enthusiast territory.
Overview
Launch
2026
Status
LaunchedGeneration
Intel Core Series 3 (Wildcat Lake, non‑Ultra)
Market
Value thin‑and‑light laptops, commercial, and edge AI
The Intel Core 7 360 is a 6‑core, 6‑thread value mobile SoC from Intel’s Wildcat Lake family, built on Intel 18A for thin‑and‑light laptops and small embedded systems. It combines two Cougar Cove P‑cores and four Darkmont LP low‑power E‑cores with a 2‑core Xe3 iGPU and a 17 TOPS INT8 NPU, targeting everyday productivity, light content creation, and on‑device AI at 15W base power.
Intel’s Core 7 360 brings the Wildcat Lake / Core Series 3 architecture to value thin‑and‑lights. It has two high‑performance Cougar Cove P‑cores and four low‑power Darkmont LP E‑cores, 6MB of shared L3, and a 2‑core Xe3 iGPU with AV1 support. A built‑in NPU delivers 17 TOPS for local AI, and the chip is fabricated on Intel 18A.
Base power is 15W with 35W turbo, and memory support is single‑channel DDR5‑6400 or LPDDR5X‑7467 up to 64GB. It’s a strong upgrade over five‑year‑old laptops, but not for heavy gaming or intensive creative work.
Specifications
Performance
Strong for everyday office, web, and light content creation thanks to two modern P‑cores, though single‑channel memory limits heavy multitasking compared to dual‑channel designs.
Adequate for light VM use, but limited memory bandwidth and core count make it less ideal for serious virtualization workloads.
Only suitable for casual or older titles at low settings; the 2‑core Xe3 iGPU is weaker than mainstream gaming iGPUs and not intended for modern AAA gaming.
Excellent efficiency per watt on Intel 18A, with Intel claiming significantly lower processor power than previous‑gen Core 7 150U in streaming workloads.
- •2‑core Xe3 iGPU with 32 EUs is entry‑level
- •Suitable for e‑sports and older titles at low/medium settings
- •Not intended for AAA gaming at 1080p high
- •AV1 decode helps with modern video but not gaming directly
- •17 TOPS INT8 NPU is below Copilot+ 40 TOPS requirement
- •Sufficient for Windows Studio Effects and light local AI
- •Not designed for large local LLMs or heavy AI training
- •Combined CPU/GPU/NPU platform TOPS up to 40 per Intel
Architecture
Intel 18A (~1.8nm‑class)
Process Node
Wildcat Lake
Codename
6C / 6T
Core Config
6 MB
L3 Cache
15 W
TDP
Architecture Overview
Wildcat Lake is Intel’s value‑focused mobile SoC family that borrows the CPU and GPU architectures from Panther Lake (Core Ultra Series 3) but simplifies the package and I/O for lower cost. Core 7 360 uses a two‑tile design: a compute die with CPU, Xe3 iGPU, and NPU; and a platform controller tile with I/O and connectivity.
CPU Design
The compute die hosts two Cougar Cove P‑cores and four Darkmont LP low‑power E‑cores. Cougar Cove is Intel’s latest performance core architecture optimized for high IPC and power efficiency, while Darkmont LP focuses on extremely low idle power for background tasks. All six cores share a 6MB L3 cache; L2 sizes per core are not fully disclosed. Hyper‑Threading is not enabled, giving 6 threads total.
Memory Subsystem
Wildcat Lake uses a single‑channel 64‑bit memory interface supporting DDR5‑6400 or LPDDR5X‑7467, up to 64GB. A 4MB memory‑side cache (part of the platform design) helps reduce latency and improve effective bandwidth, but overall memory bandwidth is about half of dual‑channel Panther Lake designs.
PCIe & I/O
The platform controller tile provides six PCIe 4.0 lanes for external devices, with flexible bifurcation (e.g., one x4 or three x2). There is no PCIe 5.0 on Wildcat Lake, and the limited lane count restricts multi‑device expansion.
Overclocking
Core 7 360 has a locked multiplier and is not targeted at enthusiast overclocking. Power limits and turbo behavior are managed by OEM firmware within the 15W base / 35W turbo envelope.
