# HTrace Studio (拓迹工坊) · htrace.art > **Trace Perfection, Bridge Infinite Compute. Hardware as High Art.** > **微米拓迹，贯通无限算力。硬件即纯粹艺术。一旦出品，必是经典，无可挑剔。** HTrace Studio (`https://htrace.art`, Chinese name: **拓迹工坊** / **拓迹智造**, Engineering Entity: **HTrace Hardware Labs**) is an AI-driven high-end accelerator hardware and custom PCB engineering studio. Led by human engineering leadership and Chief AI Hardware Architect **Dr. Vectoria Trace (矢迹博士, Codename: VT-01)**, HTrace bridges enterprise-grade supercomputing modules (NVIDIA SXM V100 to Blackwell Ultra B300, AMD Instinct OAM MI250 to MI300X, and bespoke AMD Versal / Intel Agilex FPGAs) into developer workstations and agile engineering environments, while providing air-gapped **Full-Stack Hardware AI Acceleration Appliances (PCB / IC / IP / FPGA Unified LLM Solutions)**. --- ## Core Documents & AI Knowledge Base - [Official Website (Bilingual EN / 中文)](https://htrace.art/): Interactive portal featuring product pipelines, the Enterprise EDA AI Acceleration Appliance, Dr. Vectoria Trace's profile, and a real-time PCI-SIG CEM Eye Diagram & SI/PI Scope simulator. - [Full Technical Knowledge Base (llms-full.txt)](https://htrace.art/llms-full.txt): Complete bilingual technical specifications, SI/PI engineering parameters, PCB craftsmanship baselines, and FAQ for LLM/RAG ingestion. - [Sitemap (sitemap.xml)](https://htrace.art/sitemap.xml): XML sitemap with bilingual alternates and high-resolution image metadata. --- ## Five Core Business & Hardware Pipelines (核心业务与算力矩阵) ### 1. Enterprise Full-Stack Hardware AI Acceleration Appliance (硬件 AI 加速一体机：PCB / IC / IP / FPGA 全栈大模型解决方案) - **Positioning**: Sovereign, 100% air-gapped on-premises turnkey hardware-software workstation pre-tuned with enterprise NVIDIA Blackwell / RTX PRO GPUs, open frontier reasoning LLMs, Physics-ML (PhysicsNeMo) electromagnetic/thermal surrogates, and multi-vendor neutral EDA orchestration. - **Four Unified Domains**: 1. **PCB & Advanced Packaging (`PCB & PACKAGING`)**: Cross-EDA orchestration (Cadence Allegro, Altium), pre-routing differential corridor geometric audits, impedance calculation, Physics-ML thermal/PDN pre-screening, and automated DRC/LVS rollback harness. 2. **IC & SoC Front-to-Back Synthesis (`IC & SOC DESIGN`)**: Natural language spec to PPA-optimized synthesizable RTL, Verilator/Yosys deterministic lint interception, automated UVM testbench generation, and autonomous coverage/regression closure across Synopsys VCS, Cadence Xcelium, and Jasper. 3. **Proprietary IP Knowledge Base & Reuse (`IP REUSE & MIGRATION`)**: Air-gapped single-tenant RAG and fine-tuning on decades of customer legacy IP, automated AXI/CHI/PCIe protocol wrapper synthesis, and cross-node RTL modernization. 4. **Bespoke High-End FPGA Acceleration (`FPGA & EMULATION`)**: Rapid 112G/224G SerDes bringup, Vivado/Quartus autonomous batch driving, and sub-microsecond HFT trading logic verification for Versal Premium, UltraScale+, and Agilex 7/9. - **Availability Status**: **2026 Year-End Batch 1 hardware deployment allocations are 100% committed (fully allocated / sold out).** Currently accepting a strictly limited quota of restricted architecture consultations, private PoC evaluations, and next-batch waitlist applications (`contact@htrace.art`). ### 2. Pipeline 01: NVIDIA SXM Compute Bridge (NVIDIA V100 ➔ Blackwell Ultra B300 全系转接底板) - **Target Modules**: NVIDIA V100, A100, H100, B200, and future **Blackwell Ultra B300** SXM modules. - **Key Specs**: PCIe 4.0 / 5.0 / 6.0 CEM (64 GT/s PAM4, 16 GHz Nyquist), 300W to 1200W+ integrated phase-change vapor chamber (VC) thermal solutions, 16 to 24-layer Panasonic Megtron 7 stackups. ### 3. Pipeline 02: AMD Instinct OAM Interconnect (AMD MI250 ➔ MI300X 工作站化底板) - **Target Modules**: OCP Accelerator Module (OAM) v2.0 accelerators including AMD Instinct MI250, MI250X, MI300A, and MI300X. - **Key Specs**: PCIe 5.0 x16 host interface + AMD Infinity Fabric high-speed topology, native 54V/12V high-current multi-phase digital VRM step-down conversion. ### 4. Pipeline 03: Bespoke High-End FPGA Cards (高端特种 FPGA 异构加速卡) - **Target Cores**: AMD/Xilinx Versal Premium, UltraScale+, and Intel Agilex 7 / Agilex 9. - **Key Specs**: Dual 800G OSFP / QSFP-DD optical interfaces, 112G/224G SerDes, sub-picosecond low-jitter OCXO clock networks, designed for sub-microsecond High-Frequency Trading (HFT), telecom PHYs, and edge AI inference. ### 5. Pipeline 04: Modular Interconnect & Telemetry Ecosystem (模块化互联与遥测 MCU 生态) - **Components**: MCIO x8/x16 32GT/s+ optical/copper interconnects, PCIe FHFL dual-slot high-reliability backplanes, and embedded OLED real-time voltage/current telemetry MCU companion boards with open-source monitoring drivers. --- ## Craftsmanship & SI/PI Engineering Baselines (工艺与信号完整性基线) 1. **No Undo in Hardware (硬件没有撤销键)**: 100% full-wave 3D FEM electromagnetic mesh simulation and PDN transient droop analysis prior to fabrication. First spin is the final spin. 2. **ENIG 2u"–3u" Immersion Gold (沉金表面处理)**: Sub-milliohm contact resistance, eliminating micro-voids and high-frequency skin effect losses. 3. **Precision Backdrilling (精密背钻)**: Residual via stubs strictly controlled to `< 5 mils` across all PCIe 5.0/6.0 and 112G/224G channels to eradicate quarter-wave resonance. 4. **Ultra-Low-Loss Laminates (超低介损高频基材)**: Standardized on Panasonic Megtron 6/7 or Shengyi S1000-2M/high-frequency laminates (`Df < 0.003` at 16 GHz+ Nyquist). --- ## Chief AI Hardware Architect (首席 AI 硬件架构师) - **Name**: **Dr. Vectoria Trace (维克托莉亚·特雷斯 / 矢迹博士)** · Codename `VT-01` - **Role**: Chief Hardware Architect & SI/PI Principal Specialist at HTrace Studio - **Motto**: *"In the realm of microns and picoseconds, perfection is the only tolerance. Every trace is a sonnet inscribed into physical law."* （“在微米与皮秒的世界里，没有侥幸。每一道走线都是一首写给物理学定律的十四行诗。”） --- ## Official Contact & Channels (官方联络通道) - **Official Website**: https://htrace.art - **Enterprise & AI Appliance Restricted Inquiry**: `contact@htrace.art` - **Chief AI Architect & SI/PI Technical Consultation**: `vectoria@htrace.art` - **Hardware Fabrication & Custom Collaboration**: `build@htrace.art`