Quick Verdict
A highly efficient 10nm processor that brought significant IPC and graphical improvements to the Y-series, though its low clock speeds limit absolute performance.
Overview
Launch
2019
Status
ActiveGeneration
10th Gen Core i7
Market
Mobile
The Intel Core i7-1060G7 is a 10th Generation mobile processor that debuted in August 2019 as part of the Ice Lake-Y lineup. Utilizing Intel's 10nm Sunny Cove architecture, it was designed for ultra-thin, fanless laptops and tablets. The processor features 4 cores and 8 threads, operating at a low 9-watt TDP. Its base clock is 1.0 GHz, with the ability to boost up to 3.8 GHz. What sets the i7-1060G7 apart from older 14nm chips is its significantly improved IPC and the integration of Intel Iris Plus Graphics with 64 execution units, offering a massive leap in graphical performance. It also supports LPDDR4 memory and features AVX-512 instructions for specialized workloads. While its raw clock speeds are lower than its 14nm Comet Lake counterparts, the architectural advancements make it a highly efficient and capable chip for modern ultra-portables. It represents Intel's first true step into the 10nm era for consumer mobile devices.
The Intel Core i7-1060G7 is a 10th Gen mobile processor built on the 10nm Sunny Cove architecture. With 4 cores and 8 threads, it operates at a 9W TDP. It features Intel Iris Plus Graphics with 64 execution units, offering a massive leap in graphical performance over previous generations.
It is ideal for ultra-thin, fanless laptops requiring strong efficiency.
Specifications
Performance
Good IPC ensures snappy performance, but low TDP limits sustained tasks.
Capable of light virtualization but limited by thermal headroom.
Iris Plus graphics allow for playable frame rates in older or esports titles at low settings.
10nm process provides excellent efficiency for battery life.
- •Iris Plus graphics are a major upgrade
- •Can run CS:GO and LoL
- •Not suitable for modern AAA titles
- •Features Intel DLBoost
- •Dedicated AI hardware acceleration
Architecture
10nm
Process Node
Ice Lake-Y
Codename
4C / 8T
Core Config
8 MB
L3 Cache
9 W
TDP
Architecture Overview
The Core i7-1060G7 is built on Intel's Sunny Cove microarchitecture, manufactured on the 10nm process. This was a major departure from the 14nm Skylake derivatives, introducing substantial IPC improvements that allow it to do more work per clock cycle. The architecture includes a redesigned out-of-order execution engine and larger caches. A standout feature is the integration of Intel Iris Plus Graphics with 64 execution units, providing native support for variable rate shading and enabling smooth 1080p gaming in lighter titles. Additionally, it supports the AVX-512 instruction set and features dedicated DLBoost hardware for accelerated AI inference. The memory controller supports dual-channel LPDDR4 at 3733 MT/s. By utilizing a quad-channel memory interface for the GPU, the architecture significantly boosts memory bandwidth, ensuring the integrated graphics can perform optimally without starving the CPU cores of data.
CPU Design
4 cores with Hyper-Threading.
Memory Subsystem
Quad-channel LPDDR4 support.
PCIe & I/O
16 PCIe 3.0 lanes.
Overclocking
Locked multiplier.
- Move to 10nm process
- Massive IPC improvement
- Iris Plus graphics (64 EUs vs 24 EUs)
- AI acceleration hardware
Key Highlights
- Modern 10nm Sunny Cove architecture
- Iris Plus Graphics with 64 EUs
- Intel DLBoost for AI
- Excellent power efficiency
- Low base and boost clocks
- 9W TDP limits sustained performance
- Soldered to motherboard
- First-gen 10nm yields were limited
History
Introduced on August 1, 2019, the Core i7-1060G7 was among the first commercially available processors built on Intel's long-delayed 10nm process for mobile devices. It represented a critical milestone for Intel, which had struggled for years to transition away from 14nm. Ice Lake Y-series was designed to compete directly with AMD's efficient Ryzen mobile chips and Apple's custom silicon.
