Silicon Design and Product Engineering Services Company.
“Yes, MosChip supports post-silicon validation, bring-up, PVT characterization, signal/power/thermal profiling, and pre-certification to validate silicon against design requirements.”
“Yes. MosChip supports verification from block and subsystem levels through full-chip and SoC verification, including functional verification, coverage closure, and system-level validation.”
“Yes, our design teams have experience across multiple process nodes from 180nm down to 2nm, including FinFET technologies, with deep understanding of associated challenges in timing closure, IR/EM, and PPA optimization.”
“MosChip provides analog and mixed-signal design services, including power management, PLLs, DDR, LPDDR, GDDR, ADC/DACs, clock generation modules, sensor interfaces, SerDes and high-speed I/O.”
“Through disciplined verification, coverage closure, DFT strategy, and sign-off rigor, combined with a proactive risk management approach across design phases.”
“We support industry standards such as PCIe, USB, Ethernet, MIPI, DDR, LPDDR, CAN, LIN, SPI, I²C, and other application-specific custom protocols.”
“Yes, we provide emulation and FPGA prototyping services.”
“Yes, we can handle full sign-off flows, including DRC/LVS, antenna checks, density rules, and advanced reliability sign-off.”
“Absolutely, MosChip has experience working on HPC processors for edge AI and data-center applications.”
“Yes. We have experience porting IPs across a wide range of nodes from 180nm to 3nm, including FinFET technologies such as 5FF, 4FF, and 3FF.”
“We offer customization and porting services for customer-developed or legacy IPs, optimizing for power, performance, and area based on the target application.”
“Absolutely. We integrate analog, digital, and mixed-signal IPs seamlessly into customer SoCs, covering RTL, layout, and AMS co-simulation.”
“We align closely with foundry PDKs, ensuring DRC/LVS compliance, layout optimization, and manufacturing readiness.”
“Yes. We offer both standalone and collaborative models including embedded resources and co-managed teams.”
“MosChip serves industries including automotive, consumer electronics, telecommunications, networking, data centres, industrial automation, healthcare, and computer vision.”
“Yes. MosChip supports synthesis, multi-corner STA, scan insertion, ATPG, MBIST, and DFT sign-off.”
“Everything handed over, including the adapted hardware design, software, integrated AI models, test suites, and documentation, belongs to your product program. MosChip adapts the reference design to your IP, not the other way around. There are no licensing or capex fees on the blueprints themselves.”
“Yes. The protocol layer is one of the most commonly tailored parts of the blueprint. Modbus, OPC UA, proprietary fieldbus, or serial legacy protocols can be addressed. The walkthrough maps your protocol landscape and scopes the adaptation precisely.”
“The pre trained, domain aligned models are the starting point, not the end state. During integration, they are adapted and validated on your equipment’s data. This is what turns generic anomaly detection into predictions your service team will actually trust.”
“The blueprint assumes it. On device NPU inference, UPS fallback power design, and self restoring gateway health were engineered for sites where connectivity is sometimes unavailable. The intelligence keeps working when the backhaul doesn’t.”
Download this profile and inspect its supporting evidence.