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Mobiveil Inc.

About Mobiveil Inc.

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Mobiveil, Inc.(a GlobalLogic company) is a fast-growing technology company headquartered in Santa Clara, California, specializing in Silicon Intellectual Properties (SIP), application platforms, and engineering services across Flash Storage, Data Centers, 5G, AI/ML, Automotive, and Industrial IoT, Telecom and many more domains. Mobiveil has a global presence with 60+ offices worldwide, including over 10 in India across cities like Noida, Chennai, Bangalore, Hyderabad, Kochi, Nagpur, Pune, Gurugram, Ahmedabad and Rajkot. Mobiveil offers comprehensive solutions in ASIC/FPGA Design, RTL2GDSII, ASIC Tester solutions, High Speed Board Designs, PCB Design, Embedded Software, Testing and Validation. Mobiveil holds several patents and maintains a strong portfolio of IP cores for high-speed interface and storage technologies.

Headquarters: Mobiveil, Inc. 2535 Augustine Dr 5th Floor, Santa Clara, California, 95054, United States

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Offering Type

offering type links Acceleration / AI / Cloud
offering type links Boards / SOMs / Dev Kits
offering type links Design Services
offering type links Intellectual Property (IP)
offering type links Manufacturer
offering type links Software / OS / RTOS
offering type links System Integrator / Provider

Offerings

Mobiveil’s PCIe Gen5 Switch FPGA IP enables multi-port connectivity with support for bifurcation, NTB, and port arbitration. It is tailored for high-speed switching in data centers, HPC, and next-gen compute systems. The solution emphasizes low latency, scalable bandwidth, and flexible integration for Altera platforms.

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Mobiveil’s Gen6-Aglx™ Accelerator platform is a PCIe® Gen6 add-in card with latest Agilex I series FPGA. It supports High-Performance Applications, such as Accelerators, Artificial Intelligence and Machine Learning.

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Most wearables devices typically monitor a finite set of parameters which does not demand a lot of computing power and memory size. Thus any wearable design requires low power, lower RAM density and simplified inter face with optimal performances. These design requirements make PSRAM a natural choice for wearable applications. PSRAM has the advantages that there is no need of refresh control from external sources (unlike SDRAM) and active and standby currents are very low, therefore it has been adopted in many battery-operated mobile applications such as cellular phones and recently making its way into wearables and loT applications.

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The HyperRAM Controller supports Winbond’s HyperBus-based HyperRAM devices used in IoT, automotive, and industrial SoCs. Written in tech-agnostic Verilog RTL, it supports major simulation and synthesis tools. The controller ensures seamless memory integration with minimal resource usage.

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This Gen3 PCIe to SRIO Bridge enables full-speed protocol conversion with advanced messaging and DMA engines. Supporting aerospace, telecom, defense, and HPC, it ensures low-power, compact implementation. Ideal for embedded systems, it bridges PCIe versatility with SRIO performance.

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Mobiveil’s RIO-AXI Bridge provides a layered, configurable architecture connecting RapidIO to AXI-based systems. It includes high-speed DMA and streaming engines to meet demanding bandwidth needs. Technology-agnostic and highly integrable, it suits cost-sensitive, performance-driven designs in FPGAs and ASICs.

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The GRIO (Generic RapidIO) Controller is a fully synchronous IP with low-latency, high-bandwidth RapidIO interface support. It can act as a host or device and is designed for ease of migration across silicon technologies. Its flexible backend interface allows integration into wide-ranging embedded and communication applications.

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This IP core features a programmable LDPC decoder using the Min-Sum algorithm, designed for 5G NR performance. It supports HARQ with LLR accumulation and early iteration exit for enhanced decoding efficiency. Runtime-configurable iterations and low latency make it ideal for 5G baseband integration.

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Mobiveil’s UMMC supports DDR5/4/3, LPDDR3/2, RLDRAM2/3, and 3DS memory interfaces for mobile, consumer, and networking applications. It provides high-bandwidth, low-power access with dynamic power management and high-frequency operation. The controller supports rapid debug and seamless SoC integration.

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Targeted at wearables and low-power devices, Mobiveil’s UHS OPI PSRAM Controller supports AP Memory’s UHS series running up to 1066 MHz. It delivers low-power, high-frequency performance for memory subsystems with simplified interface requirements. The flexible architecture ensures precise control signal timing for seamless SoC integration.

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All Product Engineering Services and Solutions (ASIC/FPGA/SoC/Embedded/Hardware/PCB)

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ApSRAM Controller is a low-latency, low-power IP scalable from 64Mb to 1Gb with multi-bank architecture for high throughput. Designed for AI/ML, edge, automotive, and IoT systems, it supports AXI interface and various silicon technologies. It simplifies SRAM replacement while ensuring compliance and interoperability.

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Mobiveil’s HyperBus Controller enables high-speed (up to 333 MB/s) flash access over a 12-pin interface, surpassing legacy SPI/QSPI protocols. It supports AXI interface, 0-wait-state writes, continuous burst reads, and XiP execution. Ideal for HyperFlash/HyperRAM integration, it maximizes throughput and performance in constrained systems.

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Mobiveil’s LDPC for eMMC offers robust error correction and flash endurance in a compact, low-power footprint. It is tailored for smartphones, tablets, and enterprise SSDs requiring scalable, high-reliability flash storage. The IP meets performance needs while extending memory life significantly.

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Mobiveil’s ONFI/Toggle NAND Controller is designed for enterprise SSDs, supporting ONFI 5.2 and Toggle NAND protocols. It enables high-speed multi-page data transactions with optional LDPC support for enhanced reliability. Its flexible addressing and pipeline performance make it ideal for next-gen flash systems.

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The NVMe Controller is a configurable and UNH-certified solution for enterprise and client PCIe SSDs, featuring multi-core and lock-free architecture. It includes NVMe-aware DMA engines, firmware-controlled command handling, and supports AXI and proprietary interfaces. Integrated with Mobiveil’s GPEX or third-party NAND controllers, it achieves optimized latency, throughput, and efficiency.

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Mobiveil’s LDPC Controller offers advanced LDPC error correction with statistical DSP. It addresses the reliability demands of MLC, TLC, and 3D NAND at advanced geometries while significantly extending flash memory life. Optimized for ultra-low power to high-performance SSD applications, it is scalable, patented, and highly customizable.

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Mobiveil’s xSPI Controller supports JEDEC-compliant NOR/NAND Flash and HyperRAM devices, enabling ultra-fast read throughput via x4/x8 SPI interfaces. It functions as a universal controller—SPI, Quad-SPI, Octa-SPI, or Dual-QSPI—ensuring backward compatibility with legacy devices. Designed for space-constrained, low-power applications, it supports multiple chip-selects and is ideal for wearables, cameras, and automation systems.

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Mobiveil’s CXL Tester is designed to validate Compute Express Link interfaces including CXL.io, CXL.cache, and CXL.mem protocols. It supports the testing of high-performance accelerators and memory expanders over PCIe Gen5/Gen6. The solution utilizes Altera FPGAs to deliver a scalable and adaptable test environment.

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The Gen5 SSD Tester by Mobiveil enables end-to-end validation and compliance checking for PCIe Gen5 NVMe SSDs. It offers rich debug features, performance analysis, and workload simulation. Built on Altera FPGA platforms, it ensures robust SSD qualification and prototyping.

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