Pango FPGA Chip PG3T1300 Wins 2026 China Chip Outstanding Technology Innovation Product Award

【Authoritative Recognition: Top-Level Acknowledgment for a Domestic Hardcore Chip】

On November 2, the results of the 21st "China Chip" Outstanding Product Solicitation were officially announced.

The PG3T1300 high-performance FPGA chip, flagship product of Pango's Titan-3 series, successfully won the "Outstanding Technology Innovation Product" award by virtue of its full-stack independent innovation capability, ultimate product performance, and significant industrialization value.

The "China Chip" Outstanding Product Solicitation is a national-level integrated circuit industry benchmark selection hosted by the China Center for Information Industry Development (CCID Research Institute) under the guidance of the Ministry of Industry and Information Technology. Running since 2006, it is known as the "weather vane" and "national team inspection ground" for China's integrated circuit product and technology innovation. The selection brings together academicians and experts, leading enterprises, and authoritative institutions across the industrial chain, using "independent intellectual property rights, technological innovation, industrial driving force, and market conversion capability" as ironclad criteria. Every winning product represents a landmark achievement in China's chip breakthrough campaign.

PG3T1300's strong emergence from top-tier competing products from hundreds of enterprises means its technological height and implementation value have received dual endorsement from national-level industry think tanks and the industry expert system.

【Hardcore Breakthrough: Billion-Gate Logic, Reconstructing the Domestic Programmable Computing Foundation】

PG3T1300 is not an ordinary chip, but a "heavy-armored engine" driving domestic FPGAs toward the high-end track:

- Advanced Process × Massive Logic: Built on advanced FinFET process, with logic scale reaching 1.3KK (1.3 million logic cells), ranking among the few domestically mass-produced billion-gate high-end FPGA camps;

- Full-Stack High-Speed Interfaces: Integrated with high-speed DDR4/5 memory controllers, multi-rate EMAC, PCIe hard cores, and high-speed SerDes, opening up high-bandwidth, low-latency data throughput arteries;

- Scenario-Defining Capability: Targeting "high-reliability, high-load, low-latency" scenarios such as communications, data centers, ATE test and measurement, network security, and image/video processing, providing truly import-substitutable domestic solutions.

It precisely fills the industrialization gap in domestic mid-to-high-end FPGAs—a market long locked down by overseas giants. Now Pango, with a chip of independent architecture, has reclaimed the "initiative in programmable computing" into its own hands.

【Stunning Implementation: From Lab Parameters to the Millisecond Battle of Financial High-Frequency Trading】

True hard technology is not just about impressive parameters, but about daring to use, being able to use, and using well in extreme scenarios.

The domestic FPGA acceleration card based on PG3T1300 features a single-slot design, supports 4× 25G optical ports and PCIe 4.0 x8 high-speed interconnect, and maintains non-blocking throughput under 100G high load. It empowers product applications in financial high-frequency trading, cloud computing virtualization, large model inference, video transcoding, and storage acceleration scenarios.

Especially in the financial high-frequency trading sector, where every microsecond means real capital efficiency, the domestic FPGA acceleration card has been successfully deployed in Xinchuang market data systems, proving that Chinese chips are not only "capable of being made" but can withstand the most demanding real-time challenges, laying a critical wedge for self-controllable domestic computing infrastructure.

【Strategic Significance: From "Catching Up" to "Running Abreast," the Deep Leap of China Chip】

PG3T1300's award is superficially a product honor, but fundamentally three signals:

1. Technology Signal: Domestic FPGAs have completed the generational leap from "small-capacity CPLD" to "billion-gate FinFET platform";

2. Industry Signal: Mid-to-high-end programmable chips have ended their "absent state" and begun entering core nodes of communications, finance, and data centers at scale;

3. Ecosystem Signal: Independent architecture + independent toolchain + independent acceleration cards—domestic FPGAs are moving from single-point substitution toward system-level ecosystem self-reliance.

【Future Journey: Leveraging One Chip to Empower Thousands of Industries】

Winning the "China Chip" award this time is a milestone and even more a charge forward.

Pango will use Titan-3 as a fulcrum to continue tackling the underlying architecture of programmable chips, iterate development tools, expand the application ecosystem, and drive domestic FPGAs toward large-scale, deep-water substitution in key industries such as semiconductor equipment, AI inference, next-generation communications, and industrial real-time control.

On the main course of domestic integrated circuit upward breakthrough, PG3T1300 is not just a billion-gate chip, but a beam of light—illuminating the path of "China Chip" from independent availability to independent leadership.

Original title: Breaking Through the Billion-Gate Barrier! Pango PG3T1300 Wins "China Chip" Grand Award, Forging a New Milestone for Domestic FPGAs

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