Quick Verdict
A balanced, efficient mobile SoC with strong single‑thread performance, a capable Xe3 iGPU, and serious NPU headroom for AI features, though multi‑core headroom is limited by its 8 cores and 25 W PL1 ceiling.
Overview
Launch
2026
Status
LaunchedGeneration
Core Ultra Series 3 (Panther Lake)
Market
Mobile / AI PC
The Intel Core Ultra 7 365 is an 8-core, 8-thread mobile SoC for thin-and-light AI PCs, featuring four Panther Lake P‑cores and four LP‑E cores on Intel’s 18A process with a 15–25 W configurable PL1 and up to 55 W PL2, plus Xe3 integrated graphics and a 49 TOPS NPU for on‑device AI workloads.
Built on Intel’s 18A process, the Core Ultra 7 365 offers four Cougar Cove P‑cores and four Darkmont LP‑E cores in a 15–25 W configurable envelope. It targets premium ultraportables and business laptops that need strong single‑thread speed, integrated Xe3 graphics with ray tracing, and a 49 TOPS NPU for on‑device AI. Memory support goes up to 128 GB of LPDDR5X‑7467 or DDR5‑6400, and the SoC provides 12 PCIe 5.
0 lanes for fast SSDs and peripherals. It’s best suited for everyday productivity, light content creation, and AI‑enhanced workflows rather than heavy, sustained multi‑threaded loads.
Specifications
Performance
Strong single‑thread and responsive system feel for Office, browsers, and light creation workloads; multi‑core is more limited than higher‑core Panther Lake H‑parts.
Adequate for light VM use, but 8 threads and a 25 W PL1 cap limit heavy parallel virtualization workloads.
Capable for 1080p casual and e‑sports gaming in the iGPU’s sweet spot, but not meant for high‑refresh 1440p+ gaming without a discrete GPU.
Excellent performance per watt in the 15–25 W envelope, making it well suited to thin‑and‑light designs where battery life matters.
- •Xe3 4‑core iGPU significantly faster than older Iris Xe but slower than Arc 140V or higher Xe3 configurations.
- •Suitable for 1080p low/medium settings in many titles; some modern AAA games will require reduced settings or FSR/XeSS.
- •Better for e‑sports and casual titles than for high‑refresh competitive gaming.
- •49 TOPS NPU5 enables local Copilot+ PC class experiences and efficient on‑device inference.
- •Combined CPU + iGPU + NPU AI performance is competitive for client AI but not targeted at training or heavy server workloads.
Architecture
Intel 18A (≈2 nm class)
Process Node
Panther Lake 8C (4 P‑cores + 4 LP‑E cores)
Codename
8C / 8T
Core Config
12 MB
L3 Cache
25 W
TDP
Architecture Overview
The Core Ultra 7 365 is powered by Intel’s Panther Lake 8C die, which combines four Cougar Cove P‑cores and four Darkmont LP‑E cores on an 18A compute tile with a separate Xe3 GPU tile and platform controller tile, all in a chiplet package.
CPU Design
Cougar Cove P‑cores are Intel’s latest mobile performance architecture optimized for 18A, delivering higher IPC and clock speeds than prior Lion Cove designs. Darkmont LP‑E cores are low‑power efficiency cores tuned for background tasks and lightly threaded work, similar in role to Lunar Lake’s LP‑E cluster but on a newer process and microarchitecture.
Memory Subsystem
The integrated memory controller supports dual‑channel LPDDR5X up to 7467 MT/s or DDR5 up to 6400 MT/s, with up to 128 GB capacity. This gives OEMs flexibility between soldered LPDDR5X for thin designs or SO‑DIMM DDR5 for more upgradeability.
PCIe & I/O
12 PCIe 5.0 lanes from the SoC (plus additional chipset lanes) allow one fast NVMe SSD and a few other peripherals, with bandwidth comparable to other modern mobile platforms but fewer lanes than desktop or H‑series parts.
Overclocking
The multiplier is locked; there is no traditional overclocking headroom, consistent with Intel’s mobile U‑segment philosophy.
- Move from TSMC 3 nm to Intel 18A process node.
- Transition from Lunar Lake to Panther Lake architecture with Cougar Cove + Darkmont cores.
