Beijing Action's independent core design has achieved a paradigm shift from "technological following" to "autonomous leading" in domestic chips through bottom-up technological innovation and commercial validation. Its core breakthroughs are embodied in the following three aspects:
1. Performance Excellence: Benchmarking International Standards
The XBurst and Victory series cores surpass their peers in PPA (Performance, Power, Area) metrics.
XBurst2: Adopting a sequential dual-issue architecture and a 512-bit SIMD instruction set, it significantly boosts computing efficiency in machine vision scenarios. After adopting this core, industrial barcode recognition equipment manufacturers have seen decoding speeds reduced from seconds to milliseconds, greatly enhancing work efficiency and becoming a core engine for industrial intelligence upgrades.
Victory Series: The Victory2 core's performance is on par with ARM Cortex-A55, supporting configurable vector computing units, which greatly improve computing power in image processing tasks.
2. Scenario Adaptation: Full Spectrum Coverage from Consumer Electronics to Industrial Intelligent Manufacturing
By optimizing instruction sets for AI and IoT needs, Action's core technology has covered diverse scenarios:
Consumer Electronics: The JZ47 series of chips powered by the XBurst1 core has achieved significant shipment volumes, once dominating the market for BBK Learning Machines and Hanwang e-readers.
Industrial Control: The XBurst2 multi-core architecture empowers industrial printers and gateways. A certain brand that adopted the X2600 chip saw significant improvements in image rendering efficiency and cost optimizations.
Intelligent Vision: The Victory0 core, with an ultra-low power consumption of 0.015mW/MHz, enables solar-powered surveillance equipment to operate continuously for years in environments without grid electricity. Its cumulative shipments have reached hundreds of millions of units.
3. Supply Chain Security: The Underlying Support of an Independent Technology Matrix
Action's "XBurst+Victory" core technology matrix enables the deep collaboration between MIPS and RISC-V CPUs, playing a crucial role during the company's architectural transition phase.
T Series Chips: The T31 chip, equipped with self-developed cores, has shipped over 200 million units. Its enhanced ISP and HEVC encoding capabilities significantly reduce device standby power consumption and greatly enhance video encoding efficiency, supporting the large-scale deployment of low-power, affordable H.265 solutions in the intelligent security field.
Hybrid Architecture Practice: The X2600 chip adopts a heterogeneous design combining "XBurst2 (MIPS computing core) + Victory0 (RISC-V control core)", significantly improving chip energy efficiency and successfully applied in industrial printers, service robots, and other scenarios.
Conclusion
Through the triple drivers of performance benchmarking, scenario-based deep cultivation, and controllable ecosystems, Beijing Action demonstrates that the rise of domestic chips does not rely on a "substitution logic" but rather achieves autonomous leading through bottom-up technological innovation. With the maturity of the RISC-V ecosystem and the explosion of the AIoT market, its technology matrix is poised to drive a transition from "functional substitution" to "architecture definition" in more fields, injecting a new Chinese innovation paradigm into the global chip industry.
This is the third article in the "Action Technology Introduction" series, consisting of a total of three articles. Previously published:
First Article: "Breaking the Monopoly - Decoding the Autonomous Breakout Path of Domestic CPU Cores"
Second Article: "Ecosystem Reconstruction - The Password for Instruction Set Transition from MIPS to RISC-V"
