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With this #Diwali, we begin our #autonomousdriving operations in the regular city traffic, in India.
We will gradually increase the complexity of the traffic in which we validate our technology for large scale deployment globally.
In the first part of the demo, our autonomous vehicle navigated on a regular 2-lane road, negotiating intersections, roundabouts, and regular traffic in its lane.
In the second part, we performed autonomous dodging, where the responsibility of collision avoidance and negotiation rests solely with the autonomous vehicle.
We asked our team members to abruptly cut the path of our vehicle at random, while the regular traffic was also on the road -- they were made aware of the autonomous operations by our team members on the bikes, following our autonomous vehicle.
In the earlier demos, we had controlled traffic scenarios, where during the autonomous dodging by our #AutonomousVehicl...
We will gradually increase the complexity of the traffic in which we validate our technology for large scale deployment globally.
In the first part of the demo, our autonomous vehicle navigated on a regular 2-lane road, negotiating intersections, roundabouts, and regular traffic in its lane.
In the second part, we performed autonomous dodging, where the responsibility of collision avoidance and negotiation rests solely with the autonomous vehicle.
We asked our team members to abruptly cut the path of our vehicle at random, while the regular traffic was also on the road -- they were made aware of the autonomous operations by our team members on the bikes, following our autonomous vehicle.
In the earlier demos, we had controlled traffic scenarios, where during the autonomous dodging by our #AutonomousVehicl...
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Tech Office : Updates & Tech News ~1
iPad Pro 2025 - M5 Geekbench CPU
iPad Pro 2025 - M5 Geekbench GPU
🚀 Geekerwan Reviews the Apple M5 Chip in the 14‑inch MacBook Pro
🧠 CPU: Iterative but Solid
- Core Layout: 4 performance cores + 6 efficiency cores (unchanged)
- Upgrades:
- Slight frequency boosts
- Larger cache for efficiency cores
- Performance:
- +9–16% multi-core uplift in Cinebench R23
---
🎨 GPU: The Star of the Show
The GPU receives the most dramatic overhaul, introducing a new architecture with tensor cores (neural network accelerator).
🔥 Performance
- +33% faster than M4 in 3DMark
- ~50% gain in ray tracing
- Outperforms Nvidia RTX 3050 (mobile)
🎮 Gaming
- 33–50% higher FPS in demanding noscripts
- Tested on Cyberpunk 2077 and Black Myth: Wukong (via translation layer)
🤖 AI Acceleration
- Tensor cores make it “very clearly” faster at running AI models
---
🔋 Battery Life
- Over 15 hours of usage
- Efficiency remains a hallmark of Apple Silicon
---
🏆 Conclusion
Geekerwan dubs this the “RTX moment” for Apple Silicon:
- Apple’s GPU now reaches feature parity with Nvidia (tensor cores + ray tracing)
- A leap forward for gaming, AI, and graphics performance on MacBooks
🧠 CPU: Iterative but Solid
- Core Layout: 4 performance cores + 6 efficiency cores (unchanged)
- Upgrades:
- Slight frequency boosts
- Larger cache for efficiency cores
- Performance:
- +9–16% multi-core uplift in Cinebench R23
---
🎨 GPU: The Star of the Show
The GPU receives the most dramatic overhaul, introducing a new architecture with tensor cores (neural network accelerator).
🔥 Performance
- +33% faster than M4 in 3DMark
- ~50% gain in ray tracing
- Outperforms Nvidia RTX 3050 (mobile)
🎮 Gaming
- 33–50% higher FPS in demanding noscripts
- Tested on Cyberpunk 2077 and Black Myth: Wukong (via translation layer)
🤖 AI Acceleration
- Tensor cores make it “very clearly” faster at running AI models
---
🔋 Battery Life
- Over 15 hours of usage
- Efficiency remains a hallmark of Apple Silicon
---
🏆 Conclusion
Geekerwan dubs this the “RTX moment” for Apple Silicon:
- Apple’s GPU now reaches feature parity with Nvidia (tensor cores + ray tracing)
- A leap forward for gaming, AI, and graphics performance on MacBooks
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