NovoLINC
Investment Memo | Series A Evaluation
Company Overview
NovoLINC develops proprietary nanostructured Thermal Interface Materials (TIMs) with industry-record low thermal resistance to eliminate thermal bottlenecks in high-performance electronics. Founded in 2024 as a spinout from Carnegie Mellon University and based in Pittsburgh, PA, the company has raised $12.4M across two seed rounds (most recent: $10.4M in Dec 2025, backed by TDK Ventures, M Ventures, and Hitachi Ventures). NovoLINC targets performance-critical markets including workstations, gaming PCs, laptops, and AI/HPC systems where thermal performance directly impacts product differentiation.
Why NovoLINC? HP Tech Ventures Investment Alignment
Series A Compliant: Post-seed stage with $12.4M raised. Clear path to Series A with demonstrated technology validation and active customer pilots.
Proprietary Technology & IP: Record-breaking thermal performance (~0.7 mm²·K/W vs. 1.5-3.0 for greases). Novel electrochemical deposition process. Protected by core IP with validation from ARPA-E COOLERCHIPS and NSF PFI programs.
Large TAM with Growth Trajectory: TIM market: $4.1-4.6B (2024) → $7.7-10.8B (2028-31) at 11.6-18.6% CAGR. Growing customer base with active pilots at OEMs and cold plate manufacturers.
Strategic Fit for HP Thermal Innovation: Direct alignment with HP's workstation, gaming desktop, and high-performance laptop cooling needs. Addresses thermal bottlenecks in next-gen AI chips and high-TDP processors—critical for HP's premium product lines.
Credible Team & Ecosystem: CMU-pedigreed founders with deep thermal science expertise. Strategic investors include name-brand VCs (TDK, M Ventures, Hitachi). NVIDIA Inception member, OCP participant.
HP Tech Ventures | Confidential
Market Opportunity & Business Analysis
The TIM Market: Massive Growth Driven by Thermal Bottlenecks
Market Size: $4.1-4.6B (2023-24) → $7.7-10.8B (2028-31) | CAGR: 11.6-18.6%
Key Growth Drivers: (1) Rising chip power density in CPUs/GPUs creates severe thermal constraints; (2) Proliferation of AI workloads beyond data centers into workstations and edge devices; (3) Advanced cooling architectures (liquid/hybrid) requiring low-resistance, high-reliability TIMs; (4) Advanced packaging (chiplets, multi-die, HBM) increasing thermal complexity at die interfaces.
The Problem NovoLINC Solves: Modern high-performance chips generate extreme heat that conventional TIMs (greases, pads) cannot effectively dissipate—leading to throttling, reliability failures, and limited product differentiation. As thermal performance becomes a system-level constraint, demand shifts toward step-change innovations rather than incremental improvements.
Technology & Differentiation
Core Innovation:
Nanocomposite TIM via continuous electrochemical deposition process
Multidimensional Moat:
Target Markets:
High-end laptops, workstations, gaming PCs, AI/HPC systems, advanced semiconductor packaging
GTM Strategy & Competition
Go-to-Market Approach:
Competitive Landscape:
NOT competing head-to-head on price against commodity TIMs (greases, phase-change materials, graphite pads). Instead, disrupting with step-function performance where thermal limits constrain system value.
Key Advantages:
2-4× better thermal performance | Superior reliability | Manufacturing scalability
Primary Risk:
12-24 month OEM qualification cycles and incumbent supplier inertia
Slide 2 of 3
Team Assessment & Risk Analysis
Leadership Team Evaluation
Key Leadership:
Ning Li – CEO & Co-Founder
18+ years electronics/semiconductor experience (Seagate Technology). Serial entrepreneur with hands-on tech development and commercialization expertise.
Dr. Rui Cheng – CTO & Co-Founder
PhD Materials Science (Carnegie Mellon). Co-inventor of NovoLINC's core IP. Expert in electrochemical nanostructures and nanoscale thermal transport.
Prof. Sheng Shen – CSO & Co-Founder
CMU Mechanical Engineering professor and recognized authority in nanostructured heat transfer. Reinforces scientific credibility and long-term innovation.
Bob Wenner – COO
Extensive startup operations and scale-up experience. Brought in to guide manufacturing readiness and commercialization execution.
Team Strengths:
Exceptional technical depth in thermal science and nanomaterials | Strong IP generation capability | Institutional credibility (CMU, ARPA-E, NSF) | Early recognition of execution needs (COO hire)
Identified Gaps:
Limited disclosed experience with PC OEM/ODM supply chains | Sales/distribution strategy still developing | Manufacturing quality systems need demonstration at scale
Key Risks & Required Diligence
Technology & Manufacturing Risks:
Commercialization Risks:
Market & Pricing Risks:
Capital & Execution Risks:
Critical Diligence Items:
Pilot program status/success metrics | Manufacturing yield and repeatability data | Detailed pricing strategy and cost structure | Evidence of PC OEM engagement | Visibility into qualification pathways and timelines
RECOMMENDATION: Proceed with deeper diligence. Strong technical fit and market opportunity, but requires validation of PC market traction, manufacturing readiness, and pilot conversion metrics.