PlatformsFaststream SiliconFaststream RadioFaststream VisionConnected EdgeFaststream SecureMobility & Rail
ProductsSemiconductor IPWireless & RANEdge & GatewaysTracking & IdentificationSoftware & FrameworksConnected Systems
TechnologyRTL to GDSIIVerification methodologyDFT and silicon testLow-power designMixed-signal integrationDesign enablement5G protocol stackWireless and RF architectureBaseband and low PHYForward error correctionControl and data planeHigh-speed interfacesFirmware and bootSilicon root of trustSoftware-defined vehicleAutomotive OTAFunctional safety
AIAI Engineering ServicesEdge AI & Embedded MLComputer Vision EngineeringSensor Fusion & PerceptionAI Silicon & AccelerationMLOps for DevicesAI Visual InspectionPredictive MaintenanceDriver MonitoringVideo Analytics & Safety
SolutionsSemiconductorIndustrial AIConnected ProductsAsset TrackingAutomotive & MobilitySmart InfrastructureSecure IdentityWireless & SatelliteSmart WashroomsFuel ManagementSmart BuildingsWorker SafetyEnergy MonitoringSmart AgricultureSmart CityAutonomous PlatformsAssembly AutomationLiDAR Rail SafetyHardware Wallet
IndustriesSemiconductorTelecommunicationsIndustrial & ManufacturingAutomotive & MobilityTransportation & RailAerospace & DefenceHealthcare & MedicalEnergy & UtilitiesOil & GasRetailConsumer ElectronicsMedia & EntertainmentSmart Infrastructure & IoT
ServicesSystem Integration overviewASIC & SoC DesignFPGA DesignFPGA-to-ASIC ConversionAnalog, Mixed-Signal & RFHardware & High-Speed PCBEmbedded SoftwareCloud, OTA & Device ManagementManufacturing TransitionHow we engage
InsightCase StudiesKnowledge CenterWhite PapersGlossaryNewsletterResources & Support
CompanyAbout FaststreamEngineering ExcellenceLeadership & OrganisationHow We EngageQuality & ComplianceStandards & EcosystemPartners & EcosystemTrust CentreLocations & DeliveryNewsroom & MediaCareers
ContactStart a projectHow we engage
Talk to an engineer
HOW WE ENGAGE

Three business models, and how to tell which you need.

Faststream sells three different things, and the commercial structure differs for each. A product is licensed, a solution is delivered against an outcome, and a service is engaged against a scope. Most confusion in early conversations comes from a buyer wanting one and a supplier quoting another.

What you are actually buying
PRODUCTSERVICEYou receiveAn artefact — IP, hardware, licenceWork delivered into your programmePriced asLicence fee or unit priceFixed scope or dedicated teamRisk sits withIntegrationScope definitionExampleA licensed IP coreASIC designEnds whenThe licence term doesThe scope completesA solution is the third: a business outcome delivered against acceptance criteria.
THE THREE

Products, solutions, services.

Business models compared
ModelYou are buyingYou receiveCommercial structure
ProductsAn artefact that existsIP core, subsystem, hardware or software licence with integration collateral and supportLicence fee, or hardware price. Royalty where volume justifies it
SolutionsA business outcomeA working system: hardware, software, integration and commissioning against acceptance criteriaFixed price against a defined outcome, milestone-based
ServicesEngineering capabilityWork delivered into your programme, to your plan or oursFixed price for a defined scope, or a dedicated team by the month

ASIC and SoC design is a service, not a product. A product is something you receive at the end; a design service is work that gets done. Confusing the two is how scope disputes start.

COMMERCIAL STRUCTURES

Five ways the money can work.

STRUCTURE 01

Fixed price, milestone-based

A defined scope with defined acceptance criteria and payment against milestones. Suits work where the requirement is stable and can be specified. Requires real specification effort before quoting, which is itself usually chargeable.

STRUCTURE 02

Dedicated team

Named engineers assigned by the month, working inside your programme and to your process. Suits sustained work, unstable requirements, or a capability gap that is specific rather than whole.

