Rivotek Intelligent Computing Platform

About Intelligent Computing Platform

Rivotek intelligent computing platforms provide high-performance processing solutions for AIoT applications. The portfolio includes multi-core processors with integrated NPU, ISP, and codec, designed for mobile devices, AI hardware, automotive systems, and industrial applications. These platforms deliver powerful AI inference capabilities, high-quality image processing, and efficient video encoding/decoding.

As an authorized distributor of Rivotek, BeiLuo provides a comprehensive range of Intelligent Computing Platform products. These products are widely used in industrial control, automotive electronics, consumer electronics, and communication equipment. We offer a complete product line with multiple series to meet various application requirements. All products are genuine and original, backed by professional technical support and comprehensive after-sales service.

Selection Guide: How to Choose the Right Intelligent Computing Platform

Product List

4 products available

Part Number ↕	CPU ↕	NPU ↕	ISP ↕	Video Codec ↕	Display ↕	Package ↕	Stock Status	Action
RV1000	Octa-core ARM Cortex-A76/A55	4 TOPS INT8	48MP single or 16MP dual	4K@60fps encode/decode	Up to 2x 4K displays	FCBGA 15x15mm	In Stock	View Details
RV500	Quad-core ARM Cortex-A55	2 TOPS INT8	16MP single or 8MP dual	1080p@60fps encode/decode	Up to 1080p display	FCBGA 12x12mm	In Stock	View Details
RV2000	Octa-core ARM Cortex-A78/A55	8 TOPS INT8	64MP single or 32MP dual	8K@30fps or 4K@120fps	Up to 2x 8K displays	FCBGA 17x17mm	In Stock	View Details
RV300	Dual-core ARM Cortex-A35	0.5 TOPS INT8	5MP single	1080p@30fps	Up to 720p	QFN 10x10mm	In Stock	View Details

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Frequently Asked Questions

What is the difference between Rivotek computing platforms?

Rivotek offers different computing platform series optimized for various applications: (1) Mobile series - high-performance with power efficiency for smartphones and tablets

(2) AI series - dedicated NPU for edge AI applications

(3) Automotive series - AEC-Q100 qualified with functional safety

(4) Industrial series - wide temperature range and high reliability. Each series offers different combinations of CPU cores, NPU performance, and interface options to match specific application requirements.

Choose mobile series for consumer devices, AI series for edge inference, automotive series for vehicles.

How do I evaluate NPU performance for my AI application?

NPU performance evaluation involves several factors: (1) TOPS rating - theoretical peak operations per second

(2) Real-world inference latency - actual time for your specific model

(3) Power efficiency - TOPS per watt for battery-powered devices

(4) Model support - compatibility with your AI framework and model format

(5) Memory bandwidth - affects data movement efficiency. Rivotek platforms provide detailed benchmark data for common AI models. Contact LiTong FAE for performance evaluation support and benchmark results for your specific use case.

Evaluate NPU based on real-world latency for your model, not just TOPS rating.

What development tools are available for Rivotek platforms?

Rivotek provides comprehensive development tools: (1) SDK - software development kit with drivers, libraries, and APIs

(2) AI tools - model conversion, optimization, and deployment tools

(3) IDE support - integration with popular development environments

(4) Debug tools - debugging and profiling utilities

(5) Reference designs - proven hardware designs and software examples

(6) Documentation - detailed technical documentation and application notes. LiTong provides additional support including training, technical consultation, and design review services.

Use Rivotek SDK and AI tools for efficient development and deployment.

How do I optimize power consumption for battery-powered devices?

Power optimization strategies for Rivotek platforms: (1) Dynamic voltage and frequency scaling (DVFS) - adjust CPU/NPU frequency based on workload

(2) Power gating - disable unused hardware blocks

(3) Sleep modes - utilize low-power sleep states when idle

(4) AI model optimization - quantize and prune models to reduce computation

(5) Display optimization - reduce refresh rate and resolution when possible

(6) Peripheral management - disable unused interfaces. Rivotek platforms provide hardware and software mechanisms for power management. Contact LiTong FAE for power optimization guidance.

Use DVFS, power gating, and sleep modes to optimize battery life.

What thermal management is required for Rivotek platforms?

Thermal management requirements depend on application: (1) Passive cooling - sufficient for low-power applications with adequate PCB copper area

(2) Active cooling - heatsink or fan required for high-performance sustained workloads

(3) Thermal interface material - use high-quality TIM between chip and heatsink

(4) PCB design - adequate copper area and thermal vias for heat dissipation

(5) Software throttling - implement thermal throttling to prevent overheating. Rivotek provides thermal design guidelines and simulation support. Maximum junction temperature is typically 105°C for consumer and 125°C for automotive grades.

Design adequate thermal solution based on power dissipation and ambient temperature.