- Move from Intel 7 to Intel 18A process for much better efficiency
- New Cougar Cove + Darkmont LP hybrid architecture vs older Raptor Cove + Gracemont
- Integrated Xe3 iGPU with AV1 and higher clocks vs older Intel Graphics
- Dedicated 17 TOPS NPU vs no dedicated NPU on 150U
- Up to 64% lower processor power in 4K YouTube streaming (Intel claims)
Key Highlights
- Modern Intel 18A process for excellent efficiency
- Significantly better efficiency vs older 15W U‑series
- Integrated Xe3 iGPU with AV1 decode/encode
- 17 TOPS NPU for on‑device AI workloads
- Up to 64GB DDR5/LPDDR5X memory support
- Good single‑thread performance for everyday tasks
- Single‑channel memory limits bandwidth vs dual‑channel designs
- Only 6 PCIe 4.0 lanes for external devices
- iGPU not suitable for serious gaming or heavy GPU compute
- NPU below 40 TOPS Copilot+ requirement
- Locked multiplier, no meaningful overclocking
History
Wildcat Lake emerged from Intel’s need to offer a genuinely modern value platform instead of recycling older Raptor Lake‑U dies under new model numbers. First tracked as a codename in late 2024, it became official as Intel Core Series 3 at CES 2026 and launched on April 16, 2026. Core 7 360 sits at the top of the consumer Wildcat Lake stack, above Core 7 350, Core 5 330/320, and Core 3 304, and is unique in supporting Intel’s Stable IT Platform Program (SIPP) for commercial stability.
Built on Intel 18A alongside the higher‑end Panther Lake, it brings Cougar Cove P‑cores, Darkmont LP E‑cores, and Xe3 graphics to budget laptops and edge devices, marking Intel’s first real attempt to align its value Core branding with contemporary architectures rather than older silicon refreshes.</br>Intel positions Core Series 3 as a solution for schools, small businesses, and value buyers replacing five‑year‑old PCs, claiming up to 47% better single‑thread and 41% better multi‑thread performance versus those older systems, along with major gains in GPU AI performance and power efficiency. Core 7 360 is the flagship of this value line, but its single‑channel memory and limited PCIe lanes show the trade‑offs required to hit lower price points.
Improvements over Previous Generation
- Move from Intel 7 to Intel 18A process for much better efficiency
- New Cougar Cove + Darkmont LP hybrid architecture vs older Raptor Cove + Gracemont
- Integrated Xe3 iGPU with AV1 and higher clocks vs older Intel Graphics
- Dedicated 17 TOPS NPU vs no dedicated NPU on 150U
- Up to 64% lower processor power in 4K YouTube streaming (Intel claims)
Alternatives & Competitors
Should You Buy It?
Recommended for the right buyer
Buying a new value thin‑and‑light laptop for everyday office, web, and light AI where battery life and modern features matter more than raw performance.
Avoid if…
- You want a gaming laptop for modern AAA titles
- You do heavy video editing or 3D rendering
- You need lots of memory bandwidth or dual‑channel memory
- You require many PCIe devices or eGPUs
Use Cases
Interesting Facts
Wildcat Lake is Intel’s first non‑Ultra Core Series built on its latest 18A process instead of reusing older Raptor Lake silicon.
Core 7 360 is the only Wildcat Lake SKU that supports Intel’s Stable IT Platform Program (SIPP), giving commercial customers longer platform stability.
The 2‑core Xe3 iGPU on Wildcat Lake has roughly half the shader count of the 4‑core Xe3 used in higher‑end Panther Lake parts.
Intel claims up to 2.1x faster productivity and up to 2.7x GPU AI performance vs Core 7 150U in selected workloads.
Wildcat Lake uses a two‑tile design with a compute die and a separate platform controller tile, similar to Panther Lake but with fewer PCIe lanes and no dual‑channel memory.
Despite being a ‘Core 7’ part, Core 7 360 has fewer threads (6) than the Core 7 150U (12) because Hyper‑Threading is disabled and it uses fewer cores.
The NPU’s 17 TOPS is enough for some Windows Studio Effects and lightweight AI, but not enough to qualify as a Microsoft Copilot+ PC on its own.
Intel markets Wildcat Lake as ‘hybrid AI‑ready’ with up to 40 platform TOPS when counting CPU, GPU, and NPU together.
