Wafer
fabrication
CIP
offers leading edge R&D through to pilot production of
III/V InP wafers or devices incorporating sub-micron feature
sizes.The integrated nature of the facility enables us to offer
a complete package that includes epitaxial
growth, device definition, overgrowth and subsequent processing
to produce fully fabricated and tested chips.
The
Centre has a fully functional fabrication facility that includes
E-beam direct write, photolithography, PECVD dielectric deposition,
metal deposition by sputtering or evaporation as well as a
wide range of analysis tools including a new field emission
SEM system.
CIP
can, if required, also provide a bespoke device design service
for advanced device structures and a prototype device packaging
service (see data sheets for more details).
Experience
Scientists
and engineers at CIP have extensive experience in R&D,
technology transfer from R&D to production and in the
full scale manufacture of a range of device structures. A
number of the key CIP scientists were also
instrumental in the early development of highly reliable BH laser
and planar PIN photodiode processes that were successfully transferred
into manufacture.
Process
Examples/Capabilities
CIP
has a fully equipped facility with all the stable characterised
processes required to meet your needs.
These
include:
- 4
mask aligners for photolithography including a EVG620 with
cassette handling and a Cambridge E-beam direct write system
for
nanolithography PECVD Oxide and Nitride deposition
- Metal
deposition by both sputtering and E-beam evaporation
- Reactive
ion etching of III-V using methane hydrogen and of dielectrics
using a range of gases including CF4, C2F6 and SF6 and experience
in a wide range of wet chemical etches
for both III-V materials and dielectrics
- SEM
analysis including EBIC and EDAX on a Hitachi S4700
field emission machine
- Wafer
thinning and dicing
- On
wafer and bar level die testing
- Chip
level reliability testing at elevated temperatures up to 300°C
A
PDF version of this Data Sheet is available below (Approx
720kB)
Wafer
Fabrication PDF
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