Semiconductor Chip Handlers are
predominantly utilized to for sorting, testing and transferring chips with the
modest electrical interface diagram: ATE ITA DUT (package) Handler. And such
machines are effectively able of processing thousands of chips in an hour.
Generally, the packaged parts utilize a handler to dwelling the device on a
personalized interface board, then IC chip handler transfers finished chips to
the inspection equipment for ending the visual and electrical performance test
and then genus the chips into good, wicked or several other bins based on test
results.
In addition, the global market for
Semiconductor Chip Handler is anticipated to increase at a CAGR of roughly 4.8%
over the next five years, will reach 680 million USD in 2024, from 510 million
USD in 2019.
The worldwide semiconductor chip
handler market will increase at a modest CAGR of just over 4% by the end of the
review duration. One of the principal drivers of this market is the augmented
requirement for the compact electronic devices. This trend is manifest in
segments such as mobile phones, automotive, healthcare equipment, and even
industrial manufacturing. This has led to semiconductor IC manufacturers
effectively contributing in R&D to work towards decreasing the size of ICs
along with advanced performance. These R&D activities have resulted in the
appearance of micro-electrical-mechanical systems (MEMs) and 3D stacked ICs.
Consequently, growth in the MEMs market will influence the requirement for the
testing equipment for the complex ICs until the end of the review period.
An essential trend which is
encouraging market growth is the appearance of strip testing. Integrated device
manufacturers and subcontractors usage test-in-strip technology to cut down on
costs. This technology assists testers to handle several small ICs at the same
time, test over 100 in parallel while decreasing the bottlenecks. Unlike the
gravity, pick-and-place, and battlement type handlers, strip test handlers can
control the IC chips with 0.3mm x 0.6mm measurements and can test more than 100
devices in parallel without jams.
The OSAT sector is the greatest of the
chip handler market and is anticipated to garner close to 63% of market share
by the end of the review duration. The growth of the semiconductor industry and
effective growth in the costs of packaging and testing equipment will generate
a high requirement for the automated test equipment along with chip handlers
from these OSATs. They are also contributing in the precision and high-speed IC
test handlers so that they can speed up the production and provide the
high-performance products to market quicker.
Therefore, in near years, it is
predicted that the market of semiconductor chip handler will augment the growth
more effectively over the coming duration.
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