Applications - Networking & Telecom

Chiplet & 3D-IC Design for
Networking & Telecom

Networking silicon balances high-speed I/O, switching fabric, memory, power integrity, and rapid product cycles. Chiplet architecture lets those domains evolve at different speeds instead of forcing one huge die to carry all of them.

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SerDes Heavy
High-speed I/O planned with package realism
Fabric + I/O
Partitioning matched to subsystem needs
2.5D + 3D
Integration where bandwidth justifies it
DFM Audit
Manufacturing risk surfaced early
The Challenge

Why networking programs adopt chiplet partitioning

I/O and fabric want different process strategies
High-speed SerDes, switching logic, memory, and control functions rarely belong on the same die by default.
Package channel quality matters enormously
Board and package assumptions dominate the behavior of the links the product depends on.
Roadmaps need faster subsystem reuse
Reusable dies for management, I/O, or control can shorten cycles across product generations.
Chiplet.US Insight
Networking products win when the package, I/O, and switching architecture are designed as one system. The wrong partition can destroy signal integrity or economics before the RTL is even complete.
Our Approach
We evaluate switching fabric, SerDes, memory, management, package-channel behavior, and DFM risk together.
Services for Networking & Telecom

What Chiplet.US delivers for networking programs

Fabric and I/O partition analysis
Die partition strategy that separates switching, I/O, memory, and management into the right technology domains.
FabricSerDesPartitioning
DFM and channel review
Package manufacturability, signal integrity, and yield assessed before the product is locked into a weak architecture.
DFMSI/PIYield
Packaging strategy for networking silicon
Interposer, bridge, and organic package decisions grounded in channel requirements and cost targets.
PackagingChannelsCost
STCO and validation planning
Early validation for package and interconnect assumptions before the main networking ASIC carries the risk.
STCOValidationBring-up
Channel model extraction
Extracted models for the high-speed links that actually decide whether the product closes.
ModelsSerDesLinks
D2D interoperability review
Interconnect and interface review for modular networking systems that need credible roadmap reuse.
InteropIPRoadmap
Why Chiplet.US

What we bring to networking chiplet programs

Signal-integrity realism
We bring package and channel behavior into the architecture phase instead of discovering it when options are gone.
Subsystem-level partitioning discipline
Fabric, I/O, control, and memory are partitioned by engineering logic, not by wishful thinking.
Reuse where it helps
Chiplet modularity is used to shorten future product cycles instead of adding unnecessary complexity.
Manufacturing-aware execution
DFM and assembly assumptions shape the plan before the program becomes too expensive to redirect.
Deliverables

What you receive from a networking engagement

Architecture & Package
  • Partition trade study
  • Package-channel review
  • DFM audit
  • Cost framing
  • Risk summary
Validation & Interfaces
  • STCO plan
  • Channel models
  • Interop review
  • Packaging option analysis
  • Execution roadmap
Get Started
Ready to design your networking chiplet architecture?

If your roadmap needs cleaner subsystem partitioning, better channel realism, or a more modular architecture, we can help define the path before the design hardens.

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