CorpMins NanoSystems

CorpMins NanoSystems

Defense and Space Manufacturing

To revolutionize defense and manufacturing through cutting-edge semiconductor and nanosystems solutions, ensuring nation

About us

Goal of the Company :- In an era of escalating global challenges, our company is committed to leveraging the transformative potential of semiconductor and nanosystems technologies to address critical issues in defense, manufacturing, and sustainability. We strive to: Strengthen National Security: Develop cutting-edge semiconductor devices and nanosystems for advanced surveillance, secure communication, and next-generation weaponry, bolstering defense capabilities against evolving threats. Revolutionize Manufacturing: Pioneer the use of nanosystems for intelligent manufacturing processes, enabling real-time monitoring, optimization, and the creation of advanced materials for increased efficiency and sustainability. Drive Industrial Advancement: Provide expert consultancy and collaborative partnerships to empower industries with tailored semiconductor and nanosystems solutions, fostering innovation and technological progress. Through strategic research and development, we aim to create a safer world, bolster economic competitiveness, and contribute to a more sustainable future. Our dedication to excellence and innovation will ensure that we remain at the forefront of the semiconductor and nanosystems revolution, making a tangible impact on the global stage.

Website
corporatemistree.com.mx
Industry
Defense and Space Manufacturing
Company size
11-50 employees
Headquarters
Jamshedpur
Type
Privately Held
Founded
2023
Specialties
Advanced Materials, Sensor Technologies, Energy Efficient Power Systems, and Defense and Security Nanosystems

Locations

Employees at CorpMins NanoSystems

Updates

  • [Apple Watch Key Components] Touchscreen- TPK Holding Company, Taiwan provides indium tin oxide because of its transparent characteristics. Display Module- Analog Devices, USA/Monolithic Microwave IC for display module. Force Touch Sensor- Detects Electromagnetic pulses to sense touch. Taptic Engine: Feedback sensors. Processor- Apple SoC Technology. Memory- Toshiba Technology/ Micron Technology/ Random Access Memory. Wireless Chargering Coil- Electrmagnetic Field Wave Technology. Battery Technology- Lithium Ion. Materials for Design- Aluminum/Nylon/polyester. Apple make 42.7% profit on every smartwatch that is sold in the market, roughly multiple of 3.5 of the fixed price before manufacturing.

    • No alternative text description for this image
  • [Areas of Research & Development on Electronics Technology] [1] Semiconductor Industry ● NVIDIA: Hardware for Edge Environment/Dominance in AI & GPU through its switch systems/Gaming Centers ● AMD: Ultra-High-Performance & Ultra-Low-Power CPUs/High Performance Computing/Low Power Chips. ● SAMSUNG: Active-Matrix Organic Light-Emitting-Diode (AMOLED) Technology/Display Node Technology/ User Experience Development through AI. ● TSMC: FinFET technology/Gate-around-transistors/AI to scale architecture. ● INTEL: Personal computers/data centers (Intel faces huge share loss in the fiscal year [2022-23] which is the reason it wasn't able to invest much on R&D.) ● BROADCOM: Network Interface Cards/Wi-Fi chips/bluetooth chips/advanced RF for baseband technologies/non-volatile memory. ● HON HAI: Taiwanese company which not directly invests in R&D rather it provides & benefits from its clients R&D investments. [2] Consumer Electronics ● APPLE: Spatial computers/system-on-chip designs/IOS17/macOS Sonoma/watchOS 10. ● SAMSUNG: Launched S24 Ultra with Dynamic AMOLED 2X Technology. [3] Telecommunication & Networking ● CISCO: Cisco Catalyst Switches/QoS/FabricPath/802.11ax for high speed communication/FirePower Threat Defence/SecureX/Umbrella technology/Webex/IPV-6 Technology. ● QUALCOMM: SnapDragon 8 Gen 2/ SnapDragon Ride/ Wi-Fi 7 Technology. ● ERICSSON: 5G Radio Access Network (RAN) ● HUAWIE: Advancement in flagship product of Mate Series/HarmonyOS/XMage Imaging/Kirin Chips developed in-house. Fun Fact: -Nvidia designs its chips but doesn't actually make it. -TSMC makes the chips based on designs supplied by Nvidia -TSMC accounts for 5% of Taiwan's GDP and 7% of its electricity consumption! -It produces ~90% of the world's most advanced semiconductor chips.

