Welcome to Masimo Semiconductor a wholly-owned subsidiary of Masimo Corporation. We will continue to provide the same quality products and services you've come to expect from Masimo Semiconductor for the last 20 years. For more information about the name change, click here. For more information about Masimo Corporation, click here.
What We Do
Masimo Semiconductor specializes in wafer epitaxy, foundry services, and device fabrication for the defense, biomedical, telecommunications and consumer products markets. Applying our extensive experience in compound semiconductor epitaxy and device processing, the scientists, engineers and technicians at Masimo Semiconductor work with clients to design and fabricate components that give our clients’ products an edge in the marketplace.

How We Work
Masimo Semiconductor is a cost-effective, reliable manufacturing and product development partner and service provider. We do not compete with our customers. We collaborate closely and always protect customer confidentiality and intellectual property. Working together, we develop custom solutions for our customers, enabling higher product differentiation. We seek to form strong partnerships with our customers, taking products quickly and efficiently through development and into cost effective manufacturing.

Maintaining Confidentiality
Masimo Semiconductor understands that maintaining confidentiality of our customers’ proprietary information is essential to the success of each relationship. We maintain strict procedural barriers within our company to ensure the confidentiality of all customers’ names, technical and commercial aspects of customers’ designs, process parameters, schedules and results. We guarantee it.

What's New @ Masimo Semiconductor
We are continually updating our services and enhancing our technology. Stay informed »

III-V Epitaxial Services
Custom epitaxial materials for defense and commercial markets. More»

II-VI Epitaxial MOCVD Wafers
our extensive MOCVD experience and capacity enable us to grow a wide range of II-VI epitaxial structures to our own or to customer’s designs. More»

Foundry Services
Fabrication of custom devices, development, prototyping, pilot production and manufacturing. More»

Medical Device Services
Custom GaAs and InP based optoelectronic components for medical instruments . More»

Masimo Semiconductor Facilities
Modern labs provide MOCVD and fabrication lines in a state of the art class 100/1000 facility . More»

III-V Epitaxial Services
At Masimo Semiconductor, our extensive MOCVD experience and capacity enable us to grow a wide range of GaAs and InP epitaxial structures to our own or to customer’s designs. We recognize that time-to-market is critical to our customers' success, so we strive to provide the fastest turnaround times possible. Masimo Semiconductor has a number of standard structures available to meet many device needs and speed prototype development. Our epitaxy engineers work closely with customers to develop and improve proprietary structures for specific applications.

Applications include:
APDs and PINs
QWIPs
QW modulators
THz lasers
Quantum cascade devices
VCSELs (600 nm to 1550 nm)
LEDs (600 nm to 1550 nm)
Lasers (600 nm to 1550 nm)
RCLEDs
MOCVD Materials:
InP
InGaAs
InAlAs
InAsP
InGaAlAs
InGaAsP
GaAs
AlGaAs
InGaAlAs
GaAsP
AlGaP
InGaP
InAlP
InAlGaP
AlGaSb
GaSb
InAsSb


Typical Devices:
Plasma filters
Laser power converters
LEDs/RCLEDs
DH, QW, DFB lasers
VCSELs
Detectors
Thermophotovoltaics
QWIPs
HBTs - modulators
Photocathodes
Varactors, pins, gunns
Solar cells
HEMTs, FETs
Visible lasers
Visible VCSELs
Tandem solar cells
Typical Applications:
Sensors
Infra-red cameras
Wireless communications
Wireless power conversion
Thermal power conversion
Night vision
GPS
Automotive
Medical systems
Satellite systems
Solid state lasers
CD, MiniDisc
Fiber amplifiers
Microwave TxRx subsystems
Displays
DVD/CD
Illumination
Medical
Pointers
Satellite systems
 

Custom Applications Are Our Specialty
We can provide the following characterization data for our epitaxial wafers (or witness wafers, as appropriate):

Nomarksi surface inspection and defect count
Spectral reflectance
Photoluminescence mapping
Double crystal x-ray diffraction for lattice constant and composition
Hall and Polaron carrier concentration
Working with outside laboratory partners, we also routinely provide other measurements, such as:
SEM
RBS
SIMS
TEM
AFM
EDAX
If your application is not listed, please contact us - we have a wealth of experience in other III-V structures and applications.