The i7-1060G7 found its way into flagship ultra-portables like the Microsoft Surface Pro X and Dell XPS 13 2-in-1. While the 10nm process delivered excellent efficiency and superior integrated graphics, the lower clock speeds compared to 14nm Comet Lake resulted in mixed performance reviews. Ultimately, the first-generation 10nm Sunny Cove chips were a proof of concept that paved the way for the highly successful Tiger Lake lineup.
Today, the 1060G7 is remembered as a necessary stepping stone in Intel's manufacturing evolution.
Improvements over Previous Generation
- Move to 10nm process
- Massive IPC improvement
- Iris Plus graphics (64 EUs vs 24 EUs)
- AI acceleration hardware
Alternatives & Competitors
Should You Buy It?
Recommended for the right buyer
The Core i7-1060G7 is a unique processor that offers an early glimpse into Intel's 10nm architecture. If you are buying a used device with this chip, you are getting a highly efficient processor with surprisingly capable Iris Plus graphics. It is an excellent choice for students and professionals who want a fanless, lightweight device for everyday productivity and light photo editing. The AI acceleration and AVX-512 support also make it interesting for developers experimenting with edge AI workloads. However, its lower peak clock speeds mean it will lag behind 14nm Comet Lake chips in raw single-threaded bursts. Avoid this processor if you need sustained high-performance computing or plan to play modern AAA games. It is best purchased at a discount, offering solid value for users who prioritize efficiency and integrated graphics over raw CPU frequency.
Avoid if…
- You need maximum CPU clock speeds
- You do heavy video editing
- You want to play modern games
Use Cases
Interesting Facts
It was among the first Intel processors built on the 10nm process.
The 'G7' suffix denotes 64 execution units of Iris Plus graphics.
It supports the AVX-512 instruction set, rare for mobile chips.
It features Intel DLBoost for AI acceleration.
The die size is just 123 mm² despite integrating massive graphics.
It supports quad-channel LPDDR4 memory.
It was designed for fanless tablets and ultra-thin laptops.
Its IPC is significantly higher than previous 14nm Y-series chips.
It was launched alongside the 14nm Comet Lake-Y, creating a split product stack.
The integrated graphics can dynamically boost up to 1100 MHz.
People Also Ask
Is the Core i7-1060G7 good for gaming?
It is surprisingly capable for light gaming thanks to its 64 EU Iris Plus graphics.
What is the TDP of the i7-1060G7?
It has a default TDP of 9 watts, configurable up to 12 watts.
What architecture is the i7-1060G7 based on?
It is based on the 10nm Sunny Cove architecture.
Does the i7-1060G7 support DDR4?
Yes, it supports LPDDR4 memory up to 3733 MT/s.
Is the i7-1060G7 better than the i7-10510Y?
It has better graphics and IPC, but the 10510Y has higher clock speeds.
What does the 'G7' mean in i7-1060G7?
G7 indicates it has the highest tier of integrated graphics (64 EUs).
Can the i7-1060G7 run without a fan?
Yes, its 9W TDP makes it suitable for fanless designs.
Does the i7-1060G7 have AI acceleration?
Yes, it features Intel DLBoost for AI inference.
What is the max turbo frequency of the i7-1060G7?
It can boost up to 3.8 GHz.
Is the i7-1060G7 unlocked?
No, it has a locked multiplier.
Frequently Asked Questions
What generation is the Core i7-1060G7?
It is a 10th Generation Intel Core processor.
How many cores does the i7-1060G7 have?
It features 4 cores and 8 threads.
What socket does the i7-1060G7 use?
It uses the BGA 1440 socket.
Does the i7-1060G7 have integrated graphics?
Yes, it has Intel Iris Plus Graphics with 64 execution units.
What memory types does the i7-1060G7 support?
It supports LPDDR4 memory.
What is the L3 cache size of the i7-1060G7?
It has 8MB of L3 cache.
Is the i7-1060G7 good for video editing?
It can handle light 1080p editing but is limited by its 9W TDP.
When was the i7-1060G7 released?
It was released on August 1, 2019.
Does the i7-1060G7 support Windows 11?
Yes, it is supported by Windows 11.
What is the manufacturing process of the i7-1060G7?
It is built on Intel's 10nm process.