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SCALINX

SCALINX is a fabless semiconductor company that develops mixed-signal and RF integrated circuits for applications such as data conversion and signal conditioning in communications, industrial, and aerospace/defense systems.

  • Mixed-signal Application-Specific Integrated Circuit (ASIC) and ASSP design and supply for data conversion and signal processing
  • RF and high-speed analog front-end integrated circuits for communications and instrumentation
  • Signal conditioning and interface solutions for sensors and data acquisition systems
  • Custom silicon design services for OEMs in industrial, communications, and aerospace/defense sectors
  • Use of proprietary architectures and IP blocks for high-performance data converters and mixed-signal SoCs

More About SCALINX

SCALINX focuses on mixed-signal and RF integrated circuits that support equipment vendors and system integrators in markets such as telecommunications infrastructure, industrial automation, test and measurement, and aerospace and defense electronics. Its portfolio spans application-specific standard products (ASSPs) and application-specific integrated circuits (ASICs) that combine data conversion, analog front-end, and digital signal-processing functions on a single chip or in closely coupled subsystems.

In enterprise and carrier environments, SCALINX devices are used as building blocks within base stations, microwave links, satellite terminals, and high-speed communication backhaul equipment. These deployments rely on high-resolution, high-speed analog-to-digital converters (data conversion), digital-to-analog converters (data conversion), and associated clocking and conditioning circuits to interface between RF domains and digital processing units. SCALINX targets this layer with mixed-signal SoCs and front-end ICs that are designed to integrate into FPGA- or ASIC-based platforms through standard electrical interfaces.

The company also supports industrial and instrumentation use cases that require precise acquisition and conditioning of analog signals from sensors, actuators, or test probes. In these contexts, SCALINX offerings function as signal-chain components in data acquisition modules, programmable logic controllers, and measurement instruments. By combining analog front-end, programmable filtering, and digital interfacing, its products System Integration Testing (SIT) within categories such as data acquisition ICs (data management) and signal conditioning ICs (industrial electronics).

Technically, SCALINX emphasizes proprietary architectures and IP blocks for high-speed data converters and mixed-signal processing, implemented in standard CMOS or RF CMOS process technologies. Products commonly integrate serial data interfaces and clock-management features, allowing integration with standard digital processing architectures, including FPGA- and SoC-based designs. The company’s design methodologies align with established semiconductor development flows, encompassing front-end Reinforcement Test Learning (RTL) design for digital portions and analog/RF layout for interfaces and front-ends.

SCALINX also operates as a design and supply partner, providing custom ASIC development for OEMs that require application-specific mixed-signal functions. This service line covers specification definition, architecture, circuit design, layout, prototype validation, and production ramp, mapping to categories such as custom silicon design services (semiconductor services) and mixed-signal ASIC development (chip design). For enterprise technical stakeholders, SCALINX can be positioned in directories under mixed-signal and RF IC vendors, data conversion and signal conditioning ICs, and custom mixed-signal ASIC and ASSP providers serving communications, industrial, and aerospace/defense markets.

At-A-Glance

  • Employees: 90
  • Estimated Annual Revenue: $10M-$50M

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Market Segmentation

  • Type: Private
  • Sector: Information Technology
  • Group: Semiconductors & Semiconductor Equipment
  • Industry: Semiconductors & Semiconductor Equipment
  • Sub-Industry: Semiconductors