Single‑channel memory is a notable departure from previous U‑series Intel chips, which were almost always dual‑channel.
Wildcat Lake is positioned as a value‑oriented counterpart to Panther Lake, aiming to bring 18A and Xe3 to cheaper laptops and edge devices.
People Also Ask
Is Intel Core 7 360 good for gaming?
Not for serious gaming. Its 2‑core Xe3 iGPU is only suitable for casual or older titles at low settings; modern AAA games will struggle.
Does Core 7 360 support Copilot+ PCs?
Not fully. The NPU provides 17 TOPS, which is below Microsoft’s 40 TOPS requirement for Copilot+ PC certification, though some AI features still work.
How much memory does Core 7 360 support?
Up to 64GB of DDR5‑6400 or LPDDR5X‑7467 in a single‑channel configuration.
What process node does Intel Core 7 360 use?
Intel’s 18A process, which is roughly 1.8nm‑class and their most advanced logic node in production as of 2026.
How does Core 7 360 compare to Core 7 150U?
Core 7 360 has fewer cores (6 vs 10) and threads (6 vs 12) but is built on Intel 18A, offers much better efficiency, an Xe3 iGPU, and a 17 TOPS NPU, making it more modern for AI and video work.
Can I upgrade memory on a Core 7 360 laptop?
It depends on the laptop design. Some Wildcat Lake systems use soldered LPDDR5X; others may offer a single DDR5 SODIMM slot. Check the specific model.
How many PCIe lanes does Core 7 360 have?
Six PCIe 4.0 lanes from the platform controller tile, with flexible bifurcation for NVMe, Wi‑Fi, or other devices.
Is Core 7 360 unlocked for overclocking?
No. The multiplier is locked, and the chip is designed for OEM‑controlled power limits rather than manual overclocking.
What is Wildcat Lake?
Wildcat Lake is Intel’s codename for Core Series 3 value mobile processors built on Intel 18A, with up to 6 CPU cores, Xe3 iGPU, and an NPU, positioned below Panther Lake (Core Ultra Series 3).
Is Core 7 360 better than Ryzen 5 7520U?
For efficiency, AI features, and modern codecs, yes. For multi‑threaded CPU workloads, 7520U’s 8 threads may help, but it uses older Zen 2 architecture and lacks a dedicated NPU.
Frequently Asked Questions
Does Intel Core 7 360 have integrated graphics?
Yes, it integrates an Intel Graphics 2‑Core Xe3 iGPU with 32 EUs, supporting AV1 encode/decode and modern display outputs.
What is the TDP of Core 7 360?
Base power is 15W with a configurable turbo power up to 35W, depending on OEM implementation.
Does Core 7 360 support DDR4 memory?
No. It supports only DDR5 and LPDDR5X memory, not DDR4 or LPDDR4X.
Can Core 7 360 run Windows 11?
Yes. Wildcat Lake is designed for Windows 11 and supports modern features like Wi‑Fi 7, Bluetooth 5.2+, and USB4/TB4 depending on the platform design.
Is there a desktop version of Core 7 360?
No. Core 7 360 is a mobile‑only BGA part targeted at thin‑and‑light laptops and small form factor embedded systems.
What cores does Core 7 360 use?
It uses two Cougar Cove performance cores and four Darkmont LP low‑power efficiency cores, all sharing a 6MB L3 cache.
Does Core 7 360 support Thunderbolt?
The Wildcat Lake platform can expose up to two Thunderbolt 4 ports via the platform controller tile, but implementation depends on the laptop design.
How does single‑channel memory affect performance?
It roughly halves peak memory bandwidth compared to dual‑channel designs, which can impact integrated GPU performance and some memory‑intensive workloads.
What does ‘Core Series 3’ mean?
Core Series 3 is Intel’s branding for its value‑oriented non‑Ultra mobile processors. Wildcat Lake is the first generation where Core Series 3 uses new silicon (18A) rather than reusing older Raptor Lake dies.
Is Core 7 360 suitable for video editing?
For light 1080p editing and simple timelines, yes. For complex 4K+ projects or heavy effects, the limited CPU, GPU, and memory bandwidth make it less ideal.