STRUCTURE 03

NRE plus royalty

Lower non-recurring engineering in exchange for a per-unit royalty. Suits volume products where the customer wants development cost off the balance sheet and Faststream shares the volume upside.

STRUCTURE 04

Joint development

Shared investment, shared IP position agreed in advance. Suits platform work neither party would fund alone, where both have something the other needs.

STRUCTURE 05

Build, operate, transfer

Faststream builds and runs the capability, then transfers it — team, process, tooling and documentation — to the customer. Suits organisations building a permanent in-house function.

STRUCTURE 06

Assessment first

A short paid engagement — feasibility study, architecture review, conversion assessment — producing a written answer and a scope. Frequently the cheapest thing either party can do.

HOW IT PROCEEDS

From first message to work starting.

01

First contact

You describe the binding constraint — power budget, cycle time, node, volume, deadline. An engineer replies, not a sales function. If it is not work Faststream should do, that is said plainly, usually with a suggestion about who should.

02

Non-disclosure agreement

Signed before detailed discussion. Mechanism-level security detail, specific foundry and node experience, and any discussion of your existing design all happen behind it.

03

Technical discussion

Engineers on both sides, with the constraint on the table. This is where a fixed-price scope becomes possible or is shown not to be.

04

Assessment, where it helps

A short paid engagement producing a written scope, effort estimate and recommendation — including a recommendation not to proceed, which is a legitimate outcome delivered cheaply.

05

Proposal

Scope, deliverables, acceptance criteria, assumptions, exclusions, schedule and commercial structure. Assumptions written down, because undocumented assumptions become disputes at acceptance.

06

Contract and start

Terms agreed, team named, kick-off with the budgets from the proposal carried forward as the thing progress is measured against.

INTELLECTUAL PROPERTY

Who owns what, stated upfront.

Why this is on a public page

Because it is the question that stalls engineering procurement, and finding out at contract stage that the positions are incompatible wastes a month for both parties.

WHAT WE DECLINE

Where Faststream is the wrong supplier.

Body-shop staffing. Supplying engineers by the head against someone else's plan, with no accountability for outcome, is a different business. There are firms that do it well.

Work priced on a fiction. A fixed price against an unspecified scope is a dispute with a start date. Either the scope gets defined first, or the structure is a dedicated team instead.

Approaches that will not succeed. An inspection problem that is really a lighting problem, a conversion for a design whose requirements are still moving, an accelerator where optimised software on existing hardware would close the budget. Saying so before a purchase order costs a piece of work; saying it afterwards costs a customer.

Claims we cannot support. If a tender requires a certification Faststream does not hold or a metric it cannot demonstrate, the honest answer is that it is not a fit.

COMMON QUESTIONS

What engineers ask before they call.

01

What is the difference between a product, a solution and a service?

A product is an artefact you receive — an IP core, hardware or a software licence. A solution is a business outcome delivered as a working system against acceptance criteria. A service is engineering capability delivered into your programme against a defined scope.

02

Is ASIC design a product or a service?

A service. A product is something you receive at the end; a design service is work that gets done. This is why ASIC and SoC design sits under System Integration rather than under Products.

03

Can development cost be traded against royalty?

Yes, where volume justifies it. Lower non-recurring engineering in exchange for a per-unit royalty moves development cost off the balance sheet and gives Faststream a share of the volume upside.

04

Who owns the IP created in an engagement?

Foreground IP created for you is normally assigned to you. Your background IP stays yours. Faststream's existing cores, frameworks and tooling are licensed for use rather than assigned, because they also serve other customers.

05

Do you charge for an assessment?

Usually, and it is normally the cheapest thing either party can do. A feasibility study, architecture review or conversion assessment produces a written scope and estimate — sometimes including a recommendation not to proceed.

06

Will you take on work already underway?

Frequently. It usually starts with a structured assessment of the existing design, constraints and verification state, so the plan reflects what is actually true rather than what the last status report said.

KEEP READING

Related work.

BUILD WITH FASTSTREAM

Bring us the difficult part.

Tell us the specification, the constraint and the deadline. Programmes that cross silicon, radio, embedded and AI are where Faststream is strongest.