Intel’s Most POWERFUL ARC iGPU! Hands On Testing

Summary

In this video, the Intel ARC 140T iGPU is put to the test, showcasing impressive performance for an Intel ARC-based integrated graphics solution. Paired with the Intel Core Ultra 9285H CPU, the 140T outperforms the 140V and competes well with AMD’s Radeon 890M. Through various benchmarks and real-world gaming tests, including Cyberpunk 2077 and Horizon Zero Dawn, the 140T shows solid results, especially when paired with fast LPDDR5X RAM. Despite its potential, the video hints at the need for more powerful XE cores for further performance gains in the future.

Takeaways

• 💻Generate key takeaways The video tests Intel's most powerful iGPU, the Intel ARC 140T, in a mini PC setup.
• ⚡ The Intel ARC 140T is based on XE cores with XMX engines and paired with a high-end Intel Core Ultra 9285H CPU (16 cores, 16 threads).
• 🧠 RAM speed significantly affects performance; this setup uses LPDDR5X at 8400 MT/s, up from 5600 MT/s in previous tests.
• 🎮 Intel's XESS frame generation technology with low latency mode improves smoothness and FPS in supported games.
• 📊 Benchmarks show ARC 140T outperforms Radeon 890M in Geekbench OpenCL (40,891 vs ~37,000) and 3DMark Time Spy (4,833 vs 4,038).
• 🕹️ Gaming at 1080p is solid across multiple modern titles, e.g., Cyberpunk 2077 (~56 FPS, >80 FPS with frame gen), Elden Ring (59-52 FPS).
• 🔧 The iGPU can allocate up to 18 GB of system memory for VRAM, improving compatibility with demanding games.
• ⚖️ Running at 65W TDP, the CPU-iGPU combo is efficient, yet capable of boosting higher if needed.
• 🛠️ Frame generation technologies (XESS/FSR) provide major performance enhancements, especially in games with heavy graphics load.
• 🚀 Overall, the ARC 140T is Intel's best-performing iGPU so far but still lags behind high-end dedicatedIntel ARC 140T review mobile GPUs like the Radeon 8060S with 40 CUs.
• 🔮 Future improvements could include more XE cores and enhanced cooling for even better 1080p performance on integrated graphics.

Q & A

What Intel iGPU is being tested in the video?

The video tests the Intel ARC 140T integrated GPU.

How does the 140T differ from the 140V in Intel's lineup?

The 140T is paired with H-series 200 CPUs, has XE cores with XMX engines, and offers higher performance, whereas the 140V uses XC2 cores and is found in lower-end chips.

What is the system memory configuration used in the test?

The system has LPDDR5X RAM running at 8,400 megatransfers per second, which can allocate up to 18 GB for VRAM.

What CPU is paired with the Intel ARC 140T in this test?

The Intel Core Ultra 9285H with 16 cores and 16 threads is paired with the 140T.

What is Intel's XESS frame generation and how does it impact performance?

Intel's XESS frame generation is a technology that increases frame rates while maintaining low input latency. On the 140T, it allows Cyberpunk 2077 to run over 80 FPS at 1080p high settings with smooth gameplay.

How does the 140T perform in synthetic benchmarks compared to the Radeon 890M?

The 140T scored 40,891 in Geekbench OpenCL and 4,833 in 3DMark Time Spy, outperforming the Radeon 890M which scored around 37,000 in Geekbench and 4,038 in Time Spy.

Which games were tested in the video, and at what settings?

Games tested include Cyberpunk 2077 (1080p high), Horizon Zero Dawn Remastered (1080p medium), Shadow of the Tomb Raider (1080p medium), Borderlands 3 (1080p medium), God of War Ragnarok (1080p low/balanced), Elden Ring (1080p high), and Horizon 5 (1080p high).

What were the typical frame rates observed for these games?

Frame rates varied by game: Cyberpunk 2077 averaged 56 FPS (80+ FPS with XESS frame gen), Horizon Zero Dawn ~70 FPS with FSR frame gen, Shadow of the Tomb Raider 76 FPS, Borderlands 3 74 FPS, God of War Ragnarok ~67 FPS at 1080p low, Elden Ring ~59-52 FPS, Horizon 5 ~84 FPS at 1080p high.

What TDP settings were used for the CPU during testing?

The Intel Core Ultra 9285H was set to a static 65-watt TDP, although it can boost up to 110 watts.

What limitations of the 140T are mentioned in comparison to other GPUs?

While the 140T performs well for an Intel ARC-based iGPU, it cannot compete with higher-end GPUs like the Radeon 8060S with 40 CUs, and the addition of more XE cores would require better cooling solutions.

How does RAM speed affect the performance of the Intel ARC 140T?

Faster RAM significantly improves performance; moving from 5600 MT/s to 8,400 MT/s LPDDR5X allows the iGPU to perform better due to faster memory allocation for VRAM.

What future improvements are suggested for Intel's iGPUs?

Adding more XE cores and possibly higher-end CPU pairings could further enhance performance, allowing for better 1080p gaming across all titles without needing dedicated GPUs.