- NPU5 at 49 TOPS versus ~47–48 TOPS NPU on 258V.
- Configurable 15–25 W PL1 versus 17–37 W on 258V, allowing more OEM tuning.
Key Highlights
- Strong single‑thread performance for everyday tasks
- Intel 18A process delivers excellent efficiency at 15–25 W
- 49 TOPS NPU5 for local AI and Copilot+ PC features
- Xe3 iGPU with ray tracing and AV1 support is a big step over older Intel iGPUs
- Support for up to 128 GB LPDDR5X‑7467 or DDR5‑6400
- 12 PCIe 5.0 lanes for fast NVMe and peripherals
- Only 8 CPU threads; weaker multi‑core than 12–16 core H‑series chips
- No unlocked multiplier; no manual overclocking
- iGPU still slower than higher Xe3 configurations or Arc 140V
- Not intended for sustained high‑power workloads beyond 25 W PL1
- Early benchmarks show only modest gains versus prior Lunar Lake parts in some CPU tests
History
The Core Ultra 7 365 emerges from Intel’s effort to reset its mobile roadmap with Panther Lake, the first client SoCs built on the Intel 18A node. After Lunar Lake demonstrated the potential of on‑package memory and strong iGPU performance, Intel shifted to a chiplet‑based Panther Lake design with separate compute, GPU, and platform controller tiles. The 8‑core 365 uses the smallest Panther Lake compute die, combining four Cougar Cove P‑cores and four Darkmont LP‑E cores to address thin‑and‑light designs where 15–25 W continuous power is acceptable.
Launched at CES 2026 alongside broader Core Ultra Series 3 announcements, it represents Intel’s bet that 18A and a refined hybrid architecture can deliver meaningful efficiency gains versus Lunar Lake’s TSMC‑built 3 nm parts, while integrating a 49 TOPS NPU to meet the Copilot+ PC era’s AI requirements.
Improvements over Previous Generation
- Move from TSMC 3 nm to Intel 18A process node.
- Transition from Lunar Lake to Panther Lake architecture with Cougar Cove + Darkmont cores.
- NPU5 at 49 TOPS versus ~47–48 TOPS NPU on 258V.
- Configurable 15–25 W PL1 versus 17–37 W on 258V, allowing more OEM tuning.
Alternatives & Competitors
Should You Buy It?
Recommended for the right buyer
Thin‑and‑light business or premium consumer laptops where you want strong single‑thread performance, good efficiency, and modern AI capabilities without needing a discrete GPU.
Avoid if…
- You need maximum multi‑core performance for heavy rendering or virtualization.
- You want a high‑refresh gaming laptop with a powerful dGPU.
- You plan to run sustained, multi‑threaded workloads that push beyond 25 W for long periods.
Use Cases
Interesting Facts
The Core Ultra 7 365 uses the entry‑level Panther Lake 8C die with 4 P‑cores and 4 LP‑E cores, while higher‑end Panther Lake H‑parts add E‑cores and more Xe3 cores.
Intel markets Panther Lake as the first client AI PC platform built on its 18A process, and the 365 is one of the most efficient SKUs in that lineup.
Despite the similar 8‑core count to Lunar Lake’s 258V, the 365 switches from TSMC 3 nm to Intel 18A and from Lion Cove/Skymont to Cougar Cove/Darkmont cores.
The NPU5 in the 365 is rated at 49 TOPS INT8, aligning it with Copilot+ PC class AI performance thresholds.
Unlike some higher‑end Panther Lake SKUs with 12 Xe3 cores, the 365 has 4 Xe3 cores, making it more of a general‑purpose iGPU than a gaming‑oriented one.
The configurable PL1 range (15–25 W) is specifically designed to let OEMs tune the same SKU for either ultra‑thin long‑battery designs or slightly thicker performance‑oriented ultrabooks.
Panther Lake’s compute tile is built on Intel 18A, but the GPU and platform controller tiles are fabbed elsewhere (e.g., Intel 4 / TSMC), reflecting Intel’s chiplet strategy.
The 365 supports vPro on eligible platforms, making it a candidate for business and enterprise laptops with advanced manageability and security features.
Early Geekbench leaks show the 365 slightly behind some prior Lunar Lake SKUs in single‑core performance, likely due to power and firmware tuning on early samples.