II-VI Epitaxial MOCVD
Wafers

At Masimo Semiconductor, our extensive MOCVD experience and capacity enable us to grow a wide range of II-VI epitaxial structures to our own or to customer’s designs. We recognize that time-to-market is critical to our customers' success, so we strive to provide the fastest turnaround times possible. Our epitaxy engineers work closely with customers to develop and improve proprietary structures for specific applications.

MOCVD Materials:

  • ZnSSe
  • Zn Mg SSe
  • Zn Cd Se
  • CdTe
  • ZnCdTe
  • CdS

Typical Devices:

  • Lasers
  • LEDs
  • Detectors
  • Solar cells
  • Night Vision

Typical Applications

  • Military
  • Commercial
  • Automotive 

 

 

 

Custom Applications Are Our Specialty

We can provide the following characterization data for our epitaxial wafers (or witness wafers, as appropriate):

  •  Nomarksi surface inspection and defect count
  • Spectral reflectance
  • Photoluminescence mapping
  • Double crystal x-ray diffraction for lattice constant and composition
  • Hall and Polaron carrier concentration

Working with outside laboratory partners, we also routinely provide other measurements, such as:

  • SEM
  • RBS
  • SIMS
  • TEM
  • AFM
  • EDAX

If your application is not listed, please contact us – we have a wealth of experience in other III-V structures and applications.

Foundry Services
Masimo Semiconductor operates a complete compound semiconductor device fabrication line focused on the fabrication of custom devices, as well as development, prototyping, pilot production and manufacturing. Capabilities of the custom and production wafer processing laboratory at Masimo Semiconductor range from prototype development to full production and include CAD design of photolithographic mask sets, development of custom device processes, and routine fabrication.

Custom Power Converter
Custom Power Converter
GaAs Space Solar Cell
GaAs Space Solar Cell
Red LEDs
Red LEDs
Space Applications
Space Applications
High Efficiency Space Cell
High Efficiency Space Cell
TPV Cells
TPV Cells
Laser Diode
Laser Diode
VCSEL Wafer close-up
VCSEL Wafer close-up
VCSEL Wafer
VCSEL Wafer
Laser Power Converter
Laser Power Converter
Foundry services include:
Photolithography (2 micron critical dimension)
Wet etch & dry etch (reactive ion etching)
PEDVD silicon nitride, silicon oxynitride, silicon dioxide
Metalization
Dielectric deposition
Optical thin film deposition
Wafer polishing and lapping
Automated wafer probing
Wafer dicing (automated sawing & cleaving)
Burn-in and life test
Flip chips, discretes, beam leads, air bridges, via holes
OEM devices fabricated at Masimo Semiconductor include:
Ridge waveguide devices
VCSELs
Red lasers
Thermal photovoltaic devices
Avalanche photo diodes
Night vision photocathodes
Optical modulation devices
Optical frequency conversion devices
Hybrid circuits
Laser power converters
GaAs P-I-N photodetectors
InP P-I-N photo detectors
High efficiency solar cells
Microwave devices
Fabrication Process Services
At Masimo Semiconductor, we take epitaxial wafers through the full wafer fabrication process flow. This includes GaAs, InP, Silicon, InAs, lithium niobate or lithium tantalate wafers up to 4 inches in size. These wafers can be grown at Masimo Semiconductor’s facility or supplied by customers. Customers can also supply photomasks, or we can provide the engineering expertise to develop a process flow and CAD layout used to develop a new set of masks or cross-sectional concept drawings. We specify the process steps or collaborate and agree on parameter conditions to meet the desired device feature and implement the process in our fabrication line. This saves development time for our customers and provides a source of proprietary devices without the expense of a dedicated internal fabrication line.

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