Two years ago, a premium car needed two separate chips to do two separate jobs: one to run the dashboard and infotainment, another to watch the road and steer. A Chinese chip designer is now arguing that separation was a habit, not a law of physics — and that one piece of silicon can do both while also chasing self-driving at a scale once reserved for data-center accelerators.
That designer is Black Sesame Technologies (黑芝麻智能), and its push sits at the busiest intersection in Chinese semiconductors: the car.
Two chips become one
Black Sesame's Wudang C1200 (武当C1200) family is the company's answer to the "two chips" problem. It is described as the first locally developed, mass-produced cockpit-driving fusion (舱驾一体) platform — a single die that fuses the cockpit, driving, body control, and gateway domains.
The headline part is the C1296, already in a production-tier collaboration with Dongfeng (东风) on its Tianyuan cockpit platform. The selling point to carmakers is brutal simplicity: instead of buying and wiring two chips, they buy one. Black Sesame says that can cut bill-of-materials cost by a range the company quotes as 15% to 40% versus a traditional dual-chip layout, while shrinking the electronic architecture and shortening development cycles.
For an industry where every dollar of BOM and every month of engineering time is fought over, that math is the real story — not the TOPS number.
The Huashan A2000: a 1,000-TOPS bet on L3/L4
Alongside fusion, Black Sesame fields the Huashan A2000 (华山A2000) family for higher-level autonomy. The A2000 comes in several members — A2000N, A2000L, A2000U, and A2000X — scaled for different driving tiers. The company states the flagship reaches up to 1,000 TOPS on a single chip and supports multi-chip scaling, covering everything from city navigation assist to L3 and L4 robotaxi use.
Under the hood are two self-developed blocks: the Jiushao (九韶) NPU, built for transformer and large-model (大模型) workloads, and the Xingmou (星眸) ISP for all-weather perception. Black Sesame says the NPU runs FP16 models without quantization, and that the design meets the strict ASIL-D automotive safety level via redundant safety checks.
The already-shipping Huashan A1000 is the volume workhorse, deployed across mass-market models including Geely's Galaxy E8, Dongfeng's eπ007, and FAW's Hongqi range — the kind of boring-but-critical scale that pays for the R&D behind the flashier A2000.
Why fusion matters to carmakers
Centralized compute is the direction the whole industry is drifting. As cars add more cameras, screens, and driver-assistance features, stringing them across separate domain controllers gets expensive and power-hungry. A fused chip simplifies the wiring harness, frees space, and gives software teams one target to program.
Black Sesame's pitch is that automotive-grade (车规级) reliability — the ability to survive years of heat, vibration, and voltage swings — is a moat. Not every AI-chip startup can clear that bar, and the company leans on it as its differentiator against general-purpose accelerators.
The China angle: automotive-grade as a beachhead
China is the world's largest electric-vehicle market and the fastest-moving lab for assisted driving. That gives domestic chip firms a rare advantage: a home field with enormous, fast-iterating demand and customers willing to co-develop. Black Sesame lists deep ties with several of the top-selling Chinese automakers and says its 2026 chip shipments will far exceed 10 million units, after reporting business growth of 73.4% in 2025.
There is also a strategic hedge. The company is extending its automotive-grade heritage into embodied intelligence (具身智能) — robots and humanoid platforms — through a compute module called SesameX, betting that the "perceive-decide-act" stack of a car and a robot is similar enough that certified car chips can seed a second market. Embodied intelligence was named a priority future industry in China's 2026 government agenda, which only sharpens the incentive.
A global door opens
Perhaps the most striking claim of the year: Black Sesame says the Huashan A2000 passed a US regulatory review in January 2026, which the company frames as the first such clearance for a domestic car-grade AI chip, opening the door to global sales. The claim appears in company statements and Chinese state media; it is a meaningful signal if independently confirmed, because export and compliance reviews have been a quiet barrier for Chinese automotive semiconductors expanding abroad.
The company also completed what it describes as China's first M&A in the AI-chip sector in 2026, broadening its edge-inference product line — a sign the category is consolidating from a crowd of specialists into fewer, wider platforms.
What readers can do now
- If you buy or spec automotive electronics, ask suppliers whether cockpit-driving fusion is on their roadmap; a single certified chip can materially lower BOM and simplify your software stack.
- If you invest in semiconductors, track Black Sesame's shipment volume and "far exceeds 10M units" claim against quarterly disclosures as a proxy for domestic assisted-driving adoption.
- If you follow China's chip story, watch the A2000's overseas certification and design wins as a test of whether domestic car-grade AI silicon can sell beyond China.
Honest limitations
Shipment figures ("far exceeds 10 million units"), the 73.4% 2025 growth, and the 15–40% BOM savings are company-disclosed and should be weighed against audited filings. The January 2026 US-review clearance is reported by the company and Chinese state media (CNR, China.com.cn); we found no independent international regulatory confirmation at press time, so it is presented as a claim, not a verified fact. TOPS figures are vendor peak numbers and do not reflect sustained real-world inference performance. This article focuses on Black Sesame and does not benchmark it against Horizon (地平线), Nvidia, or Qualcomm automotive platforms, which would require separate, controlled testing.