AI & Compute
- AI performance
- 200 TOPS INT8
- CPU cores
- 12 RSVC Edge+ cores
- Neural engines
- 8× dedicated NPU tiles
- FP16 throughput
- 24 TFLOPS
- Swarm compute
- Dedicated mesh processor
FRONTIER · IN DEVELOPMENT
Next-Gen Autonomous Drone SoC
X1
The drone of the future, powered by silicon that doesn't exist yet.
The X1 is Revolution Silicon's frontier drone SoC — a 2nm chip delivering 200 TOPS of swarm-native AI, sub-500μs flight control latency, and a quantum-resistant secure enclave. Built for the autonomous aerial systems that will define the next decade.
Join the X1 programAI performance
200 TOPS
Flight control latency
<500 μs
TDP
8 W
Process node
2 nm
Frontier chip — currently in development. Not yet released.
X1 is the most advanced chip in the RSVC lineup. Specifications shown are target design goals for the 2nm frontier process node. Products are not available for purchase or sampling at this time. Apply below to join the limited early-access cohort.
Technical specifications
Flight & Control
- Flight control latency
- <500 μs
- IMU processing
- 10 kHz sensor fusion
- GNSS
- Multi-constellation + RTK
- Obstacle avoidance
- Hardware-accelerated
- Swarm coordination
- Up to 1,024 nodes
Security
- Secure enclave
- Quantum-resistant (CRYSTALS-Kyber)
- Secure boot
- Hardware root of trust
- Comms encryption
- AES-256 + post-quantum
- Anti-spoofing
- Hardware GNSS authentication
Power & Package
- TDP
- 8 W (configurable 4–12 W)
- Process node
- 2 nm TSMC N2
- Die size
- 68 mm²
- Transistors
- 28 billion
The autonomous aerial frontier
Autonomous swarm operations
Coordinate fleets of up to 1,024 drones with the X1's dedicated mesh processor. Swarm-native AI handles formation, collision avoidance, and mission replanning in real time.
Defense & secure operations
Quantum-resistant encryption, hardware GNSS anti-spoofing, and a secure enclave make the X1 the first drone SoC built for adversarial environments.
AI-native perception
200 TOPS of on-chip AI runs full scene understanding, object tracking, and semantic mapping without a ground station. The X1 sees, thinks, and acts — autonomously.
Benchmark comparison
Normalized performance index vs. current-gen drone SoCs. Higher is better. Based on target design specifications.
AI compute (TOPS)
RSVC X1
97
Current-gen A
62
Current-gen B
44
Flight control latency
RSVC X1
99
Current-gen A
58
Current-gen B
41
Power efficiency (TOPS/W)
RSVC X1
96
Current-gen A
55
Current-gen B
38
Security rating
RSVC X1
100
Current-gen A
45
Current-gen B
30
Software ecosystem
RSVC-OS 2.0ROS 2 AerialMAVLink 3PX4 AutopilotArduPilotRSVC SwarmSDKOpenMVTensorFlow Lite
LIMITED COHORT
Be first on X1
The X1 is in advanced development. We're selecting a small cohort of drone OEMs, defense primes, and research institutions for the X1 early access program.