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The consumer electronics segment is an important end-market that is supported by SilTerra’s core technologies, specifically High Voltage, CMOS Logic, Mixed-Signal/RFCMOS and BCD technologies.
Technological advancements and innovation in consumer devices today are driven by trends in miniaturization, digitization and increased convergence of various technologies. The rapid evolution that is taking place in this industry results in the addition of new and smart features, enhanced performance, increased speeds and better power efficiency in consumer devices.
End Market | End Products | Proces Technology |
Consumer Electronics | Wireless chargers, Load switches, Fast charging PD IC, Power bank, LED Driver, DC-DC Converter, Power Management IC | BCD |
Fast switching power device applications – lithium battery load switches, DC-DC converters | V-Tr MOS | |
Wireless gadgets (Bluetooth, Zignee GPS, FM, Wifi) -BT Headphone, wireless headsets, game controllers, wireless speakers, DECT phone, wireless mouse, wireless keyboards, smart meters, routers | RFCMOS & Mixed-Signal | |
Finger print sensors, touch controllers, printer modems, USB Type C adapters, HDMI Connectivity, USB2 Type C card reader, USB Pen drive, MP3 | CMOS Logic | |
Small-medium panel display drivers for Smart phone and feature phones, large panel display drivers – LCD panels, touch controllers, digital still cameras | High Voltage | |
Sensors in smart phones, micro-mirror LCD projectors, gyroscopes, GPS, silicon timing ICs for clock generation | MEMS | |
Identification – smart cards, sim cards, e-passports | IOT | |
Fintech, secure fingerprinting applications | pMUT |
Surging cloud applications are driving the growth in data centre traffic.
This, in turn, is creating the need for high speed networks and next-generation optical connectivity in data centers so that they can continue to support the growing intensity of bandwidth and computing requirements in networks which are now primarily optical in nature.
Traditionally, the biggest challenge to cloud adoption has been security. Now, however, with increased innovation in security, the benefits of cloud computing are becoming more tangible. The growth in IoT is expected to bring rise to applications such as smart cars, connected health and smart cities, all of which will require high-end computing and storage solutions in data centers.
Silicon photonics is expected to be a key enabler in meeting the demands of future data centers as well as long-haul communications.
Since early 2017, SilTerra has been fabricating silicon photonics chips on our CMOS line. These chips are capable of supporting optical transceiver modules which handle data bandwidths of up to 100Gbps. Our partnerships with game-changers in technology is now seeing us support the development and fabrication of chips capable of handling data bandwidths of 400 Gbps and beyond.
End Market | End Products | Proces Technology |
Optical Data Communications / Data Center Networks | Optical transceiver modules in I/O links in servers and data centers, high speed networking switches | Silicon Photonics |
Through successful strategic partnerships that SilTerra has built throughout the years, combined with its technological expertise in CMOS process technologies, biophotonics, MEMS, microfluidics and silicon nanowires, SilTerra is now enabling nanotechnology to revolutionize applications in life sciences.
The release of SilTerra’s “Piezoelectric Micromachined Ultrasound transducer (PMUT) on CMOS” platform is a strong testament of our commitment towards innovation. The unique PMUT on CMOS platform is a truly monolithic solution as it integrates the PMUT on the top of the CMOS resulting in a single-chip solution. Through this solution, we intend to enable our customers to bring more cutting-edge solutions in finger-print sensing, medical imaging, gesture sensing and range finding.
Additionally, SilTerra’s excellence in biophotonics fabrication processes has facilitated the availability of DNA sequencing chips which are powering the world’s highest consensus accuracy DNA sequencers available to date.
End Market | End Products | Proces Technology |
Life Sciences | DNA Sequencing chips, biosensors, microfluidic applications | Bio Photonics |
Ultrasound and medical imaging | MEMS -pMUT | |
Motion sensors in wearables | MEMS | |
Wearables for health and sport | IOT | |
Disease detection, DNA sequencing, medical technologies (Bone density measurement, dental, PET-CT system), biosensors | Silicon nanowire |
As new mobility trends continue to diversify the demand of automotive semiconductors and with autonomous cars moving from concept to reality, the need for semiconductors in this industry becomes tremendous. SilTerra was awarded the IATF16949:2016 automotive certification in January 2019. With this accomplishment in hand, SilTerra is now ready to broaden its customer base to offer wafer foundry services in the automotive industry for applications in :
End Market | End Products | Proces Technology |
Automotive | Battery management, PMICs, power switches, motor drivers etc | 180nm BCD (D18V) Technology |
This technology offers 20V, 30V, 60V and 75V with low Rdson which is important for high performance in industrial-control, robotics, motor drivers, electric vehicle chargers and uninterrupted power supplies (UPS).
In addition to Trench MOSFETS, SilTerra has also proven its capabilities on SuperJunction MOSFETS capable of driving high switching voltages of 650V with minimum power loss. This solution is aimed for high power driving applications that are required in motor drivers used in industrial or home appliances covering a range of white goods.
End Market | End Products | Proces Technology |
Industrial | High power driving applications – motor drivers for home appliances, white goods (refrigerators, airconditioners, dryers, washing machines etc.) and industrial automation | Super Junction MOSFET Tech |
Smart home appliances | IOT | |
Smart metering, self learning temperature sensor, proximity tags / beacons for indoor GPS | IOT |
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