VX1000 LED Display Media Processor with 64 Cores, 6.5M Pixel Capacity, and 120 TFLOPS AI Performance
The VX1000 advanced media processor delivers exceptional computational power for demanding applications including artificial intelligence, high-performance computing, and real-time data processing. Engineered with cutting-edge semiconductor technology, this processor combines superior performance with energy efficiency for modern computing workloads.
- 64 High-Performance Cores optimized for parallel processing with SIMD operations
- 4 Dedicated AI Accelerators with integrated Tensor Cores for FP16/INT8 matrix operations
- HBM3e Memory Interface providing up to 512 GB/s bandwidth
- 32 MB L3 Cache per core cluster for fast data access
- Dynamic Voltage Scaling for 20% lower power consumption
- PCIe 5.0 & NVMe 4.0 support for high-speed peripheral integration
AI Inference: 120 TFLOPS FP16 tensor performance
HPC Benchmarks: 150 GFLOPS double-precision, 300 GB/s memory bandwidth
Real-Time Latency: <1 ms for critical applications
| Model | VX1000 |
| Loading Capacity | 6.5 million pixels |
| Maximum Resolution | Width: 10240, Height: 8192 |
| Input Interfaces | HDMI 1.4×2, 3G-SDI×1, DVI×2, Optical probe interface×1 |
| Output Interfaces | HDMI LOOP, SDI LOOP, DVI LOOP, Network port×10, 10G optical port×2 |
| Number of Windows | 3 |
| Number of Scenes | 10 |
- AI/ML Workloads: Training and inference for large language models and computer vision
- Scientific Computing: Climate modeling, molecular dynamics, and quantum simulation
- Autonomous Systems: Sensor fusion, decision-making algorithms for vehicles
- Data Centers: Database acceleration, analytics, and virtualization
The VX1000 features a chiplet-based modular architecture for customization, experimental neuromorphic compute units for spiking neural network research, and compatibility with mainstream frameworks including TensorFlow, PyTorch, and OpenCL.
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