Intel positions non‑H Ultra 7 SKUs like the 365 as mid‑range mobile parts, clearly below the Ultra X7/X9 16‑core H‑series in CPU and iGPU performance.
People Also Ask
Is Intel Core Ultra 7 365 good for gaming?
It’s decent for 1080p casual and e‑sports gaming via its Xe3 iGPU, but it’s not a gaming‑oriented chip. For serious gaming, you’ll want a laptop with a discrete GPU or a higher‑end Panther Lake H‑SKU with more Xe3 cores.
What is the TDP of Intel Core Ultra 7 365?
Intel specifies a configurable PL1 range of 15–25 W and a short‑duration PL2 up to 55 W, depending on OEM implementation.
Does Core Ultra 7 365 support DDR5?
Yes. It supports dual‑channel DDR5‑6400 in addition to LPDDR5X‑7467, up to 128 GB total.
How many PCIe lanes does Core Ultra 7 365 have?
The SoC provides 12 PCIe 5.0 lanes, typically used for the NVMe SSD and other high‑speed peripherals, with additional lanes from the chipset.
Is Core Ultra 7 365 better than Core Ultra 7 258V?
It brings a newer architecture (Panther Lake vs Lunar Lake) and an Intel 18A process, but early benchmarks show only small performance differences; choose based on platform features, price, and laptop design.
Can I overclock Core Ultra 7 365?
No. The multiplier is locked, and Intel does not expose traditional overclocking controls for this mobile U‑series SKU.
What NPU does Core Ultra 7 365 have?
It integrates Intel’s NPU5 with approximately 49 TOPS of INT8 performance for on‑device AI workloads.
Is Core Ultra 7 365 a Copilot+ PC processor?
Yes. With a 49 TOPS NPU5 and Xe3 graphics, it meets the hardware requirements for Copilot+ PC class AI experiences when paired with suitable drivers and software.
What socket does Core Ultra 7 365 use?
It uses the FCBGA2540 socket, which is a mobile BGA package soldered onto the laptop motherboard.
How much cache does Core Ultra 7 365 have?
It has 10 MB of L2 cache and 12 MB of L3 cache, for a total of 22 MB of CPU cache.
Frequently Asked Questions
What generation is Intel Core Ultra 7 365?
It belongs to Intel’s Core Ultra Series 3, codenamed Panther Lake, built on the 18A process.
Is Core Ultra 7 365 suitable for video editing?
It’s adequate for 1080p light video editing and timeline work, but heavy 4K projects or complex effects will benefit from a higher‑core H‑series CPU or discrete GPU.
Does Core Ultra 7 365 have integrated graphics?
Yes, it has Intel Xe3 Graphics with 4 Xe cores (32 EUs) and support for ray tracing and AV1 encode/decode.
Can I upgrade the RAM on a Core Ultra 7 365 laptop?
That depends on the laptop design. If the system uses DDR5 SO‑DIMMs, you can usually upgrade; LPDDR5X configurations are soldered and not upgradeable.
Is Core Ultra 7 365 good for programming?
Yes. Strong single‑thread performance and 8 threads make it well suited for IDEs, builds, and containers, as long as your workloads aren’t heavily parallel.
What is the max memory speed on Core Ultra 7 365?
Up to LPDDR5X‑7467 or DDR5‑6400, depending on the memory type and OEM implementation.
Does Core Ultra 7 365 support Thunderbolt?
Panther Lake supports Thunderbolt 4/5 on certain SKUs and platforms; whether a specific laptop has Thunderbolt depends on the OEM’s design and the version of the platform controller.
Is Core Ultra 7 365 good for students?
Yes. It offers a good balance of performance, efficiency, and AI features for coursework, browsers, Office, and light creative apps in a portable form factor.
What is the difference between Core Ultra 7 365 and 366H?
The 366H is a higher‑power Panther Lake H‑series part with more cores, higher TDP, and a stronger iGPU; the 365 is a lower‑power U‑series chip focused on efficiency and thin designs.
Does Core Ultra 7 365 support vPro?
vPro support varies by SKU and platform; some 365‑based laptops are vPro‑eligible, but you should check the specific laptop’s specifications.