    • No alternative text description for this image
  • [Apple Pencil Pro] Retail Price: ₹11,200 only Bosch:mems sensors/precise tilt detection/pressure sensitivity nexperia:MOSFET/Logic SiTime:oscillators/signal synchronizer ST Microelectronics:driver function/logic board Nordic semiconductor:wireless communication/IN-OUT cirrus logic:audio codec onsemi:ICs/power Texas Instruments:IC power management NXP Semiconductors:security/authentication

    • No alternative text description for this image
  • [Cost Analysis of Nano-chips manufacturing in Jamshedpur-India] M.R.P-Rs. 1000/- (hypothetical) Potential cost reduction: Government subsidy Bulk production Simplified design Innovation materials and process Design & Simulation- open source tools/less no. of simulation- ₹172.50 Fabrication: traditional steps/low-cost material found in jharkhand: ₹407 Testing and Packaging: minimum packaging/quality control: ₹220.50 Overhead: service charge/utilities/factory maintaining : ₹200 Credits: CorpMins Research Pritika Mishra Reshmi Pandey Mr. Vaibhav Manjhi

  • [Medha Servo Drives key contributions in the manufacturing of Vande Bharat Express Locomotive/WAG-12/WDP-4] Speed: 65 mph Capacity: Can carry upto 12,000 elephants Power: equal to 4500 horses Traction control: wheel slip prevention/smooth acceleration Brake control: dymanic breaking/emergency breaking Auxiliary systems: compressor/cooling Safety:horn headlight According to our research scholars at CorpMins, the precision & accuracy/efficiency/reliability/safety indexes of its hardware are better than Siemens which is providing us the hardware since 11 years for locomotion manufacturing.

    • No alternative text description for this image
  • [Apple Vision Pro] Apple[5]:M2,R1 chips/microOLED Display/opticfiber/audio ray tracing/audio chips/eye tracking for navigation, rendering/LiDAR/Depth Sensors/3-D facetracking for facetime/Biometric Security-Optic ID/cooling system[M2, R1] Universal Scientific Industrial (Shanghai):Packaging/module integration/RF Module assembing/antenna/small form factor. Onsemi[2]:AR/VR Texas Instruments:headset Analog Devices[2]:motion sensors/environmental sensing/AR-VR Interactions Cirrus Logic:spatial audio Lattice Semiconductor:FPGAs/AR-VR applications Computer Engineering:HIGH PERFORMANCE COMPUTING Philosophy: Physical World

    • No alternative text description for this image
  • Logic Board Concept:- [Iphone 15 pro max] Apple: SoCs/CPU/GPU/ML-AI Broadcom:WIFI/NFC Texas Instruments:PMICs Sk hynix:D-RAM/NAND Memory Circus logic[2]:codec A17_UWB-U2:PCB ReneSaS:[2]:IC Power circuit:secure/enclave accelerometer:Bosch StMicroelectronics: sensors

    • No alternative text description for this image
  • Electric cars are becoming more popular, but safety is still important. Our especially designed FPGA nanochips can help make electric cars safer. These chips can quickly understand information from sensors and make decisions to avoid accidents. They can help cars stay in their lane, slow down when needed, and even stop before a crash. As more people drive electric cars, these chips will play a big role in keeping everyone safe on the road. #EVehicles #safetysystem

    • No alternative text description for this image
  • An FPGA-based voice-controlled wheelchair offers enhanced mobility for differently-abled individuals. By integrating voice recognition, real-time processing, and customizable control through FPGA technology, it enables users to navigate independently and safely. This innovation empowers greater autonomy, improving quality of life by combining accessibility with advanced, low-latency hardware design. #DigitalTransformation #AI #semicon

    • No alternative text description for this image

Similar pages