Semiconductor & Hardware Systems

Precision silicon for the hardware that ships.

Sharkfin Bee Microsystems designs, sources, and validates semiconductor components and embedded hardware — engineered to hold up under real production, thermal, and signal demands.

DisciplineSilicon & systems
LocationFountain Valley, CA
FocusDesign · Sourcing · Test
SBM
Capabilities

What we work on

We operate across the layers where hardware succeeds or fails — from component selection to the validation that proves a board is ready for production.

01

Component engineering

Selecting the right silicon, passives, and modules for a design — balancing performance, availability, thermal budget, and lifecycle.

02

Embedded hardware

Board-level design support for embedded systems: power, signal integrity, interfaces, and firmware-ready bring-up.

03

Test & validation

Bench and environmental validation to confirm a design behaves the same in the field as it does on the first prototype.

04

Supply & sourcing

Sourcing strategy for real-world constraints: second sources, lead-time risk, authenticity, and end-of-life planning.

05

Design for manufacturing

Reviewing layouts and BOMs against real assembly lines so a promising prototype becomes a repeatable, yielding product.

06

Reliability engineering

Stress, margin, and failure-mode analysis so hardware earns its rating instead of just claiming it.


Technology

Engineering that respects the physics

Good hardware is not luck. It is deliberate attention to the details that decide whether a design holds together at temperature, at speed, and at scale. We work close to those details.

Signal domainHigh-speed digital, analog & mixed-signal
IntegrationComponent to board to system
ValidationThermal, power, timing & EMC-aware
DocumentationTraceable BOMs & test records
SILICON · INTERCONNECT · PACKAGE

Markets

Where our work goes

Hardware problems look different across industries, but the discipline underneath is the same. These are the environments we build for.

Industrial

Controllers and instrumentation built to run continuously.

Connected devices

Edge and IoT hardware where power and size are tight.

Medical & lab

Precision electronics where measurement has to be trusted.

Compute & data

Boards and modules for demanding processing workloads.


How we work

A path from idea to shipped board

A straightforward sequence, run with engineering rigor at every handoff so nothing is discovered too late.

STEP 01

Define

We map the real requirements — performance, environment, cost, and lifecycle — before a single part is chosen.

STEP 02

Design

Architecture, component selection, and layout guidance built around the physics the product will actually face.

STEP 03

Validate

Prototypes are measured, stressed, and characterized until the data — not optimism — says it works.

STEP 04

Transfer

Clean documentation and sourcing so the design moves into production without losing its integrity.


Our approach

Honest engineering, documented

We would rather tell a client a design needs another revision than let a weak board reach the field. That standard is the whole reason to hire an engineering partner in the first place.

Data over claims

Every conclusion is backed by measurement, not marketing.

Traceable by default

BOMs, revisions, and test records you can actually audit.

Built for production

We design for the assembly line, not just the lab bench.

Straight answers

Clear scope, clear tradeoffs, no surprises late in a project.

Contact

Have a board to build?

Tell us what you are designing and where it needs to hold up. We will tell you honestly how we can help.

Email the team →
Company
Lorie Barnes Sharkfin Bee Microsystems LLC
Office
8156 Lafayette
Fountain Valley, CA 92708
United States